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Archaeal Lipid

Upper classes: LB LBG

Class Overview

Archaeal lipid is composed of sn-glycerol 1-phosphate and ether-linked isoprenoids (C20 phytanes). This composition is different from lipids in eubacteria and eukaryotes, which comprise of sn-glycerol 3-phosphate and ester-linked fatty acids. Responsible biosynthetic enzymes are also non-homologous. Archaea also contains tetraether lipids in which two isoprenes (C40 biphytanes) are ether-linked with two glycerols at both ends (caldarchaeol).

アーキア^[1]の脂質は、 sn-グリセロール1リン酸にメバロン酸由来のイソプレン骨格（C20フィタン）がエーテル結合しています (snがわからない人は異性体のページを参照してください)。これは、グリセロール3リン酸と脂肪酸を利用する真正細菌や真核生物と全く異なる構造で、生合成をおこなう酵素も相同ではありません。またテトラエーテル型と呼ばれる、長さ40のバイフィタンが末端で2分子のグリセロールとエーテル結合した環状脂質（カルドアーキオール）も広く存在します。

↑ 古細菌と呼ばれることが多いのですが、真正細菌と明確に区別するためにここではアーキアと記します。

Phylogeny

Archaea are separated into two major phyla (Crenarchaeota and Euryarchaeota)^[1] and three ecologically different microbes exist: thermophile, halophile, and methanogen (Table 1). Previously archaea were believed to exist only in extreme environments, but their habitat is actually ubiquitous from sea surface to deep underground. Genus names are summarized here.

アーキアは大きくCrenarchaeotaとEuryarchaetaという二大グループに分かれ^[2]、好熱菌、好塩菌、メタン生成菌の３種類が含まれます（表1）。以前は極限環境に住むと考えられていましたが、今は海から地底まで遍在することがわかっています。属名一覧は別ページにまとめています。

Table 1. Clades in Archaea
Phyrum (綱)	Order (目)	Family (科)	Character	Gram-staining
crenarchaeota	desulfurococcales	desulfurococcaceae, pyrodictiaceae	Non-methanogenic (hyper) thermophils	negative
	sulfolobales	sulfolobaceae
	thermoproteales	thermoproteaceae
euryarchaeota	thermococcales	thermococcaceae
	thermoplasmatales	thermoplasmataceae
	halobacteriales	halobacteriaceae	Halophils	negative
	methanobacteriales	methanobacteriaceae, methanothermaceae	Methanogens	mostly positive
	methanococcales	methanococcaceae, methanocaldococcaceae
	methanomicrobiales	methanomicrobiaceae, methanospirillaceae
	methanopyrales	methanopyraceae
	methanosarcinales	methanosarcinaceae, methanosaetaceae

↑ Studies on mostly uncultured archaea identified other small phyla such as Korarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), and the Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537). They are characterized only by genome sequences and not considered here.
↑ 難培養性のアーキアとしてKorarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537)などの小グループも見つかっていますがゲノム解析のみなのでここでは省略します。

Nomenclature

Much of archaeal lipid were named by a Japanese research group^[1]. Note that sn-1 position of glycerol is at the bottom of the pictures and the ether bond at the sn-2 position is below the paper plane.

アーキア脂質の名称の多くは日本人によって名付けられました。以下の図ではグリセロールの sn-1 位が下側で-OH として表示されています。sn-2 位の水酸基は紙面の奥側です。通常のグリセロ脂質の描き方とは向きが異なるので注意してください。

Archaeol (= 2,3-di-O-alkyl sn-glycerol diether)

C20/20, C20/25, C25/25

The alkyl chain is C20-isoprane (Sehgal et al 1962 ^[2]). Archaetidic acid refers to its monophophate ether.

アルキル基はC20のイソプラン（飽和イソプレン）。Archaetidic acid はその1リン酸エステルです。

Caldarchaeol

An tetraether where 2 glycerol molecules are connected with 2 alkanediols at sn-2 and sn-3 positions. Langworthy found the structure from Thermoplasma acidophilum in 1977. Its name "cald" (i.e. hot) originates its discovery from a hyperthermophil.

2分子のグリセロールがsn-2, sn-3 位でアルカンジオールとエーテル結合したテトラエーテル。Langworthy が Thermoplasma acidophilum より発見し、超高熱菌から見出されたため cald (ラテン語で「熱い」) の名前がつきます。

Isocaldarchaeol

A geometric isomer of caldarchaeol where the alkanediols connect sn-2 and sn-2 (and sn-3 and sn-3) positions. Gräther et al. first found this regioisomer in Methanothermobacter marburgensis. It was also found in Thermoplasma acidophilum and Sulfolobus solfataricus.

片方のグリセロールがCaldarchaeolと向きの違う異性体。Gräther らがMethanothermobacter marburgensisより見つけ、Thermoplasma acidophilum や Sulfolobus solfataricus でも確認されました。

Calditocaldarchaeol

Calditol refers to a 5-carbon cyclic polyol [ 2-hydroxymethyl 1-(dihydroxypropoxy) 2,3,4,5-cyclopentanetetraol ] , which is connected to sn-1 glycerol by an ether linkage. It was first identified from Caldariella acidophila (now Sulfolobus solfataricus) and was called nonitol with a wrong structure. Bleriot et al., 2002).^[3] shows its brief history.

カルジトールは水酸基を5つ有する炭素五員環で、sn-1部位でグリセロールにエーテル結合しています。当初 Caldariella acidophila MT-4 (現 Sulfolobus solfataricus) に見出された際に異なる構造が報告され nonitol と呼ばれた時期もありました。下のBleriotらの論文に経緯があります。

Cyclic Archaeol

(Macro)Cyclic archaeol is characteristic to thermophilic archaea such as M. jannaschii. It is believed to increase membrane rigidity under higher pressure. Its amount is reported to increase in cultures of high temperature or pressure. ^[4]^[5]

環状アーキオールは好熱菌 M. jannaschii にみられ、膜構造の強度を増すと考えられています。生育温度の上昇、または圧力の上昇で量が増えると報告されています。

↑ Nishihara M, Morii H, Koga Y (1987) Structure determination of a quartet of novel tetraether lipids from Methanobacterium thermoautotrophicum. J Biochem 101:1007-1015 PMID 3611039
↑ Few species contain C25/25 or C20/25 isopranoids.
↑ Bleriot Y, Untersteller E, Fritz B, Sinay P (2002) Total Synthesis of calditol: Structural clarification of this typical component of archaea order Sulfolobales. Chemistry 8(1):240-246 PMID 11822455
↑ Sprott GD, Meloche M, Richards JC (1991) Proportions of diether, macrocyclic diether, and tetraether lipids in Methanococcus jannaschii grown at different temperatures. J Bacteriol 173, 3907-3910 PMID 2050642
↑ Kaneshiro SM, Clark DS (1995) Pressure effects on the composition and thermal behavior of lipids from the deep-sea thermophile methanococcus jannaschii. J Bacteriol 177, 3668-3672 PMID 7601829

Design of Fat acyl Page Titles

Archaeal lipid is categorized in glycerolipid (LBG). Each ID contains information on the core-lipid type, chemical modification of polar head, and attached sugars.

古細菌の脂質はグリセロ脂質 (LBG) に含まれます。各分子のページIDは基本骨格、極性基のタイプ、糖のタイプがコード化されています。

10-DIGIT

L

B

G

A

x

y

z

w

c

x ... core-lipid structure (one of A H U C D Y)
y ... polar-head category (one of N P C E I S G A X)
z ... total number of sugars (Inositol and standard hexose are counted. Calditol is not counted.)
w ... sugar type (one of N G M L S X)
c ... serial number

x ... コアリピッド構造
y ... 極性基（リン酸部分）の構造
z ... 糖の個数
w ... 糖のタイプ
c ... 通し番号

Classification 分類

Core Lipid Structure 基本構造

Core-lipid Structure
A: archaeol
H: hydroxy & methoxy archaeol (sn-2-hydroxy below)
U: unsaturated (alkenyl) archaeol
C: caldarchaeol (tetraether type)
D: irregular caldarchaeol (e.g. calditocald- or crenarchaeol, trialkyl or H-shaped archaeol)
Y: cyclic archaeol

Polar-head Type
B: no group
N: saccharides
P: phosphate or alcohol
C: phosphocholine
E: phosphoethanolamine
I: phosphoinositol
S: phosphoserine
G: phosphoglycerol
A: aminopentanetetrol
X: others

Sugar Type
N: inositol only or no sugar
G: glucose and galactose
M: including mannose
L: including gulose
S: including HSO₃
X: others (glucosamine, methyl group etc.)

References (文献一覧)

LBGA|Reference|Show all references

{{#lua: function createBucket() return { {A={},C={} },{ N={},I={} },{ G={},X={} } } end desulfurococcales = createBucket() sulfolobales = createBucket() thermoproteales = createBucket() thermococcales = createBucket() thermoplasmatales = createBucket() halobacteriales = createBucket() methanobacteriales = createBucket() methanococcales = createBucket() methanomicrobiales = createBucket() methanopyrales = createBucket() methanosarcinales = createBucket() function printRow(name, T, reg) if (string.find(name, "halobacter") ~= nil) then print('\n|- align="right" style="background-color:#ddf"') elseif (string.find(name, "methano") == nil) then print('\n|- align="right" style="background-color:#fdd"') else print('\n|- align="right"') end if (string.find(name, "desulfurococcales") ~= nil) then print('| rowspan="3" style="background-color:#ddd" | crenarchaeota') end if (string.find(name, "thermococcales") ~= nil) then print('| rowspan="8" style="background-color:#ddd" | euryarchaeota') end print("|"..reg.."|"..name.." || ") print(table.getn(T[1]["A"]).."\n||"..table.getn(T[1]["C"]).."\n||") T[1]["A"] = nil T[1]["C"] = nil for k,v in pairs(T[1]) do print(k.."("..table.getn(v)..") ") end print(" || ") print(table.getn(T[2]["N"]).."\n||"..table.getn(T[2]["I"]).."\n||") T[2]["N"] = nil T[2]["I"] = nil for k,v in pairs(T[2]) do print(k.."("..table.getn(v)..") ") end print(" || ") print(table.getn(T[3]["G"]).."\n||"..table.getn(T[3]["X"]).."\n||") T[3]["G"] = nil T[3]["X"] = nil for k,v in pairs(T[3]) do print(k.."("..table.getn(v)..") ") end end function addTable(T, id) exist = false for k,v in pairs(T) do if (id == v) then exist = true end end if (not exist) then table.insert(T, id) end end function register(T, id) local s = string.sub(id,5,5) if (T[1][s] == nil) then T[1][s] = {} end addTable(T[1][s], id) s = string.sub(id,6,6) if (T[2][s] == nil) then T[2][s] = {} end addTable(T[2][s], id) s = string.sub(id,8,8) if (T[3][s] == nil) then T[3][s] = {} end addTable(T[3][s], id) end for ref, sp, id in stdin:gmatch("|?|?([%w\. ]+)||([%w]+)[%w\., ]+||([^\n]+)") do if (string.match(sp,"Aeropyrum") or string.match(sp,"Desulfurococcus") or string.match(sp,"Pyrolobus")) then register(desulfurococcales, id) elseif (string.match(sp,"Acidianus") or string.match(sp,"Sulfolobus") or string.match(sp,"Desulfurolobus")) then register(sulfolobales, id) elseif (string.match(sp,"Pyrobaculum") or string.match(sp,"Thermoproteus")) then register(thermoproteales, id) elseif (string.match(sp,"Pyrococcus") or string.match(sp,"Thermococcus")) then register(thermococcales, id) elseif (string.match(sp,"Thermoplasma")) then register(thermoplasmatales, id) elseif (string.match(sp,"Haloarcula") or string.match(sp,"Halobacterium") or string.match(sp,"Halococcus") or string.match(sp,"Haloferax") or string.match(sp,"Halorubrum") or string.match(sp,"Natrialba") or string.match(sp,"Natronobacterium") or string.match(sp,"Natronococcus") or string.match(sp,"Halarchaeum")) then register(halobacteriales, id) elseif (string.match(sp,"Methanothermobacter") or string.match(sp,"Methanobrevibacter") or string.match(sp,"Methanosphaera") or string.match(sp,"Methanothermobacter")) then register(methanobacteriales, id) elseif (string.match(sp,"Methanothermococcus") or string.match(sp,"Methanococcus") or string.match(sp,"Methanocaldococcus")) then register(methanococcales, id) elseif (string.match(sp,"Methanomicrobium") or string.match(sp,"Methanospirillum")) then register(methanomicrobiales, id) elseif (string.match(sp,"Methanopyrus")) then register(methanopyrales, id) elseif (string.match(sp,"Methanococcoides") or string.match(sp,"Methanohalophilus") or string.match(sp,"Methanolobus") or string.match(sp,"Methanosarcina")) then register(methanosarcinales, id) end end printRow("desulfurococcales", desulfurococcales, "Aeropyrum~Desulfurococcus~Pyrolobus") printRow("sulfolobales",sulfolobales, "Acidianus~Sulfolobus~Desulfurolobus") printRow("thermoproteales",thermoproteales, "Pyrobaculum~Thermoproteus") printRow("thermococcales",thermococcales, "Pyrococcus~Thermococcus") printRow("thermoplasmatales",thermoplasmatales, "Thermoplasma") printRow("halobacteriales",halobacteriales, "Haloarcula~Halobacterium~Halococcus~Haloferax~Halorubrum~Natrialba~Natronobacterium~Natronococcus~Halarchaeum") printRow("methanobacteriales",methanobacteriales, "Methanothermobacter~Methanobrevibacter~Methanosphaera") printRow("methanococcales",methanococcales, "Methanothermococcus~Methanococcus~Methanocaldococcus") printRow("methanomicrobiales",methanomicrobiales, "Methanomicrobium~Methanospirillum") printRow("methanopyrales",methanopyrales, "Methanopyrus") printRow("methanosarcinales",methanosarcinales, "Methanococcoides~Methanohalophilus~Methanolobus~Methanosarcina")

Registered Number of Lipid Molecules (Total: 162)
Phylum	Order	Core-lipid			Polar-head			Sugar
Phylum	Order	ArOH	CArOH	others	None	Ino	others	Glc,Gal	Gro etc	others
	Blochl_E:Rachel_R:Burggraf_S:Hafenbradl_D:Jannasch_HW:Stetter_KO:,Extremophiles,1997,1,14	Pyrolobus fumari	LBGACB0N01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACN2S01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACI3S01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGADI2S01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACN2G04	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACI3G01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGADN1G01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGADI2G01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGADN1S01	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACN2G09	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACI3G03	Bohlool_BB:,Arch._Microbiol.,1975,106,171	Sulfolobus acidocaldarius	LBGACN2G11	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACN2S01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACI3S01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGADI2S01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACN2G04	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACI3G01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGADN1G01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGADI2G01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGADN1S01	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACN2G09	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACI3G03	Brock_TD:,Science,1985,230,132	Sulfolobus acidocaldarius	LBGACN2G11	Comita_PB:Gagosian_RB:,Science,1983,222,1329	Methanocaldococcus jannaschii	LBGAYB0N01	Comita_PB:Gagosian_RB:Pang_H:Costello_CE:,J._Biol._Chem.,1984,259,15234	Methanocaldococcus jannaschii	LBGAAB0N01	Comita_PB:Gagosian_RB:Pang_H:Costello_CE:,J._Biol._Chem.,1984,259,15234	Methanocaldococcus jannaschii	LBGAYB0N01	Comita_PB:Gagosian_RB:Pang_H:Costello_CE:,J._Biol._Chem.,1984,259,15234	Methanocaldococcus jannaschii	LBGACB0N01	Corcelli_A:Colella_M:Mascolo_G:Fanizzi_FP:Kates_M:,Biochemistry,2000,39,3318	Halobacterium salinarum	LBGAAN3S01	Corcelli_A:Colella_M:Mascolo_G:Fanizzi_FP:Kates_M:,Biochemistry,2000,39,3318	Halobacterium salinarum	LBGAAX0N01	Damste_JS:Schouten_S:Hopmans_EC:van_Duin_AC:Geenevasen_JA:,J._Lipid_Res.,2002,43,1641	Cenarchaeum symbiosum	LBGADB0N03	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACN2S01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACI3S01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGADI2S01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACN2G04	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACI3G01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGADN1G01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGADI2G01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGADN1S01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACB0N01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGADB0N01	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACN2G09	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACI3G03	De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249	Sulfolobus solfataricus	LBGACN2G11	De_Rosa_M:De_Rosa_S:Gambacorta_A:Minale_L:Bulock_JD:,Phytochemistry,1977,16,1961	Sulfolobus sp.	LBGACB0N01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGACB0N01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGADB0N01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGADN1G01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGACI1N01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGADN1S01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGACN2G12	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGADI2S01	De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827	Sulfolobus solfataricus	LBGACI3G03	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACN2S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACI3S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGADI2S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACN2G04	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACI3G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGADN1G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGADI2G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGADN1S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACN2G09	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACI3G03	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156	Sulfolobus acidocaldarius	LBGACN2G11	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACN2S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACI3S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGADI2S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACN2G04	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACI3G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGADN1G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGADI2G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGADN1S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACN2G09	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACI3G03	De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165	Sulfolobus solfataricus	LBGACN2G11	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACN2S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACI3S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGADI2S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACN2G04	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACI3G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGADN1G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGADI2G01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGADN1S01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACN2G09	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACI3G03	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus acidocaldarius	LBGACN2G11	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus solfataricus	LBGAAB0N01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Sulfolobus sp.	LBGAAB0N01	De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143	Thermoplasma sp.	LBGAAB0N01	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronomonas pharaonis	LBGAAG0N02	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronomonas pharaonis	LBGAAG0N06	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronomonas pharaonis	LBGAAG0N07	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronomonas pharaonis	LBGAAG0N09	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronobacterium gregoryi	LBGAAG0N02	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronobacterium gregoryi	LBGAAG0N06	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronobacterium gregoryi	LBGAAG0N07	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronobacterium gregoryi	LBGAAG0N09	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natrialba magadii	LBGAAG0N02	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natrialba magadii	LBGAAG0N06	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natrialba magadii	LBGAAG0N07	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natrialba magadii	LBGAAG0N09	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronococcus occultus	LBGAAG0N02	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronococcus occultus	LBGAAG0N06	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronococcus occultus	LBGAAG0N07	De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205	Natronococcus occultus	LBGAAG0N09	De_Rosa_M:Gambacorta_A:Lanzotti_V:Trincone_A:Harris_JE:Grant_WD:,Biochim._Biophys._Acta,1986,875,487	Methanosarcina barkeri	LBGAAB0N02	De_Rosa_M:Gambacorta_A:Nicolaus_B:Grant_WD:,J._Gen._Microbiol.,1983,129,2333	Natronobacterium spp.	LBGAAB0N01	De_Rosa_M:Gambacorta_A:Nicolaus_B:Grant_WD:,J._Gen._Microbiol.,1983,129,2333	Natronobacterium spp.	LBGAAB0N02	De_Rosa_M:Gambacorta_A:Nicolaus_B:Grant_WD:,J._Gen._Microbiol.,1983,129,2333	Natronobacterium spp.	LBGAAB0N03	De_Rosa_M:Gambacorta_A:Nicolaus_B:Ross_HNM:Grant_WD:Bulock_JD:,J._Gen._Microbiol.,1982,128,343	Unidentified halophiles	LBGAAB0N02	De_Rosa_M:Gambacorta_A:Trincone_A:Basso_A:Zillig_W:Holz_I:,Syst._Appl._Microbiol.,1987,9,1	Thermococcus celer	LBGAAI1N02	De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363	Haloarcula marismortui	LBGAAG0N01	De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363	Haloarcula marismortui	LBGAAG0N08	De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363	Haloarcula marismortui	LBGAAG0N09	De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363	Haloarcula marismortui	LBGAAN3M01	De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363	Haloarcula marismortui	LBGAAP0N01	De_la_Torre_JR:Walker_CB:Ingalls_AE:Koenneke_M:Stahl_DA:,Environ._Microbiol.,2008,10,810	Nitrosocaldus yellowstonii (Candidatus)	LBGADB0N03	Ekiel_I:Marsh_D:Smallbone_BW:Kates_M:Smith_IC:,Biochem._Biophys._Res._Commun.,1981,100,105	Halobacterium salinarum	LBGAAG0N07	Evans_RW:Kushwaha_SC:Kates_M:,Biochim._Biophys._Acta,1980,619,533	Halobacterium marismortui	LBGAAN3M01	Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601	Methanothrix soehngenii	LBGAHE0N01	Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601	Methanothrix soehngenii	LBGAAN1G02	Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601	Methanothrix soehngenii	LBGAHN1G01	Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601	Methanothrix soehngenii	LBGAHN3G01	Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601	Methanothrix soehngenii	LBGAAE0N01	Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,162	Methanothrix soehngenii	LBGAHN2G01	Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,162	Methanothrix soehngenii	LBGAAN2M01	Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,162	Methanothrix soehngenii	LBGAAI1N02	Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,173	Methanothrix soehngenii	LBGAHB0N01	Ferrante_G:Ekiel_I:Sprott_GD:,Biochim._Biophys._Acta,1987,921,281	Methanothermobacter thermautotrophicus	LBGAAA0N01	Ferrante_G:Ekiel_I:Sprott_GD:,Biochim._Biophys._Acta,1987,921,281	Methanothermobacter thermautotrophicus	LBGAAA0N02	Ferrante_G:Ekiel_I:Sprott_GD:,J._Biol._Chem.,1986,261,17062	Methanococcus voltae	LBGAAN1G01	Ferrante_G:Ekiel_I:Sprott_GD:,J._Biol._Chem.,1986,261,17062	Methanococcus voltae	LBGAAN2G05	Ferrante_G:Ekiel_I:Sprott_GD:,J._Biol._Chem.,1986,261,17062	Methanococcus voltae	LBGAAX1X01	Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274	Methanocaldococcus jannaschii	LBGAYN1G01	Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274	Methanocaldococcus jannaschii	LBGAYN1G02	Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274	Methanocaldococcus jannaschii	LBGAYN2G01	Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274	Methanocaldococcus jannaschii	LBGAYE0N01	Franzmann_PD:Stackebrandt_E:_Sanderson_K:_Volkman_JK:_Cameron_DE:_Stevenson_PL:_McMeekin_TA:Burton_HR:,Syst._Appl._Microbiol.,1988,11,20	Halorubrum lacusprofundi	LBGAUB0N02	Franzmann_PD:Stackebrandt_E:_Sanderson_K:_Volkman_JK:_Cameron_DE:_Stevenson_PL:_McMeekin_TA:Burton_HR:,Syst._Appl._Microbiol.,1988,11,20	Halorubrum lacusprofundi	LBGAUB0N03	Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19	Halorubrum lacusprofundi	LBGAAG0N01	Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19	Halorubrum lacusprofundi	LBGAAG0N08	Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19	Halorubrum lacusprofundi	LBGAAB0N01	Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19	Halorubrum lacusprofundi	LBGAAG0N09	Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19	Halorubrum lacusprofundi	LBGAUP0N01	Gliozzi_A:Rolandi_R:De_Rosa_M:Gambacorta_A:,J._Membr._Biol.,1983,75,45	Sulfolobus solfataricus	LBGACB0N01	Gonzalez_JM:Masuchi_Y:Robb_FT:Ammerman_JW:Maeder_DL:Yanagibayashi_M:Tamaoka_J:Kato_C:,Extremophiles,1998,2,123	Pyrococcus horikoshii	LBGAAB0N01	Gonzalez_JM:Masuchi_Y:Robb_FT:Ammerman_JW:Maeder_DL:Yanagibayashi_M:Tamaoka_J:Kato_C:,Extremophiles,1998,2,123	Pyrococcus horikoshii	LBGACB0N01	Graether_O:Arigoni_D:,J._Chem._Soc._Chem._Commun.,1995,4,405	Thermoplasma acidophilum	LBGACB0N02	Graether_O:Arigoni_D:,J._Chem._Soc._Chem._Commun.,1995,4,405	Methanothermobacter thermoautotrophicus	LBGACB0N02	Graether_O:Arigoni_D:,J._Chem._Soc._Chem._Commun.,1995,4,405	Sulfolobus solfataricus	LBGACB0N02	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobacterium bryantii	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobacterium bryantii	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobacterium formicicum	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobacterium formicicum	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobacterium thermoautotrophicum	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobacterium thermoautotrophicum	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobrevibacter smithii	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobrevibacter smithii	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobrevibacter ruminantium	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobrevibacter ruminantium	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobrevibacter arboriphilicus	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanobrevibacter arboriphilicus	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanothermus fervidus	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanococcus vannielii	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanococcus voltae	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanococcus thermolithotrophicus	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanomicrobium mobile	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanomicrobium mobile	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanogenium cariaci	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanogenium cariaci	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanogenium marisnigri	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanogenium marisnigri	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanogenium thermophilicum	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanogenium thermophilicum	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanospirillum hungatei	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanospirillum hungatei	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanoplanus limicola	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanoplanus limicola	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina barkeri	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina barkeri	LBGAAB0N02	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina barkeri	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina mazei	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina mazei	LBGAAB0N02	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina mazei	LBGACB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanolobus tindarius	LBGAAB0N01	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanolobus tindarius	LBGAAB0N02	Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanolobus tindarius	LBGACB0N01	Grant_WD:Pinch_G:Harris_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanomicrobium sp.	LBGAAB0N02	Grant_WD:Pinch_G:Harris_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanosarcina sp.	LBGAAB0N02	Grant_WD:Pinch_G:Harris_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277	Methanolobus sp.	LBGAAB0N02	Gutierrez_MC:Castillo_AM:Pagaling_E:Heaphy_S:Kamekura_M:Xue_Y:Ma_Y:Cowan_DA:Jones_BE:Grant_WD:Ventosa_A:,Int._J._Syst._Evol._Microbiol.,2008,58,2031	Halorubrum kocurii	LBGAAN2S03	Hafenbradl_D:Keller_M:Stetter_KO:,FEMS_Microbiol._Lett.,1996,136,199	Methanopyrus kandleri	LBGAUB0N01	Hafenbradl_D:Keller_M:Thiericke_R:Stetter_KO:,Syst._Appl._Microbiol.,1993,16,165	Methanopyrus kandleri	LBGAUB0N01	Hancock_AJ:Kates_M:,J._Lipid_Res.,1973,14,422	Halobacterium salinarum	LBGAAG0N08	Hedrick_DB:Guckert_JB:White_DC:,J._Lipid_Res.,1991,32,659	Methanococcus maripaludis	LBGAAB0N01	Hedrick_DB:Guckert_JB:White_DC:,J._Lipid_Res.,1991,32,659	Methanobacterium formicicum	LBGAAB0N01	Hedrick_DB:Guckert_JB:White_DC:,J._Lipid_Res.,1991,32,659	Methanosarcina barkeri	LBGAAB0N01	Jahn_U:Summons_R:Sturt_H:Grosjean_E:Huber_H:,Arch._Microbiol.,2004,182,404	Nanoarchaeum equitans	LBGAAB0N01	Jahn_U:Summons_R:Sturt_H:Grosjean_E:Huber_H:,Arch._Microbiol.,2004,182,404	Ignicoccus sp.	LBGAAB0N01	Kates_M:,Prog._Chem._Fats_Other_Lipids,1978,15,301	Halobacterium salinarum	LBGAAG0N09	Kates_M:Deroo_PW:,J._Lipid_Res.,1973,14,438	Halobacterium salinarum	LBGAAN3S02	Kates_M:Moldoveanu_N:Stewart_LC:,Biochim._Biophys._Acta,1993,1169,46	Halobacterium salinarum	LBGAAG0N01	Keller_M:Braun_FJ:Dirmeier_R:Hafenbradl_D:Burggraf_S:Rachel_R:Stetter_KO:,Arch._Microbiol.,1995,164,390	Thermococcus alcaliphilus	LBGAAB0N01	Keller_M:Braun_FJ:Dirmeier_R:Hafenbradl_D:Burggraf_S:Rachel_R:Stetter_KO:,Arch._Microbiol.,1995,164,390	Thermococcus alcaliphilus	LBGACB0N01	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanococcus vannieliir	LBGAHB0N02	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanococcus voltae	LBGAHB0N02	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanohalophilus mahii	LBGAHB0N02	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanosarcina barkeri	LBGAHB0N02	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanolobus tindarius	LBGAHB0N02	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanosphaera stadtmanae	LBGAHB0N01	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanococcus thermolithotrophicus	LBGAHB0N01	Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342	Methanothrix soehngenii	LBGAHB0N01	Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1	Methanopyrus kandleri	LBGAAC0N01	Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1	Methanothermobacter marburgensis	LBGAUP0N01	Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1	Methanothermobacter thermautotrophicus	LBGAUX0N01	Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1	Methanothermobacter thermautotrophicus	LBGAUS0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAP0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACP0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAB0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACB0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAE0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAS0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAI1N02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAN2G05	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACE0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACS0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACI1N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACN2G08	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACE2G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACI3G02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGACS2G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAA0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothermobacter thermautotrophicus	LBGAAA0N02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanococcus voltae	LBGAAN1G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanococcus voltae	LBGAAN2G05	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanococcus voltae	LBGAAX1X01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanosarcina barkeri	LBGAHS0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanosarcina barkeri	LBGAHI1N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanosarcina barkeri	LBGAAI2X01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAHN2G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAAN2M01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAHE0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAAN1G02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAHN1G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAHN3G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAAE0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanothrix soehngenii	LBGAAI1N02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanocaldococcus jannaschii	LBGAYN1G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanocaldococcus jannaschii	LBGAYN1G02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanocaldococcus jannaschii	LBGAYN2G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanocaldococcus jannaschii	LBGAYE0N01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanospirillum hungatei	LBGAAN2G03	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanospirillum hungatei	LBGAAN2G04	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanospirillum hungatei	LBGACG2G01	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanospirillum hungatei	LBGACN2G06	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanospirillum hungatei	LBGACN2G07	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanospirillum hungatei	LBGACG2G02	Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164	Methanobrevibacter arboriphilus	LBGAAS0N01	Kramer_JK:Sauer_FD:Blackwell_BA:,Biochem._J.,1987,245,139	Methanothermobacter thermautotrophicus	LBGAAE0N01	Kramer_JK:Sauer_FD:Blackwell_BA:,Biochem._J.,1987,245,139	Methanothermobacter thermautotrophicus	LBGACE0N01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium vallismortis	LBGAAG0N09	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium vallismortis	LBGAAG0N01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium vallismortis	LBGAAN2M02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium vallismortis	LBGAAN3M01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium saccharovorum	LBGAAG0N09	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium saccharovorum	LBGAAG0N01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium saccharovorum	LBGAAN3S02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium saccharovorum	LBGAAN4S01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium marismortui	LBGAAG0N09	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium marismortui	LBGAAG0N01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium marismortui	LBGAAN2M02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium marismortui	LBGAAN3M01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAG0N09	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAG0N01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAN2M02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAN3M02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAN3S02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAN4S01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium salinarum	LBGAAG0N08	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium halobium	LBGAAG0N09	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium halobium	LBGAAG0N01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium halobium	LBGAAN3M02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium halobium	LBGAAN3S02	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium halobium	LBGAAN4S01	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium vallismortis	LBGAAG0N08	Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365	Halobacterium marismortui	LBGAAG0N08	Kushwaha_SC:Kates_M:Juez_G:Rodriguez-Valera_F:Kushner_DJ:,Biochim._Biophys._Acta,1982,711,19	Haloferax mediterranei	LBGAAN2S02	Kushwaha_SC:Kates_M:Juez_G:Rodriguez-Valera_F:Kushner_DJ:,Biochim._Biophys._Acta,1982,711,19	Haloferax mediterranei	LBGAAN2M02	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156	Methanospirillum hungatei	LBGAAN2G03	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156	Methanospirillum hungatei	LBGAAN2G04	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156	Methanospirillum hungatei	LBGACG2G01	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156	Methanospirillum hungatei	LBGACN2G06	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156	Methanospirillum hungatei	LBGACN2G07	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156	Methanospirillum hungatei	LBGACG2G02	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGACG2G02	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGACN2G06	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGAAN2G03	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGACG2G01	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGACN2G07	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGAAN2G04	Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163	Methanospirillum hungatei	LBGAAG0N09	Kuwabara_T:Minaba_M:Iwayama_Y:Inouye_I:Nakashima_M:Marumo_K:Maruyama_A:Sugai_A:Itoh_T:Ishibashi_J:Urabe_T:Kamekura_M:,Int._J._Syst._Evol._Microbiol.,2005,55,2507	Thermococcus coalescens	LBGAAB0N01	Kuwabara_T:Minaba_M:Iwayama_Y:Inouye_I:Nakashima_M:Marumo_K:Maruyama_A:Sugai_A:Itoh_T:Ishibashi_J:Urabe_T:Kamekura_M:,Int._J._Syst._Evol._Microbiol.,2005,55,2507	Thermococcus coalescens	LBGADB0N04	Kuwabara_T:Minaba_M:Iwayama_Y:Inouye_I:Nakashima_M:Marumo_K:Maruyama_A:Sugai_A:Itoh_T:Ishibashi_J:Urabe_T:Kamekura_M:,Int._J._Syst._Evol._Microbiol.,2005,55,2507	Thermococcus coalescens	LBGACB0N01	Langworthy_TA:,Biochim._Biophys._Acta,1977,487,37	Thermoplasma acidophilum	LBGACB0N01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACN2S01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACI3S01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGADI2S01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACN2G04	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACI3G01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGADN1G01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGADI2G01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGADN1S01	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACN2G09	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACI3G03	Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106	Sulfolobus acidocaldarius	LBGACN2G11	Lanzotti_V:De_Rosa_M:Trincone_A:Basso_A:Gambacorta_A:Zillig_W:,Biochim._Biophys._Acta,1987,922,95	Desulfurococcus mobilis	LBGACN2G10	Lanzotti_V:De_Rosa_M:Trincone_A:Basso_A:Gambacorta_A:Zillig_W:,Biochim._Biophys._Acta,1987,922,95	Desulfurococcus mobilis	LBGACI2G03	Lanzotti_V:De_Rosa_M:Trincone_A:Basso_A:Gambacorta_A:Zillig_W:,Biochim._Biophys._Acta,1987,922,95	Desulfurococcus mobilis	LBGACI3G04	Lanzotti_V:Nicolaus_B:Trincone_A:De_Rosa_M:Grant_WD:Gambacorta_A:,Biochim._Biophys._Acta,1989,1001,31	Natronococcus occultus	LBGAAG0N04	Lanzotti_V:Nicolaus_B:Trincone_A:De_Rosa_M:Grant_WD:Gambacorta_A:,Biochim._Biophys._Acta,1989,1001,31	Natronococcus occultus	LBGAAG0N05	Lanzotti_V:Trincone_A:Nicolaus_B:Zilling_W:De_Rosa_M:Gambacorta_A:,Biochim._Biophys._Acta,1989,1004,44	Pyrococcus woesei	LBGAAN1G03	Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149	Halorubrum trapanicum	LBGAAN2S01	Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149	Halorubrum tebenquichense	LBGAAN2S03	Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149	Halorubrum sodomense	LBGAAN2S03	Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149	Halorubrum saccharovorum	LBGAAN2S03	Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149	Halorubrum lacusprofundi	LBGAAN2S03	Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149	Halorubrobacterium coriensis	LBGAAN2S03	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACN2S01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACI3S01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGADI2S01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACN2G04	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACI3G01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGADN1G01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGADI2G01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGADN1S01	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACN2G09	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACI3G03	Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944	Sulfolobus acidocaldarius	LBGACN2G11	Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852	Pyrococcus furiosus	LBGAAI1N02	Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852	Pyrococcus furiosus	LBGAAG0N09	Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852	Pyrococcus furiosus	LBGAAP0N01	Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852	Pyrococcus furiosus	LBGAAX0N01	Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716	Methanothermobacter thermautotrophicus	LBGAAB0N01	Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716	Methanobacterium formicicum	LBGAAB0N01	Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716	Methanospirillum hungatei	LBGAAB0N01	Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716	Methanothermobacter thermautotrophicus	LBGACB0N01	Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716	Methanobacterium formicicum	LBGACB0N01	Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716	Methanospirillum hungatei	LBGACB0N01	Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97	Natrialba asiatica	LBGAAN2S04	Referred to as SGL-X	Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97	Natrialba asiatica	LBGAAN2S05	Referred to as SGL-X	Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97	Natrialba asiatica	LBGAAG0N01	Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97	Natrialba asiatica	LBGAAG0N02	Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97	Natrialba asiatica	LBGAAG0N03	McGenity_TJ:Grant_WD:,Syst._Appl._Microbiol.,1995,18,237	Halorubrum sodomense	LBGAAN2S03	Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513	Halarchaeum acidiphilum	LBGAAG0N01	Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513	Halarchaeum acidiphilum	LBGAAG0N02	Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513	Halarchaeum acidiphilum	LBGAAG0N03	Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513	Halarchaeum acidiphilum	LBGAAG0N09	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAAP0N01	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAAG0N02	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAAG0N06	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAAG0N07	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAAG0N09	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAAN2S02	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAUG0N01	Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127	Halococcus saccharolyticus	LBGAUN3M01	Reffered to as GL-2	Morii_H:Eguchi_T:Nishihara_M:Kakinuma_K:Konig_H:Koga_Y:,Biochim._Biophys._Acta,1998,1390,339	Methanothermus fervidus	LBGADB0N02	Morii_H:Kiyonari_S:Ishino_Y:Koga_Y:,J._Biol._Chem.,2009,284,30766	Methanothermobacter thermautotrophicus	LBGAAI1N02	Morii_H:Kiyonari_S:Ishino_Y:Koga_Y:,J._Biol._Chem.,2009,284,30766	Methanothermobacter thermautotrophicus	LBGAAI1N03	Morii_H:Kiyonari_S:Ishino_Y:Koga_Y:,J._Biol._Chem.,2009,284,30766	Methanothermobacter thermautotrophicus	LBGAAX0N02	Morii_H:Koga_Y:,Biochim._Biophys._Acta,1986,879,103	Methanobrevibacter arboriphilus	LBGAAS0N01	Morii_H:Koga_Y:,J._Bacteriol.,2003,185,1181	Methanothermobacter thermautotrophicus	LBGAUS0N01	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGAAS0N01	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGAAI1N02	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGAAN2G05	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGACS0N01	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGACI1N01	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGACN2G08	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGACI3G02	Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149	Methanobrevibacter arboriphilus	LBGACS2G01	Morii_H:Nishihara_M:Koga_Y:,J._Biol._Chem.,2000,275,36568	Methanothermobacter marburgensis	LBGAUP0N01	Morii_H:Nishihara_M:Koga_Y:,J._Biol._Chem.,2000,275,36568	Methanothermobacter thermautotrophicus	LBGAUX0N01	Morii_H:Nishihara_M:Koga_Y:,J._Biol._Chem.,2000,275,36568	Methanothermobacter thermautotrophicus	LBGAUS0N01	Morii_H:Nishihara_M:Ohga_M:Koga_Y:,J._Lipid_Res.,1986,27,724	Methanobrevibacter arboriphilus	LBGAAS0N01	Morii_H:Yagi_H:Akutsu_H:Nomura_N:Sako_Y:Koga_Y:,Biochim._Biophys._Acta,1999,1436,426	Aeropyrum pernix	LBGAAI2N02	Morii_H:Yagi_H:Akutsu_H:Nomura_N:Sako_Y:Koga_Y:,Biochim._Biophys._Acta,1999,1436,426	Aeropyrum pernix	LBGAAI1N01	Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508	Methanococcoides burtonii	LBGAAI1N02	Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508	Methanococcoides burtonii	LBGAAG0N09	Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508	Methanococcoides burtonii	LBGAUP0N01	Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508	Methanococcoides burtonii	LBGAHG1N02	Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508	Methanococcoides burtonii	LBGAHI1N02	Nichols_PD:Franzmann_PD:,FEMS_Microbiol._Lett.,1992,98,205	Methanococcoides burtonii	LBGAUB0N02	Nichols_PD:Franzmann_PD:,FEMS_Microbiol._Lett.,1992,98,205	Methanococcoides burtonii	LBGAUB0N03	Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400	Methanosarcina barkeri	LBGAAB0N01	Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400	Methanosarcina barkeri	LBGAHB0N02	Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400	Methanosaeta concilii	LBGAAB0N01	Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400	Methanosaeta concilii	LBGAHB0N02	Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400	Methanosaeta thermophila	LBGAAB0N01	Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400	Methanosaeta thermophila	LBGACB0N01	Nishihara_M:Koga_Y:,Biochem._Cell._Biol.,1990,68,91	Methanothermobacter thermautotrophicus	LBGAAP0N01	Nishihara_M:Koga_Y:,Biochem._Cell._Biol.,1990,68,91	Methanothermobacter thermautotrophicus	LBGACP0N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAHS0N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAHI1N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAAI2X01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAHG1N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAHE1N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAHB0N02	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211	Methanosarcina barkeri	LBGAAI1N02	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155	Methanosarcina barkeri	LBGAHG1N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155	Methanosarcina barkeri	LBGAHE1N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155	Methanosarcina barkeri	LBGAAE0N01	Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155	Methanosarcina sp.	LBGAAG0N09	Nishihara_M:Koga_Y:,J._Biochem.,1987,101,997	Methanothermobacter thermautotrophicus	LBGACE0N01	Reffered to as PNL1a	Nishihara_M:Koga_Y:,J._Biochem.,1987,101,997	Methanothermobacter thermautotrophicus	LBGACN2G08	Reffered to as GL1a	Nishihara_M:Koga_Y:,J._Biochem.,1987,101,997	Methanothermobacter thermautotrophicus	LBGACE2G01	Reffered to as PNGL1	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAB0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACB0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAE0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAS0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAI1N02	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAN2G05	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACE0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACS0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACI1N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACN2G08	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACE2G01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACI3G02	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGACS2G01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAA0N01	Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95	Methanothermobacter thermautotrophicus	LBGAAA0N02	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGAAP0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACP0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGAAB0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACB0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGAAE0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGAAS0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGAAI1N02	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGAAN2G05	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACE0N01	Reffered to as PNL1a	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACS0N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACI1N01	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACN2G08	Reffered to as GL1a	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACE2G01	Reffered to as PNGL1	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACI3G02	Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007	Methanothermobacter thermautotrophicus	LBGACS2G01	Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123	Methanopyrus kandleri	LBGAAC0N01	Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123	Methanopyrus kandleri	LBGAUC0N01	Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123	Methanopyrus kandleri	LBGAUC0N02	Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123	Methanopyrus kandleri	LBGAUC0N03	Nishihara_M:Utagawa_M:Akutsu_H:Koga_Y:,J._Biol._Chem.,1992,267,12432	Methanosarcina barkeri	LBGAAI2X01	Oulevey_J:Bahl_H:Thiele_OW:,Arch._Microbiol.,1986,144,166	Clostridium acetobutylicum	LBGAAG0N06	Pitcher_A:Rychlik_N:Hopmans_EC:Spieck_E:Rijpstra_WI:Ossebaar_J:Schouten_S:Wagner_M:Damste_JS:,ISME_J.,2010,4,542	Nitrososphaera gargensis (Candidatus)	LBGADB0N03	Pitcher_A:Rychlik_N:Hopmans_EC:Spieck_E:Rijpstra_WI:Ossebaar_J:Schouten_S:Wagner_M:Damste_JS:,ISME_J.,2010,4,542	Nitrososphaera gargensis (Candidatus)	LBGACB0N01	Pitcher_A:Rychlik_N:Hopmans_EC:Spieck_E:Rijpstra_WI:Ossebaar_J:Schouten_S:Wagner_M:Damste_JS:,ISME_J.,2010,4,542	Nitrososphaera gargensis (Candidatus)	LBGADB0N04	Sabine_Morth:Tindall_BJ:,FEMS_Microbiol._Lett.,1985,29,285	Natronomonas pharaonis	LBGAAB0N01	Schouten_S:Hopmans_EC:Baas_M:Boumann_H:Standfest_S:Konneke_M:Stahl_DA:Sinninghe_Damste_JS:,Appl._Environ._Microbiol.,2008,74,2433	Nitrosopumilus maritimus (Candidatus)	LBGADB0N03	Sehgal_SN:Kates_M:Gibbons_NE:,Can._J._Biochem._Physiol.,1962,40,69	Halobacterium salinarum	LBGAAB0N01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACG0N01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACN1L02	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACN2L03	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACG1L01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACN2L04	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACN3L01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACN3L02	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACN4L01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACG2L01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACG3L01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGACG4L01	Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556	Thermoplasma acidophilum	LBGAAG0N09	Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551	Halobacterium salinarum	LBGAAN3M01	Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551	Halobacterium salinarum	LBGAAN2M02	Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551	Halobacterium salinarum	LBGAAN3S02	Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551	Halobacterium salinarum	LBGAAN3M02	Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551	Halobacterium salinarum	LBGAAN4S01	Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551	Halobacterium salinarum	LBGAAN4M01	Smith_PF:,Biochim._Biophys._Acta,1980,619,367	Thermoplasma acidophilum	LBGACNXM01	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanopyrus kandleri	LBGAAC0N01	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanopyrus kandleri	LBGAAI1N02	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanopyrus kandleri	LBGAAE0N01	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanothermus fervidus	LBGAAN2X01	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanothermus fervidus	LBGACI3X01	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanothermus fervidus	LBGAAI1N02	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanothermus fervidus	LBGAAE0N01	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Methanothermus fervidus	LBGAAG0N09	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Pyrococcus furiosus	LBGAAG0N09	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Sulfolobus acidocaldarius	LBGAAG0N09	Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467	Sulfolobus acidocaldarius	LBGAAE0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAP0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAE0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAN1G01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAS0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter stadtmanae	LBGAHG1N02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAG0N09	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAG0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAI1N02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter stadtmanae	LBGAHI1N02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGAAN2G05	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGACP0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGACI3G02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAAP0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAAE0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAAN1G01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAAS0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAHG1N02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAAI1N02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAHI1N02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGAAN2G05	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGACP0N01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGACS2G01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGACI3G02	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGACP1G01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanobrevibacter smithii	LBGACP2G01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGACP1G01	Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275	Methanosphaera stadtmanae	LBGACP2G01	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanosarcina thermophila	LBGAHB0N02	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanosarcina acetivorans	LBGAHB0N02	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanosarcina barkeri	LBGAHB0N02	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanosarcina mazei	LBGAHB0N02	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanothrix soehngenii	LBGAHB0N01	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanococcus voltae	LBGAHB0N01	Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912	Methanococcus voltae	LBGAHB0N02	Sprott_GD:Ekiel_I:Dicaire_C:,J._Biol._Chem.,1990,265,13735	Methanosarcina mazei	LBGAHB0N02	Sprott_GD:Ekiel_I:Dicaire_C:,J._Biol._Chem.,1990,265,13735	Methanosarcina barkeri	LBGAHB0N02	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACA2G01	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACA2G02	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACA2G03	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACA2G04	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACN3G01	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACN2G01	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGAAN2G01	Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234	Methanospirillum hungatei	LBGACG0N01	Sprott_GD:Larocque_S:Cadotte_N:Dicaire_CJ:McGee_M:Brisson_JR:,Biochim._Biophys._Acta,2003,1633,179	Haloferax volcanii	LBGAAN2S06	Sugai_A:Masuchi_Y:Uda_I:Itoh_T:Itoh_YH:,J._Jpn._Oil_Chem._Soc.,2000,49,695	Pyrococcus horikoshii	LBGADB0N02	Sugai_A:Uda_I:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2004,53,41	Thermococcus celer	LBGADB0N02	Sugai_A:Uda_I:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2004,53,41	Thermococcus guaymasensis	LBGADB0N02	Sugai_A:Uda_I:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2004,53,41	Thermococcus waiotapuensis	LBGADB0N02	Sugai_A:Uda_I:Kon_K:Ando_S:Itoh_YH:Itoh_T:,J._Jpn._Oil_Chem._Soc.,1996,45,327	Sulfolobus acidocaldarius	LBGADI2N01	Sugai_A:Uda_I:Kon_K:Ando_S:Itoh_YH:Itoh_T:,J._Jpn._Oil_Chem._Soc.,1996,45,327	Sulfolobus acidocaldarius	LBGADI1N01	Sugai_A:Uda_I:Kon_K:Ando_S:Itoh_YH:Itoh_T:,J._Jpn._Oil_Chem._Soc.,1996,45,327	Sulfolobus acidocaldarius	LBGAAI1N02	Swain_M:Brisson_JR:Sprott_GD:Cooper_FP:Patel_GB:,Biochim._Biophys._Acta,1997,1345,56	Thermoplasma acidophilum	LBGACG1L01	Swain_M:Brisson_JR:Sprott_GD:Cooper_FP:Patel_GB:,Biochim._Biophys._Acta,1997,1345,56	Thermoplasma volcanium	LBGACG1L01	Tanoue_S:Sugai_A:Uda_I:Shimizu_A:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2002,51,663	Metallosphaera sedula	LBGACN2G12	Tanoue_S:Sugai_A:Uda_I:Shimizu_A:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2002,51,663	Metallosphaera sedula	LBGACN4G01	Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131	Archaeoglobus fulgidus	LBGAAE0N01	Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131	Archaeoglobus fulgidus	LBGAAI1N02	Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131	Archaeoglobus fulgidus	LBGACE0N01	Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131	Archaeoglobus fulgidus	LBGACI1N01	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACN1G03	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACN2G05	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACN3G03	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACI2G01	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACN1G04	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACN3G04	Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253	Thermoproteus tenax	LBGACI2G02	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanobacterium sp.	LBGAAB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanobacterium sp.	LBGACB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanothermobacter thermautotrophicus	LBGAAB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanothermobacter thermautotrophicus	LBGACB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanobrevibacter ruminantium	LBGAAB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanobrevibacter ruminantium	LBGACB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanospirillum hungatei	LBGAAB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanospirillum hungatei	LBGACB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanosarcina barkeri	LBGAAB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanococcus vannielii	LBGAAB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanococcus vannielii	LBGACB0N01	Tornabene_TG:Langworthy_TA:,Science,1979,203,51	Methanococcus sp.	LBGAAB0N01	Trincone_A.:Nicolaus_B:Lama_L:De_Rosa_M:Gambacorta_A:Grant_WD:,Microbiology,1990,136,2327	Halorubrum sodomense	LBGAAN2S03	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACN2S01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACI3S01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGADI2S01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACN2G04	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACI3G01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGADN1G01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGADI2G01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGADN1S01	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACN2G09	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACI3G03	Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751	Desulfurolobus ambivalens	LBGACN2G11	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACN1G01	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACN2G02	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACN3G02	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACI4G01	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACN1G03	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACI2G01	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACN1G04	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum islandicum	LBGACI2G02	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACN1G01	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACN2G02	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACN3G02	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACI4G01	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACN1G03	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACI2G01	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACN1G04	Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11	Pyrobaculum organotrophucum	LBGACI2G02	Trincone_A:Trivellone_E:Nicolaus_B:Lama_L:Pagnotta_E:Grant_WD:Gambacorta_A:,Biochim._Biophys._Acta,1993,1210,35	Halobacterium trapanicum	LBGAAN2S01	Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155	Thermoplasma acidophilum	LBGAAG0N09	Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155	Thermoplasma acidophilum	LBGACG0N01	Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155	Thermoplasma acidophilum	LBGADG0N01	Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155	Thermoplasma acidophilum	LBGADB0N04	Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363	Thermoplasma acidophilum	LBGACN1L01	Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363	Thermoplasma acidophilum	LBGACN1G02	Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363	Thermoplasma acidophilum	LBGACN2L01	Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363	Thermoplasma acidophilum	LBGACN2L02	Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363	Thermoplasma acidophilum	LBGACN2G03	Uda_I:Sugai_A:Shimizu_A:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,2000,1484,83	Thermoplasma acidophilum	LBGACG1G01	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAB0N01	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAB0N02	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAG0N01	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAG0N02	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAG0N03	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAG0N09	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium gregoryi	LBGAAP0N01	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAB0N01	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAB0N02	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAG0N01	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAG0N02	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAG0N03	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAG0N09	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAN2G02	Referred to as DGD-4	Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959	Natronobacterium sp.	LBGAAP0N01	Xu_Y:Zhou_P:Tian_X:,Int._J._Syst._Bacteriol.,1999,49,261	Natronorubrum spp.	LBGAAB0N02	Zhang_D:Poulter_CD:,J._Am._Chem._Soc.,1993,115,1270	Methanothermobacter marburgensis	LBGAUP0N01 }}

Registered Species

{{#lua:

 isIn = {} T = {}
 for ref, sp, id in stdin:gmatch("&?&?([%w\. ]+)&&([%w]+)[%w\., ]*&&([^\n]+)") do
   if (isIn[sp] == nil) then isIn[sp] = true table.insert(T, sp) end
 end
 table.sort(T)
 s = ""
 for i,v in pairs(T) do
   s = s .. "" .. v .. " "
 end
 print(s)

| &&Blochl_E:Rachel_R:Burggraf_S:Hafenbradl_D:Jannasch_HW:Stetter_KO:,Extremophiles,1997,1,14&&Pyrolobus fumari&&LBGACB0N01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACN2S01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACI3S01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGADI2S01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACN2G04 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACI3G01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGADN1G01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGADI2G01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGADN1S01 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACN2G09 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACI3G03 &&Bohlool_BB:,Arch._Microbiol.,1975,106,171&&Sulfolobus acidocaldarius&&LBGACN2G11 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACN2S01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACI3S01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGADI2S01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACN2G04 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACI3G01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGADN1G01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGADI2G01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGADN1S01 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACN2G09 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACI3G03 &&Brock_TD:,Science,1985,230,132&&Sulfolobus acidocaldarius&&LBGACN2G11 &&Comita_PB:Gagosian_RB:,Science,1983,222,1329&&Methanocaldococcus jannaschii&&LBGAYB0N01 &&Comita_PB:Gagosian_RB:Pang_H:Costello_CE:,J._Biol._Chem.,1984,259,15234&&Methanocaldococcus jannaschii&&LBGAAB0N01 &&Comita_PB:Gagosian_RB:Pang_H:Costello_CE:,J._Biol._Chem.,1984,259,15234&&Methanocaldococcus jannaschii&&LBGAYB0N01 &&Comita_PB:Gagosian_RB:Pang_H:Costello_CE:,J._Biol._Chem.,1984,259,15234&&Methanocaldococcus jannaschii&&LBGACB0N01 &&Corcelli_A:Colella_M:Mascolo_G:Fanizzi_FP:Kates_M:,Biochemistry,2000,39,3318&&Halobacterium salinarum&&LBGAAN3S01 &&Corcelli_A:Colella_M:Mascolo_G:Fanizzi_FP:Kates_M:,Biochemistry,2000,39,3318&&Halobacterium salinarum&&LBGAAX0N01 &&Damste_JS:Schouten_S:Hopmans_EC:van_Duin_AC:Geenevasen_JA:,J._Lipid_Res.,2002,43,1641&&Cenarchaeum symbiosum&&LBGADB0N03 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACN2S01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACI3S01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGADI2S01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACN2G04 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACI3G01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGADN1G01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGADI2G01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGADN1S01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACB0N01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGADB0N01 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACN2G09 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACI3G03 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Bulock_JD:,Phytochemistry,1980,19,249&&Sulfolobus solfataricus&&LBGACN2G11 &&De_Rosa_M:De_Rosa_S:Gambacorta_A:Minale_L:Bulock_JD:,Phytochemistry,1977,16,1961&&Sulfolobus sp.&&LBGACB0N01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGACB0N01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGADB0N01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGADN1G01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGACI1N01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGADN1S01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGACN2G12 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGADI2S01 &&De_Rosa_M:Esposito_E:Gambacorta_A:Nicolaus_B:Bulock_JD:,Phytochemistry,1980,19,827&&Sulfolobus solfataricus&&LBGACI3G03 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACN2S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACI3S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGADI2S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACN2G04 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACI3G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGADN1G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGADI2G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGADN1S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACN2G09 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACI3G03 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,156&&Sulfolobus acidocaldarius&&LBGACN2G11 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACN2S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACI3S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGADI2S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACN2G04 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACI3G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGADN1G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGADI2G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGADN1S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACN2G09 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACI3G03 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,J._Gen._Microbiol.,1975,86,165&&Sulfolobus solfataricus&&LBGACN2G11 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACN2S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACI3S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGADI2S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACN2G04 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACI3G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGADN1G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGADI2G01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGADN1S01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACN2G09 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACI3G03 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus acidocaldarius&&LBGACN2G11 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus solfataricus&&LBGAAB0N01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Sulfolobus sp.&&LBGAAB0N01 &&De_Rosa_M:Gambacorta_A:Bulock_JD:,Phytochemistry,1976,15,143&&Thermoplasma sp.&&LBGAAB0N01 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronomonas pharaonis&&LBGAAG0N02 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronomonas pharaonis&&LBGAAG0N06 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronomonas pharaonis&&LBGAAG0N07 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronomonas pharaonis&&LBGAAG0N09 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronobacterium gregoryi&&LBGAAG0N02 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronobacterium gregoryi&&LBGAAG0N06 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronobacterium gregoryi&&LBGAAG0N07 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronobacterium gregoryi&&LBGAAG0N09 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natrialba magadii&&LBGAAG0N02 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natrialba magadii&&LBGAAG0N06 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natrialba magadii&&LBGAAG0N07 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natrialba magadii&&LBGAAG0N09 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronococcus occultus&&LBGAAG0N02 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronococcus occultus&&LBGAAG0N06 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronococcus occultus&&LBGAAG0N07 &&De_Rosa_M:Gambacorta_A:Grant_WD:Lanzotti_V:Nicolaus_B:,J._Gen._Microbiol.,1988,134,205&&Natronococcus occultus&&LBGAAG0N09 &&De_Rosa_M:Gambacorta_A:Lanzotti_V:Trincone_A:Harris_JE:Grant_WD:,Biochim._Biophys._Acta,1986,875,487&&Methanosarcina barkeri&&LBGAAB0N02 &&De_Rosa_M:Gambacorta_A:Nicolaus_B:Grant_WD:,J._Gen._Microbiol.,1983,129,2333&&Natronobacterium spp.&&LBGAAB0N01 &&De_Rosa_M:Gambacorta_A:Nicolaus_B:Grant_WD:,J._Gen._Microbiol.,1983,129,2333&&Natronobacterium spp.&&LBGAAB0N02 &&De_Rosa_M:Gambacorta_A:Nicolaus_B:Grant_WD:,J._Gen._Microbiol.,1983,129,2333&&Natronobacterium spp.&&LBGAAB0N03 &&De_Rosa_M:Gambacorta_A:Nicolaus_B:Ross_HNM:Grant_WD:Bulock_JD:,J._Gen._Microbiol.,1982,128,343&&Unidentified halophiles&&LBGAAB0N02 &&De_Rosa_M:Gambacorta_A:Trincone_A:Basso_A:Zillig_W:Holz_I:,Syst._Appl._Microbiol.,1987,9,1&&Thermococcus celer&&LBGAAI1N02 &&De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363&&Haloarcula marismortui&&LBGAAG0N01 &&De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363&&Haloarcula marismortui&&LBGAAG0N08 &&De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363&&Haloarcula marismortui&&LBGAAG0N09 &&De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363&&Haloarcula marismortui&&LBGAAN3M01 &&De_Souza_LM:Muller-Santos_M:Iacomini_M:Gorin_PA:Sassaki_GL:,J._Lipid_Res.,2009,50,1363&&Haloarcula marismortui&&LBGAAP0N01 &&De_la_Torre_JR:Walker_CB:Ingalls_AE:Koenneke_M:Stahl_DA:,Environ._Microbiol.,2008,10,810&&Nitrosocaldus yellowstonii (Candidatus)&&LBGADB0N03 &&Ekiel_I:Marsh_D:Smallbone_BW:Kates_M:Smith_IC:,Biochem._Biophys._Res._Commun.,1981,100,105&&Halobacterium salinarum&&LBGAAG0N07 &&Evans_RW:Kushwaha_SC:Kates_M:,Biochim._Biophys._Acta,1980,619,533&&Halobacterium marismortui&&LBGAAN3M01 &&Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601&&Methanothrix soehngenii&&LBGAHE0N01 &&Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601&&Methanothrix soehngenii&&LBGAAN1G02 &&Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601&&Methanothrix soehngenii&&LBGAHN1G01 &&Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601&&Methanothrix soehngenii&&LBGAHN3G01 &&Ferrante_G:Brisson_JR:Patel_GB:Ekiel_I:Sprott_GD:,J._Lipid_Res.,1989,30,1601&&Methanothrix soehngenii&&LBGAAE0N01 &&Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,162&&Methanothrix soehngenii&&LBGAHN2G01 &&Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,162&&Methanothrix soehngenii&&LBGAAN2M01 &&Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,162&&Methanothrix soehngenii&&LBGAAI1N02 &&Ferrante_G:Ekiel_I:Patel_GB:Sprott_GD:,Biochim._Biophys._Acta,1988,963,173&&Methanothrix soehngenii&&LBGAHB0N01 &&Ferrante_G:Ekiel_I:Sprott_GD:,Biochim._Biophys._Acta,1987,921,281&&Methanothermobacter thermautotrophicus&&LBGAAA0N01 &&Ferrante_G:Ekiel_I:Sprott_GD:,Biochim._Biophys._Acta,1987,921,281&&Methanothermobacter thermautotrophicus&&LBGAAA0N02 &&Ferrante_G:Ekiel_I:Sprott_GD:,J._Biol._Chem.,1986,261,17062&&Methanococcus voltae&&LBGAAN1G01 &&Ferrante_G:Ekiel_I:Sprott_GD:,J._Biol._Chem.,1986,261,17062&&Methanococcus voltae&&LBGAAN2G05 &&Ferrante_G:Ekiel_I:Sprott_GD:,J._Biol._Chem.,1986,261,17062&&Methanococcus voltae&&LBGAAX1X01 &&Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274&&Methanocaldococcus jannaschii&&LBGAYN1G01 &&Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274&&Methanocaldococcus jannaschii&&LBGAYN1G02 &&Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274&&Methanocaldococcus jannaschii&&LBGAYN2G01 &&Ferrante_G:Richards_JC:Sprott_GD:,Biochem._Cell._Biol.,1990,68,274&&Methanocaldococcus jannaschii&&LBGAYE0N01 &&Franzmann_PD:Stackebrandt_E:_Sanderson_K:_Volkman_JK:_Cameron_DE:_Stevenson_PL:_McMeekin_TA:Burton_HR:,Syst._Appl._Microbiol.,1988,11,20&&Halorubrum lacusprofundi&&LBGAUB0N02 &&Franzmann_PD:Stackebrandt_E:_Sanderson_K:_Volkman_JK:_Cameron_DE:_Stevenson_PL:_McMeekin_TA:Burton_HR:,Syst._Appl._Microbiol.,1988,11,20&&Halorubrum lacusprofundi&&LBGAUB0N03 &&Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19&&Halorubrum lacusprofundi&&LBGAAG0N01 &&Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19&&Halorubrum lacusprofundi&&LBGAAG0N08 &&Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19&&Halorubrum lacusprofundi&&LBGAAB0N01 &&Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19&&Halorubrum lacusprofundi&&LBGAAG0N09 &&Gibson_JA:Miller_MR:Davies_NW:Neill_GP:Nichols_DS:Volkman_JK:,Syst._Appl._Microbiol.,2005,28,19&&Halorubrum lacusprofundi&&LBGAUP0N01 &&Gliozzi_A:Rolandi_R:De_Rosa_M:Gambacorta_A:,J._Membr._Biol.,1983,75,45&&Sulfolobus solfataricus&&LBGACB0N01 &&Gonzalez_JM:Masuchi_Y:Robb_FT:Ammerman_JW:Maeder_DL:Yanagibayashi_M:Tamaoka_J:Kato_C:,Extremophiles,1998,2,123&&Pyrococcus horikoshii&&LBGAAB0N01 &&Gonzalez_JM:Masuchi_Y:Robb_FT:Ammerman_JW:Maeder_DL:Yanagibayashi_M:Tamaoka_J:Kato_C:,Extremophiles,1998,2,123&&Pyrococcus horikoshii&&LBGACB0N01 &&Graether_O:Arigoni_D:,J._Chem._Soc._Chem._Commun.,1995,4,405&&Thermoplasma acidophilum&&LBGACB0N02 &&Graether_O:Arigoni_D:,J._Chem._Soc._Chem._Commun.,1995,4,405&&Methanothermobacter thermoautotrophicus&&LBGACB0N02 &&Graether_O:Arigoni_D:,J._Chem._Soc._Chem._Commun.,1995,4,405&&Sulfolobus solfataricus&&LBGACB0N02 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobacterium bryantii&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobacterium bryantii&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobacterium formicicum&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobacterium formicicum&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobacterium thermoautotrophicum&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobacterium thermoautotrophicum&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobrevibacter smithii&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobrevibacter smithii&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobrevibacter ruminantium&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobrevibacter ruminantium&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobrevibacter arboriphilicus&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanobrevibacter arboriphilicus&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanothermus fervidus&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanococcus vannielii&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanococcus voltae&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanococcus thermolithotrophicus&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanomicrobium mobile&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanomicrobium mobile&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanogenium cariaci&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanogenium cariaci&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanogenium marisnigri&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanogenium marisnigri&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanogenium thermophilicum&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanogenium thermophilicum&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanospirillum hungatei&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanospirillum hungatei&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanoplanus limicola&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanoplanus limicola&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina barkeri&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina barkeri&&LBGAAB0N02 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina barkeri&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina mazei&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina mazei&&LBGAAB0N02 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina mazei&&LBGACB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanolobus tindarius&&LBGAAB0N01 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanolobus tindarius&&LBGAAB0N02 &&Grant_WD:Pinch_G:Harri_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanolobus tindarius&&LBGACB0N01 &&Grant_WD:Pinch_G:Harris_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanomicrobium sp.&&LBGAAB0N02 &&Grant_WD:Pinch_G:Harris_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanosarcina sp.&&LBGAAB0N02 &&Grant_WD:Pinch_G:Harris_JE:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1985,131,3277&&Methanolobus sp.&&LBGAAB0N02 &&Gutierrez_MC:Castillo_AM:Pagaling_E:Heaphy_S:Kamekura_M:Xue_Y:Ma_Y:Cowan_DA:Jones_BE:Grant_WD:Ventosa_A:,Int._J._Syst._Evol._Microbiol.,2008,58,2031&&Halorubrum kocurii&&LBGAAN2S03 &&Hafenbradl_D:Keller_M:Stetter_KO:,FEMS_Microbiol._Lett.,1996,136,199&&Methanopyrus kandleri&&LBGAUB0N01 &&Hafenbradl_D:Keller_M:Thiericke_R:Stetter_KO:,Syst._Appl._Microbiol.,1993,16,165&&Methanopyrus kandleri&&LBGAUB0N01 &&Hancock_AJ:Kates_M:,J._Lipid_Res.,1973,14,422&&Halobacterium salinarum&&LBGAAG0N08 &&Hedrick_DB:Guckert_JB:White_DC:,J._Lipid_Res.,1991,32,659&&Methanococcus maripaludis&&LBGAAB0N01 &&Hedrick_DB:Guckert_JB:White_DC:,J._Lipid_Res.,1991,32,659&&Methanobacterium formicicum&&LBGAAB0N01 &&Hedrick_DB:Guckert_JB:White_DC:,J._Lipid_Res.,1991,32,659&&Methanosarcina barkeri&&LBGAAB0N01 &&Jahn_U:Summons_R:Sturt_H:Grosjean_E:Huber_H:,Arch._Microbiol.,2004,182,404&&Nanoarchaeum equitans&&LBGAAB0N01 &&Jahn_U:Summons_R:Sturt_H:Grosjean_E:Huber_H:,Arch._Microbiol.,2004,182,404&&Ignicoccus sp.&&LBGAAB0N01 &&Kates_M:,Prog._Chem._Fats_Other_Lipids,1978,15,301&&Halobacterium salinarum&&LBGAAG0N09 &&Kates_M:Deroo_PW:,J._Lipid_Res.,1973,14,438&&Halobacterium salinarum&&LBGAAN3S02 &&Kates_M:Moldoveanu_N:Stewart_LC:,Biochim._Biophys._Acta,1993,1169,46&&Halobacterium salinarum&&LBGAAG0N01 &&Keller_M:Braun_FJ:Dirmeier_R:Hafenbradl_D:Burggraf_S:Rachel_R:Stetter_KO:,Arch._Microbiol.,1995,164,390&&Thermococcus alcaliphilus&&LBGAAB0N01 &&Keller_M:Braun_FJ:Dirmeier_R:Hafenbradl_D:Burggraf_S:Rachel_R:Stetter_KO:,Arch._Microbiol.,1995,164,390&&Thermococcus alcaliphilus&&LBGACB0N01 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanococcus vannieliir&&LBGAHB0N02 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanococcus voltae&&LBGAHB0N02 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanohalophilus mahii&&LBGAHB0N02 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanosarcina barkeri&&LBGAHB0N02 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanolobus tindarius&&LBGAHB0N02 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanosphaera stadtmanae&&LBGAHB0N01 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanococcus thermolithotrophicus&&LBGAHB0N01 &&Koga_Y:Akagawa-Matsushita_M:Ohga_M:Nishihara_M:,Syst._Appl._Microbiol.,1993,16,342&&Methanothrix soehngenii&&LBGAHB0N01 &&Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1&&Methanopyrus kandleri&&LBGAAC0N01 &&Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1&&Methanothermobacter marburgensis&&LBGAUP0N01 &&Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1&&Methanothermobacter thermautotrophicus&&LBGAUX0N01 &&Koga_Y:Morii_H:,Anal._Biochem.,2006,348,1&&Methanothermobacter thermautotrophicus&&LBGAUS0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAP0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACP0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAB0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACB0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAE0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAS0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAI1N02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAN2G05 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACE0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACS0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACI1N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACN2G08 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACE2G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACI3G02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGACS2G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAA0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothermobacter thermautotrophicus&&LBGAAA0N02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanococcus voltae&&LBGAAN1G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanococcus voltae&&LBGAAN2G05 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanococcus voltae&&LBGAAX1X01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanosarcina barkeri&&LBGAHS0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanosarcina barkeri&&LBGAHI1N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanosarcina barkeri&&LBGAAI2X01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAHN2G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAAN2M01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAHE0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAAN1G02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAHN1G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAHN3G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAAE0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanothrix soehngenii&&LBGAAI1N02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanocaldococcus jannaschii&&LBGAYN1G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanocaldococcus jannaschii&&LBGAYN1G02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanocaldococcus jannaschii&&LBGAYN2G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanocaldococcus jannaschii&&LBGAYE0N01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanospirillum hungatei&&LBGAAN2G03 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanospirillum hungatei&&LBGAAN2G04 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanospirillum hungatei&&LBGACG2G01 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanospirillum hungatei&&LBGACN2G06 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanospirillum hungatei&&LBGACN2G07 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanospirillum hungatei&&LBGACG2G02 &&Koga_Y:Nishihara_M:Morii_H:Akagawa-Matsushita_M:,Microbiol._Rev.,1993,57,164&&Methanobrevibacter arboriphilus&&LBGAAS0N01 &&Kramer_JK:Sauer_FD:Blackwell_BA:,Biochem._J.,1987,245,139&&Methanothermobacter thermautotrophicus&&LBGAAE0N01 &&Kramer_JK:Sauer_FD:Blackwell_BA:,Biochem._J.,1987,245,139&&Methanothermobacter thermautotrophicus&&LBGACE0N01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium vallismortis&&LBGAAG0N09 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium vallismortis&&LBGAAG0N01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium vallismortis&&LBGAAN2M02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium vallismortis&&LBGAAN3M01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium saccharovorum&&LBGAAG0N09 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium saccharovorum&&LBGAAG0N01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium saccharovorum&&LBGAAN3S02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium saccharovorum&&LBGAAN4S01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium marismortui&&LBGAAG0N09 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium marismortui&&LBGAAG0N01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium marismortui&&LBGAAN2M02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium marismortui&&LBGAAN3M01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAG0N09 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAG0N01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAN2M02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAN3M02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAN3S02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAN4S01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium salinarum&&LBGAAG0N08 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium halobium&&LBGAAG0N09 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium halobium&&LBGAAG0N01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium halobium&&LBGAAN3M02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium halobium&&LBGAAN3S02 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium halobium&&LBGAAN4S01 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium vallismortis&&LBGAAG0N08 &&Kushwah_SC:Juez-Perez_G:Rodriguez-Valera_F:Kates_M:Kushner_DJ:,Can._J._Microbiol.,1982,28,1365&&Halobacterium marismortui&&LBGAAG0N08 &&Kushwaha_SC:Kates_M:Juez_G:Rodriguez-Valera_F:Kushner_DJ:,Biochim._Biophys._Acta,1982,711,19&&Haloferax mediterranei&&LBGAAN2S02 &&Kushwaha_SC:Kates_M:Juez_G:Rodriguez-Valera_F:Kushner_DJ:,Biochim._Biophys._Acta,1982,711,19&&Haloferax mediterranei&&LBGAAN2M02 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156&&Methanospirillum hungatei&&LBGAAN2G03 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156&&Methanospirillum hungatei&&LBGAAN2G04 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156&&Methanospirillum hungatei&&LBGACG2G01 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156&&Methanospirillum hungatei&&LBGACN2G06 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156&&Methanospirillum hungatei&&LBGACN2G07 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Biochim._Biophys._Acta,1981,664,156&&Methanospirillum hungatei&&LBGACG2G02 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGACG2G02 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGACN2G06 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGAAN2G03 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGACG2G01 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGACN2G07 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGAAN2G04 &&Kushwaha_SC:Kates_M:Sprott_GD:Smith_IC:,Science,1981,211,1163&&Methanospirillum hungatei&&LBGAAG0N09 &&Kuwabara_T:Minaba_M:Iwayama_Y:Inouye_I:Nakashima_M:Marumo_K:Maruyama_A:Sugai_A:Itoh_T:Ishibashi_J:Urabe_T:Kamekura_M:,Int._J._Syst._Evol._Microbiol.,2005,55,2507&&Thermococcus coalescens&&LBGAAB0N01 &&Kuwabara_T:Minaba_M:Iwayama_Y:Inouye_I:Nakashima_M:Marumo_K:Maruyama_A:Sugai_A:Itoh_T:Ishibashi_J:Urabe_T:Kamekura_M:,Int._J._Syst._Evol._Microbiol.,2005,55,2507&&Thermococcus coalescens&&LBGADB0N04 &&Kuwabara_T:Minaba_M:Iwayama_Y:Inouye_I:Nakashima_M:Marumo_K:Maruyama_A:Sugai_A:Itoh_T:Ishibashi_J:Urabe_T:Kamekura_M:,Int._J._Syst._Evol._Microbiol.,2005,55,2507&&Thermococcus coalescens&&LBGACB0N01 &&Langworthy_TA:,Biochim._Biophys._Acta,1977,487,37&&Thermoplasma acidophilum&&LBGACB0N01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACN2S01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACI3S01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGADI2S01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACN2G04 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACI3G01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGADN1G01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGADI2G01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGADN1S01 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACN2G09 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACI3G03 &&Langworthy_TA:Mayberry_WR:Smith_PF:,J._Bacteriol.,1974,119,106&&Sulfolobus acidocaldarius&&LBGACN2G11 &&Lanzotti_V:De_Rosa_M:Trincone_A:Basso_A:Gambacorta_A:Zillig_W:,Biochim._Biophys._Acta,1987,922,95&&Desulfurococcus mobilis&&LBGACN2G10 &&Lanzotti_V:De_Rosa_M:Trincone_A:Basso_A:Gambacorta_A:Zillig_W:,Biochim._Biophys._Acta,1987,922,95&&Desulfurococcus mobilis&&LBGACI2G03 &&Lanzotti_V:De_Rosa_M:Trincone_A:Basso_A:Gambacorta_A:Zillig_W:,Biochim._Biophys._Acta,1987,922,95&&Desulfurococcus mobilis&&LBGACI3G04 &&Lanzotti_V:Nicolaus_B:Trincone_A:De_Rosa_M:Grant_WD:Gambacorta_A:,Biochim._Biophys._Acta,1989,1001,31&&Natronococcus occultus&&LBGAAG0N04 &&Lanzotti_V:Nicolaus_B:Trincone_A:De_Rosa_M:Grant_WD:Gambacorta_A:,Biochim._Biophys._Acta,1989,1001,31&&Natronococcus occultus&&LBGAAG0N05 &&Lanzotti_V:Trincone_A:Nicolaus_B:Zilling_W:De_Rosa_M:Gambacorta_A:,Biochim._Biophys._Acta,1989,1004,44&&Pyrococcus woesei&&LBGAAN1G03 &&Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149&&Halorubrum trapanicum&&LBGAAN2S01 &&Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149&&Halorubrum tebenquichense&&LBGAAN2S03 &&Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149&&Halorubrum sodomense&&LBGAAN2S03 &&Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149&&Halorubrum saccharovorum&&LBGAAN2S03 &&Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149&&Halorubrum lacusprofundi&&LBGAAN2S03 &&Lizama_C:Monteoliva-Sanchez_M:Suarez-Garcia_A:Rosello-Mora_R:Aguilera_M:Campos_V:Ramos-Cormenzana_A:,Int._J._Syst._Evol._Microbiol.,2002,52,149&&Halorubrobacterium coriensis&&LBGAAN2S03 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACN2S01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACI3S01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGADI2S01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACN2G04 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACI3G01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGADN1G01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGADI2G01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGADN1S01 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACN2G09 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACI3G03 &&Lo_SL:Montague_CE:Chang_EL:,J._Lipid_Res.,1989,30,944&&Sulfolobus acidocaldarius&&LBGACN2G11 &&Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852&&Pyrococcus furiosus&&LBGAAI1N02 &&Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852&&Pyrococcus furiosus&&LBGAAG0N09 &&Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852&&Pyrococcus furiosus&&LBGAAP0N01 &&Lobasso_S:Lopalco_P:Angelini_R:Vitale_R:Huber_H:Muller_V:Corcelli_A:,Archaea,2012,2012,957852&&Pyrococcus furiosus&&LBGAAX0N01 &&Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716&&Methanothermobacter thermautotrophicus&&LBGAAB0N01 &&Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716&&Methanobacterium formicicum&&LBGAAB0N01 &&Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716&&Methanospirillum hungatei&&LBGAAB0N01 &&Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716&&Methanothermobacter thermautotrophicus&&LBGACB0N01 &&Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716&&Methanobacterium formicicum&&LBGACB0N01 &&Makula_RA:Singer_ME:,Biochem._Biophys._Res._Commun.,1978,82,716&&Methanospirillum hungatei&&LBGACB0N01 &&Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97&&Natrialba asiatica&&LBGAAN2S04&&Referred to as SGL-X &&Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97&&Natrialba asiatica&&LBGAAN2S05&&Referred to as SGL-X &&Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97&&Natrialba asiatica&&LBGAAG0N01 &&Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97&&Natrialba asiatica&&LBGAAG0N02 &&Matsubara_T:Iida-Tanaka_N:Kamekura_M:Moldoveanu_N:Ishizuka_I:Onishi_H:Hayashi_A:Kates_M:,Biochim._Biophys._Acta,1994,1214,97&&Natrialba asiatica&&LBGAAG0N03 &&McGenity_TJ:Grant_WD:,Syst._Appl._Microbiol.,1995,18,237&&Halorubrum sodomense&&LBGAAN2S03 &&Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513&&Halarchaeum acidiphilum&&LBGAAG0N01 &&Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513&&Halarchaeum acidiphilum&&LBGAAG0N02 &&Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513&&Halarchaeum acidiphilum&&LBGAAG0N03 &&Minegishi_H:Echigo_A:Nagaoka_S:Kamekura_M:Usami_R:,Int._J._Syst._Evol._Microbiol.,2010,60,2513&&Halarchaeum acidiphilum&&LBGAAG0N09 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAAP0N01 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAAG0N02 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAAG0N06 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAAG0N07 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAAG0N09 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAAN2S02 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAUG0N01 &&Moldoveanu_N:Kates_M:Montero_CG:Ventosa_A:,Biochim._Biophys._Acta,1990,1046,127&&Halococcus saccharolyticus&&LBGAUN3M01&&Reffered to as GL-2 &&Morii_H:Eguchi_T:Nishihara_M:Kakinuma_K:Konig_H:Koga_Y:,Biochim._Biophys._Acta,1998,1390,339&&Methanothermus fervidus&&LBGADB0N02 &&Morii_H:Kiyonari_S:Ishino_Y:Koga_Y:,J._Biol._Chem.,2009,284,30766&&Methanothermobacter thermautotrophicus&&LBGAAI1N02 &&Morii_H:Kiyonari_S:Ishino_Y:Koga_Y:,J._Biol._Chem.,2009,284,30766&&Methanothermobacter thermautotrophicus&&LBGAAI1N03 &&Morii_H:Kiyonari_S:Ishino_Y:Koga_Y:,J._Biol._Chem.,2009,284,30766&&Methanothermobacter thermautotrophicus&&LBGAAX0N02 &&Morii_H:Koga_Y:,Biochim._Biophys._Acta,1986,879,103&&Methanobrevibacter arboriphilus&&LBGAAS0N01 &&Morii_H:Koga_Y:,J._Bacteriol.,2003,185,1181&&Methanothermobacter thermautotrophicus&&LBGAUS0N01 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGAAS0N01 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGAAI1N02 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGAAN2G05 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGACS0N01 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGACI1N01 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGACN2G08 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGACI3G02 &&Morii_H:Nishihara_M:Koga_Y:,Agric._Biol._Chem.,1988,52,3149&&Methanobrevibacter arboriphilus&&LBGACS2G01 &&Morii_H:Nishihara_M:Koga_Y:,J._Biol._Chem.,2000,275,36568&&Methanothermobacter marburgensis&&LBGAUP0N01 &&Morii_H:Nishihara_M:Koga_Y:,J._Biol._Chem.,2000,275,36568&&Methanothermobacter thermautotrophicus&&LBGAUX0N01 &&Morii_H:Nishihara_M:Koga_Y:,J._Biol._Chem.,2000,275,36568&&Methanothermobacter thermautotrophicus&&LBGAUS0N01 &&Morii_H:Nishihara_M:Ohga_M:Koga_Y:,J._Lipid_Res.,1986,27,724&&Methanobrevibacter arboriphilus&&LBGAAS0N01 &&Morii_H:Yagi_H:Akutsu_H:Nomura_N:Sako_Y:Koga_Y:,Biochim._Biophys._Acta,1999,1436,426&&Aeropyrum pernix&&LBGAAI2N02 &&Morii_H:Yagi_H:Akutsu_H:Nomura_N:Sako_Y:Koga_Y:,Biochim._Biophys._Acta,1999,1436,426&&Aeropyrum pernix&&LBGAAI1N01 &&Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508&&Methanococcoides burtonii&&LBGAAI1N02 &&Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508&&Methanococcoides burtonii&&LBGAAG0N09 &&Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508&&Methanococcoides burtonii&&LBGAUP0N01 &&Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508&&Methanococcoides burtonii&&LBGAHG1N02 &&Nichols_DS:Miller_MR:Davies_NW:Goodchild_A:Raftery_M:Cavicchioli_R:,J._Bacteriol.,2004,186,8508&&Methanococcoides burtonii&&LBGAHI1N02 &&Nichols_PD:Franzmann_PD:,FEMS_Microbiol._Lett.,1992,98,205&&Methanococcoides burtonii&&LBGAUB0N02 &&Nichols_PD:Franzmann_PD:,FEMS_Microbiol._Lett.,1992,98,205&&Methanococcoides burtonii&&LBGAUB0N03 &&Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400&&Methanosarcina barkeri&&LBGAAB0N01 &&Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400&&Methanosarcina barkeri&&LBGAHB0N02 &&Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400&&Methanosaeta concilii&&LBGAAB0N01 &&Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400&&Methanosaeta concilii&&LBGAHB0N02 &&Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400&&Methanosaeta thermophila&&LBGAAB0N01 &&Nishihara_M:Akagawa-Matsushita_M:Togo_Y:Koga_Y:,Syst._Appl._Microbiol.,1995,79,400&&Methanosaeta thermophila&&LBGACB0N01 &&Nishihara_M:Koga_Y:,Biochem._Cell._Biol.,1990,68,91&&Methanothermobacter thermautotrophicus&&LBGAAP0N01 &&Nishihara_M:Koga_Y:,Biochem._Cell._Biol.,1990,68,91&&Methanothermobacter thermautotrophicus&&LBGACP0N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAHS0N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAHI1N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAAI2X01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAHG1N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAHE1N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAHB0N02 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1991,1082,211&&Methanosarcina barkeri&&LBGAAI1N02 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155&&Methanosarcina barkeri&&LBGAHG1N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155&&Methanosarcina barkeri&&LBGAHE1N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155&&Methanosarcina barkeri&&LBGAAE0N01 &&Nishihara_M:Koga_Y:,Biochim._Biophys._Acta,1995,1254,155&&Methanosarcina sp.&&LBGAAG0N09 &&Nishihara_M:Koga_Y:,J._Biochem.,1987,101,997&&Methanothermobacter thermautotrophicus&&LBGACE0N01&&Reffered to as PNL1a &&Nishihara_M:Koga_Y:,J._Biochem.,1987,101,997&&Methanothermobacter thermautotrophicus&&LBGACN2G08&&Reffered to as GL1a &&Nishihara_M:Koga_Y:,J._Biochem.,1987,101,997&&Methanothermobacter thermautotrophicus&&LBGACE2G01&&Reffered to as PNGL1 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAB0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACB0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAE0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAS0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAI1N02 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAN2G05 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACE0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACS0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACI1N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACN2G08 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACE2G01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACI3G02 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGACS2G01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAA0N01 &&Nishihara_M:Morii_H:Koga_Y:,Biochemistry,1989,28,95&&Methanothermobacter thermautotrophicus&&LBGAAA0N02 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGAAP0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACP0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGAAB0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACB0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGAAE0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGAAS0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGAAI1N02 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGAAN2G05 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACE0N01&&Reffered to as PNL1a &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACS0N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACI1N01 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACN2G08&&Reffered to as GL1a &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACE2G01&&Reffered to as PNGL1 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACI3G02 &&Nishihara_M:Morii_H:Koga_Y:,J._Biochem.,1987,101,1007&&Methanothermobacter thermautotrophicus&&LBGACS2G01 &&Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123&&Methanopyrus kandleri&&LBGAAC0N01 &&Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123&&Methanopyrus kandleri&&LBGAUC0N01 &&Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123&&Methanopyrus kandleri&&LBGAUC0N02 &&Nishihara_M:Morii_H:Matsuno_K:Ohga_M:Stetter_KO:Koga_Y:,Archaea,2002,1,123&&Methanopyrus kandleri&&LBGAUC0N03 &&Nishihara_M:Utagawa_M:Akutsu_H:Koga_Y:,J._Biol._Chem.,1992,267,12432&&Methanosarcina barkeri&&LBGAAI2X01 &&Oulevey_J:Bahl_H:Thiele_OW:,Arch._Microbiol.,1986,144,166&&Clostridium acetobutylicum&&LBGAAG0N06 &&Pitcher_A:Rychlik_N:Hopmans_EC:Spieck_E:Rijpstra_WI:Ossebaar_J:Schouten_S:Wagner_M:Damste_JS:,ISME_J.,2010,4,542&&Nitrososphaera gargensis (Candidatus)&&LBGADB0N03 &&Pitcher_A:Rychlik_N:Hopmans_EC:Spieck_E:Rijpstra_WI:Ossebaar_J:Schouten_S:Wagner_M:Damste_JS:,ISME_J.,2010,4,542&&Nitrososphaera gargensis (Candidatus)&&LBGACB0N01 &&Pitcher_A:Rychlik_N:Hopmans_EC:Spieck_E:Rijpstra_WI:Ossebaar_J:Schouten_S:Wagner_M:Damste_JS:,ISME_J.,2010,4,542&&Nitrososphaera gargensis (Candidatus)&&LBGADB0N04 &&Sabine_Morth:Tindall_BJ:,FEMS_Microbiol._Lett.,1985,29,285&&Natronomonas pharaonis&&LBGAAB0N01 &&Schouten_S:Hopmans_EC:Baas_M:Boumann_H:Standfest_S:Konneke_M:Stahl_DA:Sinninghe_Damste_JS:,Appl._Environ._Microbiol.,2008,74,2433&&Nitrosopumilus maritimus (Candidatus)&&LBGADB0N03 &&Sehgal_SN:Kates_M:Gibbons_NE:,Can._J._Biochem._Physiol.,1962,40,69&&Halobacterium salinarum&&LBGAAB0N01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACG0N01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACN1L02 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACN2L03 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACG1L01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACN2L04 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACN3L01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACN3L02 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACN4L01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACG2L01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACG3L01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGACG4L01 &&Shimada_H:Nemoto_N:Shida_Y:Oshima_T:Yamagishi_A:,J._Bacteriol.,2002,184,556&&Thermoplasma acidophilum&&LBGAAG0N09 &&Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551&&Halobacterium salinarum&&LBGAAN3M01 &&Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551&&Halobacterium salinarum&&LBGAAN2M02 &&Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551&&Halobacterium salinarum&&LBGAAN3S02 &&Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551&&Halobacterium salinarum&&LBGAAN3M02 &&Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551&&Halobacterium salinarum&&LBGAAN4S01 &&Smallbone_BW:Kates_M:,Biochim._Biophys._Acta,1981,665,551&&Halobacterium salinarum&&LBGAAN4M01 &&Smith_PF:,Biochim._Biophys._Acta,1980,619,367&&Thermoplasma acidophilum&&LBGACNXM01 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanopyrus kandleri&&LBGAAC0N01 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanopyrus kandleri&&LBGAAI1N02 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanopyrus kandleri&&LBGAAE0N01 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanothermus fervidus&&LBGAAN2X01 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanothermus fervidus&&LBGACI3X01 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanothermus fervidus&&LBGAAI1N02 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanothermus fervidus&&LBGAAE0N01 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Methanothermus fervidus&&LBGAAG0N09 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Pyrococcus furiosus&&LBGAAG0N09 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Sulfolobus acidocaldarius&&LBGAAG0N09 &&Sprott_GD:Agnew_BJ:Patel_GB:,Can._J._Microbiol.,1997,43,467&&Sulfolobus acidocaldarius&&LBGAAE0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAP0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAE0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAN1G01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAS0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter stadtmanae&&LBGAHG1N02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAG0N09 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAG0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAI1N02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter stadtmanae&&LBGAHI1N02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGAAN2G05 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGACP0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGACI3G02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAAP0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAAE0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAAN1G01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAAS0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAHG1N02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAAI1N02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAHI1N02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGAAN2G05 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGACP0N01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGACS2G01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGACI3G02 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGACP1G01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanobrevibacter smithii&&LBGACP2G01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGACP1G01 &&Sprott_GD:Brisson_J:Dicaire_CJ:Pelletier_AK:Deschatelets_LA:Krishnan_L:Patel_GB:,Biochim._Biophys._Acta,1999,1440,275&&Methanosphaera stadtmanae&&LBGACP2G01 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanosarcina thermophila&&LBGAHB0N02 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanosarcina acetivorans&&LBGAHB0N02 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanosarcina barkeri&&LBGAHB0N02 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanosarcina mazei&&LBGAHB0N02 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanothrix soehngenii&&LBGAHB0N01 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanococcus voltae&&LBGAHB0N01 &&Sprott_GD:Dicaire_CJ:Choquet_CG:Patel_GB:Ekiel_I:,Appl._Environ._Microbiol.,1993,59,912&&Methanococcus voltae&&LBGAHB0N02 &&Sprott_GD:Ekiel_I:Dicaire_C:,J._Biol._Chem.,1990,265,13735&&Methanosarcina mazei&&LBGAHB0N02 &&Sprott_GD:Ekiel_I:Dicaire_C:,J._Biol._Chem.,1990,265,13735&&Methanosarcina barkeri&&LBGAHB0N02 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACA2G01 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACA2G02 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACA2G03 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACA2G04 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACN3G01 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACN2G01 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGAAN2G01 &&Sprott_GD:Ferrante_G:Ekiel_I:,Biochim._Biophys._Acta,1994,1214,234&&Methanospirillum hungatei&&LBGACG0N01 &&Sprott_GD:Larocque_S:Cadotte_N:Dicaire_CJ:McGee_M:Brisson_JR:,Biochim._Biophys._Acta,2003,1633,179&&Haloferax volcanii&&LBGAAN2S06 &&Sugai_A:Masuchi_Y:Uda_I:Itoh_T:Itoh_YH:,J._Jpn._Oil_Chem._Soc.,2000,49,695&&Pyrococcus horikoshii&&LBGADB0N02 &&Sugai_A:Uda_I:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2004,53,41&&Thermococcus celer&&LBGADB0N02 &&Sugai_A:Uda_I:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2004,53,41&&Thermococcus guaymasensis&&LBGADB0N02 &&Sugai_A:Uda_I:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2004,53,41&&Thermococcus waiotapuensis&&LBGADB0N02 &&Sugai_A:Uda_I:Kon_K:Ando_S:Itoh_YH:Itoh_T:,J._Jpn._Oil_Chem._Soc.,1996,45,327&&Sulfolobus acidocaldarius&&LBGADI2N01 &&Sugai_A:Uda_I:Kon_K:Ando_S:Itoh_YH:Itoh_T:,J._Jpn._Oil_Chem._Soc.,1996,45,327&&Sulfolobus acidocaldarius&&LBGADI1N01 &&Sugai_A:Uda_I:Kon_K:Ando_S:Itoh_YH:Itoh_T:,J._Jpn._Oil_Chem._Soc.,1996,45,327&&Sulfolobus acidocaldarius&&LBGAAI1N02 &&Swain_M:Brisson_JR:Sprott_GD:Cooper_FP:Patel_GB:,Biochim._Biophys._Acta,1997,1345,56&&Thermoplasma acidophilum&&LBGACG1L01 &&Swain_M:Brisson_JR:Sprott_GD:Cooper_FP:Patel_GB:,Biochim._Biophys._Acta,1997,1345,56&&Thermoplasma volcanium&&LBGACG1L01 &&Tanoue_S:Sugai_A:Uda_I:Shimizu_A:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2002,51,663&&Metallosphaera sedula&&LBGACN2G12 &&Tanoue_S:Sugai_A:Uda_I:Shimizu_A:Itoh_YH:Itoh_T:,J._Oleo_Sci.,2002,51,663&&Metallosphaera sedula&&LBGACN4G01 &&Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131&&Archaeoglobus fulgidus&&LBGAAE0N01 &&Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131&&Archaeoglobus fulgidus&&LBGAAI1N02 &&Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131&&Archaeoglobus fulgidus&&LBGACE0N01 &&Tarui_M:Tanaka_N:Tomura_K:Ohga_M:Morii_H:Koga_Y:,J._UOEH,2007,29,131&&Archaeoglobus fulgidus&&LBGACI1N01 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACN1G03 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACN2G05 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACN3G03 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACI2G01 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACN1G04 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACN3G04 &&Thurl_S:Schafer_W:,Biochim._Biophys._Acta,1988,961,253&&Thermoproteus tenax&&LBGACI2G02 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanobacterium sp.&&LBGAAB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanobacterium sp.&&LBGACB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanothermobacter thermautotrophicus&&LBGAAB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanothermobacter thermautotrophicus&&LBGACB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanobrevibacter ruminantium&&LBGAAB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanobrevibacter ruminantium&&LBGACB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanospirillum hungatei&&LBGAAB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanospirillum hungatei&&LBGACB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanosarcina barkeri&&LBGAAB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanococcus vannielii&&LBGAAB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanococcus vannielii&&LBGACB0N01 &&Tornabene_TG:Langworthy_TA:,Science,1979,203,51&&Methanococcus sp.&&LBGAAB0N01 &&Trincone_A.:Nicolaus_B:Lama_L:De_Rosa_M:Gambacorta_A:Grant_WD:,Microbiology,1990,136,2327&&Halorubrum sodomense&&LBGAAN2S03 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACN2S01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACI3S01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGADI2S01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACN2G04 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACI3G01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGADN1G01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGADI2G01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGADN1S01 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACN2G09 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACI3G03 &&Trincone_A:Lanzotti_V:Nicolaus_B:Zillig_W:De_Rosa_M:Gambacorta_A:,J._Gen._Microbiol.,1989,135,2751&&Desulfurolobus ambivalens&&LBGACN2G11 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACN1G01 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACN2G02 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACN3G02 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACI4G01 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACN1G03 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACI2G01 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACN1G04 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum islandicum&&LBGACI2G02 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACN1G01 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACN2G02 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACN3G02 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACI4G01 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACN1G03 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACI2G01 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACN1G04 &&Trincone_A:Nicolaus_B:Palmieri_G:De_Rosa_M:Huberm_R:Huber_G:Stetter_K.O:Gambacorta_A:,Syst._Appl._Microbiol.,1992,15,11&&Pyrobaculum organotrophucum&&LBGACI2G02 &&Trincone_A:Trivellone_E:Nicolaus_B:Lama_L:Pagnotta_E:Grant_WD:Gambacorta_A:,Biochim._Biophys._Acta,1993,1210,35&&Halobacterium trapanicum&&LBGAAN2S01 &&Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155&&Thermoplasma acidophilum&&LBGAAG0N09 &&Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155&&Thermoplasma acidophilum&&LBGACG0N01 &&Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155&&Thermoplasma acidophilum&&LBGADG0N01 &&Uda_I:Sugai_A:Itoh_YH:Itoh_T:,Lipids,2000,35,1155&&Thermoplasma acidophilum&&LBGADB0N04 &&Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363&&Thermoplasma acidophilum&&LBGACN1L01 &&Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363&&Thermoplasma acidophilum&&LBGACN1G02 &&Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363&&Thermoplasma acidophilum&&LBGACN2L01 &&Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363&&Thermoplasma acidophilum&&LBGACN2L02 &&Uda_I:Sugai_A:Kon_K:Ando_S:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,1999,1439,363&&Thermoplasma acidophilum&&LBGACN2G03 &&Uda_I:Sugai_A:Shimizu_A:Itoh_YH:Itoh_T:,Biochim._Biophys._Acta,2000,1484,83&&Thermoplasma acidophilum&&LBGACG1G01 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAB0N01 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAB0N02 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAG0N01 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAG0N02 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAG0N03 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAG0N09 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium gregoryi&&LBGAAP0N01 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAB0N01 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAB0N02 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAG0N01 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAG0N02 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAG0N03 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAG0N09 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAN2G02&&Referred to as DGD-4 &&Upasani_VN:Desai_SG:Moldoveanu_N:Kates_M:,Microbiology,1994,140,1959&&Natronobacterium sp.&&LBGAAP0N01 &&Xu_Y:Zhou_P:Tian_X:,Int._J._Syst._Bacteriol.,1999,49,261&&Natronorubrum spp.&&LBGAAB0N02 &&Zhang_D:Poulter_CD:,J._Am._Chem._Soc.,1993,115,1270&&Methanothermobacter marburgensis&&LBGAUP0N01 }}

生合成

グリセロールははじめ sn-グリセロール 3リン酸 (G3P) から出発し、2位の脱水素（ケトン化）を経て sn-グリセロール 1リン酸 (G1P) になります。^[1]
メバロン酸由来で合成されたゲラニルゲラニルピロリン酸（またはフィチルピロリン酸）の1位の炭素がグリセロールの酸素に求核攻撃してエーテル結合を作ります。^[2]
不飽和のアルキル基を飽和化し、各種の極性基や糖鎖が結合します。

↑ 中間体はジヒドロキシアセトンリン酸と考えられます。反転の時点でG3Pの1位がモノアルキル化されている可能性もあります。
↑ グリセロールの1,3位に¹⁸Oを入れるとアーキオールでも保存されることが示されています。

Environmental Markers

Marine Sediments

From marine sediment samples, ¹³C-depleted archaeol and β-hydroxy archaeol are found with 16S rRNA of Methanomicrobiales and Methanosarcinales ^[1]. Such archea is considered to oxidize methane anaerobically, forming consortia with sulfate-reducing bacteria ^[2].

海底では Methanomicrobiales, Methanosarcinales の 16S rRNA とともに ¹³C が含まれないアーキオール、βヒドロキシアーキオールが見出されます。硫酸還元菌と共生する形でメタンを資化するアーキアが多く存在すると考えられています。

↑ Hinrichs KU et al. (1999) Nature 398, 802 PMID 10235261
↑ Orphan VJ et al. (2001) Appl. Environ. Microbiol. 67, 1922 PMID 11282650

分析法

Bligh and Dyer extraction (all lipids)

55% HI

acetic
anhydride

46% HF
0.18% HCl-
methanol
9-AN-
DMAP-CCl₄

5% HCl-
methanol

BCl₃

alkyl iodide

acetylated core lipid

methylated sugars & Pho-inositol

LiAH₄

5% HCl-
methanol

1M HCl

6M HCl

carbohydrate

core lipids

core lipids (OH-ArOH etc.)

sugars

inositol

Pho-glycerols

GC 分析

TLC 分析

HPLC 分析

GC 分析

電気泳動、TLC 分析

Subcategories

This category has the following 4 subcategories, out of 4 total.

L

[1] 古細菌と呼ばれることが多いのですが、真正細菌と明確に区別するためにここではアーキアと記します。

[2] Studies on mostly uncultured archaea identified other small phyla such as Korarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), and the Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537). They are characterized only by genome sequences and not considered here.

[3] 難培養性のアーキアとしてKorarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537)などの小グループも見つかっていますがゲノム解析のみなのでここでは省略します。

[4] Nishihara M, Morii H, Koga Y (1987) Structure determination of a quartet of novel tetraether lipids from Methanobacterium thermoautotrophicum. J Biochem 101:1007-1015 PMID 3611039

[5] Few species contain C25/25 or C20/25 isopranoids.

[6] Bleriot Y, Untersteller E, Fritz B, Sinay P (2002) Total Synthesis of calditol: Structural clarification of this typical component of archaea order Sulfolobales. Chemistry 8(1):240-246 PMID 11822455

[7] Sprott GD, Meloche M, Richards JC (1991) Proportions of diether, macrocyclic diether, and tetraether lipids in Methanococcus jannaschii grown at different temperatures. J Bacteriol 173, 3907-3910 PMID 2050642

[8] Kaneshiro SM, Clark DS (1995) Pressure effects on the composition and thermal behavior of lipids from the deep-sea thermophile methanococcus jannaschii. J Bacteriol 177, 3668-3672 PMID 7601829

[9] 中間体はジヒドロキシアセトンリン酸と考えられます。反転の時点でG3Pの1位がモノアルキル化されている可能性もあります。

[10] グリセロールの1,3位に¹⁸Oを入れるとアーキオールでも保存されることが示されています。

[11] Hinrichs KU et al. (1999) Nature 398, 802 PMID 10235261

[12] Orphan VJ et al. (2001) Appl. Environ. Microbiol. 67, 1922 PMID 11282650

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@@ Line 20: / Line 20: @@
 ==={{Bilingual|系統|Phylogeny}}===
 {{Twocolumn|
-Archaea are separated into two major phyla (Crenarchaeota and Euryarchaeota)<ref>Studies on mostly uncultured archaea identified other small phyla such as Korarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), and the Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537). They are characterized only by genome sequences and not considered here.</ref> and three ecologically different microbes exist: thermophile, halophile, and methanogen (Table 1). Genus names are summarized [[Index:LBGA|here]].
+Archaea are separated into two major phyla (Crenarchaeota and Euryarchaeota)<ref>Studies on mostly uncultured archaea identified other small phyla such as Korarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), and the Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537). They are characterized only by genome sequences and not considered here.</ref> and three ecologically different microbes exist: thermophile, halophile, and methanogen (Table 1). Previously archaea were believed to exist only in extreme environments, but their habitat is actually ubiquitous from sea surface to deep underground. Genus names are summarized [[Index:LBGA|here]].
 |
 アーキアは大きくCrenarchaeotaとEuryarchaetaという二大グループに分かれ<ref>難培養性のアーキアとしてKorarchaeota (Barns et al. 1996 PMID 8799176), Nanoarchaeota (Huber et al. 2002 PMID 11986665), Thaumarchaeota (Brochier-Armanet et al. 2002 PMID 18274537)などの小グループも見つかっていますがゲノム解析のみなのでここでは省略します。</ref>、
-好熱菌、好塩菌、メタン生成菌の３種類が含まれます（表1）。属名一覧は[[Index:LBGA|別ページ]]にまとめています。
+好熱菌、好塩菌、メタン生成菌の３種類が含まれます（表1）。以前は極限環境に住むと考えられていましたが、今は海から地底まで遍在することがわかっています。属名一覧は[[Index:LBGA|別ページ]]にまとめています。
 }}