KEGG T01069: TRIADDRAFT

Trichoplax adhaerens: TRIADDRAFT_29177

Entry

TRIADDRAFT_29177 CDS T01069

Definition

hypothetical protein

Orthology

K11540

carbamoyl-phosphate synthase / aspartate carbamoyltransferase / dihydroorotase [EC:6.3.5.5 2.1.3.2 3.5.2.3]

Organism

tad Trichoplax adhaerens

Pathway

tad00240	Pyrimidine metabolism
tad00250	Alanine, aspartate and glutamate metabolism
tad01100	Metabolic pathways

Module

tad_M00051

Uridine monophosphate biosynthesis, glutamine (+ PRPP) => UMP

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:tad00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:tad00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain GATase OTCace_N CPSase_L_chain OTCace CPSase_L_D3 ATP-grasp_4 Dala_Dala_lig_C MGS ATPgrasp_Ter ATP-grasp Amidohydro_4 Amidohydro_1 Peptidase_C26 Amidohydro_5 GARS_A

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 2200 aa
MSAVLQLEDGYQMTGTLFGAPISVTGEIVFQTGMVGYPESLTDPSYCKQILVLTYPLIGN
YGVPKEEFDEFGIIKGLESNKIHVAALVIDNLCDEFSHWNANKSLSDWLAENNVPGICDI
DTRELTKRIREKGCMKAKVIVKDDDSSKVPFIDIGSENLVEIVSVKEPKIYNPDGDVSIV
AVDCGIKYNQIRCLVTRGARVKVVPWNYYLDSSEYDGLFLSNGPGDPVRYQATISNVQRI
LNETSPKPVFGICLGHQLMSLAVGGKIIKMRYGNRGHNQPCIHHETGRCFITTQNHGYAV
DKVQSLKDWSVLFTNANDDTNEGIVHDRFPFFSVQFHPEHRGGPQDLEQLFDEFLSIVRD
HKSGKDYSKLSPKIRLHNRFLTNQACGKAQTNAKKVLLLGSGGLSIGQAGEFDYSGSQAI
KALKEEGIYTILVNPNIATVQTSKGLADKVYFLPITPSYVSQIIKSERPDGILLSFGGQT
ALNCGVALKESGVLDQYNIQVLGTSIQSIICTEDRLKFAKKLEEINESIAPSKVAYTVDE
AINAAEALGYPVLVRAAFALGGLGSGFAENKQEMISVAKSAFAHTKQLLIDKSLRGWKEI
EYEVVRDAYDNCITVCNMENVDPLGIHTGESIVVAPSQTLTNEEYNRLRSVAIKTIRHLG
VIGECNIQYAVDPASDKYCIVEVNARLSRSSALASKATGYPLAYIAAKLSLGFSLAALRN
SVTNSTTACFEPSLDYVVVKIPRWDLSKFARVDTKIGSSMKSVGEVMAIGRKFEEALQKA
LRMVDDHCLGFEPESTDVNEEELMFPSNKRIYEIASALRNNYTIDRLHKLTKIDPWFLHR
MKAISEFMVKMSKYKGKLQEIQKSTLSHAKKLGFCDKQIAKYLESTELAVRYKRIDLGIH
PFVKQVDTVAAEYPACTNYLYLTYNGSSHDVKFQNLKHVLVLGSGVYRIGSSVEFDWCAV
NCIRQLRKLGKKTIMVNYNPETVSTDYDECDKLYFDEISFETVMDIYEMEQPEGVILSMG
GQLPNNIAMPLHRQQVKILGTSPEQIDNAENRYKFSRLLDVIKIKQPLWKNLTNMESAEK
FCDEVGYPCLVRPSYVLSGAAMNVASSREELETYLHSAVAVSRDHPVVISKFITEAKEID
VDAVALEGTIVALAVSEHIENAGIHSGDATLVLPPQDLNDETLMKIENITKAIGSALNVT
GPFNLQLIAKDNQLRVIECNLRVSRSFPFVSKTVGHNFVAIATKVMMGIPIEEFVGYQVC
DRIGVKVPQFSFSRLAGSDVMLGVEMASTGEVACFGEDRYEAYLKAMISTGFKIPRKTVL
ISIGSYKSKLEMLRSLQILESLGYKLYGTLGTQDFYAQHNITMEVVEWRFDDLGSEDSSS
LGKYLAQNKFDMVINLPMRSGGSRRVSSFNTLGYRTRRLAVDYSIPLITDIKCAKLLIES
LYRIGGAPSIKTNIDCITSHRCLRLPGLIDVHVHVREPGATHKEDFKTATAAALAGGITA
ICAMPNTNPPVIDIDSFEYTKKLAQQSARCDYALYVGGSTTNAEILPEVGDAAVGLKMYL
NDTYTSLRLDSVADWMKHFENWPTHLPIVAHAEARTTAAVLLLAQIYNRPVHIAHVARKE
EILVIKACKERGMNVTCEVAPHHLFLTEDDAERIGLKRSKVKPQLCSKDDQQALWDNFDI
IDCFATDHAPHTIEEKDSENGPPGFPGLETMLPLLLNAVHQGRLTVEDIVERLYTNPMKI
FNLPEQKDTYIEIDIDESWTIPQLMPQTKSKWTPFAGMQAKGVIRRVVLRGEVAYIDGKV
LAAPGYGKDLKEAQRQPTPGFQHRDHRPQSPVRSDRIPKRIHRLTDGAGNYYIYIISTIG
PSSAPSKFPINLPASSFPSDTEMPFSGSVSISNSDFYGHSIVSVSMFTRENLHTLFNLAH
EMKVATEKYGKINVLANKVMALMFYEVSTRTSSSFTAAMQRLGGSIVSISSKDSSAKKGE
SVEDSVHVMESYCDLVVLRHPEPGIVKRVAAIATKPIINAGDGIGEHPTQALLDVFTIRE
EIGTVNDITITMVGDLKHGRTVHSLARLLSLYRVNLRYVCPPSLKMPDDVISELNGKGIP
QKYFNSIEEALPETDVLYMTRIQAERFPNVEEYEKVFGSHVLTPEVLNHAKEKMAILHPL
PRVNEISIEVDSDPRAAYFRQVEYGMYVRMALLALIVGKN

NT seq 6603 nt +upstreamnt +downstreamnt
atgtcggccgtacttcaactagaagatggctatcaaatgacgggaacactttttggtgca
ccaatcagtgttactggtgaaattgtattccaaactggcatggtcggatatccggaatca
ttaaccgatccttcgtactgtaaacaaattttggttttaacatatcccttaatcggtaat
tatggtgtacctaaagaggaatttgatgagtttggcataatcaaagggctagaatcaaat
aagattcacgtggccgcccttgtcatcgataatctttgcgacgaatttagccattggaat
gctaacaagtccttgtctgactggttagctgaaaataatgtccctggaatatgtgacatt
gatactagagaactgactaaaaggattcgtgagaaaggttgcatgaaagctaaggtaatc
gttaaggacgacgattcaagtaaagttcctttcatagatattggcagtgaaaatctagtg
gaaattgtatctgtaaaggaacctaaaatatacaatcctgacggagatgtaagcattgtc
gctgtcgattgtggtatcaaatataaccagatccgctgccttgtgactagaggagctcgt
gttaaagtagtgccgtggaattattaccttgacagttctgaatatgatggtttgttttta
agcaatggtcctggcgatccagtgagataccaggcaacgatatccaatgttcaacgaatt
ctgaatgaaacctcacctaaacctgtctttggaatttgccttggtcatcagttaatgtcc
ctagctgttggtggtaaaattataaaaatgcgatatggcaatcgtggtcataaccaacca
tgtattcaccacgaaactggtcgttgttttatcacaactcaaaatcatggatacgctgtt
gataaagtgcaatctttgaaagattggtcggtcctctttactaatgcgaatgatgatacc
aacgagggtattgtacacgatcgatttccttttttttctgttcaatttcaccctgagcac
agaggagggccgcaagatttagagcagttatttgatgaatttctatcgatagtacgtgac
cataaatcaggaaaagattatagtaaactatcgccaaaaattcgcctacataatcgcttc
ctaactaatcaggcatgtggcaaggctcaaacaaatgcaaaaaaggttcttttacttgga
tctgggggcttgtctatcggacaagctggcgaattcgattattcaggttctcaggctatt
aaggctctgaaagaagaaggtatatacacaatacttgtaaatccgaatattgccacggtt
cagacatcgaaaggattagctgacaaagtttacttcttaccaattactccttcatatgta
tctcagattattaagagtgaacgtcctgatgggatcctgctatcatttggagggcagaca
gcgttaaattgtggtgtcgctttaaaggagagcggtgtcttagatcaatataatattcaa
gttctcggaacatcgatacagtcaattatctgtactgaagatagactaaaatttgctaag
aaactggaagagattaatgaatctattgctcctagtaaagttgcctatactgtcgacgag
gcgataaatgcggctgaagcactcggctatcctgtgctagttcgtgcagcatttgccctt
ggcggtcttggttcaggatttgctgaaaataagcaagaaatgatttcagttgcaaaatca
gcttttgctcatacgaaacaattattaattgataaatcgttacgcggatggaaagaaatt
gaatacgaagttgttcgagatgcttatgataattgtattacggtttgtaatatggaaaat
gttgatcctttgggtatacacactggtgaatctattgttgttgctcctagtcaaacactg
accaatgaagaatataatcggttacgatctgtagccattaagactatcagacaccttgga
gttattggagaatgtaacattcaatatgctgttgatccagctagcgataagtattgtatt
gtcgaagttaacgcaagattatcccgtagttctgcattggcatcaaaagcaacgggatat
cctctcgcttatattgctgctaagctttcgcttggattcagcctagctgcactacgtaat
tcggtaacaaattctacaacagcctgttttgaaccaagccttgattacgtagttgttaag
atacctagatgggatttatctaaatttgcacgtgttgatacaaagattggtagctctatg
aaaagcgtaggagaagtaatggcaattggtagaaaatttgaggaagctctacagaaggca
ttaagaatggtagacgaccactgcttgggctttgaacctgaatctactgatgttaacgaa
gaggaattaatgtttccatcgaataagcggatctatgaaattgcatctgcgttgaggaat
aattatactattgaccgattacacaaattaaccaaaattgatccatggtttttacataga
atgaaagcaataagtgaatttatggtcaagatgtccaagtataagggaaagctacaagaa
attcagaaatctactctgtcacatgcgaagaaattaggattttgtgataaacagatagca
aaatatttagaaagcactgaactagctgtccgatataagagaattgatcttggaattcac
ccatttgttaaacaagttgacaccgtagctgcagagtacccagcatgcaccaattacctc
tatttaacttataatggttcatcgcatgatgttaaattccagaatttgaaacatgttctg
gttttgggatctggtgtctacagaattggaagtagtgtagagtttgattggtgcgcagtt
aactgtattaggcaacttcgtaagctgggtaaaaagacaataatggtaaattataatcct
gaaactgttagtacggactatgacgaatgtgataaattgtattttgacgaaatttcgttt
gagaccgttatggacatttacgaaatggaacaaccggaaggagtcatactatcgatgggt
ggtcagttgcctaacaatatcgcaatgccacttcataggcagcaggtcaaaatcttggga
acatccccagagcagattgacaatgctgaaaatcgttataaattttctcgattgcttgat
gtcatcaagatcaagcagccactatggaaaaatcttacgaatatggaaagcgccgagaaa
ttctgcgacgaagttggttatccgtgtttggttcgtccatcatatgtcttaagtggtgca
gcaatgaatgtagcaagctctcgcgaagagctagagacgtatttgcatagtgcggtcgca
gtatcaagagatcatcctgtagtaatatctaaatttataacggaagcaaaggaaattgat
gtcgatgctgtcgcactagaagggacaattgttgctttggctgtatctgaacatatcgaa
aatgctggcattcattcaggagatgctaccttagtactaccacctcaagacttaaacgac
gaaactttaatgaagatcgaaaacattacgaaagctattggatcagccttaaatgttact
ggcccatttaatttacagctgatcgcgaaagataatcaattgagggtgatagaatgtaat
ctacgggtatctagatcctttccttttgtttccaaaactgtcgggcataattttgtggct
attgctacaaaggtaatgatgggaatacctattgaagagtttgttggctatcaagtatgt
gatcgtatcggagtcaaggttcctcaattctcattttcgcgcttagctggatctgatgtg
atgctaggtgttgaaatggctagtactggagaggttgcatgttttggtgaagatcgatat
gaagcctaccttaaggcgatgattagtacaggatttaagattcctaggaagactgtacta
atctctatcggaagttataagtccaaattagaaatgcttcgtagcctccaaattttggaa
tcgttgggatataaattatatggcacccttggtactcaagatttttatgcgcaacataat
attactatggaagttgttgagtggcgttttgatgatttgggtagtgaagactctagcagt
ctcgggaagtacttagcgcaaaataaattcgatatggtcattaatctaccaatgagatct
ggtggcagccgaagagtgtcttcttttaataccctcggctatcgtacacgccgcttagcg
gtagactattctattcctttaattacggacataaaatgtgcaaagctgttaattgagtca
ctatatcgtattggtggagctccttctatcaaaaccaacattgactgtattacatcccat
cgttgtcttcgattacctggtcttatcgatgttcatgtccacgtaagagagcctggagct
acacataaagaagactttaaaactgctactgctgcagcacttgctggcggtattactgcc
atttgtgcgatgccaaatacaaatccacctgtaatcgatattgattcttttgagtatacg
aaaaagcttgctcagcaaagtgcaagatgtgattatgctctatacgttggtggaagtaca
accaatgctgaaatattaccggaagttggtgacgccgctgttggattaaaaatgtattta
aatgacacgtatacatctttgagattggactctgttgctgattggatgaagcatttcgaa
aattggccaacacatttgccgattgtagcacatgctgaagctcgaacaaccgctgcagta
ctacttttagcccaaatatataatcgtcctgttcatattgcccatgttgcacggaaggaa
gagattcttgttatcaaagcttgtaaagaacgtggtatgaacgtcacgtgtgaagtcgct
cctcatcatttgtttcttacagaagatgatgcagagcgcatagggctaaaacgatcgaag
gtcaagccccaactgtgctctaaggatgatcaacaggcattatgggataattttgatatt
attgactgtttcgccaccgatcacgctccccatacaatcgaagagaaagactcagaaaat
ggaccacctggctttcctggtttagaaacaatgttacctttgcttttaaatgctgtacac
caaggcaggttaacggttgaggatatcgtggaaagattatatacaaatccaatgaaaata
tttaatttacctgaacaaaaggatacctacatagaaattgatatagacgaatcttggact
attccacagttaatgcctcagacaaagtcaaagtggacaccttttgcgggtatgcaagcc
aaaggtgtcatccgtcgtgttgtacttcgtggagaagttgcatatattgatggaaaagtc
ttagcagccccaggttatggtaaagatcttaaggaagctcaacgacaaccaactcctggg
tttcaacatcgtgaccaccgtcctcagtcgcctgttcgatctgatcggataccgaaacga
atccatcgtttaactgatggtgcaggtaattactatatctatattatttcgacgataggg
ccaagtagcgcaccgtcaaaatttccgattaacttacctgcttcaagctttcccagtgat
actgaaatgccgttttctggttctgtttctatatcaaactcggatttctacggtcatagt
atagtttcggtatctatgtttacgcgtgaaaatctacataccttatttaaccttgcacat
gaaatgaaagtcgctacagagaaatatggaaagataaatgtattggcgaataaggtcatg
gctttgatgttttatgaagtcagtaccaggacatctagttcatttacagccgcgatgcag
agattgggaggaagtattgtatcaatttcgagcaaagattcttctgctaagaaaggggaa
tcagtggaagattcagttcatgtcatggaatcttactgtgatttagtcgtcttgagacac
cctgaacccggaattgtaaaaagggttgctgcaatagcaactaaacctatcattaatgct
ggtgatgggattggagaacacccaactcaagcactcctggatgtatttactataagagaa
gaaatcggtacagtcaacgacatcacgattacaatggttggcgatttaaaacatggaagg
acggttcattctttggcaagattattatctttataccgtgtaaacttgagatatgtttgc
ccaccgtcattaaaaatgcctgatgatgttatatcggaattaaatgggaaaggcattcct
cagaaatacttcaattccattgaggaagctcttccagaaacagatgtattgtatatgaca
cggatccaagcggagcgctttccaaatgttgaagaatatgaaaaggttttcggtagccat
gttttgacacctgaagttctcaaccatgctaaggagaaaatggcaatcttacatccactg
cctcgtgtgaatgaaataagcattgaagtagattcggatccacgtgcggcgtactttcga
caggtcgaatatggaatgtacgtaagaatggccctacttgcgcttatagttggaaagaac
tga

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   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 (17)   
   Pfam (17)   
All databases (47)   

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