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KEGG   Argopecten irradians (bay scallop): 138331435
Entry
138331435         CDS       T10542                                 
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
airr  Argopecten irradians (bay scallop)
Pathway
airr00061  Fatty acid biosynthesis
airr00620  Pyruvate metabolism
airr00640  Propanoate metabolism
airr01100  Metabolic pathways
airr01212  Fatty acid metabolism
Module
airr_M00082  Fatty acid biosynthesis, initiation
Brite
Enzymes [BR:airr01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     138331435
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     138331435
  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
     138331435
SSDB
Other DBs
NCBI-GeneID: 138331435
NCBI-ProteinID: XP_069135153
Position
1:complement(49951218..50013692)
AA seq 2402 aa
MSGERRNSKSRVKFTIGMESVDEDSVSQFQSEQSTTDGSSSVDQKDVPPSPGAISPGISP
STEQAPPTISPRLKDGKPHSSLSDQLPDPDIVDVNIRAGSGEKEYWRSRPPKVKDRHSMS
GADNLDTRGRRSISYPKDFSVATPEEFVKRFGGNRVINKVLIANNGIAAVKCMRSVRRWA
LSGGGYEMFRNEKAIRFVAMVTPEDLKANAEYIRMADQYVPVPGGTNNNNYANVDVILDI
AKRTKSQAVWAGWGHASENPKLPELLHKNGITFIGPPEHAMWALGDKIASSIVAQTAGVP
TLPWSGKNLTVSWSESDQAQNKVISVPQDIYKKGCVEDVDEGMAAAEAIGFPVMIKASEG
GGGKGIRRADNAASFSNLFRQVQTEVPGSPIFIMKLAMHARHLEVQILADSYGNAISLFG
RDCSIQRRHQKIIEEAPAAIAKPEVFEQMEKAAVKLAKMVGYVSAGTVEYLYNAEEESFH
FLELNPRLQVEHPCTEMVADINLPAAQLQVAMGIPLYRLKDVRQLYSKEPWGDSEIDFDN
PSVRPCPKGHVLAARITSENPDEGFKPSSGTVQELNFRSSKDVWGYFSVAASGGLHEFAD
SQFGHCFSWGEDREDARENLVLALKELSIRGDFRTTVEYLIKVLETDEYQNNVITTGWLD
KMIAEKVQAEKPDTMLGVICGGLHIGDKTILKCFQDFQTSLERGQVLPAYSLNNKVNVEF
IYEGIKYHVQVVKTGGPTNYFISMNDSCLDLEAHRLSDGGLLLSIDGSSYTTYMKDDINS
YRITIGNKTCVLERENDPTILRSPSAGKLMSYLIEDGGHVFAGDFYAEIEVMKMIIELRV
SENGCIHYVKRPGAVLDAGTIVARLDLDDPSKVQQAKLYTGALPDTNHPSHTHGERIHQV
FQSTRSELESILSGYTLPEPYSKKRMLKSVETLMKCLKDPMLPLLELMDLLSMISGRIPS
SVVKSIKKLLGSYSSNITSVLCQFPSQQIANCIDGHAASLTRRTDRENFFMTTQGIVELV
QRYRNGIRGHMKAVVKDLLKQYLHVELQFQHGHYDKCVMKLVEKNKDNMSQVVGSIFSHI
AISNKNSLVIMLIDRLCGKEPGLTEELTNILTELTTLNQTNNAKVALRARQVLIAAHQPP
YELRHNQMESIFLSAIDMYGSEFCPENLQKLIYSETAINDILQEFFWHCNTLVQMAALEV
YIRRAYIAYEVNCLRHCQMDADLCVVEFKFLLPRSHPNRRDSEVLFPAPVSPGFSLDDNE
ARMMVMRFDSSDKVSELAESESSAHIDQLEELPMCQRMGIIASFSSFEDFVKSFEPLMDR
FTNEMESPPDSPKLLDRSVSAQEDTISIQSAVSDADEPIHIINVAIKMETKIEDSKLAEM
FQTFCKEQSSVMYEKGIRRITFLVTYKRHFPKYFTYRAKFEFDEDRIYRHLEPALAFQLE
INRLRNFDLEAIPTANYKMHLYLGKAKVAKGQEVTDYRFFVRSIIRHSDLVTKEASFEYL
QNEAERTLLEAMDSLEVAFSHPLAKKTDCNHIFLNFVPTLTLNEPGKLEETVRSMVMRYG
NRLWSIRVLSAELKFTIRNGLTGAVDPIRLFLTNESGYYLDMSLYKEATDASSEQVMFEA
YGPKQGALHGLLISTPYVTKDHLQLKRFQAQSSGTTYVYDFPEMFRQATIAQWKDYVSRH
KLQDSDIPTEVFSSKELVLDTQDRLCVQNRLPGENEIGMVAWQVTLKTPEYPSGRDVIII
ANDITHKIGSFGPKEDLLFKRSSELARTKGLPRIYISANSGARIGLSEELKHLFRVAWQD
NKDPDKGFKYLYLAPDDFKKVSAVNAVRAELIEDEGESRYKITDIIGKDEGLGVENLRGS
GMIAGETSAAYEEIATISLVTCRAIGIGAYLVRLGQRTIQVENSHIILTGAGALNKVLGR
EVYTSNNQLGGIQIMHSNGVSHEVVRDDFEGANKILEWLSYVPKHHGAPLPIMPLLDPVD
RDVDFVPTKTPYDPRWMLSGRPNPEKKNEWQSGFFDKDSFKEILQPWAQTVVVGRARLGG
IPVGVISVETRSVEVTIPADPANLDSESKVIQQAGQVWFPDSAYKTAQAIKDFNREELPL
LVFANWRGFSGGMKDMYDQVLKFGSYIVDALREYNRPIFVYIPPYAELRGGAWVVVDPTI
NPVQMEMFADQLSRGGVLEPEGTVEIKFRKKDLIKSMRRLDPGCKKLIEKLNSPNLSAEE
KSTLEKELSQQEEKLVPMYHQVAIQFADLHDTPGRMEEKNVISAILKWKRSREFMYWRLR
RRLLECELKQKMRSFTSNLSEGQLNSSLSRWFVEDQGTVNAYMWEDDKSVVSWLVEQMDE
NSGHNAITENIRCLQRDHVIHQVRSLIQDNPEVAMDSIIHILQHMSTDQRAEISRILANM
ET
NT seq 7209 nt   +upstreamnt  +downstreamnt
atgtcgggagagaggagaaactcaaaatctcgtgtgaagttcaccattggtatggaaagt
gtggatgaggatagtgtatcacagttccaatcagaacagtctaccaccgacggatcatca
tcagtcgatcagaaggatgtacccccttccccaggggctatatctcctgggatatcgcca
agcacagaacaagcccctcccactatcagccccagactcaaggatggtaagccccatagc
agtttgtctgatcagttacctgatccagatatagttgatgtaaacatcagggcaggtagc
ggtgagaaagaatattggcggtcgcgacccccaaaggtcaaggacagacattccatgtca
ggggcagataaccttgacaccagagggcgccgttccatctcctacccaaaagatttcagt
gtagccactccagaggaatttgttaaacgatttggaggcaacagagttataaataaggtc
ttgatagctaacaatggaattgctgcagtcaagtgtatgcgctctgtcaggaggtgggct
ctgtcaggaggtgggtatgagatgttcaggaatgaaaaggccatcagatttgtggccatg
gttacgccagaagacttgaaagcaaatgcagagtacatcaggatggctgaccagtatgta
cctgtaccaggtggtaccaacaacaataactacgctaacgtggatgtcatcctggatatc
gccaaacggacaaaatcacaggcagtatgggcaggctggggtcatgcctcagagaatcca
aaactcccagaactcctccacaaaaatggcatcacattcataggtccccctgagcatgcc
atgtgggccctaggagacaagatagcctcctctatagtggcccagacagctggtgtacct
accttaccctggagtggcaaaaatttgaccgttagctggtcagagagtgaccaggcccag
aacaaagtgatctccgtaccacaggatatctacaagaagggttgtgtggaggatgtggac
gaaggaatggcagcggctgaggccatcggctttccggtcatgatcaaggcgtcggaggga
ggaggcggtaaaggtatcaggagggccgacaatgctgctagcttctctaacctgttcaga
caggtccagactgaagttcctggttcgccaatctttataatgaaactggccatgcatgct
cgccacttggaggtccagatactggctgatagctatggtaatgccatttccttatttgga
cgtgactgctccattcagcgacgacatcagaagattattgaggaagctcctgctgccatt
gctaaaccagaagtctttgaacaaatggaaaaggctgctgtcaaactagccaagatggtt
ggctatgtgagtgctggcactgtggagtatctatataatgcagaggaagaatcatttcac
ttcctagaactcaaccctcgactccaggtggaacatccctgtactgagatggtagctgat
atcaacctgcctgcagcccagcttcaggttgccatgggtattcccctataccgtcttaaa
gatgtccgccaactttacagtaaagagccatggggagacagtgagattgactttgataat
ccctctgtacgaccttgccctaaaggtcacgtcctagctgccaggatcactagtgaaaat
ccagatgagggatttaagccaagctctggaactgtccaggagttgaacttccgcagcagt
aaggatgtgtggggctacttcagtgtagctgcctcaggggggctacatgagttcgccgat
tctcagttcggccattgtttctcctggggagaggacagagaggatgctagagagaacctg
gtactagccctgaaggagctgtccatccgtggagacttccgtaccacagtagaatacctg
atcaaggtactggagacggacgaataccagaataatgtcatcaccacgggctggctcgat
aaaatgatcgcagagaaggtccaggctgagaaacctgacacgatgctaggtgtcatctgt
ggaggattacacattggagacaaaacaatcctcaaatgcttccaagatttccaaacgtca
ctggaaagaggccaggttttaccagcttactcacttaacaataaggttaatgtggagttt
atctacgaaggaatcaagtatcatgtacaggttgtgaaaactggtggtcccaccaattat
tttatatctatgaacgattcctgtctggacctagaggcccatagattaagtgatggaggt
ctgttgctgtccattgacggctccagctataccacctacatgaaggacgatatcaacagc
taccgaatcaccattggtaataaaacatgtgtgctggagcgtgaaaatgatcctaccatc
ctccgctcaccctcggcaggcaaactgatgagttatctaattgaagacggcggccatgtg
tttgctggagatttctatgcagaaattgaagtcatgaagatgatcattgagttgagagtg
tcagaaaatggatgtatccactatgtaaaacgccctggagccgtgttagatgccgggacc
atcgtggcaagacttgaccttgatgaccccagtaaagtccaacaagccaagctgtacacc
ggagccctccccgacaccaaccatccgtcccatacccacggagaacgtatccaccaagtc
ttccagagcactcgcagcgaacttgagagcattctctctggttacacactccccgagccg
tacagcaagaaacgcatgctcaagtctgtggaaacattaatgaaatgtctgaaagacccc
atgctacctcttctagaactgatggacttactgtcaatgatatcagggagaataccttca
tctgtagtgaagtccatcaagaagctactgggatcctattccagtaacatcacctcagtt
ctgtgtcagttccctagtcaacagattgccaactgtatagatggacatgctgcctcactg
accagacgcactgatagagaaaacttctttatgacaactcagggaattgttgaattagtt
caaagatatcgtaatggtatccgaggccatatgaaggcagttgtgaaggatctactcaaa
cagtatttacatgtagagctacagtttcagcacggccactatgacaagtgtgtgatgaag
ctggttgagaagaataaggacaacatgtctcaagttgttggcagtatattttcccacatc
gccattagcaacaaaaacagcctggtcatcatgttaattgaccgtctgtgtggtaaggag
ccaggactgaccgaagagctgactaacatcctcacagaattgaccaccttgaatcagacc
aataatgctaaagtggcccttcgggctcgacaggtattgatagctgcccaccaacctcct
tatgaactacgacacaatcaaatggagtccatcttcctgtctgctatagacatgtacggc
tctgagttctgtccagaaaacctccagaaactgatttactcggagacagccatcaacgat
atcttacaggagttcttctggcattgtaatactctggtacaaatggctgccttagaggta
tacatcagaagggcctacatcgcctacgaggtgaactgtctccgtcactgtcagatggat
gccgacctgtgtgtagttgagtttaagttcctcctacctagatcacaccccaacagaagg
gacagtgaggtattatttccagcgccagtgagcccggggttttcattagatgacaacgaa
gccaggatgatggttatgcggtttgacagttcagacaaagtgtctgagttggccgagtct
gaatcgtctgcacacatcgaccaactagaggagctgcctatgtgtcagaggatggggatc
atcgcatctttctcgtcgtttgaggattttgtcaagagctttgagcctctaatggaccga
ttcactaatgaaatggagtcccctcccgacagtcccaaacttttagaccgaagtgtgtct
gcccaagaggatactatatcaatacagagtgctgtatctgatgctgacgagcctatccac
atcattaatgtagccataaagatggaaacaaagattgaggatagcaagttagctgaaatg
ttccagacattttgtaaagaacagtcgtctgtgatgtatgagaaaggtatccgtaggata
acgttcctggtcacctacaagagacatttcccaaaatatttcacctacagagccaagttt
gagtttgatgaggatcgtatctatcgccacttggagcctgctctggctttccaactggaa
atcaaccgtctccgaaactttgaccttgaagcaattcccaccgccaattacaaaatgcac
ctctaccttggaaaagccaaagttgccaaaggtcaagaggtcactgactatcggttcttt
gtcaggtcaatcattcgacactctgaccttgtcacaaaagaagcgtcgtttgagtactta
cagaacgaggctgagaggacactgttagaggctatggactccctggaggtcgccttttct
cacccactggccaaaaagacagactgtaatcacatcttcctcaactttgtacctaccttg
accttgaatgaaccaggaaagctggaggagacggtccggagtatggtgatgaggtatggt
aacagactctggagtatccgtgtcctcagtgctgaactcaagttcaccatcagaaacggc
ctgactggtgcggtagaccctatccgactgttcctgaccaatgagagtgggtattacctg
gacatgagtttatataaggaagctacagatgccagctctgaacaggtgatgtttgaagca
tatggaccaaagcagggagctctccatggtctactgatcagtacaccctatgttactaag
gaccacctacaactgaagcgtttccaggctcagtcaagcggaaccacctatgtgtatgac
tttccggaaatgtttagacaggcgacaatagcacagtggaaggactatgtatcccgtcat
aagttacaagacagtgatatccccaccgaagtcttctccagtaaggaacttgtactggac
actcaagaccgcctctgtgtccagaacagactccccggtgaaaatgagattggtatggta
gcctggcaggtgacactgaaaaccccagagtaccccagtgggagagacgtcatcatcatc
gctaacgacatcacacacaaaatcggctcatttgggcctaaggaagacctgctttttaag
aggtcatcagagttggcaaggacaaaaggcttacctaggatttacatctcggctaacagt
ggagccaggataggactgagtgaggaactcaaacatctgttcagggtcgcctggcaggac
aacaaggacccagacaagggatttaaatatctctatctggctccggatgactttaagaaa
gtgagcgctgtgaatgctgtccgtgcagagctgatcgaagatgagggagaatctcgctat
aaaatcaccgacatcattggtaaagatgagggcctaggtgtggagaatttgaggggctcg
ggcatgatagctggggaaacatcggcagcttacgaagaaatagccactatcagtttggta
acctgcagggccattggtatcggggcctacctagtgaggctcggccagaggaccatacag
gtggagaattcacatatcatcctcactggagcgggggcccttaacaaggtccttggtcgt
gaggtttacaccagtaataaccagttaggagggattcagatcatgcacagtaacggtgtg
tcacatgaagttgtgagagacgactttgagggagcaaataaaatcctagagtggctatca
tatgtacctaagcatcatggagcaccactgcctattatgcctctgctggatccagtggat
cgtgatgttgattttgtaccgaccaagacaccatacgatcctcgctggatgctgagtggc
aggccaaacccagaaaagaagaatgagtggcagagtgggttcttcgataaggatagcttt
aaggagatccttcagccgtgggcccagaccgtggtggtaggtcgtgcccgacttggtggc
atcccagtcggggtcatcagtgtggagaccaggagtgtggaggtcacaataccggctgac
cctgccaatctggactccgagtctaaggtgattcagcaggctggccaggtgtggttccca
gactctgcctataaaacagcccaggccattaaggacttcaacagagaagagctccccctg
ctggtgtttgccaactggagaggtttctccggcggcatgaaagatatgtatgaccaagtc
ctcaagtttggttcctacattgtggacgccctgcgggagtacaaccgtcccatctttgtt
tacatcccaccgtacgccgagctgagaggaggagcatgggtagtagttgatcccaccatc
aatccagtccagatggagatgtttgctgaccaactcagccggggaggtgttctggaacct
gagggtactgtggaaatcaaattccggaaaaaagacttgatcaaatctatgagacgctta
gatccaggttgtaagaaattgatagaaaagttaaactcgccaaacctgagtgctgaggag
aagtcaacattggagaaagagttatctcagcaggaggagaaacttgtgccaatgtaccac
caggtggcaatacagttcgctgacctgcacgacacgccaggccgcatggaggagaaaaat
gtcatttctgcaatcctcaaatggaagcgaagtcgagaatttatgtactggagactgcgt
cgacgactattggaatgtgaactgaagcagaagatgcgttccttcacctccaacttgagt
gaaggacaactcaactcaagcctgagtcgctggtttgttgaggaccaaggcacggtcaat
gcctacatgtgggaagatgacaagtctgtggtaagctggctagtagaacaaatggatgaa
aactcaggacataatgcaatcacagaaaatatccgctgtcttcaaagagaccatgtcatt
caccaagtccgcagccttatccaggacaacccagaggttgccatggactctatcattcat
atcctacaacacatgtcaactgaccagcgagctgaaatatcacgaatccttgccaacatg
gagacatga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
All databases (4)   

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