KEGG T01037: NEMVE

Nematostella vectensis (sea anemone): NEMVE_v1g189113

Entry

NEMVE_v1g189113 CDS T01037

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

nve Nematostella vectensis (sea anemone)

Pathway

nve00240	Pyrimidine metabolism
nve00250	Alanine, aspartate and glutamate metabolism
nve01100	Metabolic pathways

Module

nve_M00051

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

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:nve00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:nve00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain GATase OTCace_N CPSase_L_D3 OTCace CPSase_L_chain ATP-grasp_4 Amidohydro_4 ATP-grasp MGS ATPgrasp_Ter Dala_Dala_lig_C Amidohydro_1 ATP-grasp_3 Peptidase_C26 Amidohydro_5 NNMT_PNMT_TEMT GARS_A

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

AA seq 2213 aa
MASLFLDDGSVYRGKLFGAAKNVPGEVVFQTGMVGYPESLTDPSYQAQLLILTYPLIGNY
GAPEAKQDKHGLDLNFESHKIWAAALIVGDYIEEYSHWNAKRSLSTWLTEQGIPGISGID
TRALTKKIREKGTMLGKIVIDGTDPETVPFHDPNLENLVDIVSCKIPTVYNPQGTPHIIA
LDCGIKYNQIRCLVSRGACVKVVPWSHDFNPEVKNGDFDGVFLSNGPGDPSYCMAAIDNI
RQHIHDKNPIPLFGICLGHQLLSLAVGCKSFKMKYGNRGHNIPCTHHGTNRCFITTQNHG
FAIDTTSIPKDWSTLFTNANDQTNEGIIHNTLPFFSVQFHPEHMGGPRDLECLFDIFLET
VKQYKLGKVSDMSVKERIQQQFMFKPVNPVETKPKKVLILGSGGLSIGQAGEFDYSGSQA
IKALKEECIQTVVVNPNIATVQTTKGLSDKVYFLPITADYVTQVIHSERPDGILLAFGGQ
TALNCGIELRDRGVLDEYNVKVLGTPVDAIVCTEDRKMFAEKLLEIDEHVAPSEAVFSVD
EALAAAGRLGYPVMVRAAFALGGMGSGFADDKEELTQLASMALANSKQLIIDKSLKGWKE
IEYEVVRDAYDNCITVCNMENVDPLGIHTGESIVVAPSQTLTNSEYNMLRSTAIKVIKHL
GVVGECNIQYALNPDSQEYFIIEVNARLSRSSALASKATGYPLAYVAAKLALGRPLPVLR
NSVTNSTTACFEPSLDYVVVKIPRWDLSKFSRVSTKIGSCMKSVGEVMAIGRRFEEALQK
ALRMVDESNLGFDSHRNAASDEELREPSDKRIHVVAASLKEGYTIDRLYELTKIDRWFLH
RMKAIIDYGTMLKSYRAGSDPVTYNHLLEAKRLGFSDKQIAKCVHSTELAVRKLREEMKL
TPFIKQIDTVAAEYPACTNYLYLTYNAQEDDLGFPGNAMMVLGSGVYRIGSSVEFDCCAV
GCIRELKKLGKQTIMVNYNPETVSTDYDECDRLYFDEISFESVMDIYQREKPEGIILSMG
GQLPNNIAMPLHRQEARIFGTSPEYIDNAENRFKFSRLLDNIGILQPQWKELTTVESAKE
FCHKVSYPCLVRPSYVLSGAAMIVAYSDTDLENYLGSEVFLSRDHPVVISKFIQEAKEID
VDAVAQDGKVVAIAVSEHVENAGVHSGDATMVLPPQDINQVTMEKIRSICYRIGAALSVT
GPFNMQLIAKDDQLKVIECNLRVSRSFPFVSKTLDTDFVAMATRVICGLTVEPALDMDGR
GRVGVKVPQFSFSRLAGADARLGVEMASTGEVACFGENRYEAFLKGLLSTGFRIPKRSIL
LSIGSYKFKNELLPSVHTLRNLGYSLYASVGTADFYTEHGITVHAVDWPFADANNGNGNG
ATTEGEQSIADYLSQNMIDLFINLPLRSNPGKKVSSFMTRGYQTRRMAIDYSVPLITDVK
CAKLFVEALKRVCGAPKLKTNIDIISTARIVRLPGLIDVHVHLREPGATHKEDFASGTAA
ALAGGITMVLAMPNTNPPLVDEESFNLAKKLGTAGARCDYALYLGAGPTNYTMLKDIAHR
AAGLKMYLNETFTTLRLDDLTIWMKHLENWPLHMPIVCHAEGRTTAAILLLAELADRPVH
IAHVARKEEIMVIRAAKERGLAVTCEVAPHHLFMTKDDAARIGESWIRVKPPLVTAEDQM
ALWDNMEYIDCFATDHAPHTIEEKNSTNSPPGFPGLETMLPLLLTAVHQGRLTIEDLVKR
LYTNPRRIFGLPEQKDTYVDVEIGSEWTIPKAMAYSRAQWTPFAGMKVFGSVRRVVLRGE
TACIDGQVLLKPGFGEDVRTTSPPTPMVVYGPHLPPSMPAPPSPRKADRGWPFPPTVHRM
TGPEPLPPVAVDTSPHMSEPVSRGPSTPVAVQAPVLRDVMPVIPAQVITGHILSAGQLTK
EQLHVIFNVAHDMRRVVKREGGVDFLKGRVMASMFYEVSTRTSSSFSAAMQRLGGTVVQM
NASDSSAKKGESLADSVQVMSSYSDVVVIRHPKIGAVQEAAAHCRKPVINAGDGVGEHPT
QALLDVFTIREEIGTVNGVTVTMVGDLKNGRTVHSLARLLCLYRVTLRYVSPPSLRMPDK
VKDYVRSRGIVQEEYTSLEEALPDSDVLYVTRIQRERFNTQEEYEQVFGSYVITPQVLNE
AKEKMVVMHPLPRVNEISVEVDSDPRAAYFRQAEYGMYVRMALLALLVGKYNR

NT seq 6642 nt +upstreamnt +downstreamnt
atggctagccttttcctagatgacggttcagtatacaggggaaagctttttggagctgca
aaaaatgttcctggtgaagttgttttccagacaggtatggttgggtaccctgagtcgctg
acggacccctcctaccaggcacagcttctcatccttacctaccccctgataggcaattat
ggtgctcctgaagcaaagcaggacaaacatggtcttgacttgaattttgaatcgcacaag
atatgggctgctgccctgatagttggggattatatcgaggaatacagtcactggaatgca
aagcgttcactttctacctggcttacagaacagggaattccaggaattagtggtattgat
accagagcactaacaaaaaagatcagagagaagggaaccatgttgggcaagatagtgatt
gatggaaccgacccagaaactgtgccattccatgatccaaatctggaaaatttagtagac
attgtctcctgcaagatacccactgtttataacccccaaggcacaccacatattattgct
ttggactgtggcatcaagtataaccagatccgttgtctggtgtccagaggggcatgtgtc
aaagtcgtaccctggagccatgacttcaatcctgaggtcaagaacggagattttgatgga
gttttcctgagcaatggtcctggtgatcccagctattgcatggcggcaattgataacatc
agacagcacatacatgacaagaaccccatccctctgtttggcatctgccttgggcaccag
ttgctttcccttgctgttggctgcaagagcttcaaaatgaagtatggaaaccgtggtcac
aacattccctgtactcaccatggaacaaacagatgtttcatcacaacacaaaaccatggc
tttgctatcgacacaacttccatcccaaaggactggtctactctatttactaacgctaat
gaccaaacaaacgagggaattatccacaacactctgccattcttcagcgttcagtttcat
cctgaacatatgggtgggccacgagatttggaatgcctgtttgatatcttcctggagact
gtcaagcagtataagctaggaaaggtgtctgatatgtcggtgaaggagagaatccagcaa
cagtttatgttcaagccagtcaacccagtggaaaccaagcctaagaaagtgttaatactt
gggtctggtggtctttccattgggcaggctggggaatttgactactcaggatcacaggcc
atcaaagccctgaaggaggaatgcatacagacagtggttgtcaatcccaatattgcaacc
gtgcaaactaccaaaggactttctgacaaagtttactttcttcctatcacagcagactat
gttacccaggttatccatagtgaaaggccagatggtattctgctagcatttggtggccaa
acagcccttaactgtggcattgagctacgagacaggggcgtacttgatgaatataatgta
aaagttcttggaactcctgttgatgcaatcgtctgcactgaggatagaaagatgtttgca
gagaagctactggaaattgatgagcatgtagctcccagtgaagcagtgttttctgttgat
gaggccttagctgctgcaggcaggcttggctacccagtcatggttcgtgctgcctttgct
ctcggcgggatggggtcggggttcgcagacgacaaggaggagctcacccaactggcctcg
atggctctagcaaactccaaacagctcatcattgacaagtcactcaagggctggaaggag
attgaatatgaagtcgtcagggatgcctacgataattgcatcacagtgtgtaacatggag
aatgttgacccccttgggatacacactggggaatcaatcgttgtagccccaagtcaaacc
ctgacaaactcagagtataacatgctccgcagtactgccatcaaggtgatcaagcacctg
ggtgtggtaggagaatgtaacattcagtatgcactcaacccagactcccaagagtatttc
ataattgaagtgaatgctcgtctttcccggagctcagcccttgcgtccaaagccactggt
taccctcttgcctatgtggccgccaagctggccctgggacgaccattaccagtcctgcgc
aactcagtcaccaactccaccacggcatgctttgagcctagccttgactacgtagtggtt
aagattccacgctgggacttgagcaagttcagcagagtgagcactaagattggtagctgc
atgaagagtgtcggggaggtgatggctatcgggaggagatttgaggaagctctgcagaag
gcgcttcgcatggtggacgagagtaaccttggatttgactcccacaggaatgccgcctca
gatgaggagcttagggaaccatcagacaagcgcatccatgtggtcgctgcctctctcaag
gaaggctacaccatcgacagactgtacgagctcaccaagatagaccggtggtttctgcac
cgtatgaaagccattatagactatggcactatgctgaagtcatacagagctggatctgat
ccagtgacgtacaaccaccttcttgaggccaagagacttggattctctgacaaacagatc
gccaaatgtgtccatagcactgaacttgctgtgagaaagctccgagaagagatgaagctg
acgccattcatcaagcagattgacacggtggctgctgagtacccggcatgtacaaactac
ctgtacctgacttacaacgcccaggaagacgacctgggattccctggaaatgcgatgatg
gtgctgggttctggggtgtacaggattggcagcagtgtggagttcgactgctgtgctgtt
ggctgcatcagagaactaaagaagcttggaaaacagaccattatggtaaactacaaccca
gagaccgtcagcacggattacgatgagtgtgacagactttactttgatgagatttcattt
gagagtgtaatggatatctaccagcgcgagaagccagagggcattatcctcagtatgggt
gggcagcttccaaacaatatcgccatgcccctacacagacaagaggcccgcatctttggg
acgtcccctgaatacattgacaatgccgagaatcgcttcaagttctccaggttgttggac
aacattgggattttacagcctcagtggaaagagctcacaactgttgagtctgcaaaagag
ttctgtcacaaagtgagttacccgtgtctggtgcgtccgtcatacgtgcttagtggtgct
gccatgattgtcgcatactctgacacagacctggaaaactaccttggcagtgaagtcttc
ttgtcgcgtgaccatcctgtggtcatctcgaagtttatccaagaagcaaaggagattgat
gttgatgcagtcgcacaggatggcaaggtggttgccatagcagtgtcagagcatgtcgag
aatgcgggtgtgcattcgggtgatgccaccatggtgctacccccacaggacatcaaccaa
gtcaccatggagaagatccgctccatctgttatcgtattggagccgcactctcagttact
gggcctttcaacatgcaactcattgccaaggatgaccagctgaaggtgatcgagtgcaac
ctaagggtgtcccgctccttcccttttgtctccaagaccttggatacggactttgtagcc
atggcaacacgtgttatatgcgggctaacagttgagccagcattggatatggatgggcgt
gggagagtaggcgttaaggtaccccagttctcgttttctcgcctggccggtgctgacgca
cgtcttggtgttgagatggccagtacgggtgaagtggcatgctttggcgagaacagatat
gaggcgttcctcaagggtctactcagcactggcttccgaatcccaaagagatccatcctc
ttgtctatcggcagctacaagttcaagaacgagctactgcctagtgtccataccctgcgt
aatcttggctactccttgtacgccagtgtgggcactgccgacttctacacagaacacggc
atcactgtgcatgctgttgattggccattcgcagacgctaataacggtaatggaaacggc
gctaccacagagggagagcagagcatcgcagattatctgtcccagaacatgattgacttg
tttatcaacctgccactgcgcagcaaccccggcaagaaggtttcatcgttcatgacacgt
ggctaccagacacgacgcatggcaattgactactctgtccctcttatcacagacgtcaag
tgcgccaagctctttgtagaggcactaaaacgagtctgtggcgcccccaagctcaagacc
aacatcgacattatatcgacagcgcgtatcgtccgcttacccgggctcatcgacgtccat
gttcacctgcgagagcctggagccacccacaaggaggactttgcttccggtacagctgcg
gcactggcaggcggcattactatggtgttagccatgcctaacacaaaccccccacttgta
gatgaggagtcctttaatctcgctaaaaagcttggcactgctggagctcgttgtgactat
gccctgtaccttggagctggtcccacaaactacaccatgctgaaggatattgctcatcgt
gcagctggtctgaagatgtacctcaacgagaccttcaccacgctgagactggatgacctc
actatttggatgaagcaccttgagaactggccgctacacatgcccatcgtgtgccatgca
gagggacgcaccactgccgccatcttactgctggcggagctcgcagaccgtccggtgcac
atcgcacatgtcgccaggaaggaggagatcatggttatccgtgccgccaaggagcgcggc
cttgcggtcacatgtgaggtagcaccacaccacttgttcatgaccaaggatgatgcggcc
cgcatcggggagagctggatccgagtcaagcctccgcttgtcacagctgaggatcagatg
gccttatgggataacatggagtacatcgactgctttgctaccgaccatgctcctcatacg
atagaggaaaagaactccaccaactccccccctggctttcctggccttgagactatgctt
cccctactgctaactgctgtccaccagggccggctcacaatcgaggacctcgtcaagcgt
ctatacaccaaccctcggcggatctttgggcttcctgagcagaaggacacgtacgtggac
gtggagataggcagcgagtggaccatccccaaagccatggcctactcacgtgctcagtgg
actcccttcgctggcatgaaggtgtttggctcagttcggcgcgtcgtgctccgaggggag
actgcgtgcattgatggacaggtacttctaaagccggggtttggcgaggacgtccgcacc
accagcccccctacacccatggtggtgtacgggccacaccttcccccctccatgccagct
cccccaagcccccgcaaggcagacaggggctggcctttccctcccaccgtccaccgcatg
actggaccagagcctctgcctccggttgcagtagacacctccccacacatgtcagaacca
gtctcacgcggcccctccaccccggtggctgtgcaggccccagtgctgcgtgacgtcatg
cccgtcatcccagcacaagtgatcaccggccacatcctcagcgctggccagctcacgaaa
gagcagctgcacgtgatattcaacgtcgctcatgacatgcgtcgagtagtaaagagggaa
ggtggcgtggactttctgaagggtcgtgtcatggcgtctatgttctacgaagtgagtacc
cgcacctcgtcttctttttccgctgccatgcagagactgggcggcactgtcgtacagatg
aacgcgtccgactcgtctgccaagaaaggagagtccctcgcagactcggtccaggtgatg
tcctcctactctgacgtggttgtcatcagacacccaaagatcggggcagttcaggaagct
gctgcccattgccgcaaaccggtcatcaacgcgggcgatggtgtaggcgagcacccgacc
caggcccttctggatgtgtttaccatccgagaggagattggtaccgtcaatggagtcaca
gtgactatggtgggtgatctcaagaatggccgcacagtccactcgctggccaggttactg
tgcctgtaccgcgttactctgcgttacgtctcgccgccatcactgcgcatgcccgacaag
gtcaaggattatgtcagatccaggggcattgtacaggaggagtacacaagtctagaggaa
gcgctgcccgactcagatgtgttgtacgtcaccaggatacagcgagagcggttcaacacc
caagaggaatatgaacaggtctttggtagttacgtcatcacgcctcaggtactcaatgaa
gccaaagagaagatggttgtgatgcatccgctaccaagagtgaacgagatcagcgtcgag
gtggactctgaccctcgtgccgcatacttccgccaggccgagtacggcatgtatgtacgc
atggctttgcttgctttactcgtcggcaagtacaaccgataa

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 (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   JGI-NVE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (19)   
   Pfam (19)   
All databases (50)   

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