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Clan: NTN (93)
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Family: AAT (3)
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Penicillium chrysogenum (Penicillium notatum) (3)
2X1CD:108-335; D:108-335; D:108-335; D:108-335THE CRYSTAL STRUCTURE OF PRECURSOR ACYL COENZYME A:ISOPENICILLIN N ACYLTRANSFERASE FROM PENICILLIUM CHRYSOGENUM
2X1DD:108-335; D:108-335; D:108-335; D:108-335THE CRYSTAL STRUCTURE OF MATURE ACYL COENZYME A:ISOPENICILLIN N ACYLTRANSFERASE FROM PENICILLIUM CHRYSOGENUM
2X1ED:108-335; D:108-335; D:108-335; D:108-335THE CRYSTAL STRUCTURE OF MATURE ACYL COENZYME A:ISOPENICILLIN N ACYLTRANSFERASE FROM PENICILLIUM CHRYSOGENUM IN COMPLEX 6-AMINOPENICILLANIC ACID
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Family: Asparaginase_2 (8)
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Elizabethkingia miricola (Chryseobacterium miricola) (3)
1P4KC:301-595; C:301-595CRYSTAL STRUCTURE OF THE GLYCOSYLASPARAGINASE PRECURSOR D151N MUTANT
1P4VC:301-595; C:301-595CRYSTAL STRUCTURE OF THE GLYCOSYLASPARAGINASE PRECURSOR D151N MUTANT WITH GLYCINE
3LJQC:301-595; C:301-595CRYSTAL STRUCTURE OF THE GLYCOSYLASPARAGINASE T152C APO-PRECURSOR
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Escherichia coli (strain K12) (5)
1JN9D:179-313; D:179-313; D:179-313; D:179-313STRUCTURE OF PUTATIVE ASPARAGINASE ENCODED BY ESCHERICHIA COLI YBIK GENE
1K2XD:179-313; D:179-313; D:179-313; D:179-313CRYSTAL STRUCTURE OF PUTATIVE ASPARAGINASE ENCODED BY ESCHERICHIA COLI YBIK GENE
1T3MD:178-311; D:178-311; D:178-311; D:178-311STRUCTURE OF THE ISOASPARTYL PEPTIDASE WITH L-ASPARAGINASE ACTIVITY FROM E. COLI
2ZAKB:2-313; B:2-313ORTHORHOMBIC CRYSTAL STRUCTURE OF PRECURSOR E. COLI ISOASPARTYL PEPTIDASE/L-ASPARAGINASE (ECAIII) WITH ACTIVE-SITE T179A MUTATION
2ZALD:179-500; D:179-500; D:179-500; D:179-500CRYSTAL STRUCTURE OF E. COLI ISOASPARTYL AMINOPEPTIDASE/L-ASPARAGINASE IN COMPLEX WITH L-ASPARTATE
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Family: CBAH (8)
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Bacillus subtilis (1)
2OQCB:1-317; B:1-317CRYSTAL STRUCTURE OF PENICILLIN V ACYLASE FROM BACILLUS SUBTILIS
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Clostridium perfringens (3)
2RF8B:3-317; B:3-317CRYSTAL STRUCTURE OF THE MUTANT C2A CONJUGATED BILE ACID HYDROLASE FROM CLOSTRIDIUM PERFRINGENS
2RG2A:2-317CRYSTAL STRUCTURE OF VARIANT R18L OF CONJUGATED BILE ACID HYDROLASE FROM CLOSTRIDIUM PERFRINGENS
2RLCA:2-317CRYSTAL STRUCTURE OF THE CONJUGATED BILE ACID HYDROLASE FROM CLOSTRIDIUM PERFRINGENS IN COMPLEX WITH REACTION PRODUCTS GLYCINE AND CHOLATE
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Lysinibacillus sphaericus (Bacillus sphaericus) (4)
2PVAD:1-317; D:1-317; D:1-317; D:1-317OXIDIZED PENICILLIN V ACYLASE FROM B. SPHAERICUS
2QUYH:1-317; H:1-317; H:1-317; H:1-317; H:1-317; H:1-317; H:1-317; H:1-317TRUNCATED MUTANT ASN175ALA OF PENICILLIN V ACYLASE FROM BACILLUS SPHAERICUS
2Z71C:2-317; C:2-317STRUCTURE OF TRUNCATED MUTANT CYS1GLY OF PENICILLIN V ACYLASE FROM BACILLUS SPHAERICUS CO-CRYSTALLIZED WITH PENICILLIN V
3PVAH:1-317; H:1-317; H:1-317; H:1-317; H:1-317; H:1-317; H:1-317; H:1-317PENICILLIN V ACYLASE FROM B. SPHAERICUS
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Family: GATase_2 (9)
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Escherichia coli (strain K12) (3)
1JXAC:49-159; C:49-159; C:49-159; C:49-159; C:49-159; C:49-159GLUCOSAMINE 6-PHOSPHATE SYNTHASE WITH GLUCOSE 6-PHOSPHATE
1XFFB:49-159; B:49-159; B:49-159; B:49-159GLUTAMINASE DOMAIN OF GLUCOSAMINE 6-PHOSPHATE SYNTHASE COMPLEXED WITH GLUTAMATE
1XFGB:49-159; B:49-159; B:49-159; B:49-159GLUTAMINASE DOMAIN OF GLUCOSAMINE 6-PHOSPHATE SYNTHASE COMPLEXED WITH L-GLU HYDROXAMATE
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Pseudomonas aeruginosa (1)
1TE5B:63-216; B:63-216THE 2.0 ANGSTROM CRYSTAL STRUCTURE OF PREDICTED GLUTAMINE AMIDOTRANSFERASE FROM PSEUDOMONAS AERUGINOSA PA01
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Synechocystis sp. (strain ATCC 27184 / PCC 6803 / N-1) (5)
1LLWA:1-368STRUCTURAL STUDIES ON THE SYNCHRONIZATION OF CATALYTIC CENTERS IN GLUTAMATE SYNTHASE: COMPLEX WITH 2-OXOGLUTARATE
1LLZA:1-368STRUCTURAL STUDIES ON THE SYNCHRONIZATION OF CATALYTIC CENTERS IN GLUTAMATE SYNTHASE: REDUCED ENZYME
1LM1A:1-368STRUCTURAL STUDIES ON THE SYNCHRONIZATION OF CATALYTIC CENTERS IN GLUTAMATE SYNTHASE: NATIVE ENZYME
1OFDB:1-368; B:1-368GLUTAMATE SYNTHASE FROM SYNECHOCYSTIS SP IN COMPLEX WITH 2-OXOGLUTARATE AT 2.0 ANGSTROM RESOLUTION
1OFEB:1-368; B:1-368GLUTAMATE SYNTHASE FROM SYNECHOCYSTIS SP IN COMPLEX WITH 2-OXOGLUTARATE AND L-DON AT 2.45 ANGSTROM RESOLUTION
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Family: GATase_7 (4)
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Streptomyces clavuligerus (4)
1M1ZB:62-163; B:62-163BETA-LACTAM SYNTHETASE APO ENZYME
1MB9B:62-163; B:62-163BETA-LACTAM SYNTHETASE COMPLEXED WITH ATP
1MBZB:62-163; B:62-163BETA-LACTAM SYNTHETASE WITH TRAPPED INTERMEDIATE
1MC1B:62-163; B:62-163BETA-LACTAM SYNTHETASE WITH PRODUCT (DGPC), AMP AND PPI
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Family: G_glu_transpept (6)
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Bacillus halodurans (1)
2NLZD:38-534; D:38-534; D:38-534; D:38-534CRYSTAL STRUCTURE OF CEPHALOSPORIN ACYLASE FROM BACILLUS HALODURANS
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Bacillus subtilis (1)
2V36D:403-577; D:403-577; D:403-577; D:403-577CRYSTAL STRUCTURE OF GAMMA-GLUTAMYL TRANSFERASE FROM BACILLUS SUBTILIS
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Escherichia coli (strain K12) (2)
2Z8ID:391-574; D:391-574; D:391-574; D:391-574CRYSTAL STRUCTURE OF ESCHERICHIA COLI GAMMA-GLUTAMYLTRANSPEPTIDASE IN COMPLEX WITH AZASERINE
2Z8JD:391-574; D:391-574; D:391-574; D:391-574CRYSTAL STRUCTURE OF ESCHERICHIA COLI GAMMA-GLUTAMYLTRANSPEPTIDASE IN COMPLEX WITH AZASERINE PREPARED IN THE DARK
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Helicobacter pylori (Campylobacter pylori) (2)
2QM6D:380-1; D:380-1; D:380-1; D:380-1CRYSTAL STRUCTURE OF HELICOBACTER PYLORI GAMMA-GLUTAMYLTRANSPEPTIDASE IN COMPLEX WITH GLUTAMATE
2QMCD:381-565; D:381-565; D:381-565; D:381-565CRYSTAL STRUCTURE OF HELICOBACTER PYLORI GAMMA-GLUTAMYLTRANSPEPTIDASE T380A MUTANT
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Family: Penicil_amidase (19)
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Alcaligenes faecalis (2)
3K3WB:1-541; B:1-541THERMOSTABLE PENICILLIN G ACYLASE FROM ALCALIGENES FAECALIS IN ORTHORHOMBIC FORM
3ML0B:1-541; B:1-541THERMOSTABLE PENICILLIN G ACYLASE FROM ALCALIGENES FAECALIS IN TETRAGONAL FORM
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Brevundimonas diminuta (Pseudomonas diminuta) (1)
1JW0B:170-683; B:170-683STRUCTURE OF CEPHALOSPORIN ACYLASE IN COMPLEX WITH GLUTARATE
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Escherichia coli (7)
1JX9B:1-549; B:1-549PENICILLIN ACYLASE, MUTANT
1K5QB:1-549; B:1-549PENICILLIN ACYLASE, MUTANT COMPLEXED WITH PAA
1K5SB:1-549; B:1-549PENICILLIN ACYLASE, MUTANT COMPLEXED WITH PPA
1K7DB:1-549; B:1-549PENICILLIN ACYLASE WITH PHENYL PROPRIONIC ACID
1KECB:1-549; B:1-549PENICILLIN ACYLASE MUTANT WITH PHENYL PROPRIONIC ACID
1PNKB:1-549; B:1-549PENICILLIN ACYLASE HAS A SINGLE-AMINO-ACID CATALYTIC CENTRE
1PNMB:1-549; B:1-549PENICILLIN ACYLASE HAS A SINGLE-AMINO-ACID CATALYTIC CENTRE
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Pseudomonas aeruginosa (5)
2WYBB:1-539; B:1-539THE QUORUM QUENCHING N-ACYL HOMOSERINE LACTONE ACYLASE PVDQ WITH A COVALENTLY BOUND DODECANOIC ACID
2WYCB:1-539; B:1-539THE QUORUM QUENCHING N-ACYL HOMOSERINE LACTONE ACYLASE PVDQ IN COMPLEX WITH 3-OXO-LAURIC ACID
2WYDB:1-539; B:1-539THE QUORUM QUENCHING N-ACYL HOMOSERINE LACTONE ACYLASE PVDQ IN COMPLEX WITH DODECANOIC ACID
3L91B:217-755; B:217-755STRUCTURE OF PSEUDOMONAS AERUGIONSA PVDQ BOUND TO OCTANOATE
3L94B:217-755; B:217-755STRUCTURE OF PVDQ COVALENTLY ACYLATED WITH MYRISTATE
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Pseudomonas sp. (strain SY-77) (2)
1OR0D:1-514; D:1-514; D:1-514; D:1-514CRYSTAL STRUCTURES OF GLUTARYL 7-AMINOCEPHALOSPORANIC ACID ACYLASE: INSIGHT INTO AUTOPROTEOLYTIC ACTIVATION
3S8RB:155-683; B:155-683; B:155-683; B:155-683CRYSTAL STRUCTURES OF GLUTARYL 7-AMINOCEPHALOSPORANIC ACID ACYLASE: INSIGHT INTO AUTOPROTEOLYTIC ACTIVATION
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Pseudomonas sp. GK16 (2)
3JTQB:1-514; B:1-514MUTATIONS IN CEPHALOSPORIN ACYLASE AFFECTING STABILITY AND AUTOPROTEOLYSIS
3JTRB:1-514; B:1-514MUTATIONS IN CEPHALOSPORIN ACYLASE AFFECTING STABILITY AND AUTOPROTEOLYSIS
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Family: Proteasome (36)
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Bacillus subtilis (3)
1YYFD:3-180; D:3-180CORRECTION OF X-RAY INTENSITIES FROM AN HSLV-HSLU CO-CRYSTAL CONTAINING LATTICE TRANSLOCATION DEFECTS
2Z3AL:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179CRYSTAL STRUCTURE OF BACILLUS SUBTILIS CODW, A NON-CANONICAL HSLV-LIKE PEPTIDASE WITH AN IMPAIRED CATALYTIC APPARATUS
2Z3BL:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179; L:2-179CRYSTAL STRUCTURE OF BACILLUS SUBTILIS CODW, A NON-CANONICAL HSLV-LIKE PEPTIDASE WITH AN IMPAIRED CATALYTIC APPARATUS
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Escherichia coli (strain K12) (1)
1NEDC:1-178; C:1-178; C:1-178CRYSTAL STRUCTURE OF HSLV (CLPQ) AT 3.8 ANGSTROMS RESOLUTION
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Haemophilus influenzae (strain ATCC 51907 / DSM 11121 / KW20 / Rd) (4)
1JJWC:1-172; C:1-172; C:1-172STRUCTURE OF HAEMOPHILUS INFLUENZAE HSLV PROTEIN AT 1.9 A RESOLUTION
1KYIR:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172; R:1-172HSLUV (H. INFLUENZAE)-NLVS VINYL SULFONE INHIBITOR COMPLEX
1OFHN:1-172; N:1-172; N:1-172; N:1-172; N:1-172; N:1-172ASYMMETRIC COMPLEX BETWEEN HSLV AND I-DOMAIN DELETED HSLU (H. INFLUENZAE)
1OFIN:1-172; N:1-172; N:1-172; N:1-172; N:1-172; N:1-172ASYMMETRIC COMPLEX BETWEEN HSLV AND I-DOMAIN DELETED HSLU (H. INFLUENZAE)
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Mycobacterium tuberculosis (4)
3KRDY:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487CRYSTAL STRUCTURE OF MYCOBACTERIUM TUBERCULOSIS PROTEASOME IN COMPLEX WITH FELLUTAMIDE B
3MFEY:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487; Z:302-487CRYSTAL STRUCTURE OF MYCOBACTERIUM TUBERCULOSIS PROTEASOME OPEN-GATE MUTANT WITH H0 MOVEMENT
3MI0Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487; Z:301-487CRYSTAL STRUCTURE OF MYCOBACTERIUM TUBERCULOSIS PROTEASOME AT 2.2 A
3MKAY:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Y:24-206; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487; Z:-3-487CRYSTAL STRUCTURE OF MYCOBACTERIUM TUBERCULOSIS PROTEASOME WITH PROPETIDE AND AN T1A MUTATION AT BETA-SUBUNIT
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Rhodococcus erythropolis (Arthrobacter picolinophilus) (2)
1Q5QG:24-209; G:24-209; G:24-209; G:24-209; G:24-209; G:24-209; G:24-209; N:1-185; N:1-185; N:1-185; N:1-185; N:1-185; N:1-185; N:1-185THE RHODOCOCCUS 20S PROTEASOME
1Q5RG:24-209; G:24-209; G:24-209; G:24-209; G:24-209; G:24-209; G:24-209; N:-4-185; N:-4-185; N:-4-185; N:-4-185; N:-4-185; N:-4-185; N:-4-185THE RHODOCOCCUS 20S PROTEASOME WITH UNPROCESSED PRO-PEPTIDES
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Saccharomyces cerevisiae (strain ATCC 204508 / S288c) (Bakers yeast) (13)
1RYPP:28-214; P:28-214; S:31-222; S:31-222; X:-3-181; X:-3-181; Z:1-180; Z:1-180CRYSTAL STRUCTURE OF THE 20S PROTEASOME FROM YEAST AT 2.4 ANGSTROMS RESOLUTION
1Z7QP:28-214; P:28-214; S:31-222; S:31-222; X:6-189; X:6-189; Z:1-180; Z:1-180CRYSTAL STRUCTURE OF THE 20S PROTEASOME FROM YEAST IN COMPLEX WITH THE PROTEASOME ACTIVATOR PA26 FROM TRYPANOSOME BRUCEI AT 3.2 ANGSTROMS RESOLUTION
2ZCYO:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178YEAST 20S PROTEASOME:SYRINGOLIN A-COMPLEX
3MG0O:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178STRUCTURE OF YEAST 20S PROTEASOME WITH BORTEZOMIB
3MG4O:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178STRUCTURE OF YEAST 20S PROTEASOME WITH COMPOUND 1
3MG6O:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178STRUCTURE OF YEAST 20S OPEN-GATE PROTEASOME WITH COMPOUND 6
3MG7O:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178STRUCTURE OF YEAST 20S OPEN-GATE PROTEASOME WITH COMPOUND 8
3MG8O:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178STRUCTURE OF YEAST 20S OPEN-GATE PROTEASOME WITH COMPOUND 16
3NZJO:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178CRYSTAL STRUCTURE OF YEAST 20S PROTEASOME IN COMPLEX WITH LIGAND 2A
3NZWO:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178CRYSTAL STRUCTURE OF THE YEAST 20S PROTEASOME IN COMPLEX WITH 2B
3NZXO:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178CRYSTAL STRUCTURE OF THE YEAST 20S PROTEASOME IN COMPLEX WITH LIGAND 2C
3OKJO:31-215; O:31-215; R:31-215; R:31-215; W:-3-178; W:-3-178; Y:1-178; Y:1-178ALPHA-KETO-ALDEHYDE BINDING MECHANISM REVEALS A NOVEL LEAD STRUCTURE MOTIF FOR PROTEASOME INHIBITION
2Z5CF:33-222; F:33-222CRYSTAL STRUCTURE OF A NOVEL CHAPERONE COMPLEX FOR YEAST 20S PROTEASOME ASSEMBLY
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Thermoplasma acidophilum (strain ATCC 25905 / DSM 1728 / JCM 9062 / NBRC 15155 / AMRC-C165) (8)
1YA7G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178IMPLICATIONS FOR INTERACTIONS OF PROTEASOME WITH PAN AND PA700 FROM THE 1.9 A STRUCTURE OF A PROTEASOME-11S ACTIVATOR COMPLEX
1YARG:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178STRUCTURE OF ARCHEABACTERIAL 20S PROTEASOME MUTANT D9S- PA26 COMPLEX
1YAUG:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178STRUCTURE OF ARCHEABACTERIAL 20S PROTEASOME- PA26 COMPLEX
2KU1G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216DYNAMIC REGULATION OF ARCHAEAL PROTEASOME GATE OPENING AS STUDIED BY TROSY-NMR
2KU2G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216DYNAMIC REGULATION OF ARCHAEAL PROTEASOME GATE OPENING AS STUDIED BY TROSY-NMR
3JRMG:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178CRYSTAL STRUCTURE OF ARCHAEAL 20S PROTEASOME IN COMPLEX WITH MUTATED P26 ACTIVATOR
3JSEG:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178CRYSTAL STRUCTURE OF ARCHAEAL 20S PROTEASOME IN COMPLEX WITH MUTATED P26 ACTIVATOR
3JTLG:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; G:31-216; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178; N:1-178CRYSTAL STRUCTURE OF ARCHAEAL 20S PROTEASOME IN COMPLEX WITH MUTATED P26 ACTIVATOR
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Thermotoga maritima (1)
1M4YC:1-171; C:1-171; C:1-171CRYSTAL STRUCTURE OF HSLV FROM THERMOTOGA MARITIMA