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No	Structure	COMMON NAME	NAME	DATA No	INFORMANT	SYMBOL	FORMULA	MOL.WT(ave)	Download	BIOOGICAL ACTIVITY	PHYSICAL AND CHEMICAL PROPERTIES						SPECTRAL DATA					CHROMATOGRAM DATA	SOURCE	CHEMICAL SYNTHESIS	METABOLISM	GENETIC INFORMATION	NOTE	REFERENCES
No	Structure	COMMON NAME	NAME	DATA No	INFORMANT	SYMBOL	FORMULA	MOL.WT(ave)	Download	BIOOGICAL ACTIVITY	MELTING POINT	BOILING POINT	DENSITY	REFRACTIVE INDEX	OPTICAL ROTATION	SOLUBILITY	UV SPECTRA	IR SPECTRA	NMR SPECTRA	MASS SPECTRA	OTHER SPECTRA	CHROMATOGRAM DATA	SOURCE	CHEMICAL SYNTHESIS	METABOLISM	GENETIC INFORMATION	NOTE	REFERENCES

No	Structure	COMMON NAME	NAME	DATA No	INFORMANT	SYMBOL	FORMULA	MOL.WT(ave)	Download	BIOOGICAL ACTIVITY	PHYSICAL AND CHEMICAL PROPERTIES						SPECTRAL DATA					CHROMATOGRAM DATA	SOURCE	CHEMICAL SYNTHESIS	METABOLISM	GENETIC INFORMATION	NOTE	REFERENCES
No	Structure	COMMON NAME	NAME	DATA No	INFORMANT	SYMBOL	FORMULA	MOL.WT(ave)	Download	BIOOGICAL ACTIVITY	MELTING POINT	BOILING POINT	DENSITY	REFRACTIVE INDEX	OPTICAL ROTATION	SOLUBILITY	UV SPECTRA	IR SPECTRA	NMR SPECTRA	MASS SPECTRA	OTHER SPECTRA	CHROMATOGRAM DATA	SOURCE	CHEMICAL SYNTHESIS	METABOLISM	GENETIC INFORMATION	NOTE	REFERENCES
1		Seminolipid, sulfogalactoglycerolipid	Galactosyldiacylglycerol 3-sulfate	GGG0001	Ineo Ishizuka	SGG, SM4g				Inhibition of arylsulfatase activities (Ref. 0048). Labeled by intracranial injection of [35S]sulfate (Ref. 0061). Labeled by intraperitoneal injection of [35S]sulfate (Ref. 0015/0066). Atigenicity against mice (monoclonal antibody) (Ref. 0043/0050). A component of myelin (Ref. 0069/0070/0208).												Silicagel TLC (Ref. 0207).	Nerve tissues of gadoid fishes (Ref. 0207/0208).					[0015] / [0043] / [0048] / [0050] / [0061] / [0066] / [0069] / [0070] / [0207] / [0208]
2		Lyso-seminolipid	3-Sulfogalactosyl-(1-3)-sn-1-alkylglycerol	GGG0002	Ineo Ishizuka	Lyso-SM4g										Behavior in the Folch partition (Ref. 0027).				LSIMS (Ref. 0036).	The absorption of the Azure A complex of the peracetylated derivative (Ref. 0027).	TLC (Ref. 0058).	Review (Ref. 0208). Porcine testis (Ref. 0058). Brain (Ref. 0016). Prepared from human seminolipid by mild alkaline deacylation (Ref. 0064). The product of mild alkaline deacylation of seminolipid (Ref. 0059/0063). Derived from seminolipid by the action of the lipase of the secondary lysosome (rat liver) (Ref. 0086).				Sulph I monoclonal antibody (Ref. 0050).	[0016] / [0027] / [0050] / [0058] / [0059] / [0063] / [0064] / [0086] / [0208]
3		Monogalactosyldiglyceride, galactosyldiacylglycerol	1,2-Di-O-acyl-3-[b-galactopyranosyl]-sn-glycerol	GGG0003	Ineo Ishizuka	GalDAG				(Ref. 0209).								(Ref. 0229)	¹H-NMR in light water (Ref. 0229).	FAB-MS: molecular species (Ref. 0113).			The acidophilic alga Dunaliella acidophila, 1.4% of the dry weight (Ref. 0113); Cyanobacterium Phormidium tenue(Ref. 0227); plant (Ref. 0209); Bull frog and axolotl (Ref. 0237); porcine testis (Ref. 0058); cod brain (Ref. 0021/0074); human brain (Ref. 0009); the brain of rat treated chronically with diazepam (Ref. 0055); frog brain (Ref. 0029); rat brain (Ref. 0060), regional distribution in rat brain (Ref. 0020)the primary culture of fetal rat brain (Ref. 0037); subcellular distribution in sheep brain (Ref. 0020); chemical synthesis (Ref. 0229).	(Ref. 0210/0229)		Cloning of the gene for UDPgalactose:1,2-diacylglycerol 3-beta-D-galactosyltransferase (Ref. 0246)	Treatment with lipase (Ref. 0227). The acidophilic alga Dunaliella acidophila, the major molecular species 18:3/16:4 (Ref. 0113); cod brain, more than 90% was diacyl species (Ref. 0021/0074), rat brain, fatty acid composition:16:0, 43.8%;18:1, 23.4%; 18:0, 20.9% (Ref. 0060).	[0009] / [0020] / [0021] / [0029] / [0037] / [0055] / [0058] / [0060] / [0074] / [0113] / [0209] / [0210] / [0227] / [0229] / [0237] / [0246]
4		Monogalactosylglyceride, galactosylalkylacylglycerol,	Galb1-3-1-alkyl-2-acylGro	GGG0004	Ineo Ishizuka	GalAAG, GalEAGro																TLC (Ref. 0058)	Porcine testis (Ref. 0058)rat testis (Ref. 0087/0071)frog brain (Ref. 0029)human testis (Ref. 0064)rat brain (Ref. 0060).	(Ref. 0210)			In vivo biosynthesis in rat testis (Ref. 0071) cod brain, less than 91% was alkylacyl species (Ref. 0021/0074); rat brain, fatty acid composition, 16:0, 33.1%; 18:1, 26.6%; 18:0, 21.7% (Ref. 0060).	[0021] / [0029] / [0058] / [0060] / [0064] / [0071] / [0074] / [0087] / [0210]
5			2,3-Diphytanyl-1-[6-sulfo-a-mannopyranosyl-1-2-a-glucopyranosyl]-sn-glycerol	GGG0005	Ineo Ishizuka	S-DGD-1				Increased depending on the salt concentration of the medium (Ref. 0102).								830cm-1, C-O-S (Ref. 0101).	¹H-NMR (Ref. 0103).	Negative FAB (NH4 SALT) [M-1]^- , 1073; [M-NH4]^-, 1055 (Ref. 0103).			Review (Ref. 0208). Halococcus saccharolyticus (Ref. 0103), an extremely halophilic bacterium strain R-4)29% by weight of the polar lipid)(Ref. 0101). Extremely halophilic bacteria strains Gla-2.2, M-2.5, M-2.38 (Ref. 0102).				Strain R-4 lacks in phosphatidylglycerol sulfate (ether species) suggesting for the replacement by this sulfoglycolipid (Ref. 0101) Phytanyl ether (Ref. 0101).	[0101] / [0102] / [0103] / [0208]
6			2,3-Diphytanyl-1-[a-mannopyranosyl-1-2-a-glucopyranosyl]-sn-glycerol	GGG0006	Ineo Ishizuka	DGD															[a]_D +59.43, [M]_D 581 (Ref. 0112)		An extremely halophilic bacterium strain R-4 (Ref. 0101). Extremely halophilic strains Gla-2.2, Y-27, Gaa-3, Gaa-6, Gca-19, M-2.5, and Ma-2.38; H. vallismortis, H. marismortui, H. salinarium, H. cutirubrum (Ref. 0102).				Diphytanyl ether (Ref. 0101).	[0101] / [0102] / [0112]
7		Phospholipid I	Glcpa1-2Galfb-X	GGG0007	Ineo Ishizuka	PGL-I												1220, P=O; 1110, P-O- + C-O-C; 1050, P-O-C (Ref. 0104).	¹H-NMR: at 30C in deuterated chloroform and methanol. 3.37 ppm, CH2-O-; 3.77 ppm, CH-O-. ¹³C-NMR: 99.1 ppm, a-Glcp; 106.7 ppm b-Galf (Ref. 0104).		ORD: MD +137 (calc'd +202) (Ref. 0104)		Methanospirillum hungatei GP1, 50% (wt%) of the total lipid (Ref. 0104).				Phosphatidylglycerol (2,3-di-O-phytanyl-sn-glycerol-1-phosphoryl-1'-sn-glycerol) in M. hungatei has an opposite optical configuration to that of halophilic bacteria	[0104]
8		Phospholipid II	Galfb1-6Galfb1-X	GGG0008	Ineo Ishizuka	PGL-II												Fig. (Ref. 0104).	¹³C-NMR: 109.0 ppm, b-Galf; 108.4 ppm, b-Galf (Ref. 0104).		ORD: MD -352 (Ref. 0104)		Methanospirillum hungatei GP1, the major glycolipid 14% (wt%) of the total lipid (Ref. 0104).				X = dibiphytanyldiglycerol tetraether esterified with glycerophosphoric acid (Ref. 0104).	[0104]
9			2,3-Di-O-phytanyl-1-O-[a-D-glucopyranosyl-(1'-2')-O-b-D-galactofuranosyl]-sn-glycerol	GGG0009	Ineo Ishizuka	DGD-I												1110, C-O-C; 1050, C-OH; 1385, 1375, isopropyl (Ref. 0104).	¹H-NMR: 3.2-4.4 ppm, -CH2-O-, -CH-O-. ¹³C-NMR:L 98.5 ppm, a-Glcp; 106.1 ppm, b-Galf (Ref. 0104).		ORD OF DIPHYTANYLGLYCEROL: [a]_D +8.6. ORD OF INTACT GLYCOLIPID: [a]_D = +150 (Ref. 0104)		Methanospirillum hungatei GP1, the major glycolipid 17% (wt%) of the total lipid.					[0104]
10			2,3-Di-O-phytanyl-1-O-[b-D-galactofuranosyl-(1'-6')-b-D-galactofuranosyl]-sn-glycerol	GGG0010	Ineo Ishizuka	DGD-II												1110, C-O-C; 1050, C-OH (Ref. 0104).			ORD OF INTACT GLYCOLIPID: [a]_D= -369 (Ref. 0104)		Methanospirillum hungatei GP1, a minor glycolipid 2% (wt%) of the total lipid (Ref. 0104).					[0104]
11		Glcpa1-2Galfb1-1-dibiphytanyl-sn-Gro tetraether	2,3-Di-O-phytanyl-1-O-[a-D-glucopyranosyl-(1'-2')-O-b-D-galactofuranosyl]-sn-diglycerol tetraether	GGG0011	Ineo Ishizuka	DGT-I												1110 cm, C-O-C; 1050cm, C-OH (Ref. 0104)			ORD: MD +221 (Calc'd +205) (Ref. 0104)		Methanospirillum hungatei GP1, a minor glycolipid 0.5% (wt%) of the total lipid (Ref. 0104). Caldariella acidophila partial structure (Ref. 0105).					[0104] / [0105]
12		Galfb1-6Galfb1-1-dibiphytanyl-sn-Gro tetraether	2,3-Di-O-phytanyl-1-O-[b-D-galactofuranosyl-(1'-6')-b-D-galactofuranosyl]-sn-diglycerol tetraether	GGG0012	Ineo Ishizuka	DGT-II												1110 cm, C-O-C; 1050, C-OH (Ref. 0104).			ORD: MD -227 (Calc'd -322) (Ref. 0104)		Methanospirillum hungatei GP1, a minor glycolipid 0.2% (wt%) of the total lipid (Ref. 0104).					[0104]
13			O-b-D-glucopyranosyl-(1-4)-O-2-acylamido-2-deoxy-b-D-glucopyranosyldiacylglycerol	GGG0013	Ineo Ishizuka	Glycolipid C												1730, acylester; 1645, amide; 1545, amide (Ref. 0107)					Bacillus acidocaldarius (15.9% of total cell lipid or 24.9% of gycolipid) (Ref. 0107).					[0107]
14			O-b-D-glucopyranosyl-(1-4)-O-2-acylamido-2-deoxy-b-D-glucopyranosylmonoacylglycerol	GGG0014	Ineo Ishizuka	Glycolipid D																	Bacillus acidocaldarius, 26.5% of total lipid or 41.3% of glycolipid (Ref. 0107)					[0107]
15		6-Sulfoquinovosyldiacylglycerol, SQDG	6-Sulfo-a-D-quinovopyranosyl-(1-3')-1',2'-di-O-acyl-sn-glycerol	GGG0015	Ineo Ishizuka	Acidic lipid K				Relation with photosynthesis (Ref. 0208).								1160, 1030-1050, sulfonate; 1730, acyl ester (Ref. 0107)	¹-NMR: 4.87ppm, H-1; ¹³C-NMR (Ref. 0123) 1H-NMR (2D) (Ref. 0242)	FDMS: m/z 601, [M+Na]⁺ (Ref. 0123) FAB-MS (Ref. 0242)	Absorption of the anthrone sulfuric acid assay, 592 nm (Ref. 0107)		Review (Ref. 0208). Bacillus acidocaldarius, 43.2% of the acidic lipid fraction (Ref. 0107); plant chloroplast membrane (Ref. 0208); sea urchin Anthocidaris crassispina, the shell, 30 nmol/g (Ref. 0123); sea urchin Pseudocentrotus depressus, eggs and sperms (Ref. 0124). Sea urchin, Strongylocentrotus intermedius (Ref. 0242).				Determination of molecular species by hydrazinolysis (Ref. 0122) Fattu acids(Ref. 0210)	[0107] / [0122] / [0123] / [0124] / [0208] / [0210] / [0242]
16		TDG-2	2,3-Di-Phytanyl-1-O-[b-D-Glucopyranosyl-(1'-6')-O-a-D-Mannopyranosyl-(1'-2')-O-a-D-Glucopyranosy]-sn-Glycerol	GGG0016	Ineo Ishizuka														¹H-NMR, 4.95 ppm =b-Glc H-1; 4.47 ppm = a-Glc H-1, a-Man H-1 (Ref. 0108)		[a]_D +8 FOR DIETHER MOIETY. [a]_D +34.6 FOR THE TRIGLYCOSYL DIETHER (Ref. 0108)		Halobacterium marismortui, 11mol% of total lipid (Ref. 0108)					[0108]
17		S-TeGD (GL-1)	S-TeGD	GGG0017	Ineo Ishizuka													3400: OH, 2920: CH2, 1450: CH3, 1380: ISOPROPYL DOUBLET 1100: C-O-C DIETHYL ETHER, 1245: SULFATE S=O, 815: SULFATE S-O-C (Ref. 0109)			[a]_D +52.0, [M]₊ 733 (Ref. 0109).		Halobacterium cutirubrum: 1.5-2.5% of the total polar lipids (Ref. 0109)					[0109]
18		TeGD-1 (GL-2)	TeGD-1	GGG0018	Ineo Ishizuka																		Halobacterium cutirubrum: 0.5% of the total polar lipids (Ref. 0109)					[0109]
19		TGD-1 (GL-3)	TGD-1	GGG0019	Ineo Ishizuka																[a]_D +46.8 (Ref. 0109). [a]_D +47.02 (Ref. 0112). [M]₊ 533 (Ref. 0109) [M]₊ 536 (Ref. 0112).		Halobacterium cutirubrum: 5% of the total polar lipids (Ref. 0109)					[0109] / [0112]
20		Tetraglycosyl-N-acyldiacylglycerol	Galfb1-2Galpa1-6GlcpN(acyl)b1-2Glcpa1-3acyl₂Gro	GGG0020	Ineo Ishizuka													1545, amide I; 1640, AMIDE II (Ref. 0110).	¹H-NMR : 0.85 ppm, iso-methyl; 2.1,N-acetylmethyl (Ref. 0110).		[a]_D +38.5 0.5 (Ref. 0110).		Flavobacterium thermophilum, 8.6% of dry cell (Ref. 0110)				Glycolipids constitute approx. 71% of the total lipid (Ref. 0110).	[0110]
21		S-TGD-1	2,3-Di-Phytanyl-1-O-[b-D-Galactopyranosyl-3'-Sulfate-(1'-6')-O-a-D-Mannopyranosyl-(1'-2')-O-a-D-Glucopyranosy]-sn-Glycerol	GGG0021	Ineo Ishizuka													1265cm^-¹: S=O, 830cm^-¹: S-O-C (Ref. 0112)	¹H-NMR		NH₄ salt, [a]_D +46.79; NH₄salt [M]₊ 578.7		Review (Ref. 0208). Halobacterium cutirubrum, 24% of polar lipids (Ref. 0012)					[0012] / [0112] / [0208]
22		Digalactosyldiacylglycerol	1,2-Di-O-acyl-3-(a-galactopyranosyl-1-6-b-galactopyranosyl)-sn-glycerol	GGG0023	Ineo Ishizuka															FAB-MS: molecular species (Ref. 0113)			The acidophilic alga Dunaliella acidophila, 0.6% of the dry weight (Ref. 0113); Cyanobacterium Phormidium tenue(Ref. 0227); plant thylakoid membrane (Ref. 0209).				The acidophilic alga Dunaliella acidophila, the major molecular species 18:3/16:2, 18:3/16:1, and 18:3/16:0 (Ref. 0113)	[0113] / [0209] / [0227]
23		PID	2,3-Di-O-Phytanyl-sn-Glycero-1-Phosphoryl-1'-myo-L-Inosytol	GGG0024	Ineo Ishizuka																[a]_D +2.3 (Ref. 0114)		Pyrococcus woesei(Thermococcales, Archaea): 90%(W/W) of total polar lipids					[0114]
24		PGD	2,3-Di-O-Phytanyl-sn-Glycero-1(a-D-Glucopyranosyl-3-Phosphate)	GGG0025	Ineo Ishizuka													1365-1375,ISOPROPYL DOUBLET; 1255,1060, PHOSPHATE; 1085, C-O-C (Ref. 0114)	¹³C-NMR, 69.3,70.3, 70.4, 70.9, 78.1; -CH2-O- AND CH-O-, 98.3 ppm. ¹H-NMR 4.98 ppm, J₁,₂ 1.0 Hz (H-1,Glca) (Ref. 0114)	POS-FAB: m/z 916: [M+Na]⁺ NEG-FAB: m/z 893: [M-H]⁺ (Ref. 0114)	[a]_D +34 (Ref. 0114).		Thermococcales AN1 (Archaea): 40% of total polar lipids (Ref. 0114)					[0114]
25			1-O-(a-D-glucopyranosyl)-2,3-di-O-phytanyl-sn-glycerol	GGG0026	Ineo Ishizuka					Inhibited DNA polymerase a, b and reverse transcriptase (Ref. 0245)					+37.0 (Ref. 0244)			IR data (CHCl₃) (Ref. 0244)	¹³C-NMR (benzene/methanol, 7:1, RT) 103.87ppm C-1, b-Glcp (¹J 159Hz) (Ref. 0116) ¹H-NMR (Ref. 0244)	NEGATIVE FAB-MS (Ref. 0116) (Ref. 0244) Positive FABMS (Ref. 0244)	DI-O-PHYTANYLETHER: M_D= +56.1.		Methanococcus voltae: 2.8%(W/W) of total polar lipids (Ref. 0116)	from 1-bromo-2-phytene and 1,2-O-Isopropylidene-L-threitol (Ref. 0244)				[0116] / [0244] / [0245]
26			2,3-Di-O-Phytanyl-1-O-[b-D-Glucopyranosyl-(1-6)-b-D-Glucopyranosyl]-sn-Glycerol	GGG0027	Ineo Ishizuka														¹³C-NMR (Ref. 0116) 103.84: C-1, Glcp 104.12: C-1', Glcp ¹H-NMR (Ref. 0116) J₁,₂: 7.8 AND 7.6; ¹³C-NMR (Ref. 0117) 70.45: C-6 innner Glcp 62.82: C-6 innner Glcp	FAB-MS DI-O-ALKYLGLYCERYLETHER m/z 653.9:(M+1) INTACT LIPID M/z 999.77: [M+Na], m/z 1015.7:[M+K] (Ref. 0117)			Methanococcus voltae: 62.5%(W/W) of total polar lipids (Ref. 0116) Methanobacterium thermoautotrophicum (Ref. 0117)				One mole of either sodium or potassium ion is bound to the lipid of M. thermoautotrophicum (Ref. 0117)	[0116] / [0117]
27			2,3-Di-O-Phytanyl-1-[Phosphoryl-2-Acetamido-2-Deoxy-b-D-Glucopyranosyl]-sn-Glycerol	GGG0028	Ineo Ishizuka													FT-IR 1240cm^-¹: P=O, 1040cm^-¹: P-O-C, 1740cm^-¹: C=O, 1360,1380cm^-¹: ISOPROPYL 1550cm^-¹: AMIDE STRETEH (Ref. 0116)	¹³C-NMR 94.54: C-1, 2J(C,P)=7.4Hz 54.61: C-2, ³J₍_C,_P₎ = 7.5 Hz ¹H-NMR 1.85 ppm: CH3 (ACETOAMIDE), ³J₁,₂ = 10.5 Hz (Ref. 0116)	NEGATIVE FAB-MS m/z 934:[M-H]^-, m/z 935:[M]^- (Ref. 0116)	[M]_D = -533.04 (Ref. 0116).		Methanococcus voltae: 7.2%(W/W) of total polar lipids (Ref. 0116)					[0116]
28		a-Galactosyldiacylglycerol	1,2(2,3)-Di-O-acyl-3(1)-a-galactopyranosyl-sn-glycerol	GGG0029	Ineo Ishizuka														¹H-NMR (Ref. 0132)				Treponema pallidum Kazan 5 and other treponemas : The major component (9.5% of dry cell) (Ref. 0126/0127); Treponema hyodysenteriae b78 (29.9% of the total lipid, the total lipid was16.4% of the cell dry weight) (Ref. 0128).				The major phospholipid of treponema was phosphatidylglycerol and diphosphatidylglycerol. Glycolipids could not be detected in leptospirae (Ref. 0127) The preparation from T. hyodysenteriae contained 1-alk-1-enyl species (88.3%) and an additional fatty acyl ester (Ref. 0128) Saturated C14-C16 chains comprized more than 95% of acyl and alkenyl chains (Ref. 0211)	[0126] / [0127] / [0128] / [0132] / [0211]
29		Acylmonogalactosyldiacylglycerol	1,2-Di-O-acyl-3-[6-O-acyl-b-galactopyranosyl]-sn-glycerol	GGG0030	Ineo Ishizuka														¹H-NMR: exclusively demonstrated that the preparation was not a mixture of isomers as reported previously (Ref. 0132).				Wheat flour (Ref. 0131). Spinach envelope isolated at pH 8.5, 0.8 mol% of the total lipid; spinach homogenates, formed in vitro at 4				Enzymatic formation (Ref. 0136).	[0131] / [0132] / [0134] / [0135] / [0136]
30		Acylmonogalactosylmonoacylglycerol	1-O-Acyl-3-[6-O-acyl-b-galactopyranosyl]-sn-glycerol	GGG0031	Ineo Ishizuka											Slightly more hydrophobic than monogalactosyldiacylglycerol (Ref. 0137).			¹H-NMR of the TMS or acetyl derivative in CDCl₃. An acyl ester causes a conspicuous downfield shift of the signal of the geminal proton (Ref. 0137).	EI-MS (Ref. 0137)		2D-TLC separation of the total lipid (Ref. 0133).	Leaf homogenates (Ref. 0137).				Enzymatic experiments with radioactive substrates showed that acylgalactosylmonoglyceride can originate in vitro from monogalactosyl monoglyceride (Ref. 0137).	[0133] / [0137]
31		b-Glucopyranosyl-sn-dialkylglycerol	1,2-Di-O-alkyl-3-b-glucopyranosyl]-sn-glycerol	GGG0032	Ineo Ishizuka																		Chemical synthesis (Ref. 0138).					[0138]
32		b-Galactofuranosyldiacylglycerol	1,2-Di-O-acyl-3(1)-b-galactofuranosyl-sn-glycerol	GGG0033	Ineo Ishizuka										b-Furanose form (Ref. 0140), [a]/5890 -80 (Ref. 0141). Hydrolysis with phospholipase A2, treatment with HF, 32P-labeling followed by 2D-TLC (Ref. 0142), the optical rotation values gave obvious evidence for a b-furanose form.				¹³C-spectrum. [Spectrum 0001](I.Ishizuka)				Bacteroides Symbiosus (Ref. 0140). Mycoplasma mycoides, 1.3% of the total lipid (Ref. 0141). Bifidobacterium bifidum var. Pennsylvanicus (Ref. 0142).				The GalfGro preparation from the phosphogalactolipids of B. bifidum is likely Gal1-3-sn-Gro (Ref. 0180). Labeled with 14C-Gro,14C-oleate, and 14C-glucose (the distribution of 14C radioactivity among the lipid components described) (Ref. 0141). 14C-glucose most heavily labeled this glycolipid.	[0140] / [0141] / [0142] / [0180]
33		2',3'-diacyl-b-galactofuranosyldiacylglycerol	1,2-Di-O-acyl-3(1)-[2',3'-di-O-acyl-b-galactofuranosyl]-sn-glycerol	GGG0034	Ineo Ishizuka																		Bifidobacterium bifidum var. Pennsylvanicus (Ref. 0143).					[0143]
34		3'-acyl-b-galactofuranosyldiacylglycerol	1,2-Di-O-acyl-3(1)-[3'-O-acyl-b-galactofuranosyl]-sn-glycerol	GGG0035	Ineo Ishizuka																		Bifidobacterium bifidum var. Pennsylvanicus (Ref. 0143).				14C-labeling using 14C-UDP-galactose (Ref. 0143).	[0143]
35		a-Galactofuranosyldiacylglycerol	1,2-Di-O-acyl-3(1)-a-galactofuranosyl-sn-glycerol	GGG0036	Ineo Ishizuka										Intact galactosyldiacylglycerol, galactosylglycerol, and intact acylated diglucosylcholesterol (Ref. 0144).						A 2,3'-di-O-acyl derivative was described (Ref. 0144).		Acholeplasma axanthum. The major component of this organism was acylated diglucosylcholesterol, followed by galactosyldiacylglycerol and glucosylcholesterol (Ref. 0144).					[0144]
36			1-Alkenyl,2--O-acyl-3(1)-b-galactofuranosylglycerol	GGG0037	Ineo Ishizuka																		Butyrivibrio sp. (Ref. 0145).				Its n-valeryl or n-butyryl esters were described (Ref. 0145).	[0145]
37		a-Glucopyranosyldiacylglycerol	1,2-Di-O-acyl-3-a-glucopyranosylglycerol	GGG0038	Ineo Ishizuka										(Ref. 0146)					EI-MS: acetate of GlcGro and Glc₂Gro (Ref. 0152).	Positional distribution of fatty acids (including unsaturated and cyclopropane acids) (Ref. 0152).		Streptococcus pneumoniae (Pneumococcus) (Ref. 0146/0147). Streptococcus (diplococcus) pneumoniae, 11% of total lipid (11 mg/g) (Ref. 0148/0209). Pseudomonas diminuta, 7.2-10.7% (ca. 31 mg/g) (Ref. 0149). Pseudomonas vesicularis (Ref. 0150). Streptococcus lactis and streptococcus hemolyticus (pyogenes, type 4) (Ref. 0151/0209).					[0146] / [0147] / [0148] / [0149] / [0150] / [0151] / [0152] / [0209]
38		Rubiwettin RG1	b-D-glucopyranosyl 3-(3'-hydroxytetradecanoyl)oxydecanoate	GGG0039	Ineo Ishizuka	RG1				A surface-active exolipid (Ref. 0235).								(Ref. 0235)	¹H-NMR (Ref. 0235)	Negative and positive FAB-MS of the native and permethylated RG1 (Ref. 0235)		On TLC, acidic lipids make rounded, conical spot in neutral solvent systems. Coeluted with monoglucuronyldiacylglycerol from a silicic acid column by chloroform/methanol, 95:5 (Ref. 0158). The lower plant usually contains Glc-acyl2Gro (Ref. 0160).	Serratia rubidaea (Ref. 0235).	(Ref. 0229/0234)			Rubiwettin R1 (3-(3'-hydroxytetradecanoyl)oxydecanoate) (Ref. 0235).	[0158] / [0160] / [0229] / [0234] / [0235]
39		a-Mannosyldiacylglycerol	1,2-Di-O-acyl-3-b-mannopyranosyl-sn-glycerol	GGG0040	Ineo Ishizuka																		Mycrococcus lysodeikticus (Ref. 0163/0164/0165) . Chemical synthesis, 16:0/16:0 species (Ref. 0162).				Biosynthesis (Ref. 0165/0166). Lennarz, in search of an intermediate of glycoprotein biosynthesis (Ref. 0167/0168), discovered this compound by radioactive labeling of the cell (Ref. 0166).	[0162] / [0163] / [0164] / [0165] / [0166] / [0167] / [0168]
40		a-N-Acetylglucosaminyldiacylglycerol	1,2(2,3)-Di-O-acyl-3(1)-a-2-deoxy-2-acetamidoglucopyranosyl-sn-glycerol	GGG0041	Ineo Ishizuka															EI-MS (Ref. 0160).			Streptococcus hemolyticus, a minor component (Ref. 0169).					[0160] / [0169]
41		b-N-Acetylglucosaminyldiacylglycerol	1,2(2,3)-Di-O-acyl-3(1)-b-2-deoxy-2-acetamidoglucopyranosyl-sn-glycerol	GGG0042	Ineo Ishizuka																		Bacillus megaterium: 5% of the total lipid glucosamine (Ref. 0170).				This glycolipid could be distinguished chromatographically from 2'-(O-b-glucosaminyl)phosphatidylglycerol and 3'-(O-b-glucosaminyl)phosphatidylglycerol in the lipid extract (Ref. 0170).	[0170]
42		a-heptaosyldiacylglycerol	1,2(2,3)-Di-O-acyl-3(1)-a-D-glycero-D-glucoheptopyranosyl-sn-glycerol	GGG0043	Ineo Ishizuka																		Pseudomonas vesicularis (Ref. 0150).				The major fatty acids were a cis-octadecenoic acid and hexadecanoic acid. C15 and C17 acids were minor components (Ref. 0150).	[0150]
43		Digalactosyldiacylglycerol	1,2-Di-O-acyl-3-(b-galactopyranosyl-1-2-b-galactopyranosyl)-sn-glycerol	GGG0044	Ineo Ishizuka																		Bifidobacterium bifidum (Ref. 0143).					[0143]
44		Acyldigalactofuranosyldiacylglycerol	1,2-Di-O-acyl-3-(b-galactofuranosyl-1-2-(3-O-acyl)b-galactofuranosyl)-sn-glycerol	GGG0045	Ineo Ishizuka																		Bifidobacterium bifidum (Ref. 0143).					[0143]
45		Galactosylglucosyldiacylglycerol	1,2-Di-O-acyl-3-(a-galactopyranosyl-1-2-b-glucopyranosyl)-sn-glycerol	GGG0046	Ineo Ishizuka																	Separation of glycoglycerolipids from phospholipids by using Kanto-Kagaku silicic acid and chloroform/acetone gradient (Ref. 0172/0173/0174).	Streptococcus pneumoniae (Pneumococcus) I-192, 18.8 mg/g dry weight, 34% of total lipid (Ref. 0171). Pneumococcus sp. (Ref. 0146). Streptococcus (diplococcus) pneumoniae IR/4, 33%, 33 mg/g dry cell (Ref. 0172). Lactobacillus casei (Ref. 0173), 19.9 mol% (Ref. 0155/0174).				The phoshoglycolipid of Lactobacilus casei was erraneously a ssigned as glucosylphosphoatidylglycerol (Ref. 0173).	[0146] / [0155] / [0171] / [0172] / [0173] / [0174]
46		Galactosylacylglucosyldiacylglycerol	1,2-Di-O-acyl-3-[a-galactopyranosyl-1-2-(6-O-acyl)-b-glucopyranosyl]-sn-glycerol	GGG0047	Ineo Ishizuka																		Lactobacillus casei, 0.7 mol% of the total lipid (Ref. 0155).					[0155]
47		Diglucosyldiacylglycerol, a-kojibiosyldiacylglycerol	1,2-Di-O-acyl-3-(a-glucopyranosyl-1-2-a-glucopyranosyl)-sn-glycerol	GGG0048	Ineo Ishizuka										Deacylated glucosyldiacylglycerol (=Glc2Gro) follows the law of Howorth (Ref. 0174).				¹H-NMR of deacylated Glc₂acyl₂Gro (Ref. 0174).				Streptococcus lactis (serogroup N) (Ref. 0175/0176), 7.9 mol% of total lipid (Ref. 0151); streptococcus faecium (faecalis) (Ref. 0154/0177). Streptococcus pyogenes (hemolyticus) 44.3% (57.6 mol%), 66 mg/g dry cell (Ref. 0151/0178). Acholeplasma laidlawii (Ref. 0153).					[0151] / [0153] / [0154] / [0174] / [0175] / [0176] / [0177] / [0178]
48		Glucosylacylglucosyldiacylglycerol, acyl-a-kojibiosyldiacylglycerol	1,2-Di-O-acyl-3-(6-O-acyl-a-glucopyranosyl-1-2-a-glucopyranosyl)-sn-glycerol	GGG0049	Ineo Ishizuka																2D-TLC, HF treatment, hydrolysis with a-galactosidase (Ref. 0179).		Streptococcus lactis Kiel 42172 (Ref. 0179). Streptococcus lactis (serogroup N), a minor but a common constituent of all 7 strains of group N streptococci (Ref. 0180).				Determination of the position of the acyl group by two-step methylation method (Ref. 0180).	[0179] / [0180]
49		Diglucosyldiacylglycerol, b-gentiobiosyldiacylglycerol	1,2-Di-O-acyl-3-(b-glucopyranosyl-1-6-b-glucopyranosyl)-sn-glycerol	GGG0050	Ineo Ishizuka										Precise determination of deacylated glycolipids and extensive discussions on the molar rotation (Ref. 0183).				¹H-NMR of permethylated glycolipids (Ref. 0183).		DiPtdGro and PtdA could be neatly separated from other lipids (Ref. 0183). Stereochemical configuration of Gro moiety and the location of GroP (Ref. 0174).		Staphylococcus aureus (Ref. 0156/0174/0181). Staphylococcus lactis I3, 0.7 mg/g dry cell = 3% of the total lipid (Ref. 0138/0157/0175). Staphylococcus lactis 7944, 1-2% of the total lipid (Ref. 0182). Staphylococcus epidermidis (Ref. 0183). Bacillus subtilis (Ref. 0175/0138). Bacillus cereus (Ref. 0184).					[0138] / [0156] / [0157] / [0174] / [0175] / [0181] / [0182] / [0183] / [0184]
50		Dimannosyldiacylglycerol	1,2-Di-O-acyl-3-(a-mannopyranosyl-1-2-a-mannopyranosyl)-sn-glycerol	GGG0051	Ineo Ishizuka																		Mycrococcus luteus (lysodeikticus), isolation (Ref. 0163); structure and metabolism, 7-15% of total lipid or 0.75-1.5 mg/g (Ref. 0164). Arthrobacter (Ref. 0161). Microbacterium lacticum, 46% of the total lipid, or 4.9% of dry cells (Ref. 0186).					[0161] / [0163] / [0164] / [0186]
51		Trigalactosyldiacylglycerol	1,2-Di-O-acyl-3-(a-galactopyranosyl-1-6-a-galactopyranosyl-1-6-b-galactopyranosyl-sn-glycerol	GGG0052	Ineo Ishizuka															EI-MS of the acetate (Ref. 0191).			Potato tuber, isolation and structure, 1% of the total lipid, or 10mg/g tuber (Ref. 0187). Apple pulp (Ref. 0188/0190). Rice bran (Ref. 0160). Spinach envelope, 1.5% of the total lipid (Ref. 0189), 5.2 mol% of the total lipid (Ref. 0191). Chemical synthesis (Ref. 0192/0193).				Molecular species (Ref. 0191).	[0160] / [0187] / [0188] / [0189] / [0190] / [0191] / [0192] / [0193]
52		Trigalactosyldiacylglycerol	1,2-Di-O-acyl-3-b-galactopyranosyl-1-2-b-galactopyranosyl-1-2-b- galactopyranosyl-sn-glycerol	GGG0053	Ineo Ishizuka																		Bifidobacterium bifidum (Ref. 0143).					[0143]
53		Triglucosyldiacylglycerol, a-kojitriosyldiacylglycerol	1,2-Di-O-acyl-3-(a-glucopyranosyl-1-2-a-glucopyranosyl-1-2-a-glucopyranosyl)-sn-glycerol	GGG0054	Ineo Ishizuka										Deacylated glucosyldiacylglycerol (=Glc2Gro) follows the law of Howorth (Ref. 0174).				¹H-NMR of deacylated triglucosylglycerol (Ref. 0174).				Streptococcus pyogenes (hemolyticus), 0.9% or 6.6 mol% of the total lipid (Ref. 0151/0178). Streptococcus faecium (Ref. 0194).					[0151] / [0174] / [0178] / [0194]
54		Acyltriglucosyldiacylglycerol, acyl-a-kojitriosyldiacylglycerol	1,2-Di-O-acyl-3-(a-glucopyranosyl-1-2-a-glucopyranosyl-1-2(6-O-acyl)-a-glucopyranosyl)-sn-glycerol	GGG0055	Ineo Ishizuka																		Lactobacillus casei, 3% of the total lipid (Ref. 0155).					[0155]
55			1,2-Di-O-acyl-3-(b-glucopyranosyl-1-6-a-galactopyranosyl-1-2-a-glucopyranosyl)-sn-glycerol	GGG0056	Ineo Ishizuka																		Lactobacillus casei, less than 17% of the total lipid (Ref. 0173). Lactobacillus casei, the final structure, 26.2 mol% of the total lipid (Ref. 0155).					[0155] / [0173]
56			1,2-Di-O-acyl-3-(b-glucopyranosyl-1-6-a-galactopyranosyl-1-2-a-(6-O-acyl)glucopyranosyl)-sn-glycerol	GGG0057	Ineo Ishizuka																		Lactobacillus casei, less than 17% of the total lipid (Ref. 0155).				Also occurs as the component of lipoteichoic acids (Ref. 0155).	[0155]
57		Triglucosyldiacylglycerol, b-gentiotriosyldiacylglycerol	1,2-Di-O-acyl-3-(b-glucopyranosyl-1-6-b-glucopyranosyl-1-6-b-glucopyranosyl)-sn-glycerol	GGG0058	Ineo Ishizuka																		Lactobacillus casei, 3.2 mol% of the total lipid (Ref. 0195).					[0195]
58		A tetraglycosyldiacylglycerol	1,2-Di-O-acyl-3-(b-glucopyranosyl-1-6-b-glucopyranosyl-1-6-a-galactopyranosyl-1-2b-glucopyranosyl)-sn-glycerol	GGG0059	Ineo Ishizuka															EI-MS of the acetate (Ref. 0191).			Lactobacillus casei, 5.5 mol% of the total lipid (Ref. 0155/0196).				Molecular species (Ref. 0191).	[0155] / [0191] / [0196]
59		A tetragalactosyldiacylglycerol	1,2-Di-O-acyl-3-(a-galactopyranosyl-1-6-a-galactopyranosyl-1-6-a-galactopyranosyl-1-6-b-galactopyranosyl-sn-glycerol	GGG0060	Ineo Ishizuka															GC-EI-MS of the TMS derivative (Ref. 0160).			Spinach chloroplasts, about 1% of galactosylglycoglycerolipids. Relative amount (molar ratio) of galactolipids was; mono-, di-, tri-, tetra-, 60:30:5:1 (Ref. 0197). Rice bran, 2.3% of the total lipid (Ref. 0160). Cassava tubers (tapioca), 7.3% (Ref. 0198).				Synthesized with chloroplast enzymes using UDP-galactose as a galactosedonor (Ref. 0197). The extractable lipids of the cassava tuber flour comprized about half thetotal flour lipid (2.5%) and consisted chiefly of galdags. These included tetra-galdag (7.3% of the total lipid) (Ref. 0198).	[0160] / [0197] / [0198]
60			1-O-Hexadecyl-2-O-hexadecanoyl-3-(a-rhamnopyrnosyl-1-4-b-galactopyranosyl-1-4-b-galactopyranosyl-1-4-b-galactopyranosyl)-sn-glycerol	GGG0061	Ineo Ishizuka																		Mung bean (Phaseolus mungo) sprout, 7-day mung bean, 0.2% of the total lipid (Ref. 0199).					[0199]
61			1,2(2,3)-Di-O-acyl-3(1)-(a-galactopyranosyl-1-2-a-galactopyranosyl-1-3-b-D-glycero-D-mannoheptopyranosyl-1-3-a-glucopyranosyl-1-2-a-glucopyranosyl-1-2-a-glucopyranosyl)-sn-glycerol	GGG0062	Ineo Ishizuka																		Acholeplasma modicum (Ref. 0200).					[0200]
62		a-Glucuronosyldiacylglycerol	1,2-Di-O-acyl-3-[a-glucuronopyranosyl]-sn-glycerol	GGG0063	Ineo Ishizuka																		Pseudomonas diminuta, 3.5% of the total lipid or 15 mg/g (Ref. 0149). Metabolism (Ref. 0201). Pseudomonas vesicularis (Ref. 0150).					[0149] / [0150] / [0201]
63		b-Glucuronosyldiacylglycerol	1,2-Di-O-acyl-3-[b-glucuronopyranosyl]-sn-glycerol	GGG0064	Ineo Ishizuka																		Alteromonas (pseudomonas) rubescens, 3.0% of the total lipid (Ref. 0158). Metabolism and the relation with growth phase (Ref. 0202). Pseudomonas vesicularis (Ref. 0150).					[0150] / [0158] / [0202]
64			1,2-Di-O-acyl-3-[b-glucopyranosyl-1-4-a-glucuronopyranosyl]-sn-glycerol	GGG0065	Ineo Ishizuka																		Pseudomonas diminuta, 4.1% of the total lipid (Ref. 0149). Pseudomonas vesicularis (Ref. 0150).					[0149] / [0150]
65			1,2-Di-O-acyl-3-[a-glucopyranosyl-1-4-a-galacturonopyranosyl]-sn-glycerol	GGG0066	Ineo Ishizuka																		Streptomyces LA 7071, 6% of the total lipid. Acylated at position-2 or -3 of galacturonic acid (Ref. 0203).					[0203]
66			1,2(2,3)-Di-O-acyl-3(1)-(a-N-acetylneuraminosyl-2-9-a-N-acetylneuraminosyl-2)-sn-diacylglycerol	GGG0067	Ineo Ishizuka																		Chemical synthesis (Ref. 0205).					[0205]
67			1,2(2,3)-Di-O-acyl-3(1)-(b-N-acetylneuraminosyl-2-9-a-N-acetylneuraminosyl-2)-sn-diacylglycerol	GGG0068	Ineo Ishizuka																		Chemical synthesis (Ref. 0205).					[0205]
68		Mycobacterial sulfolipid I	a,a'-Trehalose 2,3,6,6'-tetraester-2'-sulfate	GGG0085	Ineo Ishizuka					Toxicity of intradermal injection (Ref. 0091).					[a]25/ =40.5 (Ref. 0091).			1400-1450 cm^-¹: NH of ammonium salt, 1660-1740 cm^-¹: acyl carbonyl, 1250 cm^-¹, SO; 824cm^-¹, SO; 808cm^-¹, type 3 (Ref. 0091).					Mycobacterium taberculosis (Ref. 0091/0092). Review (Ref. 0208).				Spontaneous desulfation (Ref. 0091)Deacylation to yield trehalose 2-sulfate (Ref. 0092) Branched long-chain fatty acid (Ref. 0092)	[0091] / [0092] / [0208]
69		Glycolipid B	O-2-Acylamido-2-deoxy-b-D-glucopyranosyl pentacyclic tetrol	GGG0086	Ineo Ishizuka					This strain, adapting to the environment of pH3, and 60C, appears to utilize this unique membrne component (Ref. 0107).								1645cm^-¹, amide; 1545cm^-¹, amide (Ref. 0107).					Bacillus acidocaldarius (16.7% of total lipid or 26.0% of glycolipid) (Ref. 0107).					[0107]
70			Long-chain diglycerol tetraethers	GGG0087	Ineo Ishizuka																		Thermoplasma acidophilum (Ref. 0111).				This strain grows at 59C Cand pH 2, and phylogenetically belongs to Mycoplasmatales (Ref. 0111). C40 hydrocarbon chains (Ref. 0111).	[0111]
71		Gentiobiosyl caldarchaeol	Gentiobiosyl caldarchaeol	GGG0088	Ineo Ishizuka													1100cm^-¹, C-O-C; 1035cm^-¹, C-OH (Ref. 0118).		Positive FAB-MS; m/z 1648.4, [M+Na]⁺; m/z 1649.0, [M+Na+1]⁺ (Ref. 0118).			Methanobacterium thermoautotrophicum (Ref. 0117/0118).					[0117] / [0118]
72			1-O-Acyl-2-b-Galactopyranosylethyleneglycol	GGG0089	Ineo Ishizuka															EI-MS : TMS derivatives of glucosylethyleneglycol (comparison with glucosylglycerol) and its acetates (Ref. 0139).			Ripening (immature) corn seed, 1% of the total lipid (Ref. 0139). Chemical synthesis (Ref. 0139).					[0139]
73			1,2(2,3)-Di-O-acyl-3(1)-(a-N-acetylneuraminosyl-2-9-a-N-acetylneuraminosyl-2)-sn-phosphatidate	GGG0090	Ineo Ishizuka					The presence of the hydrophobic end causes the polysaccharides to aggregate in a micellar form and may be the entity by which the polysaccharide remains attached to the outer membrane of the bacterium giving rise to the structure recognized as a capsule.											C-2 CARBOXYL OF NeuAc IS GLYCOSIDICALLY BOUND TO THE PHOSPHATEMONOESTER OF PHOSPHATIDIC ACID.		Meningococcus and E. coli K92 (Ref. 0204).					[0204]
74		Seminolipid, sulfogalactoglycerolipid	Galactosylalkylacylglycerol 3-sulfate	GGG0091	Ineo Ishizuka	SGG, SM4g				Inhibition of arylsulfatase activities (Ref. 0048); relation with sperm capacitation (Ref. 0072); labeled by intracranial injection of [35S]sulfate (Ref. 0061); labeled by intraperitoneal injection of [35S]sulfate(Ref. 0015/0066); not hydrolyzable by glycosulfatase (Ref. 0015) ; antigenicity against mice (monoclonal antibody) (Ref. 0043/0050); a component of myelin (Ref. 0069/0070).					[a]23/D = +2.78(C=1.44 IN C/M 1:1),[a]/D =0 (C=,0.39 IN C/M 1:1) (Ref. 0059).	Sol in pyridine insol in diethylether sol in hot methanol but precipitates on cooling to ambient temperature (Ref. 0058) Behavior in the Folch partition (Ref. 0027).		1735cm^-¹ ester carbonyl (Ref. 0058) 1240cm^-¹ C-O-S (Ref. 0058) ,820cm^-¹ equatorial C-O-S (Ref. 0058) 875cm^-¹ type 2b (b) (Ref. 0058) , diacyl species: 1720cm^-¹ is larger (Ref. 0061)	CDCl3/CD3OD, 2:1(v/v) 35 OR 60	Galactosyl-alkylGro (Ref. 0065) , SI-MS (Ref. 0036)	The visual color absorption of the Azure A complex (Ref. 0027)	Silicagel TLC <<>>	Review (Ref. 0208). Porcine testis sperm 0.3 and 1.0mmol/g respectively) (Ref. 0058/0063) rat testis (Ref. 0087/0068), Relation with age (Ref. 0073)rat brain (Ref. 0060/0061/0065/0066) male and female of 300g rat (190 nmol/g) (Ref. 0060) guinea pig testis (Ref. 0059), mouse testis (Ref. 0025), bovine testis and sperm (Ref. 0067) human testis (Ref. 0006). Nerve tissues of gadoid fishes (Ref. 0207)	(Ref. 0193/0210)		None	Mammalian sperm, 16:0 + 16:0 (Ref. 0208)	[0006] / [0015] / [0025] / [0027] / [0043] / [0048] / [0050] / [0058] / [0059] / [0060] / [0061] / [0063] / [0065] / [0066] / [0067] / [0068] / [0069] / [0070] / [0072] / [0073] / [0087] / [0193] / [0207] / [0208] / [0210]
75			6'-O-phosphocholine-a-glucopyranosyl-(1-3')-1,2-diacyl-sn-glycerol	GGG0096	Ineo Ishizuka													FT-IR (Ref. 0218).	¹H-NMR, DQF-COSY in phase-sensitive mode, determination of hexose configuration as a-glucose, coupling of H6 of glucose and OH of choline with phosphate (Ref. 0218).	Negative LSIMS and negative and positive tandem mass spectrometry (Ref. 0218).			Mycoplasma fermentans (Ref. 0218).	Stereo-specific synthesis with sn-1 configuration (Ref. 0219).			Major fatty acid, 16:0 (Ref. 0218).	[0218] / [0219]
76			1''-Phosphocholine-2''-amino-dihydroxypropane-3''-phospho-6'-a-glucopyranosyl-(1-3)-diacylglycerol	GGG0097	Ineo Ishizuka														¹H-DQF-COSY in phase-sensitive mode; ³¹P-NMR; ¹H-³¹P-HMQC (Ref. 0220/0221).	Positive and negative LSIMS, CID (Ref. 0220).			Mycoplasma fermentans (Ref. 0220).					[0220] / [0221]
77			2,3-Diphytanyl-1-[2,6-sulfo-a-mannopyranosyl-1-2-a-glucopyranosyl]-sn-glycerol	GGG0098	Naoko Tanaka	S₂-DGD-1				Increased depending on the salt concentration of the medium (Ref. 0102).								1230-1260 cm^-¹, S=O (Ref. 0222). 843 cm^-¹, C-O-S (Ref. 0222).	¹H-NMR (Ref. 0222), [Spectrum 0001](I.Ishizuka). ¹³C-NMR (Ref. 0222), [Spectrum 0002](I.Ishizuka).	Negative FAB (NH₄ SALT) (Ref. 0222) [M+Na-2H]^- , 1227 (C₂₀-C₂₅-diether) and 1157 (C₂₀-C₂₀-diether) [M-SO₃H]^- , 1125 (C₂₀-C₂₅-diether) and 1055 (C₂₀-C₂₀-diether)			Natrialba asiatica JCM9576 (former strain 172) (Ref. 0222/0206)				2,3-di-O-phytanyl-sn-glycerol (C₂₀-C₂₀-diether) or 2-O-sesterterpenyl-3-O-phytanyl-sn-glycerol (C₂₀-C₂₅-diether) (Ref. 0222).	[0102] / [0206] / [0222]
78			1,2-diacyl-3-O-a-D-glucopyranosyl-(1-3)-O-amannopyranosyl)-glycerol	GGG0099	Ineo Ishizuka	BF-7				The bacteria induces nitrogen-fixing root nodules on the leguminous host, white clover (Trifolium repens). This glycolipid elicit various symbiosis-related morphological responses on white clover roots (Ref. 0224).													Rhizobium leguminosarum Bivar trifolii (Ref. 0224). Wild type Rhizobium cells accumulate this glycolipid in response to 4'7-dihydroxyflavone.				1,2-di-O-acyl-sn-glycerol. The major fatty acids are iso-hexadecanoic and anteiso-heptadecanoic (Ref. 0225)	[0224] / [0225]
79			2,3-Diphytanyl-sn-glycerol	GGG0100	Ineo Ishizuka														¹H-NMR (Ref. 0226).				Halobacterium halobium (Ref. 0226)	(+)-a-methoxy-a-trifluoromethyl-phenylacetic acid ester (Ref. 0226).			2,3-di-O-phytanyl-sn-glycerol (Ref. 0226).	[0226]
80		Monogalactosylmonoglyceride, galactosylmnoacylglycerol, lyso-galactosyldiglyceride	1-O-acyl-3-[b-galactopyranosyl]-sn-glycerol	GGG0101	Ineo Ishizuka	GalDAG									-25.7			1740	¹H-NMR, ¹³C-NMR (Ref. 0227/0233).	FAB-MS			Treatment with lipase of monogalactosyldiacylglycerol from Cyanobacterium Phormidium tenue(Ref. 0227). Storage of the cyanobacterium, Phormidium tenue at -20C (Ref. 0233).				1-O-acyl-sn-glycerol(Ref. 0227).	[0227] / [0233]
81		Monogalactosylmonoglyceride, galactosylmnoacylglycerol, lyso-galactosyldiglyceride	2-O-acyl-3-[b-galactopyranosyl]-sn-glycerol	GGG0102	Ineo Ishizuka	GalDAG									-7.1			1730	¹H-NMR, ¹³C-NMR (Ref. 0227).	FAB-MS			Treatment with lipase of monogalactosyldiacylglycerol from Cyanobacterium Phormidium tenue(Ref. 0227).				2-O-acyl-sn-glycerol(Ref. 0227).	[0227]
82		Digalactosylmonoglyceride, digalactosylmonoacylglycerol, lyso-digalactosyldiglyceride	1-O-acyl-3-[a-galactopyranosyl-(1-6)-b-galactopyranosyl]-sn-glycerol	GGG0103	Ineo Ishizuka	GalDAG									+17.0			1740	¹H-NMR, ¹³C-NMR (Ref. 0227/0233).	FAB-MS			Treatment with lipase of digalactosyldiacylglycerol from Cyanobacterium Phormidium tenue(Ref. 0227). Storage of the cyanobacterium, Phormidium tenue at -20C (Ref. 0233).				Fatty acid 1-O-acyl-glycerol(Ref. 0227).	[0227] / [0233]
83		Digalactosylmonoglyceride, digalactosylmonoacylglycerol, lyso-digalactosyldiglyceride	2-O-acyl-3-[a-galactopyranosyl-b-galactopyranosyl]-sn-glycerol	GGG0104	Ineo Ishizuka	GalDAG									+5.3			1735	¹H-NMR, ¹³C-NMR (Ref. 0227).	FAB-MS			Treatment with lipase of digalactosyldiacylglycerol from Cyanobacterium Phormidium tenue(Ref. 0227).				2-O-acyl-sn-glycerol(Ref. 0227).	[0227]
84		6-Sulfoquinovosylmonoacylglycerol, lyso-sulfoquinovosyldiglyceride	6-Sulfo-a-D-quinovopyranosyl-(1-3')-2'-O-acyl-sn-glycerol	GGG0105	Ineo Ishizuka					Antitumour activity (Ref. 0242).									1H-NMR (2D) (Ref. 0242).	FAB-MS (Ref. 0242).	Absorption of the anthrone sulfuric acid assay, 592 nm (Ref. 0107)	Silicic acid column (Ref. 0227).	Treatment with lipase of 6-sulfoquinovosyldiacylglycerol from Cyanobacterium Phormidium tenue(Ref. 0227). Review (Ref. 0208). Sea urchin, Stronglylocentrotus intermedius (Ref. 0242)				2-Linolenyl (Ref. 0227)	[0107] / [0208] / [0227] / [0242]
85		6-O-acyl-b-glucosyldiacylglycerol	1,2(2,3)-Di-O-acyl-3-(6-O-acyl-b-glucopyranosyl)-sn-glycerol	GGG0106	Ineo Ishizuka													(Ref. 0236).	¹H-NMR (Ref. 0236).			Sephadex, silicic acid columns (Ref. 0228).	Acholeplasma laidlawii (Ref. 0228).	Chemical synthesis (Ref. 0236).				[0228] / [0236]
86		6-O-acyl-b-galactosylmonoacylglycerol	1-O-acyl-3-(6-O-acyl-b-galactopyranosyl)-sn-glycerol	GGG0109	Ineo Ishizuka													Ester carbonyl (Ref. 0232).	¹H-NMR (DQF-COSY), ¹³C-NMR, HMBC (Ref. 0232).			Silicic acid columns (Ref. 0232).	Nitrogen-fixing cyanobacterium Anabaena flos-aquae f. flos-aquae (Ref. 0232).				Fatty acid 1-Acyl-sn-glycerol (Ref. 0232)	[0232]
87		6-O-acyl-b-galactosylmonoacylglycerol	2-O-acyl-3-(6-O-acyl-b-galactopyranosyl)-sn-glycerol	GGG0110	Ineo Ishizuka													Ester carbonyl (Ref. 0232).	¹H-NMR (DQF-COSY), ¹³C-NMR, HMBC (Ref. 0232).			Silicic acid columns (Ref. 0232).	Nitrogen-fixing cyanobacterium Anabaena flos-aquae f. flos-aquae (Ref. 0232).				2-Acyl-sn-glycerol (Ref. 0232).	[0232]
88		a-glucosaminyl-a-iduronosyldiacylglycerol	1,2-diacyl-3-O-[a-2-amino-2-deoxy-glucopyranose-(1-4)-O-a-iduronopyranuronic acid]-glycerol	GGG0112	Ineo Ishizuka														¹H-NMR, ¹³C-NMR, HMBC, NOESY (Ref. 0239).				A marine bacterium Deleya marina (Ref. 0239).				C16:0, 16:1, 17cyc, 18:1 (Ref. 0239).	[0239]
89			1-O-(6'-sulfo-a-D-glucopyranosyl)-2,3-di-O-phytanyl-sn-glycerol	GGG0115	Naoko Tanaka					Inhibited DNA polymerase a, b and reverse transcriptase (Ref. 0245)								IR data (CHCl₃) (Ref. 0244).	¹H-NMR (Ref. 0244).	Positive and Negative FABMS (Ref. 0244).				from 1-bromo-2-phytene and 1,2-O-Isopropylidene-L-threitol (Ref. 0244)				[0244] / [0245]
90			5-mycolony-arabinofuranosyl(1-1	GGG0116	Naoko Tanaka																		Mycobacterium avium-Mycobacterium intracellulare complex (Ref. 0247).					[0247]
91		Glycerophosphoryl phosphatidyl kojibiosyl diacylglycerol	3(1)-O-[6	GGG0117	Naoko Tanaka																		Streptococcus faecalis (Ref. 0248).					[0248]
92		Glucosylated diphosphatidylglycerol	2'-O-a-D-glucopyranosyl-1',3'-bis-(1,2-diacyl-sn-glycero-3-phospho)-glycerol	GGG0118	Naoko Tanaka																		group B streptococci (Ref. 0249)					[0249]
93		glycerophosphoglycolipids	1,2-di-O-acyl-3-O-[6-(sn-glycero-1-phospho-3-sn-glycero-1-phospho)-a-D-glucopyranosyl-(1-2)-(6-O-acyl-a-D-glucopyranosyl)]-glycerol	GGG0119	Naoko Tanaka																		Streptococcus lactis (Ref. 0250).					[0250]
94		lipoteichoic acid, poly(3-O-galabiosyl-2-galactosyl-sn-glycero-1-phosphate)	{-6Gal-a-(1-6)-Gal-a-(1-3)-[Gal-a-(1-2)]-sn-Gro-1-phospho-}_n-6-Glc-a-(1-2)-[acyl-6-]Glc-a-(1-3)-1,2diacylglycerol	GGG0120	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0252).					[0252]
95			Gro-phospho-6-Glc-a-(1-2)-[acyl-6Glc-a]-(1-3)-1,2diacylglycerol	GGG0121	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
96			Gal-a-(1-2)-sn-Gro-1-phospho-6-Glc-a-(1-2)-[acyl-6Glc-a]-(1-3)-1,2diacylglycerol	GGG0122	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
97			Gal-a-(1-3)-sn-Gro-1-phospho-6-Glc-a-(1-2)-[acyl-6Glc-a]-(1-3)-1,2diacylglycerol	GGG0123	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
98			Di-[Gal-a]-(1-2,3)-sn-Gro-1-phospho-6-Glc-a-(1-2)-[acyl-6Glc-a]-(1-3)-1,2diacylglycerol	GGG0124	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
99			Gal-a-(1-6)-Gal-a-(1-3)-sn-Gro-1-phospho-6-Glc-a-(1-2)-[acyl-6Glc-a]-(1-3)-1,2diacylglycerol	GGG0125	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
100			Gal-a-(1-6)-Gal-a-(1-3)-[Gal-a-(1-2)]-sn-Gro-1-phospho-6-Glc-a-(1-2)-[acyl-6-]Glc-a-(1-3)-1,2diacylglycerol	GGG0126	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
101			Gal-a-(1-6)-Gal-a-(1-6)-Gal-a-(1-3)-[Gal-a-(1-2)]-sn-Gro-1-phospho-6-Glc-a-(1-2)-[acyl-6-]Glc-a-(1-3)-1,2diacylglycerol	GGG0127	Naoko Tanaka																		Sreptococcus lactis Kiel 42172 (Ref. 0251).					[0251]
102			Glc-b-(1-3)-Glc-a-(1-2)-Glc-a-(1-1)-2,3diacylglycerol	GGG0128	Naoko Tanaka																		Acholeplasma granularum (Ref. 0253)					[0253]
103		blaberoside	Acyl-6-Glc-b-(1-6)-Glc-b-(1-2)-(acyl-1,alkyl-3)Gro	GGG0129	Naoko Tanaka													O-H stretching (3700-3100 cm^-¹), C-H streching (2970-2935 cm^-¹), ester C=O streching (1755 cm^-¹), trans C=C streching (1650 cm^-¹), C-O streching of a primary alchol (1050 cm^-¹), C-O streching of an alkyl ether (1080 cm^-¹) (Ref. 0254).	¹H- and ¹³C-NMR, in Me₂SO-d₆, ¹H COSY (Ref. 0254)		Laser desorption mass spectrometry (LDMS), plasma desorption mass spectrometry (PDMS), fast atom bombardment mass spectrometry (FAB-MS) (Ref. 0254)		Giant cockroach, Blaberus colosseus (Ref. 0254)				Acyl, 20h:1(3-hydroxy-11-eicosenoyl); Alkyl, 16:0, 16:1 (Ref. 0254)	[0254]
104			Acyl-6-Glc-b-(1-6)-Glc-b-(1-2)-(alkyl-3)Gro	GGG0130	Naoko Tanaka													O-H stretching (3700-3100 cm^-¹), C-H streching (2970-2935 cm^-¹), ester C=O streching (1755 cm^-¹), trans C=C streching (1650 cm^-¹), C-O streching of a primary alchol (1050 cm^-¹), C-O streching of an alkyl ether (1080 cm^-¹) (Ref. 0254).	¹H- and ¹³C-NMR, in Me₂SO-d₆, ¹H-¹H COSY (Ref. 0254)		Laser desorption mass spectrometry (LDMS), plasma desorption mass spectrometry (PDMS), fast atom bombardment mass spectrometry (FAB-MS) (Ref. 0254)		Giant cockroach, Blaberus colosseus (Ref. 0254)				Acyl, 20h:1(3-hydroxy-11-eicosenoyl); Alkyl, 16:0, 16:1 (Ref. 0254)	[0254]
105			Gal-b-(1-1)-2,3-di-O-phytanyl-sn-glycerol	GGG0131	Naoko Tanaka													isopropyl doublet (CH₃ deformations at 1376 and 1362 cm^-¹) (Ref. 0255).	¹³C-NMR, in benzene-d₆/methanol-d₄ (7:1) (Ref. 0255)		Positive FAB-MS (Ref. 0255)		the aceticlastic methanogen, Methanothrix concilii GP6 (Ref. 0255)				Alkyl, phytanyl(C20), 3-hydroxy-phytanyl(C20h); (Ref. 0255)	[0255]
106			Gal-b-(1-6)-[Glc-b-(1-3)]Gal-b-(1-1)-2,3-di-O-phytanyl-sn-glycerol	GGG0132	Naoko Tanaka													isopropyl doublet (CH₃ deformations at 1376 and 1362 cm^-¹) (Ref. 0255).	¹³C-NMR, in benzene-d₆/methanol-d₄ (7:1) (Ref. 0255)		Positive FAB-MS (Ref. 0255)		the aceticlastic methanogen, Methanothrix concilii GP6 (Ref. 0255)				Alkyl, 3-hydroxy-phytanyl(C20h); (Ref. 0255)	[0255]
107			Glc-a-(1-4)-(decanoyl-6)Glc-a-(1-3(1))-1(3),2-diaclyglycerol	GGG0133	Naoko Tanaka														¹³C-NMR, in CHCl₃-d/CH₃OH-d₆ (70:30) (Ref. 0256)		Negative FAB-MS (Ref. 0256)		a hyperthermophilic microorganism, Thermotoga maritima (Ref. 0256)				16:0 (Ref. 0256)	[0256]
108			Glc-a-(1-4)-Glc-a-(1-3(1))-1(3),2-diaclyglycerol	GGG0134	Naoko Tanaka														¹³C-NMR, in CHCl₃-d/CH₃OH-d₆ (70:30) (Ref. 0256)		Negative FAB-MS (Ref. 0256)						16:0 (Ref. 0256)	[0256]
109		phosphoglucolipid	glycerophosphoryl-6-Glc-a-(1-2)-Glc-a-(1-3)-1,2-diacylglycerol	GGG0135	Naoko Tanaka														¹H-NMR, ¹³-NMR, ³¹P-NMR in DMSO-d₆/D₂O, TOCSY, ³¹P-¹H COSY, ROESY (Ref. 0257)				Acholeplasma laidlawii strain A-EF22 (Ref. 0257). Streptococcus faecalis (Ref. 0248).					[0248] / [0257]
110		phosphoglucolipid	glycerophosphoryl-6-Glc-a-(1-2)-(monoacyl-glycerophosphoryl-6)Glc-a-(1-3)-1,2-diacylglycerol	GGG0136	Naoko Tanaka														¹H-NMR, ¹³-NMR, ³¹P-NMR in DMSO-d₆/D₂O, TOCSY, ³¹P-¹H COSY, ROESY (Ref. 0257)				Acholeplasma laidlawii strain A-EF22 (Ref. 0257).					[0257]
111			3(1)-O-[6'-(1,2-diacyl-sn-glycerol-3-phosphoryl)-2'-O-(a-D-glucopyranosyl)-a-D-glucopyranosyl]-1(3),2-diacylglycerol	GGG0137	Naoko Tanaka																		Streptococcus faecalis (Ref. 0248).					[0248]
112	No image	Galactosylglucosyldiacylglycerol	1,2-Di-O-acyl-3-(a-galactopyranosyl-1-2-a-glucopyranosyl)-sn-glycerol	GGG0138	Naoko Tanaka														¹³C-spectrum. [Spectrum 0001](I.Ishizuka)				Streptococcus pneumoniae, 64% (mol%) (Ref. 0258)					[0258]
113	No image		1,2-Di-O-acyl-3-(a-galactopyranosyl-1-2-(6-O-acyl)-a-glucopyranosyl)-sn-glycerol	GGG0139	Naoko Tanaka														¹H-¹³C COSY spectrum. [Spectrum 0001](I.Ishizuka)				Streptococcus pneumoniae, 5% (mol%) (Ref. 0258)					[0258]
114			6'-O-Phosphocholine-a-Glcp-(1'-3)-1,2-diacyl-sn-glycerol	GGG1041	Kazuo Nakamura														400MHz 1H-NMR (Ref. 1063)	LSIMS TANDEM MS (COLLISION-ACTIVATED DISSOCIATION MS) (Ref. 1063)			Mycoplasma Fermentans (Ref. 1063)					[1063]
115			1,2-Diacyl-1-3a-D-glucuronopyranosyl-sn-glycerol-taurineamide	GGG1070	Kazuo Nakamura																		Hyphomonas jannaschiana VP-2T (ATCC 33883T, Budding seawater bacterium) (Ref. 1077)				n-14:0, 2mol%; n-15:0,3%; n-16:0,19%; cis-16:1w7,6%; n-17:0,4%; n-18:0,15%; cis-18:w7,44%; n-19:0,7% (Ref. 1077)	[1077]

Showing 1 to 115 of 115 entries

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AUTHOR	:	Kornblatt, M. J., Knapp, A., Levine, M., Schachter, H., and Murray, R. K.
TITLE	:	Studies on the structure and formation during spermatogenesis of the sulfoglycerogalactolipid of rat testis PubMed ID:4434252
JOURNAL	:	Can J Biochem.
VOL	:	52 PAGE : 689-697 (1974)

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AUTHOR	:	Goren, M. B.
TITLE	:	Sulfolipid I of Mycobacterium tuberculosis, strain H37Rv. I. Purification and properties PubMed ID:4989541
JOURNAL	:	Biochim Biophys Acta.
VOL	:	210 PAGE : 116-126 (1970)

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AUTHOR	:	Goren, M. B.
TITLE	:	Sulfolipid I of Mycobacterium tuberculosis, strain H37Rv. II. Structural studies PubMed ID:4989542
JOURNAL	:	Biochim Biophys Acta.
VOL	:	210 PAGE : 127-138 (1970)

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AUTHOR	:	Kushwaha,S.C.,Kates,M.,Juez,G.,Rodriguez-Valera,F., and Kushner,D.J.
TITLE	:	Polar lipids of an extremely halophilic bacterial strain (r-4) isolated from salt ponds in spain.
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	711 PAGE : 19-25 (1982)

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AUTHOR	:	Kushwaha,S.C.,Juez-Perez,G.,Rodriguez-Valera,F.,Kates,M., and Kushner,D.J.
TITLE	:	Survey of lipids of a new group of extremely halophilic bacteria from salt ponds in spain.
JOURNAL	:	Can. J. Microbiol.
VOL	:	28 PAGE : 1365-1372 (1982)

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AUTHOR	:	Moldoveanu,N.,Kates,M.,Montero,C.G., and Ventosa,A.
TITLE	:	Polar lipids of non-alkaliphilic halococci. PubMed ID:2223853
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	1046 PAGE : 127-138 (1990)

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AUTHOR	:	Kushwaha,S.C.,Kates,M.,Sprott,G.D., and Smith,I.C.P.
TITLE	:	Novel polar lipids from the methanogen methanospirillum hungatei GP1. PubMed ID:7236696
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	664 PAGE : 156-173 (1981)

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AUTHOR	:	De Rosa,M.,Gambacorta,A.,Nicolaus,B., and Bulock,J.D.
TITLE	:
JOURNAL	:	Phytochemistry
VOL	:	19 PAGE : 821-825 (1980)

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[0107]

AUTHOR	:	Langworthy, T. A., Mayberry, W. R., and Smith, P. F.
TITLE	:	A sulfonolipid and novel glucosamidyl glycolipids from the extreme thermoacidophile Bacillus acidocaldarius PubMed ID:7302
JOURNAL	:	Biochim Biophys Acta.
VOL	:	431 PAGE : 550-569 (1976)

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AUTHOR	:	Evans,R.W.,Kushwaha,S.C., and Kates,M.
TITLE	:	The lipids of halobacterium marismortui,an extremely halophilic bacterium in the dead sea. PubMed ID:7459364
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	619 PAGE : 533-544 (1980)

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AUTHOR	:	Smallbone,B.W., and Kates,M.
TITLE	:	Structural identification of minor glycolipids in halobacterium cutirubrum.
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	665 PAGE : 551-558 (1981)

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[0110]

AUTHOR	:	Oshima, M., and Yamakawa, T.
TITLE	:	Chemical structure of a novel glycolipid from an extreme thermophile, Flavobacterium thermophilum PubMed ID:4360778
JOURNAL	:	Biochemistry.
VOL	:	13 PAGE : 1140-1146 (1974)

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AUTHOR	:	Mayberry-Carson, K. J., Langworthy, T. A., WR, M. Ayberry, and Smith, P. F.
TITLE	:	A new class of lipopolysaccharide from Thermoplasma acidophilum PubMed ID:4371772
JOURNAL	:	Biochim Biophys Acta.
VOL	:	360 PAGE : 217-229 (1974)

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AUTHOR	:	Kates,M., and Deroo,P.W.
TITLE	:	Structure determination of the glycolipid sulfate from the extreme halophile halobacterium cutirubrum. PubMed ID:4715327
JOURNAL	:	J. Lipid Res.
VOL	:	14 PAGE : 438-445 (1973)

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AUTHOR	:	Greca,M.D.,Monaco,P.,Pinto,G.,Pollio,A., and Previtera,L.
TITLE	:	Lipid composition of the acidophilic alga dunaliella acidophila. Ii. Molecular species of galactolipids.
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	1004 PAGE : 271-273 (1989)

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AUTHOR	:	Lanzotti,V.,Trincone,A.,Nicolaus,B.,Zilling,W.,De Rosa,M., and Gambacorta,A.
TITLE	:	Complex lipids of pyrococcus and an1,thermophilic members of archaebacteria belonging to thermococcales.
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	1004 PAGE : 44-48 (1989)

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AUTHOR	:	Ferrante,G.,Ekiel,I., and Sprott,G.D.
TITLE	:	Structural characterization of the lipids of Methanococcus voltae, including a novel N-acetylglucosamine 1-phosphate diether. PubMed ID:3782154
JOURNAL	:	J. Biol. Chem.
VOL	:	261 PAGE : 17062-17066 (1986)

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AUTHOR	:	Kramer,J.K.G.,Sauer,F.D., and Bundle,D.R.
TITLE	:	The presence of tightly bound Na+ or K+ in glycolipids of methanobacterium thermoautotrophicum.
JOURNAL	:
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AUTHOR	:	Nishihara, M., Morii, H., and Koga, Y.
TITLE	:	Structure determination of a quartet of novel tetraether lipids from metanobacterium thermoautotrophicum. PubMed ID:3611039
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AUTHOR	:	Heinze, F. J., Linscheid, M., and Heinz, E.
TITLE	:	Release of diacylglycerol moieties from various glycosyl diacylglycerols PubMed ID:6331223
JOURNAL	:	Anal Biochem.
VOL	:	139 PAGE : 126-133 (1984)

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AUTHOR	:	Kitagawa,I.,Hamamoto,Y., and Kobayashi,M.
TITLE	:	Sulfoglycolipid from the sea urcin Anthocidaris crassispina A. Agassiz.
JOURNAL	:	Chem. Pharm. Bull.
VOL	:	27 PAGE : 1934-1937 (1979)

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AUTHOR	:	Isono, Y., and Nagai, Y.
TITLE	:	Biochemistry of glycolipids of sea urchin gametes. I. Separation and characterization of new type of sulfolipid and sialoglycolipid PubMed ID:4291271
JOURNAL	:	Jpn J Exp Med.
VOL	:	36 PAGE : 461-476 (1966)

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AUTHOR	:	Livermore, B. P., and Johnson, R. C.
TITLE	:	Isolation and characterization of a glycolipid from Treponema pallidum, Kazan 5 PubMed ID:4319991
JOURNAL	:	Biochim Biophys Acta.
VOL	:	210 PAGE : 315-318 (1970)

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AUTHOR	:	Livermore, B. P., and Johnson, R. C.
TITLE	:	Lipids of the Spirochaetales: comparison of the lipids of several members of the genera Spirochaeta, Treponema, and Leptospira PubMed ID:4436256
JOURNAL	:	J Bacteriol.
VOL	:	120 PAGE : 1268-1273 (1974)

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AUTHOR	:	Matthews,H.M.,Yang T.-K., and Jenkin,H.M.
TITLE	:	Alk-1-enyl ether phospholipids (plasmalogens) and glycolipids of treponema hyodysenteriae. Analysis of acyl and alk-1-enyl moieties. PubMed ID:7378438
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	618 PAGE : 273-281 (1980)

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AUTHOR	:	Myhre,D.V.
TITLE	:	Acylated derivatives of monogalactosyldiacylglycerol isolated from plants.
JOURNAL	:	Can. J. Chem.
VOL	:	46 PAGE : 3071-3077 (1968)

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AUTHOR	:	Heinz,E.,Tulloch,A.P.
TITLE	:	Reinvestigation of the structure of acylgalactosyldiglyceride from spinach leaves. PubMed ID:5808057
JOURNAL	:	Biol. Chem. Hoppe-Seyler
VOL	:	350 PAGE : 493-498 (1969)

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AUTHOR	:	Wintermans,J.F.G.M.,Van Besow,A., and Bogemwnn,G.
TITLE	:	Galactolipid formation in chloroplast envelopes II. Isolation-induced changes in galactolipid composition of envelopes. PubMed ID:7213774
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	663 PAGE : 99-107 (1981)

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AUTHOR	:	Heinz,E.
TITLE	:	Acylgalaktosyldiglycerid aus blatthomogenaten. PubMed ID:6064609
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	144 PAGE : 321-332 (1967)

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AUTHOR	:	Heinz,E.,Sieberts,H.P., and Linscheid,M.
TITLE	:	Synthesis and enzymatic conversion of an ether analogue of monogalactosyl diacylglycerol.
JOURNAL	:	Chem. Phys. Lipids
VOL	:	24 PAGE : 265-276 (1979)

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AUTHOR	:	Heinz,E.
TITLE	:	Ueber die enzymatische bildung von acylgalaktosyldiglyceride. PubMed ID:6064610
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	144 PAGE : 333-343 (1967)

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AUTHOR	:	Critchley,C., and Heinz,E.
TITLE	:	Characterization and enzymatic synthesis of acylgalactosyl monoglyceride. PubMed ID:4765101
JOURNAL	:	Biochim. Biophys. Acta
VOL	:	326 PAGE : 184-193 (1973)

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AUTHOR	:	Brundish,D.E.,a nd Baddiley,J.
TITLE	:	Synthesis of glucosylglycerols and diglucosylglycerols and their identification in small amounts.
JOURNAL	:	Carbohydr. Res.
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AUTHOR	:	Vaver, V. A., Todria, K. G., Prokazova, N. V., Rozynov, B. V., and Bergelson, L. D.
TITLE	:	Diol lipids. Acylated ethyleneglycol glycosides. A new type of natural glycolipid PubMed ID:1009136
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AUTHOR	:	Reeves, R. E., Latour, N. G., and Lousteau, R. J.
TITLE	:	A Glycerol Galactofuranoside From The Lipid Of An Anaerobe PubMed ID:14229667
JOURNAL	:	Biochemistry.
VOL	:	3 PAGE : 1248-1249 (1964)

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AUTHOR	:	Plackett, P.
TITLE	:	The glycerolipids of Mycoplasma mycoides PubMed ID:6055189
JOURNAL	:	Biochemistry.
VOL	:	6 PAGE : 2746-2754 (1967)

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AUTHOR	:	Veerkamp, J. H., and van Schaik, F. W.
TITLE	:	Biochemical changes in Bifidobacterium bifidum var. Pennsylvanicus after cell wall inhibition. VII. Structure of the phosphogalactolipids PubMed ID:4367972
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AUTHOR	:	Veerkamp, J. H.
TITLE	:	Biochemical changes in Bifidobacterium bifidum var. pennsylvanicus after cell-wall inhibition. VI. Biosynthesis of the galactosyldiglycerides PubMed ID:4838219
JOURNAL	:	Biochim Biophys Acta.
VOL	:	348 PAGE : 23-34 (1974)

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AUTHOR	:	Mayberry, W. R., and Smith, P. F.
TITLE	:	Structures and properties of acyl diglucosylcholesterol and galactofuranosyl diacylglycerol from Acholeplasma axanthum PubMed ID:6871237
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AUTHOR	:	Clarke, N. G., Hazlewood, G. P., and Dawson, R. M.
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AUTHOR	:	Kaufman, B., Kundig, D., Distler, J., and Roseman, S.
TITLE	:	Enzymatic Synthesis And Structure Of Two Glycolipids From Type Xiv Pneumococcus PubMed ID:14300740
JOURNAL	:	Biochem Biophys Res Commun.
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AUTHOR	:	Brundish,D.E.,Shaw,N.,And Baddiley,J.
TITLE	:	The phospholipids of Pneumococcus I-192R, A.T.C.C. 12213. Some structural rearrangements occurring under mild conditions. PubMed ID:4382428
JOURNAL	:	Biochem. J.
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AUTHOR	:	Ishizuka,I., and Yamakawa,T.
TITLE	:	On the lipids of diplococcus pneumoniae type I-R-44. Separation of glycolipids from phospholipids by silicic acid column chromatography. PubMed ID:4387142
JOURNAL	:	Jpn. J. Exp. Med.
VOL	:	38 PAGE : 75-79 (1968)

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AUTHOR	:	Wilkinson, S. G.
TITLE	:	Lipids of Pseudomonas diminuta PubMed ID:5364260
JOURNAL	:	Biochim Biophys Acta.
VOL	:	187 PAGE : 492-500 (1969)

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AUTHOR	:	Wilkinson, S. G., and Galbraith, L.
TITLE	:	Polar lipids of Pseudomonas vesicularis. Presence of a heptosyldiacylglycerol PubMed ID:508784
JOURNAL	:	Biochim Biophys Acta.
VOL	:	575 PAGE : 244-254 (1979)

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AUTHOR	:	Fischer,W.(1976) Newly discovered lipids from streptococci, in Lipids vol:1,(Paolett,R., Porcellati,G., and Jacini,G., eds), pp255-266 Raven Press, New York.
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AUTHOR	:	Fischer, W.
TITLE	:	The polar lipids of group B Streptococci. II. Composition and positional distribution of fatty acids PubMed ID:870060
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VOL	:	487 PAGE : 89-104 (1977)

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AUTHOR	:	Shaw, N., Smith, P. F., and Koostra, W. L.
TITLE	:	The lipid composition of Mycoplasma laidlawii strain B PubMed ID:4297044
JOURNAL	:	Biochem J.
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AUTHOR	:	Pieringer, R. A.
TITLE	:	The metabolism of glyceride glycolipids. I. Biosynthesis of monoglucosyl diglyceride and diglucosyl diglyceride by glucosyltransferase pathways in Streptococcus faecalis PubMed ID:4972101
JOURNAL	:	J Biol Chem.
VOL	:	243 PAGE : 4894-4903 (1968)

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AUTHOR	:	Nakano, M., and Fischer, W.
TITLE	:	The glycolipids of Lactobacillus casei DSM 20021 PubMed ID:411727
JOURNAL	:	Hoppe Seylers Z Physiol Chem.
VOL	:	358 PAGE : 1439-1453 (1977)

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AUTHOR	:	Macfarlane,M.G.
TITLE	:	Lipid components of Staphylococcus aureus.
JOURNAL	:	Biochem. J.
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AUTHOR	:	Quinn, P. J., and Sherman, W. R.
TITLE	:	Monolayer characteristics and calcium adsorption to cerebroside and cerebroside sulphate oriented at the air-water interface PubMed ID:5165437
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AUTHOR	:	Wilkinson, S. G.
TITLE	:	Glycosyl diglycerides from Pseudomonas rubescens PubMed ID:5721018
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AUTHOR	:	Fujino, Y., and Miyazawa, T.
TITLE	:	Chemical structures of mono-, di-, tri-, and tetraglycosyl glycerides in rice bran PubMed ID:435505
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AUTHOR	:	Shaw, N., and Stead, D.
TITLE	:	Lipid composition of some species of Arthrobacter PubMed ID:4327507
JOURNAL	:	J Bacteriol.
VOL	:	107 PAGE : 130-133 (1971)

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AUTHOR	:	Shvets,V.I.,Bashkatova,A.I., and Evstigneeva,R.P.
TITLE	:	Synthesis of glycosyl diglycerides.
JOURNAL	:	Chem. Phys. Lipids
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AUTHOR	:	Macfarlane,M.G.
TITLE	:	Isolation of a phosphoglyceride and a glycosylglyceride from micrococcus lysodeikticus.
JOURNAL	:	Biochem. J.
VOL	:	80 PAGE : 45-45 (1961)

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AUTHOR	:	Lennarz, W. J., and Talamo, B.
TITLE	:	The chemical characterization and enzymatic synthesis of mannolipids in Micrococcus lysodeikticus PubMed ID:5911642
JOURNAL	:	J Biol Chem.
VOL	:	241 PAGE : 2707-2719 (1966)

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AUTHOR	:	Lennarz, W. J.
TITLE	:	Lipid metabolism in the bacteria PubMed ID:5340804
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AUTHOR	:	Lennarz,W.J. (1970) Bacterial lipids in Lipid Metabolism,(Wakil,S.J.,ed,) pp155-184, Academic Press, New York
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AUTHOR	:	Scher, M., Lennarz, W. J., and Sweeley, C. C.
TITLE	:	The biosynthesis of mannosyl-1-phosphoryl-polyisoprenol in Micrococcus lysodeikticus and its role in mannan synthesis PubMed ID:5240031
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AUTHOR	:	Scher, M., and Lennarz, W. J.
TITLE	:	Studies on the biosynthesis of mannan in Micrococcus lysodeikticus. I. Characterization of mannan-14C formed enzymatically from mannosyl-1-phosphoryl-undecaprenol PubMed ID:5770001
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AUTHOR	:	Ishizuka, I., and Yamakawa, T.
TITLE	:	Further characterization of the two glycosyl glycerides from Streptococcus hemolyticus strain D-58 PubMed ID:4904503
JOURNAL	:	Jpn J Exp Med.
VOL	:	39 PAGE : 321-325 (1969)

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AUTHOR	:	Phizackerley, P. J., MacDougall, J. C., and Moore, R. A.
TITLE	:	1-(O- -glucosaminyl)-2,3-diglyceride in Bacillus megaterium PubMed ID:4627584
JOURNAL	:	Biochem J.
VOL	:	126 PAGE : 499-502 (1972)

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AUTHOR	:	Brundish,D.E.,Shaw,N., and Baddiley,J.
TITLE	:	The glycolipids from the non-capsulated strain of Pneumococcus I-192R, ATCC 12213. PubMed ID:4382428
JOURNAL	:	Biochem. J.
VOL	:	104 PAGE : 205-251 (1965)

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AUTHOR	:	Ishizuka,I., and Yamakawa,T.
TITLE	:	On the lipids of diplococcus pneumoniae type I-R/44. Separation of glyco lipids from phospholipids by silicic acid column chromatography. PubMed ID:4387142
JOURNAL	:	Jpn. J. Exp. Med.
VOL	:	38 PAGE : 75-79 (1968)

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AUTHOR	:	Shaw, N., Heatherington, K., and Baddiley, J.
TITLE	:	The glycolipids of Lactobacillus casei A.T.C.C. 7469 PubMed ID:5660629
JOURNAL	:	Biochem J.
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AUTHOR	:	Fischer, W., Laine, R. A., and Nakano, M.
TITLE	:	On the relationship between glycerophosphoglycolipids and lipoteichoic acids in Gram-positive bacteria. II. Structures of glycerophosphoglycolipids PubMed ID:416848
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AUTHOR	:	Brundish, D. E., Shaw, N., and Baddiley, J.
TITLE	:	Bacterial glycolipids. Glycosyl diglycerides in gram-positive bacteria PubMed ID:4381586
JOURNAL	:	Biochem J.
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AUTHOR	:	Fischer, W., and Seyferth, W.
TITLE	:	[1-0-alpha-glucopyranosyl-(1-2)-0-alpha-D-glucopyranosyl-glycerol from the glycolipids of streptococcus faecalis and Streptococcus lactis] PubMed ID:4303316
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AUTHOR	:	Fischer, W., Ishizuka, I., Landgraf, H. R., and Herrmann, J.
TITLE	:	Glycerophosphoryl diglucosyl diglyceride, a new phosphoglycolipid from Streptococci PubMed ID:4347390
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AUTHOR	:	Ishizuka, I., and Yamakawa, T.
TITLE	:	Glycosyl glycerides from Streptococcus hemolyticus strain D-58 PubMed ID:4303412
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AUTHOR	:	Ficsher,W.,Schuster,D., and Laine,R.A.
TITLE	:	Studies on the relationship between glycerophosphoglycolipids and lipoteic-hoic acids, IV. A trigalactosylglycerolphospho-acylkojibiosyldiacylglycerol and related compounds from Streptococcus lactis Kiel 42172. PubMed ID:117837
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AUTHOR	:	Ficsher,W.,Laine,R.A.,Nakano,M.,Schuster,D., and Egge,H.
TITLE	:	The structure of acyl-a-kojibiosyldiacylglycerol from Streptococcus lactis.
JOURNAL	:	Chem. Phys. Lipids
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AUTHOR	:	Polonovsky,J.,Wald,R., and Paysant-Diament,M.
TITLE	:	b-gentiobiosyldiglyceride from staphylococcus aureus.
JOURNAL	:	Ann. Inst. Pasteur (Paris)
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AUTHOR	:	Op Den Kamp,J.A.F., and Van Deenen,L.L.M.
TITLE	:	On the structure of glucosaminylphosphatidylglycerol of Bacillus megaterum.
JOURNAL	:	Chem. Phys. Lipids
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AUTHOR	:	Komaratat, P., and Kates, M.
TITLE	:	The lipid composition of a halotolerant species of Staphylococcus epidermidis PubMed ID:1174526
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AUTHOR	:	Saito, K., and Mukoyama, K.
TITLE	:	Diglucosyldiglyceride from B. cereus PubMed ID:4993436
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AUTHOR	:	Galliard, T.
TITLE	:	The isolation and characterization of trigalactosyl diglyceride from potato tubers PubMed ID:5378384
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AUTHOR	:	Galliard,T
TITLE	:	Aspects of lipid metabolism in higher plants - I. Identification and quantitative determination of the lipids in potato tubers.
JOURNAL	:	Phytochemistry
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AUTHOR	:	Poincelot, R. P.
TITLE	:	Isolation and lipid composition of spinach chloroplast envelope membranes PubMed ID:4361545
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AUTHOR	:	Matsuda, K., Kasama, T., Ishizuka, I., Handa, S., Yamamoto, N., and Taki, T.
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AUTHOR	:	Matsuda, K., Ishizuka, I., Kasama, T., Handa, S., Yamamoto, N., and Taki, T.
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AUTHOR	:	Matsubara, T., Iida-Tanaka, N., Kamekura, M., Moldoveanu, N., Ishizuka, I., Onishi, H., Hayashi, A., and Kates, M.
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AUTHOR	:	Hauksson, J. B., Lindblom, G., and Rilfors, L.
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TITLE	:	The chemical synthesis and physical characterization of 1,2-di-O-acyl-3-O-(a-D-glucopyranosyl)-sn-glycerols, an important class of membrane glycolipids.
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AUTHOR	:	Murakami, N., Shirahashi, H., Nagatsu, A., Sakakibara, J.
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AUTHOR	:	Mannock, D. A., Lewis, R. N. A. H., and McElhaney, R. N.
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AUTHOR	:	Yagi, H., and Maruyama, A.
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AUTHOR	:	Kamikawa, T., Nogawa, K., and Yamagiwa, Y.
TITLE	:	Synthesis of 2,3-di-O-phytanyl-1-O-(alpha-D-glucopyranosyl)-sn-glycerol derivatives, analogues of polar lipids isolated from a halophilic bacterial strain PubMed ID:8257852
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AUTHOR	:	Ogawa, A., Murate, T., Izuta, S., Takemura, M., Furuta, K., Kobayashi, J., Kamikawa, T., Nimura, Y., and Yoshida, S.
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