KEGG T01069: TRIADDRAFT

Trichoplax adhaerens: TRIADDRAFT_22916

Entry

TRIADDRAFT_22916 CDS T01069

Definition

hypothetical protein

Orthology

K11262

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

Organism

tad Trichoplax adhaerens

Pathway

tad00061	Fatty acid biosynthesis
tad00620	Pyruvate metabolism
tad00640	Propanoate metabolism
tad01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:tad00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:tad00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:tad00061]

SSDB

Motif

Pfam:

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

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 2119 aa
ITTPEEFVRRFGGTRAIEKVLISNNGIAAVKCMTSVRRWSYEMFGNERAIKFCSMVTPDD
LKANAEYIKMADHYVMVPGGTNNHNYANVDLIVEIAKRTKSQAVWAGWGHASENPRLPEL
LHKNDIAFIGPPEHAMWALGDKIASSIVAQTAGVPTMPWSGSGTLKIDWVEEDVAKGKVA
EVTDEVYKKGCVTTVDEGVNSANKIGYPVMIKASEGGGGKGIRKVESEKDFPTLFRQVQS
EVPGSPIFIMKLAKCARHLEVQILADQYGQAISLYGRDCSVQRRHQKIIEEAPAAIALPE
VFRQMEKAAVTLARMVRYVSAGTVEYLYTEEDGFYFLELNPRLQVEHPCTEMVTDINLPA
AQLQIAMGIPLHRISSIRNFYGENPLEDTPIDFSNIDKRLPPKGHVIAARITAENPDENF
KPSGGMIHELNFRSSNNVWGYFSVIASGSIHEFADSQFGHCFAWGENREDARRNMVVALQ
KLSIRADFRTTVEYLIKLMETDDFCNNEISTSWLDALISKKVKAEKPDIMLAVITGALHV
ASNDIQKRYSTYGASLERGQVLPVNLLTNTVNVELIHDHIKYELQVTRLGLSLYAVVMNS
SYIEVEVHRLSDSGLLISLRGNSYTTYITEEVDKYRVVIGGKTCIFEKESDPTILRSPSA
GKLVQFLVEDGGAINPTIPYAEIEARLTHYIQSLLVMKMIMSLISTESGKIHYVKRPGAI
LEPASVLATLELDDPNLVKKAQLFTGKFTNEQYSRLEGAQVHQIFKASLELLLNLMDGYC
IPKSHFIKKLEKNIETLVSCLRDPALPLLELKEIMHTMSGRIPASIENAINKELAIYSSN
ITSVLCQFPSQQIANIIDAHASTLTKRVDRDSFFLNTQTILQLVRRYRNGTRGHMKSVVI
SMLKKYIEVETIFNQGNYDKCVAALREKYSDNLSLVVTSILSHSQVAMKNTAAVMLIDHI
SSNETGLTDELIAVLSELTKLNNQENAKVALRARQVLIAAHQPSYQLRRNQVESIFLSAI
DMHGHQFCPDNLQKLIVSETSIFDVLPSFFYHDNNIVKMAALEVYVRRSYQAYELKSLKH
EKLSGNKWLVEFRFLLPSSHPHRVSMNIKRTKHLSEDLSSYAAKDDSLPPCERIGAMTAI
MIFSDLFRNFAAIIRRFRIDPVSPMRSEARKGLEPLWENQTSHLYSDEPIHIINVAILKI
DAYKDDALATMLEKFVHAKKSELIEYGIRRITILIIEEGGFPKYFTYRANTIFQEDTIYR
HLEPALAFQLEISRMQAFDIAYITTDNPRMHVYFGKGRKSANESVTDRRFFIRMIIRHSD
FVTKDASYEYLEKEGERYLLEALDTLEVLVISPEASTDCNHIFLNFVPTVIMDPTKIEEN
VRRMVLRYGKRLLSLRVLQAEIKMTIRLYMHADQIGLRLVLNSESGYFLSTYLYREYTDN
RTGRVTFQSYGKVQGPMHGLSISVPYMTKDHLQSKRYQAQQYGTTYVYDFPELFKQAVSY
AWDEYARMNSDVTKPDVLISCEELVLDDQGQLIVLQRLPGENQIGMIAWKIKLFAPECPE
GREIILIANDITLNIGSFGLLEDEVFMKASELARRLGIPRIYISVNSGARIGLAEEVKSL
FKIAWENQNYPERGFKYLYLTPADFAKFSKAKSVKADLIEDEGESRYKITDIIGMKDGLG
VENLSGSGMIAGETSQAYKDIVTISLVTCRSVGIGAYLIRLGQRVIQAENTSIILTGAQA
LNKVLGRQVYTSNAQLGGVQIMYHNGVSHLTVHDDFEGIYSIVKWLSFVAKSIARPLKSR
DAVDREIGYVPSKSSFDARWMLSGKANNDGQWVSGFFDKDSFIEIQRPWAQTVIAGRARL
GGIPVGVITAETRAVVAEIPADPANTESEAVILSQAGQVWYPDSSYKTAQAINDFGREGL
PLMIFANWRGFSGGQRDMFDEILKFGSYIVDALREYKQPILIYIPPCGELRGGAWVVLDP
TINPNYMEMYADKESRGGVLEPEGTVAIKFKKKDIIKTMNRLDANYASLSTACLNKDLKA
EERKKLENEKLERENFLAPMYHEAAVMFADLHDTAGRMREKGVIREILDWKTSRRYFYWR
LKRLLAEHEIKQLISAANP

NT seq 6360 nt +upstreamnt +downstreamnt
attactacacctgaagaatttgtacgacgttttggtggcaccagagctattgaaaaggtg
ctaatatcaaataatggtatcgcagccgtaaaatgcatgacatccgttcgtcggtggtcc
tacgaaatgtttggcaacgaaagggccatcaaattttgttccatggtaactccagatgat
cttaaggctaatgctgaatatatcaaaatggccgatcattacgtcatggtacctggagga
actaataatcacaattacgctaatgttgatctgattgtagaaattgccaagaggaccaag
tctcaagccgtttgggcaggatggggacacgcttctgaaaatcctagattgcctgaatta
ttacataagaacgatatagcttttataggaccacccgaacatgctatgtgggcactcgga
gataagatcgcatcgtcgattgttgcccaaactgccggagtgcctacaatgccatggagt
ggctcaggtacactcaaaattgattgggtagaagaagatgtcgcaaaaggaaaagtagcg
gaagttacagatgaagtatataagaagggttgcgttactacggtggatgaaggtgttaat
tctgccaacaagataggctatcctgtaatgattaaagcatctgaaggcgggggtggtaaa
ggtatccgaaaagtggaaagcgagaaagattttccgacacttttcagacaggttcaatct
gaggttcctggttcgccaatttttattatgaagctggctaaatgcgctcgtcatttggaa
gtgcaaatcttagctgatcaatatggtcaggctatctctttgtatggtcgtgattgttcg
gttcaaaggcgacatcagaaaattatcgaagaagcaccagcggctattgcccttcctgaa
gtctttagacaaatggaaaaggccgctgtaaccttagcaagaatggtacggtatgtaagt
gcgggaactgttgagtatttatacaccgaagaagatggattttattttttggaactgaac
cctcgtttacaggtagaacatccatgcacagaaatggtaacagatataaatttaccagct
gcccagttacaaatcgctatgggtataccattacatcgaattagtagcataaggaatttt
tacggagaaaatcctttagaagatacccctattgatttttcaaacatcgataagcgactt
cctccgaaagggcatgtcattgccgcacgtatcacagcggaaaatccagatgagaatttc
aagcctagtgggggaatgattcacgagttaaatttccggagtagtaataatgtgtggggt
tactttagtgtcattgcgtcaggatcgatccatgaatttgcggactcccaattcggccac
tgcttcgcctggggtgaaaatagagaagatgcaagaaggaacatggttgttgctctccag
aaactttcaattcgtgcggactttagaactacagtcgagtacttaattaaattgatggaa
actgatgacttttgtaataacgaaattagtactagctggttagatgcgcttatatccaag
aaagtgaaggcggaaaaacccgacattatgctggccgttattactggagctcttcatgtt
gctagcaatgatattcagaagcgatactccacctacggagcatctttagaaagagggcag
gtcttgcccgtcaacctgctgactaatacagttaatgtcgaactcattcacgatcatatc
aaatacgaactgcaggttacgcgattaggcttgtcactctatgctgtcgttatgaatagc
tcatatattgaagtcgaagtgcatcgattgagtgatagtgggctgttgatatcattaaga
ggcaatagttacacgacatatataacagaagaagtcgataaataccgtgttgtgattggc
ggtaaaacttgtattttcgaaaaagagagtgatccaaccatcctacggtccccatctgca
ggaaagttggtacagttcttagttgaagacggtggcgcaattaacccaactattccttat
gctgaaattgaggcaagacttactcattacatccaatccttgctagtaatgaaaatgata
atgtccttaatctctacagaatctggaaaaattcattatgttaaacgacctggcgccatt
cttgaaccagcgagtgttttagcaacactagaacttgacgatccaaaccttgttaaaaag
gcgcaactttttaccggaaagtttacaaatgagcaatattcaagactagaaggggcccaa
gttcatcaaatattcaaggcatcactggaattattattaaacttgatggatggctattgt
atacctaaatcacatttcattaagaagcttgaaaaaaatattgaaacattagtctcttgc
ctcagagacccggctcttccactacttgaactaaaggagatcatgcatacgatgtctggt
cgcatacctgcttccattgaaaacgctataaataaggagcttgctatttattctagtaat
atcacatctgtattatgtcagtttccaagccagcagattgcaaacataattgacgcacat
gcaagtacgctcacaaaaagagtagatcgagactctttctttttaaatacacaaacaata
ctgcagcttgtgagaaggtaccgaaatggtactagagggcacatgaaatcggttgtcata
tctatgcttaagaaatatattgaagtagaaactatttttaatcaaggcaattacgataaa
tgtgtggctgcattacgcgaaaaatacagcgataatctatctctagttgtcaccagcatt
ctttcacactcacaagttgccatgaaaaataccgccgctgtgatgctaatagatcatatt
tcctctaatgaaactggtttgactgatgaacttattgcagtattatcggaactgaccaaa
cttaacaatcaagaaaatgctaaagtggctttgagagcaagacaggtactaattgctgct
catcagccctcgtatcaattacgacgtaaccaagtagaatcgatttttctttccgccatt
gacatgcatgggcatcagttttgccctgataatctgcaaaaacttatagtatcggaaacg
tcaatatttgatgttctaccgagtttcttttaccatgataacaatatagtaaaaatggct
gctcttgaggtatatgtaagacgatcgtaccaagcctatgaattgaaaagcttaaagcat
gaaaaactcagtggtaataaatggttggtagaatttcgatttcttcttccgtccagccac
ccacatcgggtttcgatgaatataaagagaacgaagcacctgagtgaagacttgtctagt
tatgcagccaaagacgattctctaccgccttgtgaaagaattggtgctatgaccgcaata
atgatcttctctgatcttttcaggaattttgctgcaataattcgtcgttttcgcatcgat
cccgtcagtcctatgcgatctgaagctaggaaaggattagaacctttgtgggaaaatcaa
acttctcatctctactctgacgagccgatccacataattaatgttgctatcctgaagatt
gatgcatataaggacgatgctttggctactatgttagaaaaatttgtacatgcaaagaaa
agtgaacttatcgaatatggaatacgtcgaattactattcttattattgaagagggtgga
tttccaaagtatttcacgtatcgcgccaatacaatttttcaagaagatacaatctaccgc
cacctagaaccagccttagcttttcaactcgaaattagtcgaatgcaagcttttgatata
gcatatataacaacagataatcctcgcatgcatgtctattttggtaaagggagaaagtcg
gcaaatgaatctgttaccgatcgtcgattttttatccggatgatcattagacattccgat
tttgtaacaaaggatgcatcttacgaatacttagaaaaagaaggagaaagatacttgctg
gaagctttagataccttggaagtacttgtaatatccccagaggcaagcactgattgcaat
catatattccttaattttgtgcctactgtcattatggatccaacgaaaatcgaagaaaat
gttcgccgcatggtccttagatacggcaaaagattattaagtctcagagtcttacaagcc
gaaatcaaaatgacgataaggttatacatgcatgcggatcaaattgggctccgattagta
cttaacagtgaatccggatatttcctcagtacatatttatatcgggaatatactgataac
agaacaggaagagtaacatttcaatcctatggaaaagtccaaggaccaatgcatggtcta
tctataagtgtcccttacatgacgaaggatcacttacagtctaaacgctatcaggctcag
cagtacggtactacgtatgtttatgactttccggagctgtttaaacaggctgtctcgtac
gcatgggatgagtatgcaagaatgaattcagatgttactaagccagatgtcttgatatct
tgtgaagaactagttttagatgatcaaggtcaacttatcgtcctacaaagacttcctgga
gagaatcagattggcatgatagcctggaaaattaaactttttgcacctgaatgtcctgaa
ggcagagagatcattttaattgctaatgatatcacccttaatattggatcattcggtcta
ttagaagatgaagtgttcatgaaagcttcagaacttgccagacgtttgggtataccgcgt
atttatatatctgttaacagtggagctagaattggattagctgaagaagttaaaagtttg
tttaagattgcttgggagaatcaaaactatccggaacggggcttcaaatatttgtactta
acacctgcagattttgccaagtttagcaaggctaaatcggttaaagctgatctgattgaa
gatgaaggcgaatcgcgctataaaataacggacattataggaatgaaagatggcttaggt
gtcgaaaatcttagcggttctggaatgatcgccggcgaaacttctcaggcgtacaaagat
atcgtcactatcagcttggttacttgtcgttcagttggtattggtgcataccttataagg
cttggccaaagagttatccaagctgagaatactagtatcatcttaacgggagctcaggca
ttaaataaggtcctaggccggcaagtttatacatctaatgctcaactcggcggggttcaa
attatgtatcacaatggtgtttcgcatctgactgtacacgatgattttgagggaatctat
agcattgttaaatggctttcattcgttgcaaagtctattgctagaccactaaagtctagg
gatgcagttgatagagaaattggatatgttcctagtaaaagttcatttgatgcacgttgg
atgttatctggaaaggcaaataatgatggtcagtgggttagtggatttttcgataaagat
tcctttatcgaaattcagcgtccatgggctcaaacggttatagctggacgtgccagattg
ggaggtatccctgtgggtgttattactgcggaaacgcgagctgttgtagctgaaattcct
gctgatccggcaaatacagaatctgaagcagtgatcttgagccaggctggtcaggtatgg
tacccagactcatcgtataagacggcacaggcgattaatgattttggacgagaagggcta
ccgttaatgatttttgccaactggagaggattttctggtggacaaagagatatgtttgat
gaaatattgaagtttggttcatacattgtcgatgctctcagagaatataaacaaccaatt
ttgatttatatccctccatgtggtgagcttcgaggaggtgcttgggtagtgttagatcct
actattaatcctaattacatggaaatgtatgctgacaaagaaagcaggggaggggtctta
gagccagaaggcactgttgctatcaaatttaagaaaaaggacatcattaaaacaatgaac
agattagatgcgaattatgcctcgttatctactgcatgccttaacaaagatttaaaagct
gaagagagaaagaaattggaaaatgaaaagctagaacgtgagaactttctagccccgatg
taccacgaggctgccgtaatgtttgcagacttgcatgatactgctggtagaatgcgtgaa
aagggagttattcgggagatattagactggaagacaagccgaagatatttctattggcgg
ttgaagcgattactggccgaacacgaaataaaacaactgatcagcgcggctaacccgtaa

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)   
   JGI-TAD (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (37)   

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