KEGG T01054: CBG07699

Caenorhabditis briggsae: CBG07699

Entry

CBG07699 CDS T01054

Definition

Hypothetical protein CBG07699

Orthology

K11262

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

Organism

cbr Caenorhabditis briggsae

Pathway

cbr00061	Fatty acid biosynthesis
cbr00620	Pyruvate metabolism
cbr00640	Propanoate metabolism
cbr01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:cbr00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:cbr00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:cbr00061]

SSDB

Motif

Pfam:

Carboxyl_trans CPSase_L_D2 CPSase_L_chain Biotin_carb_C ACC_central ATP-grasp_4 Biotin_lipoyl Dala_Dala_lig_C ATP-grasp P22_AR_C

Other DBs

NCBI-GI:

268581901

NCBI-GeneID:

8587933

WormBase:

CBG07699

Position

AA seq 2047 aa
MSVNGHKPDIRKITVTGNALISDGAAPYESIEQFVEQNVNDPEKRRPIRKLLVATNGIAA
VRCMTTIMRLLNHTFRNDKLIHFVCMTTEDETKSNSEYLKSATSLATSPSGSNKNNYANV
DEVLRHAKAEKVDAVWAGWGHASENPELPRRLAENNIVFIGPPASAMFSLGDKIASTIIA
QTVGIPTIAWSGSGITMEKTTRNKGDFVEVPKSLLQAACVKTYQEGLEALKTHNIGFPLM
IKASEGGGGKGIRKCTKLEDFKSMFEEVGLEVSNSPIFLMKCVENARHIEVQLIADRYEN
VISVFTRDCSIQRRCQKIIEEAPACVAPSETRKRMQEDAVRIARYVGYESAGTVEYLYLP
EDDTYFFLELNPRLQVEHPATEMISNISIPAIQIQIAMGLPLHKIPDIRNLYNLPKDGDC
ELPDETLVDTPLHAIAARITSEDPDDSFRPSTGKVKELNFRSSQDAWAYFSVSGGGQVHE
YADSQFGHLFARGTSRRIAIANIVGALKEMEIKASFKSQVSYLIDLIHEPDFANNVFNTQ
WLDERIARKIKQKCTIPVSDVIAVSAAVIGHARISEVFGKFQEAIERGQVLPPNNLTETV
LFDLVRDLKIYSVKVTRSAPDSYVILLNGSNTNVNIVKFGDQGTLMATHRGSVFRCNIEE
TPEEFKVSIANQTITFEKDNDPSVLKSNVTGKFLSYKREEGEYLNVGDCYATLESMKIVF
PIEVKKAPGRLVKTAQEGDIIYPGSIIGKLVDQGDSDMYRPTQFLGTFPEWSSADNSSNE
NKVHLYNACLEKCRNILAGSVPLGGVAEVNALVTELFPNGFASGVLNSLLRDYISVEKYF
EGKGYDDSVAEIKENNTNGDAVVQTIYSHFKLKSKNVVMKAILEALKQTGSKFIPSLLDN
LREIGNLHHTEEISSLAREILLIFQNLRYKKNFTEITASGLTATVEEVKLWLNGPLAKRP
DSTGWKVIHEYFFDPEIGSQCLDRYVAMHISAHPGYMENTYTLPQMGCVISHFNLLSKPD
SFNKIVLKGNKLIVVRLSIDADAYNDCFTNPDFLDCLKKNFASYCKKDEEINVSIFVKIL
NDKSAHHDASSLTDQEEQMICYAQNAVVDIKKNLENNFKVNRVNTVLILNERPLPQLTIF
EQVRLEKDRLPANSYPVLSGLSSVRAYQQDDAESMFSKLFIRQQLIIPGNKAEDVQKKVS
EAVFLALDNACTAAQVAKAKKDKKGKERFFAANHVFVFISCPGLPKEVIASEEHLAFMKE
CITEEVENHKAILAKHQISEVEMVYESIDGHKRIVIRDETGVTTEVITEFDQSLGVYPTV
QLIDKKRFASRRVNSSYIYDFPIIFGMAAVNSWNTAKHVASLPPSMAEALHDGRWREFFT
LRELVFENGKLEQIEDSETLQKRARNALNKCGMVAWIMTLYTPEKPQGYDVVLIGNDVTF
QSGSFGTAEDDLFAAASTYSREHKLPRVNVSVNSGARIGLSTKISKLVKVQLKNEDKPDQ
GYDYIYVDGECKADVEGQVVYEELDNGRLKIVAVIGAKNEKIGVENLQGSGLIAGETSRA
YFEVPTYCYVTGRSVGIGAYTARLAHRIVQHKQSHLILTGYEALNTLLGKKVYTSNNQLG
GPEVMFRNGVTHSVVDNDLEGIAKVLRWMSFLPTDNTSFPFFSQYGNDSNIRDVKVPVEG
DGKQYDVRDLIDSKDLTNKVGICDTMSFDEICGDWAKSIVAGRARLCGIPIGIVASEFRN
FTTTVPADPALEGSQLQNIQRAGQVWYPDSAFKTAEAINDLNKENLPLIIIASLRGFSGG
QKDMYDMVLKFGAQIVDALATYNRPVIVYIPEAGELRGGAWAVLDSKIRPEFIHLVADER
SRGGILEPNAVVGIKFREPVIAEMMKRCDQTYAELAADSKSKIQAKERFDELSKVYRNAA
VEFADAHDRWQRMKSVGAVDHVTSLKSSRRLFFELFRNELAKVGMAETYSNAPHASKPCL
ASSMTWVEENLKTFVNHSDSMDKQYKQIETYYQKQFVSDLVSAVTESKKRYEEQLSNFMA
GITRNNR

NT seq 6141 nt +upstreamnt +downstreamnt
atgtctgttaacggtcataaacctgatatccgaaagatcactgtcactggaaacgctctg
atcagtgacggagctgctccatacgagagtattgagcaattcgtagagcaaaatgtcaat
gacccagaaaagagaagacctattagaaagctactcgttgccaccaatggaattgctgca
gttcgttgtatgaccactatcatgagactcctgaatcacacattccgtaatgataagctt
attcatttcgtttgtatgaccactgaagatgagacgaaatccaattccgaatacctcaaa
agcgcgacaagtttggccacctccccatcgggtagcaacaagaacaactacgcgaacgtc
gacgaagttttgagacatgccaaagcagaaaaagtcgacgctgtttgggccggttgggga
cacgcttcagaaaacccagagctcccaagaagactcgctgaaaacaatattgtattcatt
ggaccaccagccagtgccatgttcagtttgggagacaaaatcgccagtactatcattgcc
caaacagtcggaattccgactatcgcttggtcgggatctggaatcaccatggagaagacc
acacgtaacaagggagactttgtggaagtaccaaagagtttgctgcaggcagcttgtgtg
aagacttaccaagaaggattggaagctctgaagactcataacattggattcccactcatg
atcaaagcttccgaaggaggaggtggtaagggaatcagaaagtgcaccaagcttgaagac
ttcaagagcatgttcgaagaagtcggacttgaagtttccaactctccaatcttcttgatg
aagtgtgttgagaacgcaagacacattgaagtccaactcatcgctgatcgctatgaaaac
gttatctctgttttcacccgtgactgttctatccaacgtcgttgccaaaaaatcattgaa
gaggctccagcttgtgttgctccaagtgagactcggaaacgtatgcaagaggacgctgtc
agaattgccagatatgttggttacgagtcagctggaactgtcgagtacttgtacttgccc
gaagatgacacctatttcttcctggaactcaacccaagacttcaagtggagcatccagcc
actgagatgatctccaatatcagcatcccagctattcagattcaaatcgctatgggactt
ccacttcacaagattccagacatccgtaatctctacaacctcccaaaggatggagattgt
gagctgccagatgaaactcttgttgatactccacttcacgcaattgctgctcgtattacc
agtgaggacccagatgacagtttccgtccatccacaggaaaagtcaaagagcttaacttc
cgttcatctcaagacgcctgggcttacttctcagtttctggaggaggacaagtgcacgaa
tacgctgattcacagtttggtcacttgttcgcacgcggaacatccagacgcattgcgatc
gcaaacattgttggcgcattgaaggagatggaaatcaaagcaagtttcaaatcgcaagtc
tcctaccttattgacttgatccacgagcctgatttcgccaacaacgttttcaacacccaa
tggttggacgaacgaattgcgagaaaaatcaaacagaaatgcactattccggtgagcgac
gtcattgctgtcagtgccgccgttatcggtcatgcacgaatcagcgaagtcttcggcaag
ttccaagaagcaatcgagagaggacaagtgttgccgccaaataaccttaccgagactgtt
ctttttgatcttgtccgtgacctaaagatctattccgtgaaggtgactcgtagtgctcct
gactcttacgtgatccttctcaatggctccaatactaacgtcaatatagtcaagtttgga
gaccaaggaaccttaatggcaactcacagaggaagcgtgttccgttgtaatattgaagaa
actcctgaggaattcaaggtcagcatcgcaaaccaaactatcacttttgaaaaggataac
gatccaagtgttctgaaatccaatgtcaccggaaagttcttgtcttacaaaagggaagag
ggagagtatcttaatgttggagactgctatgccactcttgagtcgatgaagattgtcttc
ccgattgaagtcaaaaaggctccaggaaggcttgtgaaaacggcccaagaaggagacatt
atctacccaggaagtatcattggaaaacttgtggatcaaggagactccgacatgtaccgc
ccaacacaattcctcggaacattcccagagtggtcttctgccgacaactcgtcgaacgaa
aacaaagttcatctctacaacgcttgcctggagaaatgccgcaacattctggctggatcc
gttccattaggaggggtagctgaagtcaatgctcttgtcaccgaacttttcccaaatgga
ttcgcttctggagtgctcaacagtcttcttcgtgactacatcagtgttgagaagtacttt
gaaggaaaaggatacgatgattcggttgctgaaatcaaggagaacaacacaaatggagat
gctgtggttcagaccatttattctcacttcaagttgaagtccaaaaatgttgtcatgaag
gctattctggaggcattgaagcaaactggatccaaattcattccatctcttctcgacaac
cttcgtgagattggtaacctccatcacaccgaagaaatctccagcttggctagagaaatt
cttctcatcttccaaaacttgcgctacaagaaaaacttcaccgaaatcaccgccagtgga
ctcacagctactgttgaagaagtcaaattgtggctcaatggaccgcttgccaaaagacca
gactccaccggatggaaggttatccacgagtacttcttcgacccagaaatcggatcccag
tgcttggaccgctacgtcgccatgcacatttcagctcatccaggatatatggagaacact
tacactcttccacaaatgggctgtgtaatcagtcacttcaatcttctatccaagccagat
agcttcaataaaattgtgctcaagggaaacaagctcattgttgtccgtctttccatcgac
gctgatgcttacaatgactgcttcaccaacccagatttcttggactgcctcaagaagaac
tttgcttcttactgtaagaaggatgaggagatcaacgtttccattttcgtcaaaattttg
aacgacaaatctgctcatcatgatgcttcctctcttaccgaccaagaagagcaaatgatc
tgctacgcccagaacgctgtagttgacatcaagaagaatcttgagaacaacttcaaggtc
aaccgtgtcaacactgtcttgattctcaatgaacgaccactaccacagctgactatcttt
gaacaagtccgacttgagaaggatcgtcttccagctaactcgtatccagttctctctggt
ctttcctctgttagagcttaccaacaagatgatgcagagagcatgttctccaaattgttc
atccgtcaacaactcatcattccaggaaataaggctgaggatgttcagaagaaggtatct
gaagctgtcttccttgctctcgacaacgcatgcactgctgctcaagtcgcaaaagccaag
aaggacaagaaaggaaaagaaagattcttcgctgccaaccatgtcttcgtcttcatctcc
tgcccgggattgcctaaagaagttattgcttccgaggagcatcttgctttcatgaaggaa
tgcatcaccgaggaagtcgagaatcataaggctattcttgccaaacatcaaatcagcgaa
gtggagatggtctacgaatcgattgatggtcataagagaatcgtgattcgtgatgaaact
ggagtaaccaccgaagttatcaccgagtttgaccaatctcttggagtctacccaactgtc
caactcatcgacaagaagcgtttcgcttctcgcagagtcaactcttcctacatctacgac
ttcccaattatcttcggaatggctgctgtcaattcatggaacactgctaaacatgttgct
tctctgccaccatccatggccgaagctcttcatgacggaagatggagagagttctttact
cttcgtgaacttgttttcgagaacggaaaacttgaacaaatcgaagactctgaaactctc
cagaaacgtgctagaaatgctctcaacaaatgtggaatggttgcctggattatgactttg
tatactccagaaaagccacaaggatatgacgttgttctcattggaaacgatgtgaccttc
caatcaggatccttcggaactgctgaagatgatctcttcgccgctgcttctacttactct
cgtgaacacaaacttccacgtgtcaatgtctcagtgaactctggagctcgcattggtctt
tccacaaagatctcaaagcttgtcaaagttcaattaaagaatgaagacaagccagaccaa
ggatacgattacatttacgttgatggagaatgcaaagccgatgttgagggacaagttgtt
tatgaggaattggataacggaagattgaagattgtagctgttattggagctaagaacgaa
aagattggagttgaaaacttgcaaggatctggattgattgctggagaaacctctcgtgct
tacttcgaggtcccaacatactgctacgtcaccggaagatcggtgggaatcggagcctac
actgctcgtcttgctcacagaatcgttcaacacaagcaatcccatcttatcctcaccgga
tacgaagctctcaatacccttctcggaaagaaggtctacacttccaacaaccaactcggt
ggaccagaagtcatgttccgcaacggagtcacccactctgttgttgacaatgatttggaa
ggaatcgctaaagttttgagatggatgtcgttcttgccaaccgacaacactagcttccca
ttcttctcgcaatacggaaatgattccaatattcgtgatgtcaaggtcccagttgaagga
gatggaaagcaatacgatgttcgtgacctcatcgactccaaggatctcaccaacaaggtt
ggaatctgtgacactatgtctttcgatgaaatttgcggagactgggccaagtccatcgtt
gccggaagagctagactctgtggaattccaattggaatcgttgcttctgagttccgcaac
ttcacgactactgttccagctgaccctgctcttgagggctctcaacttcagaacatccaa
cgtgccggacaggtgtggtacccagactctgcattcaagaccgctgaagctatcaatgac
ttgaacaaggaaaacctgcctctcattattatcgcttccctccgtggattctctggagga
cagaaggatatgtatgacatggtcttgaagttcggagcacagatcgttgacgcattggcc
acctacaaccgtccagtcattgtgtacatcccagaggctggagagctccgtggaggagca
tgggctgtgctcgatagcaagatccgtccagaattcattcatcttgtggctgatgagaga
tcccgtggaggtatccttgagccaaacgctgttgttggaatcaagttccgtgagccagtg
atcgccgagatgatgaagcgatgtgaccagacctacgctgagcttgctgctgattccaag
tctaagattcaagccaaggagagattcgacgagttgagcaaagtctacagaaatgctgct
gttgagtttgctgatgctcacgatagatggcaaagaatgaagtctgttggagcagtggat
catgttacctccctcaagagctctagaagattattcttcgaattgttcagaaatgagctt
gctaaagttggaatggctgagacttactccaatgctccacatgctagcaagccatgcctc
gcttcctcgatgacatgggttgaagagaatttgaagacatttgtgaatcattctgattct
atggacaagcaatacaaacaaattgaaacttattatcagaagcaattcgtgtctgattta
gtttcggcggtgacagagtccaagaaacgatacgaagaacagttgagcaatttcatggct
ggaattacgcgaaacaaccgg

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (35)   

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