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KEGG   Penaeus vannamei (Pacific white shrimp): 113808717
Entry
113808717         CDS       T06111                                 
Name
(RefSeq) 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
pvm  Penaeus vannamei (Pacific white shrimp)
Pathway
pvm00061  Fatty acid biosynthesis
pvm00620  Pyruvate metabolism
pvm00640  Propanoate metabolism
pvm01100  Metabolic pathways
pvm01212  Fatty acid metabolism
Module
pvm_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:pvm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    113808717
   00640 Propanoate metabolism
    113808717
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    113808717
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    113808717
Enzymes [BR:pvm01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     113808717
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     113808717
  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
     113808717
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 CYAA_C
Other DBs
NCBI-GeneID: 113808717
NCBI-ProteinID: XP_027215991
Position
Unknown
AA seq 2306 aa
MAGVEEAIGRPPDQKEFNVATPQEFVKKFGGNKVITRILIANNGIAAVKCMRSIRKWAYE
VFRNDRAFHFIGMVTPEDLKAGAEYIKLADTTVWVPGGANNNNYANVKLILDIALRYEAD
GVWAGWGHASEYPDLPAKLHRNGIAFIGPPEKAMWALGDKIASSIVAQTAEIPTLPWSGS
GVKAQHNGLDSNATLKIPRELYKKGCVEDAEEALKAAQKIGFPVMIKASEGGGGKGIRKA
ESEDNFPALFRQVQAEVPGSPIFIMKLAQCARHLEVQIIADVYGHAISLFGRDCSVQRRH
QKIIEEAPCVIANPDVFHKMEQAAVKLAKLVGYVNAGTVEYLYDNDGNFYFLELNPRLQV
EHPCTEMITDINLPAAQLQIAMGIPLHRIRCVRALYGESPWGDSVINFDEPKRKPVPKGH
CIAARITSENPDEDYADSQFGHCFSWGENREAARENLVIALKELSIRGDFRTTVEYLVTL
LETDTFQQNSIDTGWLDHLIAARVQGKKPDTMMAVMCASVLIADNTIQDAFNHFQNSLEK
GQVLPLKSLTNVVEVDLISESIKYHVKATKSGPTQYFLVLNGTHKVVDFFRMSDGGLLLS
LDGVSQVTYLKDEVDKYRLTIGHQTCVFDKENDPTVLRTSAPGKLINYLQEDGSHMFVGQ
AYAEIESMKMVMALTVSESGCVFHLKRPGAILNAGDTIARLELDDSSRITRAQAFTGGFP
PSKTPLPREDEKLNHIYHTCRAVLDNILSGFCLPDEFFTSMVKETVQKLMCVLRDPNLPL
LELQEVISSISGRIPQAVEKKIRKYMLIYGSNVTSMLAQFPSQEIASAIDSHAASLLKKD
RDVFFVTTQGLVQLCQRYKKGSRGRMTQVVQEMLKTYLQVETQFQHGSYDKCVHGLRDKN
KDDMASVLSTLFSHSQVAKKNQMVILLIEHLCGHEPGITDDLSAILEQLTKLNSSKHSRV
ALRARQVLIAAHQPAYELRYNQMESIFLPAIDMYGHSFHPENLQKLILSETSIFDVLHAF
FYHTNTAVRMAGLEVYVRRAYISYELTCLQHKELYGGVCVVFFQFLLPSSHPNRIPHNKV
WSTLEYTDPHHTPIDPPTNLENCQRMGIMATFKTFEEFEIYFSDLMDFFQPAEHGVLEGE
LSPRDHLSSSIKLGSSFSDFIGEHKEAKDPIHIMNIGIRMEDEKDDSELSEQFAIFCASK
KKEFHEAGIRRITFVIFYKQQFPRYFTYRPRHLLKHIAKPLDPRSRDEFQEDRIYRHLEP
ALAFQLEINRLRTYDLEALPTSNRKMHLYLAKAKVADGQEVTDFRFFIRSIIRHSDLITK
EASFEYLEKEGEKLLLEAMDELEVAFSHQLAKRTDCNHVFLNFVPTVIMNPSKIEDSIRS
IVNRYGRRLWTLRVLQAEIKMTIRQTPQSKTIPIRLTLSNESGYYLDMHLYREVTDKLTG
QIKFEGFGARQGPLHGLPISTPYMTKDYLQLKRFQAQTNGTTYVYDFPEMFRQALERVWE
EYLTERGGGEVPSHLMSIVELVLDQEDQLVEEKRLPGENNIGMVAWRMTLHTPEYPDGRD
IIVICNDITYQIGSFGPHEDILFLKASQFARHHKIPRIYIAANSGARIGLAEEIKHLFRV
AWEDPSEPDKGFKYLYLTPEDFKKISALDSIHAELIDDNGEARYKVNHIIGKDDGLGVEN
LRHSGMIAGETSQAYREIATYSMVTCRAIGIGAYLVRLGQRVVQVESSHIILTGFGALNK
LLGREVYSSNSQLGGVQIMHNNGVSHDVAPNDLEGIHTMLRWLSYVPKTKDSPLPILPPV
DPVNREVAFVPTRAPYDPRWLLAGRASPANQAEWESGFFDKDSFQEILQPWAQTVICGRA
RLGGIPVGCICVETRTVELNLLADPANPDSEAKTVSQAGQVWFPDSAYKTSQAIKDLNRE
GLPLIIFANWRGFSGGMKDMYEQVIKFGAYIVDALREYNQPILVYVPPYAELRGGAWVVI
DPTINERHMEMYADPLSRGGVLEPEGTVEIKFKSKDLVKAMSRLDATIHHWNRAVAQPEL
SPEEQANIRKKIKERQELLMPIYHQVAVTFADLHDTPVRMQEKGVIQGVVPWVQSRQTLY
WRLRRLLAEERVKKEIRTVQPESSDGQIDAMLRRWFFEERGSVEILRQTTSIPQFAPNIL
AVFRWLLWLLLSLVAILVPTRVQRAFASFNPPPPLMSYLWDSDKAVAEWVDRQMEGASPA
GTPPASEGCSTYLLENLQLMKRDAAISRVKDVMKEFPEIAMDTIVHIIRRMSPAQRAETM
KALTNMDLISQQAEPVTTPDPQENSN
NT seq 6921 nt   +upstreamnt  +downstreamnt
atggcaggtgtagaagaagcgattggtcgtccacccgatcagaaggagttcaatgtggcc
acgccacaggagtttgtcaagaaatttggaggaaataaagttatcacaaggattctcatt
gcaaacaatggtattgctgcagtcaaatgtatgcgcagtattcgcaaatgggcatatgaa
gtgttcagaaatgaccgggcctttcatttcattgggatggtcactcctgaagacttaaaa
gcgggagctgagtacatcaagttggcggacacaactgtgtgggtgcctggtggagcaaac
aacaacaactatgccaatgtgaaactcattttggatatagcacttcgctatgaagctgat
ggagtctgggcaggatggggccatgcctcagaataccctgatttgccagcaaagctgcat
agaaacggcattgcgttcataggacccccagaaaaagctatgtgggctctgggagataaa
attgcttcgagcattgttgcccagacagcagaaattccaaccttgccttggtctggctca
ggtgtcaaagcccagcataatggcttggactcaaatgcaactttaaagatcccacgagag
ctatacaaaaaagggtgcgtggaggatgcagaggaagcactcaaggcagcccagaagatt
ggattcccagtcatgattaaggcctctgaaggaggaggaggaaaaggcattcgcaaggct
gaatctgaagacaactttccagccttgttcagacaggttcaagctgaggttcctggttct
cctatattcattatgaagctggcgcagtgtgctcgccatttggaagtgcagattattgct
gatgtctatggtcatgctatctccctctttggtcgagactgttcagtccaaagacgtcac
cagaagattattgaggaagctccctgtgtcattgccaatcctgatgtttttcacaagatg
gagcaggctgctgtaaaactggcaaaattggtaggttatgttaatgccggtactgtagaa
tacctgtatgacaatgatgggaacttttacttcttggaactgaatcccagactgcaggtg
gagcatccatgcacagagatgatcacagatatcaaccttccagcagcccagttacagatt
gcaatgggtattcctttgcacagaataagatgtgtacgagctctttatggagagtctcca
tggggtgattcagtcataaactttgatgaacccaagaggaaacctgtaccaaaaggtcac
tgtattgctgctcgtattacaagtgaaaacccagatgaagattatgcagattcacagttt
ggtcattgtttctcatggggagagaacagggaagctgcaagagagaatctggtcatagca
ctaaaggaactgtctatccgaggagacttcagaacaactgtagaatatcttgtaactctt
cttgagacagatacattccaacaaaattccattgatactggctggcttgaccacctgatt
gctgccagagtgcagggcaagaaacctgacaccatgatggcagttatgtgtgcttcagtt
cttattgcagacaacaccatccaggatgcctttaaccacttccagaattccctagaaaaa
ggtcaggtcctacccctgaagtccctgaccaatgttgtcgaggttgatttgatctctgaa
agtataaagtatcatgtaaaagccacaaagtctggtccaacacagtacttcttagtgctc
aatggaacccacaaagttgttgatttcttccgtatgagtgatggtgggctcctcttgtca
cttgatggggttagtcaagttacttatctcaaggatgaagtggacaaataccgtctcacc
attggacaccagacatgtgtttttgataaggaaaatgatccaactgttttaagaacctct
gctcctggtaaacttataaactacttgcaagaggatggcagtcatatgtttgttgggcag
gcatatgcagagattgagagtatgaagatggtcatggctctgacagtgtccgagtcaggg
tgtgtgttccaccttaaacggcctggagcaattctcaatgctggcgacaccattgctcgc
ctagagcttgatgattcatcccgcatcaccagggcccaggccttcactggaggcttccct
ccaagcaaaactccactgccaagagaagatgaaaagctgaaccacatttaccatacatgc
agagctgtgcttgataatattctaagtggattttgcctccctgatgaatttttcacatca
atggtgaaagaaactgtgcaaaaattgatgtgtgtcttacgagatcccaacttacccctc
ttggaactgcaggaggtcatttcatcaatttctgggagaataccacaagcagtagaaaag
aagattagaaaatacatgctgatttatggtagcaatgtcacctccatgttagcacagttt
ccctcacaggagattgccagtgcaattgacagccatgcagcatctctcctaaagaaagac
cgtgacgttttcttcgttacaacgcaagggttggtgcaactctgccagcggtacaagaag
ggcagtcgaggccgcatgactcaggtagttcaagaaatgctcaagacttatttgcaggtg
gaaactcagttccaacatggttcatatgacaaatgtgttcatggactgagagacaagaac
aaggatgatatggccagtgtcctttctacattattctcacactcacaagtagcaaagaag
aatcagatggtcattcttctgattgagcatctatgtggtcatgagccagggatcacagat
gatttgtcagccattttggagcagctgaccaagctcaacagctcaaagcattctcgtgtt
gcactacgagcacgtcaagtgctgatagcagcccaccagcctgcatatgaactccgctac
aaccaaatggagtccatcttccttcctgctatagatatgtatggacattccttccatcca
gaaaatctccaaaaactcattttgtctgagacttcaatatttgatgtcttgcatgctttc
ttctaccatacaaacacagctgtgcgtatggctggcttggaggtttatgttcgacgtgca
tacatcagctacgaactgacttgcctgcagcacaaggaactttatggtggagtttgtgta
gtgttcttccagttcctgttgccatcttcccatccaaacagaattcctcacaataaggtg
tggagtaccctagagtacacagacccacaccacacccccatcgatcctccaaccaatctt
gaaaactgtcagcgcatgggcatcatggcaaccttcaagacctttgaggagtttgagatc
tatttcagcgacctaatggacttcttccagcctgcagaacatggtgtgctggagggagaa
ttaagtccccgggatcaccttagcagttccataaaattgggatcttctttcagtgacttc
attggtgaacacaaggaagccaaagacccaatccacatcatgaatattggcattcggatg
gaggatgaaaaggatgattcagagctaagtgaacagtttgccatcttctgtgcaagcaag
aagaaggagttccatgaagcaggcatccggcgaatcacctttgtcatcttctacaagcag
caattcccaagatatttcacttacagacctagacatctgttgaaacacattgccaaaccc
cttgacccaaggtcgagagatgaattccaagaagacaggatctaccgtcacttggagcct
gctctggccttccagctggaaattaaccgtctccgtacatatgatctggaagcactgcct
acatcaaatcgcaaaatgcatttgtatctggctaaagcaaaggtggcagatgggcaagag
gttactgatttccgcttcttcatccgctcaatcatccgccactcagacttgatcaccaag
gaggcatcctttgaatacttggagaaggagggagagaagctgctccttgaggccatggat
gagctggaggtggcattctcgcaccagctggcaaagaggactgactgcaatcatgtgttc
ctcaactttgtgccaacggtcatcatgaacccttcaaagattgaagactccataagatcc
attgtgaaccgctatggtcgtcgcctgtggactctgcgtgtgcttcaagcagagatcaag
atgaccattcgtcaaactcctcagagcaagactattccaattcgtctgactttatccaat
gagtctggctattacttggacatgcacttatatcgagaggttacggacaagctcactggt
cagatcaagttcgagggctttggggctcggcagggacccctccatggtcttcccatctcc
actccctacatgacgaaggactacctccagcttaagaggttccaagcacaaaccaacggc
acaacatacgtgtacgacttcccagagatgttccgacaggccctggagagggtatgggaa
gagtacttgacagagaggggtggaggtgaagtcccaagtcatttaatgagcatagttgag
ttagttttggatcaagaggaccagctggtagaggagaagaggttgccaggagagaataat
attggtatggttgcctggcggatgacattacatacaccagagtatcctgatggccgtgac
atcattgtcatctgtaacgacatcacttaccaaattggatcctttggcccgcatgaggac
attttgttcctcaaagcctcgcagtttgctaggcaccataagataccaaggatttatatt
gctgcaaactctggtgctcgtattggacttgcagaagaaatcaagcatcttttcagggtt
gcatgggaagatccatcagagccagacaagggctttaaatatctgtatctgactcctgaa
gattttaagaagatatcagctctagactccatccatgcagaactcatagatgataatggg
gaggctcggtataaagtcaatcacattattggaaaagatgatggccttggtgttgagaat
cttcgtcactcaggtatgatagctggtgagacatcacaggcgtacagggaaatcgcaacc
tactccatggtcacttgccgtgccattggcattggtgcctacttggtgcggctgggacag
agagtggtccaggtggagtcctctcatatcatccttactggctttggagctctgaacaag
ctactaggtcgtgaagtgtacagcagcaactcacaattaggtggcgttcagatcatgcac
aacaatggtgtttcccatgatgttgcaccaaacgacttagagggaatccatactatgttg
cgttggctgtcatacgttccaaagacaaaggattctccactcccaatactgcctcctgtg
gatccagtgaacagagaggtggcttttgtgccaaccagagctccatacgaccccaggtgg
ctgcttgcaggacgggcatcacctgcaaatcaagcagaatgggaatctgggttctttgac
aaagattctttccaggaaattctccaaccatgggcacaaacagtcatatgtggccgggca
agattaggtggtatccctgttggctgcatatgcgttgaaacaagaacagttgagcttaac
ctgcttgctgacccggccaaccctgactccgaagctaagacggtatcacaagctggacag
gtttggttccctgactctgcctataagacttcacaggccatcaaggatttgaatcgtgaa
ggtcttcctctcatcatctttgccaattggagaggcttttcaggaggaatgaaagatatg
tatgagcaggtaatcaaatttggtgcctatattgttgatgcactgcgggagtacaaccag
cccattttggtatatgtccctccttatgctgaactacgaggtggtgcctgggtagtgatt
gatcctaccatcaatgaaaggcacatggaaatgtatgctgatccactctccagaggtggt
gtcctggagcctgagggtacagttgaaatcaagttcaagagcaaggacttggtgaaagca
atgtcacggttagatgcaactatccaccactggaacagggcagttgcccagcctgagctc
tctcctgaggaacaagctaacatcaggaagaaaatcaaggagagacaggaactgctaatg
cctatttatcaccaagtggctgtaacctttgctgaccttcatgacacgccagtgagaatg
caggagaagggggtcattcagggggttgtcccatgggtacaaagccgtcaaactctctac
tggcgcctaagaaggttattggcagaagagagagtcaagaaagaaatcagaactgtccag
cctgagtcttcagatggtcagattgatgccatgcttcgacgatggttctttgaggagaga
ggatctgttgagattttacggcagacaacatccataccacagtttgcaccaaacattctg
gctgtatttagatggctcctttggttactgctctcgctggttgccatccttgttccaact
cgggtccagcgcgcatttgcttcctttaaccctcctccaccactcatgagctacctctgg
gacagcgacaaggcagtggctgagtgggtggaccggcagatggagggtgcctctcctgct
ggcactccccctgccagcgagggttgctccacatacctgctggagaacctgcagctcatg
aagagagatgcagccatttccagggtcaaggatgtcatgaaggagttccctgaaatagcc
atggacaccattgtgcacatcatcagacgcatgtcaccagcccagcgtgctgagaccatg
aaggcgctgaccaacatggacctaattagccagcaggctgagccagtcaccacacctgac
cctcaagagaactcaaactga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (7)   
   RefSeq(pep) (7)   
DNA sequence (7)   
   RefSeq(nuc) (7)   
Protein domain (11)   
   Pfam (11)   
All databases (27)   

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