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KEGG   Ciona intestinalis (yellow sea squirt): 100184805
Entry
100184805         CDS       T01056                                 
Name
(RefSeq) LOW QUALITY PROTEIN: acetyl-CoA carboxylase-like
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
cin  Ciona intestinalis (yellow sea squirt)
Pathway
cin00061  Fatty acid biosynthesis
cin00620  Pyruvate metabolism
cin00640  Propanoate metabolism
cin01100  Metabolic pathways
cin01212  Fatty acid metabolism
Module
cin_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:cin00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    100184805
   00640 Propanoate metabolism
    100184805
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    100184805
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    100184805
Enzymes [BR:cin01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     100184805
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     100184805
  6.4  Forming carbon-carbon bonds
   6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)
    6.4.1.2  acetyl-CoA carboxylase
     100184805
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp Dala_Dala_lig_C ATP-grasp_3 Rpr2 ATP-grasp_4
Other DBs
NCBI-GeneID: 100184805
NCBI-ProteinID: XP_004227021
Ensembl: ENSCING00000002850
Position
Unknown
AA seq 2591 aa
MTASVIPTAQSSSTFPFSWLMLNKAGKEGENGKCFQFDRSAAATILSRLRRTSTKSDTIG
KPKSVSKRTDQPTDPLTNYDVTTTNSSSRLEFGLENQSTNCNKPQDAPEAYAPFNVIGGT
TLARVNTERSSGNNEHVETDPHDPCAGLTQLIRKNKRRKRHTCNRCGAALVEATQNIHNV
FTYSPKQGDLKKRTQSLNEEVNHTVIYQCSGCRKRYTQYSQLRRGWRKSPRSSGGVRRSM
TWPLPMQPIVEEEYWEAECFDNENESTPEQSENASSPTASSSNPNLPSVNKNPMRKQISR
KGSSRSVAATMPELVKILGGNNVIEKILLANNEFAPVNCMRSFRRWPYELFRNEKPIHFV
AMVTPEDLNANAEYIKMADSYVHVPGGANNNNYANVELILDLARRTAVQAVWAGWGHASE
NPKLPEMLSKANIAFLGPSASAMWALGDKIASSIVAQTAGVPTLPWSGSGLTVDYTSQPN
QANNEQEDTTATFTPIVVPDDIYMQGCVQGVENALQAAQRIGYPVMIKASEGGGGKGIRK
VANAEDFPAALRQVQSEVPGSPIFVMKLATQSRHLEVQVLADQYGNAISLFGRDCSIQRR
HQKIIEEAPTTVTSEEVWTRMEKDAVVLAKMVGYVSAGTVEYLFSDDGSYHFLELNPRLQ
VEHPCTEMVADVNLPAAQLQVAMGIPLHRMRDIRILYGEDPWSTNPIDFTQPQHKPEPHG
HVIAARITSENPDEGFKPSSGTVQELNFRSNKNVWGYFSVAAAGGLHEFADSQFGHCFAW
GENREYAISNMVMALKELSIRGDFRTTVEYLGRLLEDPCFQHNQIDTAWLDALIADKVKS
EQPCTTVGLVCCALHIADSKYKARFDFYVNSLERGQVLTSTSLHTSETVELIAQGVKYVL
KVTKTSDNSYYIQCNDWNMEVDVYSLSDGGLLLSLDGISRTTYMKEEVDRYRVTINNQTS
VFEKENDPSILRGPSAGKLINFIVEDGAHVFAGQTYAEIEVMKMVMSLTAPESGNIHYVK
RAGAVLEPGSIIARLTPDDPSCVRRAELFQGQLLNLQGTEELPSKEKSHKIYEVAHKRLS
CIMKGLCHPHEIFMEKMHEAVRMLMSALKDPSLPLLELQEVMTNISGRLPAKVEKSIRRE
MASYASNITSMMSQFPGSRIRRTVDAFAATLTNKSDQDVFFVNTQPILQVVNKYRNGIRG
HMKNVVLGLVLDYHRVELEFQHGSFDKSVVAIRDKRKDNVRAVVEDILSHANVGNKNSLI
IELIGCVSGRDHSLPPDVATVLEQLALLSKQENSKVALKARQVLIAAHQPPYELRHNQLE
SIFLSSIGSYGTEFCPEHLKKLILSETTIFDVLPDFFYHANPVVRMAAFEVYVRRSYIAY
ELNSVQHHEIGEGNCILEFQFMLPTTHPNRFPQNPSCAILSKEEKSMESLHQREYQIPST
SSLPKVASVGEGLNAMDPSTLPPCQRMGIMAAFSNFDAFKLHFSSIMKCFHNASPPDSPI
FFDRSNSTTAMMSSCVGSFGSSASLVTSVSSKDEDSTSLCSVSDEPIHILNVAISTSHRT
DDDMLNNQFHEFVKEHKVELFETGLRRITFLVHERKEVPKYFTYRARDYFDEDRIYRHLE
PALAFQLELNRMRNFHLKAIPTNNHRLHLYLGSAKVEEGAEVMDHRFFVRAIIRHSDLVT
KEASFEFLHNEAERLLLEAMDELEVAFSASENTRIDCNHIFMNFVPNVMIDPVRVEESIR
SMVLRYGSRLWKLRVLQAEIKVNIRLKDDGEPQPFRIFLTKESGYYLDISLYKEVTNPVT
GQTMFQAYNINKPGPLHSMLTSTPYVTKDLLQAKRFKAQEMGTTYVYDFPEMIRQALKDM
WTTLESEDPDVKSPENPVSADELVLDGQGQLVNINRQPGENEIGMVSWRLTLYTPEYKDG
RQVICIANDITCNIGSFGPEEDLLYQRASELARMEGIPRIYLSANSGARIGLAEEVRHLF
RVAWNDPEDEQKGVKYLYLTPHDYKKLSASNSVIAQHIEEGGESRYKVCDVIGKDEALGS
RCLRWSGTIAGETSRAYDEIVTISLVTCRAVGIGAYLVRLGQRVIQVDNSYIILTGHQAL
NKVLGREVYNSNNQLGGIQIMHNNGVSHATVSWDYEGMVVMLKWLSYIPSTRNSPLPIIV
PKDPIDREISFKPTRTSYDPRWMLAGCNDADTDTWRSGFFDRGSFDEILSGWANTVIVGR
ARLGGVPVGVVAVETRSIAVDVPADPADIESEEKTLHRAGQVWYPDSAFKTAQAILDFDR
EGLPLIMFANWRGFSGGMKDMYDEVLKFGSYIVDALRKYHQPVIVYIPPYAELRGGAWVV
VDPTINSTHMELYADAEARGGVLEPEATVEIKYRRKEIIKTMKRCDRQFAALSQELENRS
LTVKEKKEIEAKLKERELYLEPVYHQVAVKFADLHDTPGGMLAKGCISGILEWKTSRTYL
YWKLRRLILQDDVKSRCHGANRDLTNAQIDVMLRRWFVEDQGTVKAHLWDDNKAVVAWLS
EQLSSSKGRSEGSSLLEENIKLLQRDSVSHQIRILSQNSPEVAMHSVVQLAHQMSPEQRQ
EVIKVLESLES
NT seq 7776 nt   +upstreamnt  +downstreamnt
atgacagcatcggtgatacccacagcgcaaagttccagcacctttccattctcgtggttg
atgttgaataaagccggcaaagagggcgagaacgggaaatgttttcagtttgaccgttca
gctgccgcaacaattctgtctcgactgcgaagaacttcaaccaagagtgatacaatcggg
aaacctaagtctgtatcgaaacgaactgaccaaccaaccgaccctcttactaattacgac
gtaactaccacaaattcttcgtcacgcttggaatttggtttagaaaaccaatcgacgaac
tgcaataaaccacaagacgcacccgaggcgtacgcgccgtttaacgttattgggggaacc
accttagcacgagtaaacaccgagcgtagttctggcaacaacgaacatgtggaaacagat
ccgcatgacccttgcgccggccttacgcaacttatacgtaaaaacaagaggcgtaaacga
catacgtgtaatcgctgtggcgcagcgcttgttgaagctactcaaaacatacataatgta
tttacttatagtcccaaacaaggggacctgaaaaaacgcactcaaagtttaaatgaagaa
gtgaatcacacagttatataccagtgtagtggctgtaggaaacgctacacacaatacagt
caattaaggagagggtggcgtaaatctcccagatcatccggtggtgttaggagatccatg
acttggccactcccaatgcaacctattgtagaagaagaatattgggaagctgaatgcttt
gataatgaaaatgaatcaacacctgagcaaagtgaaaatgcttcttcgccaactgcttcg
agttcaaacccaaacttacccagtgttaacaagaacccaatgcgtaagcaaatatcaagg
aagggatctagccgtagtgttgcagctactatgccagaactggttaagatactaggggga
aacaatgttattgaaaagattctccttgcaaataatgaattcgcgcctgtaaattgcatg
agatcatttcgaagatggccgtatgaattgtttaggaatgagaaacctattcattttgtt
gccatggttacacccgaagatttaaacgcgaatgctgaatatataaagatggctgacagc
tatgttcatgttcctggtggtgcaaacaataataattatgcgaatgtggaacttattctt
gacttggctcgaagaacagctgtccaggccgtatgggctggttggggacatgccagtgaa
aatccaaagttgccggaaatgttaagtaaagccaacattgcatttttgggaccgtctgct
tccgctatgtgggcactcggtgacaaaatagcatcttcgatcgtggcacaaacagctggt
gttcctacactaccatggagtggttcaggtttaactgtggattatacttcgcaacctaac
caagcaaacaatgaacaagaagataccacagctacatttacacctattgttgtccctgat
gatatttatatgcaaggctgtgttcaaggggtggagaatgctctgcaggcagcacagagg
attgggtatcctgtgatgatcaaagcttcagaaggtgggggtgggaagggaataaggaag
gtcgcaaatgctgaagatttcccagctgctcttagacaagttcaatcagaagtccctggt
tctccaatattcgttatgaagcttgccacacaatctcgccatcttgaagtccaagttctt
gctgatcaatatgggaatgctatttcattgtttggaagagattgctccattcaaagaaga
catcagaagatcattgaagaagctccaaccactgttactagtgaagaagtgtggacaaga
atggaaaaggatgcagttgttctagctaagatggtgggttatgtaagtgcaggaacagtg
gaatatttgttcagtgatgatggaagttatcacttccttgaacttaacccaagacttcag
gtggagcacccgtgcacagagatggttgccgacgtgaaccttcctgccgcccaactacag
gttgccatggggatacctctccatcgtatgagggacatccgtatattatatggggaggat
ccatggtccaccaaccctattgacttcacacagccccaacataaacctgaacctcatggt
cacgtgatcgctgccaggatcactagtgagaatcctgatgaaggatttaaacccagctcc
ggtaccgtgcaggaattaaactttcgaagcaataagaacgtgtggggttacttcagtgta
gctgcagcagggggtttgcatgaatttgctgattcacaatttggtcactgctttgcatgg
ggagagaacagggaatatgcaatttcaaacatggttatggcattaaaagaactttctatt
cgtggggacttccgcaccacagttgaatatcttggtagattgttggaagacccttgtttt
caacataaccagattgatacagcatggttggatgctttgattgctgataaagtcaagtct
gaacaaccatgcacgactgttggtttggtatgttgtgctttgcacattgctgattcaaaa
tacaaagcaagatttgacttttatgtcaactcactagaaagaggccaagtgctcacatct
acaagtctacacacaagtgagacagtggagttgatagcacaaggtgttaaatatgtactc
aaggtcaccaagacatcggataatagttattacatacaatgtaatgattggaacatggaa
gttgatgtatatagtttaagtgatggaggattgcttctgtcattggatggtataagtcgc
actacatacatgaaagaagaagttgacaggtaccgtgtaacaatcaacaaccaaacctcg
gtgtttgagaaagagaacgacccttccatactgcgaggcccatcagctggcaagttgatc
aactttatagttgaagatggggctcatgtgtttgctgggcaaacttatgctgagatagaa
gttatgaagatggttatgtcacttactgcacctgagagtgggaacatacattatgtgaag
cgggcaggagcggtacttgaacctggatccatcatagcaagactaactcctgatgatcct
tcatgcgtacgtcgagctgaattattccaaggtcaacttctcaacttacaaggtactgag
gaacttccaagtaaagagaaatcgcacaagatttacgaggtagcacacaaaagactttcc
tgcattatgaaaggtctttgtcatccgcatgaaatatttatggaaaagatgcacgaagca
gtccggatgttgatgagtgcacttaaagatccatctctgccattattggagctacaggag
gtgatgaccaacatatcaggtcgattaccggccaaagttgagaaaagtattcgtcgtgag
atggcaagttatgcgtccaatatcacctctatgatgtcacaattccctggttcccgtatt
cgacgcacagttgacgcattcgctgcaaccctcacaaataaatcggaccaagatgttttc
tttgtgaacacccagcccatattacaagtagtaaacaaatatcgcaacggaattcgaggt
cacatgaaaaacgttgttctcggacttgtacttgattatcaccgggtggagctagagttc
caacatggttcgttcgacaaaagtgtggtcgcaatacgagacaagaggaaagataatgtc
cgagctgtagtggaagacattttatcgcatgcaaatgtggggaacaaaaactcactcatc
attgaacttattggttgtgtttctggacgagaccattcactaccaccagatgtggcgaca
gttctggaacaactagcattgttgagcaaacaagagaattcaaaagttgctttgaaagct
cgccaagtgttaattgcagcccatcaacccccatatgaattaagacataaccagcttgag
tcaatatttctgtcatccattggttcttatggaactgagttttgtccggagcatttaaag
aagttgattttatcggaaaccacgatatttgatgttttacccgatttcttctaccatgcc
aaccctgtggttaggatggctgcttttgaggtatatgtacgaagatcatacattgcatac
gagttaaacagtgtccaacaccatgagattggggagggaaattgtattctcgagttccag
tttatgctaccaaccacacatcctaatcggtttccgcaaaacccatcatgtgccatctta
tcaaaggaggagaaatccatggaaagcttacaccagcgtgaataccagatcccaagcact
tcctcactacctaaagtagcaagtgtgggcgagggattgaatgcaatggacccaagcact
ttacctccatgccagaggatgggaatcatggcagctttcagtaactttgatgcatttaaa
ctacacttctcatccatcatgaaatgcttccacaacgcgagccctcctgattcgcccatc
ttcttcgatcgttcaaactcgaccacggccatgatgtcatcatgcgtgggaagctttgga
tcctcagccagcctcgttacttcggtgagctcaaaagatgaggactccacatccttatgc
agtgtcagtgatgaacccattcatatattaaacgttgcaatctccaccagccatagaacg
gatgatgacatgctaaataatcaattccatgaattcgtgaaagaacataaggttgaattg
tttgaaactggattacgaagaattacgttccttgttcatgagaggaaagaagttccaaag
tatttcacataccgtgcgcgtgattattttgatgaggatcgtatttatcgtcacttggag
ccagctcttgcgttccagcttgagttgaaccggatgcgcaacttccatttgaaagcgatc
cccaccaacaaccatcgtctccatctttatctcggatcagctaaggtggaggagggagcc
gaagtcatggatcatcgattcttcgtccgagcgattatccggcattccgatctcgttaca
aaggaagcatcatttgaattcttacacaacgaggctgagagattattacttgaagccatg
gatgaattagaagttgctttctcagcttcagagaatacaaggatagattgtaatcatatc
ttcatgaactttgtcccgaatgtaatgattgaccctgtgcgtgttgaggaatctataagg
tcgatggttcttcgatatgggagtcgattatggaagttaagagttcttcaagctgaaatt
aaagtcaatatcagattaaaggacgatggcgaacctcaacctttccgaatcttcctaaca
aaagagtcaggttattacctcgatatcagcctttataaggaagtcaccaaccctgtcact
ggacaaacaatgttccaagcatacaacatcaacaagcctggccctctacactccatgctt
acaagcacaccgtatgtgaccaaggatttactgcaagccaagaggttcaaggcacaagag
atggggacgacttatgtttatgatttcccggagatgataagacaagcattgaaagatatg
tggacgacacttgaaagtgaagatcctgatgtaaaatctccagagaacccagtatcagct
gatgaacttgtattagatggtcaaggacaacttgtgaacattaacagacaacctggtgaa
aatgagattggtatggtgtcatggagattaacattgtacacccctgagtataaagatggt
agacaagttatctgcattgctaatgacatcacttgtaatattggttcgtttggaccggag
gaagatcttctttatcaacgagcatcggaacttgcaaggatggagggaatcccacgtatc
tacctgtcagcgaacagtggagcaaggatcgggttggctgaggaggttcgtcatctcttc
cgtgttgcatggaatgatcccgaggatgaacagaagggagtcaagtatctttatcttact
cctcatgattataaaaagttaagtgcgagtaactcagtgattgcgcaacacatagaagag
ggcggagaatctaggtataaggtgtgtgatgtcatcgggaaagatgaagcgcttggatct
cgatgtctccgatggagcggaaccattgctggggaaacatcacgtgcatatgatgagatt
gtcacaatatccctggtcacatgtagagcagttggtattggagcttacttggtaaggttg
ggtcaacgtgttatacaagtagataactcatacatcatacttactggtcatcaagcatta
aacaaggtgctgggacgggaggtttataactccaacaaccagcttggtggtatacagatc
atgcataacaatggtgtaagccatgcaacagtatcatgggattatgaagggatggtggtg
atgttgaagtggttgtcttatataccttcaacacgaaactcaccacttcctatcatcgtg
cctaaggatccaatcgaccgcgaaatctcgtttaaaccgaccagaaccagttatgatcca
agatggatgctcgctggttgtaacgatgcagacactgacacttggcgaagtggattcttt
gatcgaggttcattcgatgaaatactttccggttgggcaaacacggtgatcgttggtcgc
gctcgactgggtggggtaccggtgggcgtggttgccgtggaaactaggtcaatagccgtc
gatgtaccggctgatcccgctgatattgaaagtgaggagaagacactacatagagcagga
caggtatggtatcctgactcagctttcaaaacagcgcaagcaattcttgactttgatcgt
gaggggcttcctcttattatgtttgcaaactggagaggattttctggtggaatgaaagat
atgtatgatgaagtattgaagtttggttcctacatagttgatgcgttacgtaaatatcat
caaccagtgatcgtttatattccaccttatgctgagttaaggggcggggcgtgggtggtg
gtcgatccaactattaattctacccacatggagttatatgctgatgctgaggccagaggt
ggtgtactggaacctgaagctactgtggaaattaaatatcgacgaaaagaaattatcaaa
acaatgaaaagatgtgatcgacagtttgctgctttatctcaggagcttgaaaaccgatca
ctaaccgtgaaggaaaagaaagaaattgaagcaaaactaaaagagcgagaattatacctt
gaaccagtgtaccaccaggtggcagtaaagtttgctgacttacacgacacacctggcgga
atgttggccaagggatgtatttcgggtatcctcgaatggaagacctcacgtacttactta
tactggaagttaagacgacttattctacaagatgatgttaaaagtcgatgccacggcgcg
aatcgtgatcttactaatgctcagatagatgtgatgttacgcagatggtttgtggaggat
caaggaactgtaaaagcacatctatgggatgacaacaaagcagttgtagcttggttgtcg
gaacaattatcttcatctaaggggagaagtgaaggaagttcattgttggaggaaaatatt
aaacttcttcaacgagactcagtttcccaccagattcgaatcttgtcacaaaacagtcca
gaagttgcaatgcactccgtggtacaacttgcccaccagatgtcaccagagcagcgacag
gaagttataaaagtcttagaatcgctggagagttaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (7)   
   KEGG PATHWAY (5)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (125)   
   KEGG ORTHOLOGY (1)   
   RefGene (120)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (163)   

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