KEGG T01615: TRV

Trichophyton verrucosum: TRV_07116

Entry

TRV_07116 CDS T01615

Definition

pyruvate carboxylase, putative

Orthology

K11262

acetyl-CoA carboxylase / biotin carboxylase [EC:6.4.1.2 6.3.4.14]

Organism

tve Trichophyton verrucosum

Pathway

tve00061	Fatty acid biosynthesis
tve00620	Pyruvate metabolism
tve00640	Propanoate metabolism
tve01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:tve00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:tve00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:tve00061]

SSDB

Motif

Pfam:

ACC_central Carboxyl_trans CPSase_L_D2 Biotin_carb_C Biotin_lipoyl ATP-grasp_4 ATPgrasp_Ter Dala_Dala_lig_C ATP-grasp_3 ATP-grasp SRA1 Gryzun

Other DBs

NCBI-GI:

302654072

NCBI-GeneID:

9581492

UniProt:

D4DIV5

AA seq 2165 aa
MAGRGHASENPKLPESLAASPKKIIFIGPPGNAMRSLGDKISSTIVAQHAGVPCIPWSGT
GVDEVKIDEEGIVTVEDNVYDQGCTHSPEDGLKKAREIGFPVMVKASEGGGGKGIRKVDS
EENFEALYNAAASEIPGSPIFIMKLAGNARHLEVQLLADQYGNNISLFGRDCSVQRRHQK
IIEEAPVTVAKQTTFQEMEKAAVRLGRLVGYVSAGTVEYLYSHADDKFYFLELNPRLQVE
HPTTEMVTGVNLPAAQLQIAMGLPLHRIRDIRLLYGVDPNTSSPIDFGFSNEESTMVQRR
PQPKGHTTACRITSEDPGEGFKPSSGTMHELNFRSSSNVWGYFSVGTAGGIHSFSDSQFG
HIFAYGENRSASRKHMVVALKELSIRGDFRTTVEYLIKLLETPAFEDNTITTGWLDELIT
KKLTAERPDPMVAVICGAMTKAHLASEACESEYRKGIEKGQVPAKDVLSTVFPIDFIYEG
SRYKFTATRSSIDSYHLYINGSKCTVGVRALADGGLLILLDGRSHNVYWKEEAAATRLSV
DGKTCLLEQENDPTQLRTPSPGKLVKFTVENGEHIRAGEAFAEVEIMKMYMPLIAQEDGV
VQFIKQPGATLEAGDILGILALDDPSRVKHASPFTGQLPELGPPQVLGNKPPQRFMVLLK
ILQDILLGYDNQVIMGSTLNELVQVLRNPELPYGEWNAYASALHSRMPQKLDAQMTQVID
RAKARKADFPAAQLLKTVTRFIDENVKAAADAEALRTTIAPLLQIIERYKDGLKVQEYKI
IVSLLEQYWEVERLFAQGNTRDESVILKLRDENKDDISKVIQIVLSHSKIGSKNNLILAI
LDMYRPNKPNVGNVANYLKAILRKLAELESRATAKVALKAREVLIQCALPSLEERVAQME
HILRSSVIESKYGETGWDHREPDLNVLKEVVDSKYTVFDVLPLFFAHNDQWVSLAALEVY
VRRAYRAYALKGIEYHNTGDAPFFVSWDFILRKVPHSEFGLSSQSTTSSVPGTPISEINP
FKKIGSISDMAFANKGSDEATRKGVLIPVHYLDEAEEVLYKALSVFPRSTPAAAKPKKSG
TLPDRSRPAPRSESDEELSGVCNVAIRDVEDLDDSELSSRLTALVNDAKSELLARGIRRL
TFVCGHEDGTYPGYFTFRGPTYAEDVSIRHSEPALAFQLELGRLSKFKIKPVFTENRNLH
VYEAIGKGPELNDNAVDKRYFTRAVVRPGRLRDDIPTAEYLISEADNLMTDILDALEIIG
NNNSDLNHIFINFTPVFPLQPVDVEKALAGFLERFGRRLWRLRVTGAEIRILCTDPATGT
PYPLRVVITNTSGYIIQVELYVERKSEKGEWIFHSIGGTTKIGSMHLRPVSTPYPTKEWL
QPKRYKAHLMGTQYVYDFPELFRQAFQNSWTTAIAAHPALAEKRPALGTCIEYSELVLDD
RDNLAEVSREPGTNTHGMVGWLITAKTPEYPRGRRFIVVANDITYQIGSFGPQEDKFFYQ
CTELARKLGIPRIYLSANSGARIGMADELMSQFNVAWNNPDKPENGFKYLYLTPEVEKRL
EKEKKKDLITELITEDGEERYKITTIIGAKDGLGVECLRGSGLIAGATSKAYEDIFTITL
VTCRSVGIGAYLVRLGHRAIQVEGQPIILTGAPAINKLLGREVYTSNLQLGGTQIMYKNG
VSHMTANDDFAGITKIVEWMSFVPEKKGAPIPIRPSSDPWNRDITYCPPPRQPYDVRWII
GGKEDDEGFLSGLFDKGSFEEALGGWARTVVVGRARLGGIPMGVIAVETRSVDCVTPADP
ANPDSMEVLSTEAGGVWYPNSAFKTAQALKDFNNGEQLPVMILANWRGFSGGQRDMYNEV
LKYGSYIVDALVKYEQPIFVYIPPHGELRGGSWVVIDPTINPDQMEMYADVEARGGILEP
EGIVNIKYRRDKQLDTMARLDPEYGALRESLKDKSHSPEKLSEIKAQMTEREERLLPVYM
QIALQFADLHDRAGRMEAKGTIRQPLEWKNARRFFYWRLRRRLSEEIILKRMAAATVSSA
TSSQASSSPPSSPIPTHSDAPSRINTSTITTPRTQRDENLDKLKAWTGISDDEFESNDRE
VAIWYEENKKNVYEKIEALKTDGIAAEVASLLMGNKEGGLRGVQKVLSMLPDNEKAAVLK
YLGSS

NT seq 6498 nt +upstreamnt +downstreamnt
atggccggcaggggacatgcgtctgaaaaccccaagctccctgaatccctcgccgcttca
cccaaaaagatcatcttcattggcccccctggtaacgcaatgcgctctctcggagataag
atctcttctacgatagttgctcagcacgcgggggttccctgcattccgtggtcgggcacg
ggcgtagatgaggttaaaatcgatgaggagggcatcgttactgtggaggacaatgtttat
gatcaaggatgcacccactctcctgaggacggtctcaagaaggctcgagagattggcttc
ccagttatggttaaagcctccgagggtggtggtggtaagggtatccgcaaggtcgacagt
gaggagaactttgaggccctctacaatgccgctgctagcgaaattcctgggtctcctatc
ttcatcatgaagcttgctggaaatgctagacatctggaagtccagcttctcgctgatcag
tacggcaacaacatctctctctttggccgtgactgttccgtccagcgaagacaccagaaa
attatcgaggaagctcctgttaccgttgctaagcagactaccttccaggagatggagaag
gccgcagttcgtctcggtcgtctcgttggttacgtctctgctggtaccgtggaatatctc
tattcccatgccgatgacaagttttacttccttgagctcaaccctcgtttgcaagtcgag
catcctaccactgagatggtcactggcgtcaacctcccagccgctcagctgcagattgcc
atgggtctccctcttcaccgcatccgtgacattcgtctcctttacggcgtggatcccaac
acctcctctcctatcgacttcggcttctcaaacgaggagagcactatggtccagcgtcgt
cctcaaccaaagggccacactactgcttgtcgaatcacctccgaagatccaggtgaaggt
ttcaaaccctctagcggtactatgcacgagctgaacttccgaagttcctccaacgtttgg
ggttacttctctgtgggcaccgcgggcggtatccacagcttctctgattcccagtttggt
cacatcttcgcctacggagagaaccgctctgcttccagaaaacacatggttgttgcactc
aaggaactgagcatccgtggtgactttaggaccactgttgagtacctcattaaacttctt
gaaactcctgctttcgaggataacaccatcactactggatggctggatgagcttatcacc
aagaagctcactgctgagcggcctgatcccatggttgccgtaatctgcggtgccatgacc
aaggctcatcttgccagtgaagcctgcgagtctgaataccgcaagggtattgaaaagggt
caggtgcctgccaaagacgttctgagcaccgtgttcccaattgacttcatctatgaaggt
tcgcgctacaagtttacggccacccgctccagcatagacagctaccacctctatatcaat
ggcagcaagtgtacagttggtgttcgggctctggctgacggtggtcttcttattcttctt
gacggacgaagccacaatgtttactggaaggaagaagctgcggccacccgtctatctgtt
gatgggaagacctgtctccttgagcaagaaaatgaccctacgcagctccgaacacctagt
cctggtaagctggttaagttcactgtcgagaacggtgagcatatccgtgctggcgaggct
ttcgccgaagtcgagatcatgaagatgtacatgcctttgatcgcccaggaggatggtgtc
gtccaattcatcaagcagcccggagccacccttgaagctggtgatattctcggtatcctt
gcgcttgacgacccatcccgagttaagcatgcctctccattcacgggtcagctacctgag
cttggtccaccacaggtactcggtaacaagcctccacagcgcttcatggttctcctcaag
attctccaggacatccttctcggatacgataaccaggttatcatggggagcaccttgaac
gaacttgttcaggtcttgcgtaaccctgaacttccctatggtgaatggaacgcttatgcc
tctgctttgcactctcgtatgccccagaaacttgatgctcaaatgactcaggtcattgac
cgtgcaaaggctcgcaaggcagatttcccagctgcccagcttctcaagactgtcacccgt
ttcatcgatgagaatgtcaaagcagcagctgatgccgaagctctgcgaaccaccattgct
ccgcttcttcagatcatcgagcgatacaaggacggactcaaggtccaggagtacaagatc
attgtctccctcctcgagcaatactgggaagttgagcgtctgttcgctcagggaaacacc
cgtgatgagagtgtcatcttgaaactccgtgatgagaacaaggatgatatctccaaggta
atccagatcgtcctctcgcatagcaagataggatccaagaacaacctcattctcgcaatc
cttgacatgtaccgccctaacaagcctaatgtcggcaatgttgcaaactacctcaaggct
atccttcgtaagttggctgagcttgagtctcgcgctactgccaaggttgctctcaaggct
cgtgaggtgcttattcagtgtgccctgccatctcttgaggagcgagttgctcagatggag
cacatcttgcgatcatccgtgatcgaatccaaatatggtgagaccggctgggatcacaga
gaacctgacctcaatgttctcaaggaagtcgtggattccaagtataccgtctttgacgtt
ctgcctctcttcttcgcccacaatgatcaatgggtatccctcgctgcattggaagtctat
gtccgccgtgcctatcgtgcctatgctttgaagggtattgaatatcacaatactggtgat
gcaccattttttgtctcctgggatttcatcctgcgcaaggttcctcactctgaatttggg
ttgtcttctcaatcaaccacctcgtctgttccaggaacaccgatttcagagattaacccc
tttaagaaaatcggatcaatcagcgacatggccttcgccaacaaaggatctgacgaggcg
actagaaagggtgtcttgattccagttcactatctcgatgaggcagaggaagttctatac
aaagctctcagtgtcttcccgcgttccactcccgccgcagccaagccaaagaagagcggt
accttgcctgaccgtagcagacctgcgccacgctctgaatccgatgaagaactctccggt
gtttgcaacgtggctatacgtgacgttgaagatttggatgactctgagctgtcttcgcgt
ctcactgctcttgttaacgatgcaaagagtgaattgcttgctcgtggaatccgccgactc
acttttgtttgcggtcatgaggacggtacttaccctggttacttcactttccgtggtcct
acttatgccgaagacgtgagtatccgtcacagcgagccagcacttgctttccagcttgaa
cttggccgtctatccaaattcaagatcaagcctgtcttcaccgaaaatcgtaacttgcac
gtttatgaggctatcggcaagggaccagaactcaatgacaatgccgttgacaagcgctac
ttcactcgtgccgtcgtccgccctggcaggctacgtgatgacattcccaccgcggaatat
ctcatttctgaagccgacaacttgatgacagatattcttgacgcccttgagatcattggc
aacaataactctgatctcaaccatatctttatcaatttcactcccgtcttccccttgcaa
ccagttgatgttgagaaagccctcgctggtttccttgaacgtttcggtcgtcgtctctgg
cgtctacgtgtcactggtgccgaaatccgtatcctttgcaccgacccagctaccggcaca
ccttacccgctccgagttgtcatcaccaacacttcaggctatatcatccaggttgaactt
tacgtggagcgtaagtctgaaaaaggcgaatggattttccattcaatcggcggcactacc
aagattggatccatgcacttacgtcctgtctctaccccttatcctaccaaagagtggctg
cagcccaagcgttacaaggcccatctgatgggtactcaatacgtgtacgatttcccagag
ctgttccgtcaggctttccagaacagctggactactgctattgctgcccatcccgctttg
gctgagaagagacctgcgcttggaacctgcatcgaatattctgaactcgttcttgatgac
agggacaacctcgctgaagtttctcgtgaaccaggcactaacacccacggaatggtcggc
tggttgatcactgctaagaccccagaatatcctcgtggacgacgctttattgtcgttgcc
aacgatatcacttaccagataggctctttcggaccacaagaggataaatttttctaccaa
tgtacagaattggccagaaagctgggcattcctagaatctatctttctgctaactctggt
gcacgtatcggcatggctgatgaactcatgtctcagttcaatgttgcttggaacaacccc
gacaaaccagagaacggattcaagtatctctacctcaccccagaggttgagaagcgtctc
gagaaggaaaagaagaaggatctgatcactgagttgattaccgaggatggtgaagagcgc
tacaagatcaccactatcattggagctaaggacggccttggtgttgaatgtctccgaggt
tcggggttgattgccggtgccacatccaaggcatacgaggacatctttactatcactctt
gttacctgtcgttccgttggaatcggtgcatacctcgttcgcctaggtcatcgtgccatc
caggttgagggtcaacccatcatccttactggtgcgccagctataaacaagctccttggc
cgtgaagtatatacctccaacttgcaactcggcggtacccaaatcatgtacaagaacggt
gtctcgcacatgactgctaacgatgactttgctggtatcaccaaaattgtggagtggatg
tccttcgtccctgagaagaagggcgctccaatccccatccgcccttcctctgacccctgg
aaccgagacattacttattgccctccacccaggcagccctatgatgtccgttggatcatt
gggggtaaggaagatgatgaaggattcttgtctggtctattcgacaagggctccttcgaa
gaagctctcggtggctgggctagaaccgtcgttgtcggccgtgctagactcggtggtatc
cctatgggtgttattgctgtcgaaactcgatcggtcgactgtgtcacccctgccgacccc
gccaaccctgattctatggaagttctgtccacagaagctggaggggtctggtaccctaac
tctgcattcaagactgcgcaagccctcaaggactttaacaacggtgagcagctacctgtc
atgatcctcgctaactggcgtggtttctccggtggccaacgtgacatgtacaacgaggtt
cttaaatacggttcctacatcgttgatgcccttgttaagtacgagcagccaatcttcgtc
tatattccaccacacggtgaactccgtggtggttcttgggtcgttattgacccaactatc
aaccccgatcagatggagatgtatgccgacgttgaggcccgtggtggtattctcgagcct
gaaggtatcgtcaacatcaaataccgccgggataagcagcttgatactatggcccgcctg
gatcccgaatatggtgctctccgtgaatctctcaaggacaagtctcatagcccagagaag
ctttctgaaatcaaggcccagatgaccgagcgtgaagagaggctcctccctgtctacatg
cagattgccctgcaattcgctgaccttcatgaccgcgccggccgtatggaagccaagggt
actatccgacaaccgctcgaatggaagaacgcacgtcgcttcttctactggcgtctccgc
cgtcgtctaagtgaagaaattattcttaagcgcatggccgctgcgactgtttcttccgcc
actagctctcaagcctcatcctcccctccctcatctcccatcccaactcactccgacgct
ccatcccgaatcaatacgtcaaccatcaccaccccgcgcacccagcgtgacgagaacctt
gacaaactcaaggcctggactggaatctctgacgatgaattcgagtctaacgaccgtgag
gtcgcgatttggtacgaagaaaacaagaagaacgtctacgagaagatcgaggctctcaag
accgacggaattgctgcagaggttgcgtctttgctcatgggcaacaaagaaggtggtcta
cggggtgtacaaaaagtcctcagcatgcttcctgacaatgagaaggctgctgtactgaaa
tacttgggctcatcttaa

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
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)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (37)   

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