KEGG T01953: SiRe

Sulfolobus islandicus REY15A: SiRe_0741

Entry

SiRe_0741 CDS T01953

Definition

malate synthase

Orthology

K01638

malate synthase [EC:2.3.3.9]

Organism

sir Sulfolobus islandicus REY15A

Pathway

sir00620	Pyruvate metabolism
sir00630	Glyoxylate and dicarboxylate metabolism
sir01100	Metabolic pathways
sir01120	Microbial metabolism in diverse environments

Module

sir_M00012

Glyoxylate cycle

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:sir00620]
Metabolism; Carbohydrate metabolism; Glyoxylate and dicarboxylate metabolism [PATH:sir00630]

SSDB

Motif

Pfam:

Malate_synthase

Other DBs

NCBI-GI:

385775468

NCBI-GeneID:

12417641

UniProt:

F0NGM4

Position

709721..712201

AA seq 826 aa
MSFGLKISEDVYQKYSDLFGEKTINDRIVNVEKLIEELAVEFSDEIRRVINKRRQWLESK
DPVTSKGAFPSFDEVFVDADGNKRTFREIIQGMIDNFLGVQSKLRWRLNENVPIPKDAHP
LNNPGLEITGPWYPLSRAYNQINSDVACVMEDEEDASPAWYIPFGSGKTTADVWEGRKNV
KLFLSGKAPNPYYEKGKTYSLNKPRDKWPVIFHRLPGLHLLDFDITLNGKPVPAIIVSAV
IYTLNNYNSLKSAGSGVYFYLPKTQTPDEALVIEKILRRIESKLGLKIGTLKIALLYEEV
NAGRFFPIILWIFRERLIKSNNGRWDYLGSLIEMWLQEKVLPDPQNITMTSPNMMAYQKY
NALMMLLAGAKNGEADSAPVGGMAAVMLYPQTDPFGRNRYNLKALRGMKLDKLRERLIGL
IFVAEDKVEGKVTLEEVINGKVKGKLYDMFRQSWVATKEEAYVEAGSKPLRVSLEELQKI
IDAPVNYIEVEGTKLPTVDSGLTPEERALFQKLGLINERGKITPWVITKEMINTPEKLLF
NKELWGGKDLWHSLYDIPEGDITPEHVQHAFYMAANYGFQLLNGNLAAAIDDYELKQRFM
NDLATYRIFTSWLWSVINRDASFTKDGYIKGPKLTKDGVIPAEDVLKVTKGTKIKDIFEK
LWELHLDWTYEFYKEQDMRAARKIAETFGKTNSTSTVEEVYKVVSEAYRSGPFREMSAKE
AAQKLAKILNADASEIEEELINLAPRFDRAMAPVIMEILMKQMLYPKYIMNSGKILFILS
PLDPERRSKVMDSIFSFRKMVEDKVRRGELDKWVLELYDYVYDNYW

NT seq 2481 nt +upstreamnt +downstreamnt
atgtcttttggccttaaaatctctgaagatgtatatcaaaagtatagtgacctcttcgga
gaaaagaccataaacgataggattgtaaatgtcgaaaaactcattgaagagcttgcagtt
gagttctcggatgagataagaagggttattaataaaaggagacaatggttagaatcaaaa
gatcccgtgacctctaagggtgctttcccatccttcgacgaagtttttgtagacgctgat
ggaaataagagaacctttagggaaatcattcaagggatgatagacaatttcctaggagta
cagtcgaagctgcggtggaggttaaatgaaaatgtacctataccaaaagacgcacacccc
cttaataacccgggattagaaatcactggaccttggtatcctctaagtagggcatataat
caaataaattcagacgtggcatgtgttatggaagatgaggaagatgcctcacctgcatgg
tatattccctttggttctggtaaaacaactgctgacgtatgggagggaagaaagaacgta
aaactctttctctccggtaaggctccaaatccttactacgagaaggggaaaacgtatagc
ctaaacaaacctagagataagtggcctgtgatttttcacagacttcctggattgcacctc
ttagattttgacataacgctaaatggtaaaccagtaccggctataattgtttctgccgtc
atatataccctaaataattacaatagcctaaagagcgcaggctctggggtatatttctat
ctgcctaaaacacagacaccggatgaggcattggtaatagaaaagatcttgagaagaatt
gagtctaaactagggcttaagataggtacacttaagatcgctctcctttacgaagaggtt
aatgcgggaagatttttccctataatactgtggatatttcgtgagaggctcattaaatca
aataacggtagatgggactacttgggaagtttaattgagatgtggttacaagagaaagta
cttcccgatccccaaaacattaccatgacctcaccaaacatgatggcttatcaaaagtat
aacgcacttatgatgctattggctggggcaaagaatggtgaagccgattcagctccagta
ggtggtatggcagcagtaatgctttatcctcaaactgatccgttcgggagaaatagatac
aacttaaaggcattaaggggaatgaagttagataagttaagagagaggctaatagggctt
atttttgtagcagaggataaagttgaaggtaaagttactttagaggaggtaattaatggc
aaagtaaagggtaaactttatgatatgtttagacagagttgggttgcaaccaaggaagag
gcttacgtagaagcgggaagtaaacccttaagggtaagcctagaggaattgcagaaaata
attgatgcaccagttaactatattgaagtagagggaaccaaattacctactgtggatagt
ggactaacaccagaggaaagagcattattccaaaaactcggtctaattaatgaaagagga
aaaataacaccttgggttataactaaggaaatgattaacactcccgaaaagttactattt
aataaggaattatggggtggaaaagacctatggcattcgttatatgacatcccggagggg
gacattacaccagagcacgttcaacacgcattctatatggcagcaaattatggtttccaa
ttgcttaatggtaacttagcagcagcaatagatgattatgaattaaagcaaagattcatg
aatgatctagctacctatagaatattcacttcttggctatggagtgtgataaatagagac
gctagcttcacaaaggatggatatattaagggaccaaagctaactaaggacggtgtaatt
ccagctgaagatgttctaaaggttacaaaggggactaagataaaggacatattcgagaag
ttatgggagttacacttagattggacatatgagttttacaaagaacaagatatgagagca
gctaggaaaatagcggaaacctttggaaagacaaatagtacttccacagtggaagaggta
tataaggtagtttccgaggcttataggtcaggtccgtttagagaaatgtcggctaaagaa
gctgcacagaagttggcaaaaattcttaacgctgacgcctctgagatcgaggaagagctt
attaatttagccccaaggtttgacagagctatggctccagtaataatggaaattttaatg
aaacagatgctatatcccaagtacattatgaatagtgggaagattctcttcatactatcg
ccgttagatccagagaggaggtcaaaggtcatggatagtatattctcgtttagaaaaatg
gttgaagataaggtaagaagaggggaactagataagtgggtattggagttatatgactac
gtttatgataattactggtaa

All links

Pathway (5)   
   KEGG PATHWAY (4)   
   KEGG MODULE (1)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (20)   

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