KEGG   Nematostella vectensis (starlet sea anemone): 5506512
Entry
5506512           CDS       T01037                                 
Name
(RefSeq) uncharacterized protein LOC5506512
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
nve  Nematostella vectensis (starlet sea anemone)
Pathway
nve00520  Amino sugar and nucleotide sugar metabolism
nve01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:nve00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    5506512
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:nve01003]
    5506512
Enzymes [BR:nve01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     5506512
Glycosyltransferases [BR:nve01003]
 Polysaccharide
  Structural polysaccharide
   5506512
SSDB
Motif
Pfam: Chitin_synth_2 SAM_1 SAM_2 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2
Other DBs
NCBI-GeneID: 5506512
NCBI-ProteinID: XP_032230762
Position
Unknown
AA seq 1557 aa
MSAEEIKYTVKQPSKITRLSERPKDPRPSAWISGVKWVFAFFLSMSLLICIVSSKISLLS
IAMYFNATRLPTGVTHPEYGEQSQPETVFVMLILALMIPFALTFLRSCWVSLFRSSHLWP
SNSALFWCVVSSVIEVAALCYFTIIPLMYTSLPATYCILISNSVFCFPIAWHLWKLWRNF
NENRRLFFATLASLILELGSLGVLAYKVSSVLNTMGMSTHKSASIMVLLPASMVLLSIAW
SPKVQKKMLEPRGDQYDELDAREASMRTTAGLPGSSEGDPAPPVFTPQTAAHLLLSDGKN
ARGKSAIITSLIKLIITPIIAGLIAWPYGVLENLGDVLSKGFGAFTFNHLAFPHFLAQIF
TSVVGYILGWLACSMCLQKIAYALPLILATPVSLALVFIPKICASDRVPMKCEYDDGSEL
YYIVVLAACLWLAQLLWTGCFIWKEQTFIMARESSLFWMPLYNGVFLEQNLLLNRKNVIT
DEFHVNQREIAKNACVYICTTMYHETEEEMEQLLHSLHDIDTARAASKRQFESHVFFDGA
VKGEVLNDFVLQLIALVPKTLKVKVEAVMKIKTPYGMQFRWRLPGGMPFHIHLKDNLKVK
NKKRWSQVMYMSYILDYKEGTMGSTDENTYILATDADVRFTHGDVQALLDLLMRDPRVGA
VCGRTHPLGVGPIVWYQVFDYAIGHWFQKTANHVLGTVLCSPGCFSAYRCLAVRDVLPTY
ATGVTTSTDFLTKDMGEDRWFCTLMVQSGWRLEYCAAAEDSTFCPDNFDEFFRQRRRWIP
STLANLLQLISQWRVTTENNDMVSIWFILYQALNVVATLICPATVILIISGALHYAHLGV
EDELIPAVLLVLVSIGYALVCLYTKQEFQLKVAKLLTIIFALIMAFVVVGMAAQIAIDLQ
LRSTPKPTTSPVPTALVPTTQATTPMSTSTAKTAVGRLLAAITSSSTPGPTAPSGTSSPL
PTTSYVPLKDRLPADVTSLYLGGLVGIFLIAALLHPFEAFCLVHGMWYLLCLPSGYLLLI
IYSVCNVTDRSWGTRETKEKKSGAEVPWYEELWKTIKYVFTCCRPAEPNPDPQAPATNNQ
TDNPPSQYEDSSSSETNGVLSDEEQPPLPLSDSSIQSAAPPEVMIDETHSPSATPPMPKS
VLKLRKAASLDADSPEAPKWRFPGERKVRFDTRLPKLLAEMPVEEWLPGELKGLYLKNFK
DNGYDNVSFIAGMTNKDLRAIGISTRGHRMQLVYAIERIPHVTLNADVPESVEEWLHELG
LECYWEYFVRNGYNEPRVLEDLKAMDFTTLKQTLKADLNINKAGHLTKMISAIKKLQYPT
PSEREIRRARELVKEAGHVIDMEKSNQDDGMEFKFWKGLREACLLPESAIFGAVTELKEK
LEDLRDSILMVFAMTNAIWMILMVTLTKTPQLKVLGTDALGLAFLAIYGFIIVLQFLTLI
WHRLSTWCHMIARAPWTRGPYKMAWAFSDENLVPEPTQADLERVRRLRHKRRRRSRHSSS
DAHHALLYNSTEQSSTSNLEHSGHTNYGATSYGNSLTPNNNYKDSLTLNKAGSSFVV
NT seq 4674 nt   +upstreamnt  +downstreamnt
atgagtgcggaggagataaaatacaccgtcaaacagccatctaaaatcactagactcagc
gagcgcccgaaggacccaagaccttcagcatggatctccggagtcaaatgggtcttcgcc
ttcttcctctcaatgtccttgctcatctgcatcgtttcgagtaagatatctcttctttcc
atcgccatgtattttaatgcaactcgtcttccaaccggagttacccatccagagtatggc
gagcaatctcagcctgagactgtgtttgttatgctaattctcgcgctcatgataccattc
gcgctaacgttccttcgatcgtgttgggtgagcttattcagaagttctcatctatggccg
tcgaattctgctttgttctggtgtgtagtctcgtctgtgatcgaggtggctgcattgtgt
tacttcaccatcatccccctaatgtacacgtcacttccggctacctactgtatcctcatc
tccaattctgtgttctgtttccctatcgcctggcacttgtggaaattatggaggaacttt
aacgagaacagaaggctatttttcgctactctggcctcactcattctggaactaggaagc
ttaggagtgctagcttacaaggttagcagtgtactaaacacgatgggcatgtccacacac
aagtctgcaagtatcatggtgttgctacccgcctctatggtcctgctgtcgattgcgtgg
agtcccaaggtacaaaagaagatgttggagccgcgaggagaccaatatgatgaacttgat
gctagagaggcgagtatgcgaaccaccgcagggttaccaggttcatccgagggcgaccct
gccccgcccgtgttcactcctcagactgcagcccatttgctcttgagcgacgggaaaaat
gcacgaggcaaatcagcaatcattacgagtctcatcaagcttattattacgcccatcata
gcaggactcatcgcttggccctacggcgtattagaaaatcttggggatgttcttagcaaa
ggcttcggggctttcacttttaaccatctggcctttccgcatttcctggctcagattttt
actagtgttgttggttacatactaggatggcttgcctgcagcatgtgtctacaaaagatc
gcatacgcattgccgctgatcctagcaacccctgtctcgctggcactagtcttcattcca
aagatctgtgcaagtgatcgtgtgccgatgaaatgcgagtatgatgatggatctgagttg
tattacatagtagtgctagccgcgtgcttgtggctggctcaactgttatggacagggtgt
ttcatctggaaagagcagaccttcattatggccagagaatcttctcttttctggatgccg
ctttacaatggcgttttcttggaacagaacctgctactcaaccgcaaaaatgtgatcaca
gacgagttccatgtgaaccaacgggaaatcgccaagaacgcatgcgtatacatctgcacg
accatgtaccacgagaccgaggaggagatggagcagctgctacactcactccacgacatc
gacaccgcgagagcggcatccaagaggcagttcgagtcgcacgtcttcttcgacggggcc
gtcaagggggaagtactcaacgactttgtgcttcaactaattgctcttgtgcctaagaca
ctgaaggtgaaagttgaagccgtgatgaagatcaagacaccatacgggatgcagttcagg
tggcgtctgcctggagggatgccttttcatatccacctcaaggataatctaaaggtcaag
aacaagaagcgctggagccaggtcatgtacatgtcctacatcctggactacaaggagggc
accatgggttcaacggatgagaacacgtatattcttgctaccgacgcggatgtcaggttt
acccatggggacgtacaggcgttactcgatctgcttatgcgcgacccgcgggtcggggcg
gtctgcgggcgcacacatcctctcggggtgggcccgatcgtctggtatcaagtctttgat
tacgccattggtcactggttccaaaaaacagccaatcatgtgctaggtacagttctctgc
tctcccggatgtttcagcgcgtatcgatgccttgcagtgcgtgacgtgttaccgacgtac
gctaccggtgtgacaacttccacggacttcctcactaaagatatgggagaagaccgctgg
ttctgcacactgatggttcagagcggctggcgtcttgagtactgcgcagccgcagaagac
agcaccttttgtcctgacaactttgacgagtttttccgacagagacgacgctggatcccg
tcaacccttgcgaatctgctccagctgatcagccaatggagggtcacgactgagaataat
gacatggtgtctatttggttcattctctaccaggccctcaacgtggtcgcaacgctaata
tgtccagcaactgtcatcctgatcatcagtggcgcgctccactacgcgcatctgggtgtt
gaggatgaattaatacctgcggtcctgttggtgcttgtttccatcggctacgccctagtc
tgtctttacacaaagcaggagttccagctgaaagtagccaagctgctgacgatcatcttc
gccttgatcatggcgttcgtagttgtgggaatggctgcgcagatcgcgatagatctccaa
cttagatcaacgcctaaaccgacaacttcaccagtgccgactgctctggtccccacgacc
caggcgaccacacccatgagtacaagcaccgctaaaacagcggtgggcagactactggca
gccatcacctcatcctccacccctgggcctaccgccccttcaggcacctcgagccccctg
cccaccacgtcctatgtcccactgaaggacagactgccagctgatgtcacaagtctgtat
ttgggcggtctggtcggaatctttttaatcgcagctctgctgcacccattcgaagcattt
tgtctggttcatgggatgtggtatctgctttgtttgccttcgggatacctgttgctaatc
atatactccgtgtgcaacgtgaccgacagatcatggggtactcgagagacaaaggagaaa
aagagcggtgctgaggttccatggtacgaggagctgtggaaaaccatcaagtatgtgttc
acgtgctgtcgcccggctgaaccaaatcctgatccccaggcccctgcaaccaacaaccag
acagacaacccgccgtcccagtacgaggattcttcgtcgtcggaaacgaatggtgttctt
tctgacgaggagcagcctcctctcccccttagcgacagctccatccagtcagcagctcct
ccagaggtgatgatcgatgaaacgcacagtccgtctgctactccgcctatgccaaagtct
gtcctcaagctgcgaaaggccgccagtttggacgccgacagtcccgaggcgccaaagtgg
cgttttcccggggagaggaaagttcgattcgacaccagactccccaagctgttagctgag
atgcccgtggaggaatggttaccaggagagctcaagggcctttatttgaaaaacttcaaa
gacaatggatacgacaatgtgagcttcatcgcaggaatgaccaataaggacctgcgcgcg
attggtataagcacaagagggcaccgcatgcagcttgtttacgcaatcgagcgaattcca
catgtcacgttaaacgccgatgtaccggagagcgtggaggaatggctacacgagctgggg
ctcgagtgctactgggaatacttcgtgcggaatgggtacaacgagccgcgtgttttggag
gacctcaaggccatggacttcaccacacttaagcagacgcttaaagcggacttgaacatt
aacaaggccgggcatctcaccaagatgatcagtgcaataaagaaattgcaatatccaaca
ccatcggaaagggagattcgccgagcacgggagcttgtgaaagaagcagggcacgttata
gacatggagaaaagcaaccaggatgatggaatggaattcaagttctggaagggtctgaga
gaggcgtgcttgctccctgagtccgccatattcggcgccgtgaccgagctcaaagagaaa
ctagaagacctgcgcgattctattcttatggtgtttgccatgactaatgccatctggatg
atcttaatggtcacgttaacgaaaacgcctcaactcaaagtgttaggaacagacgccctc
ggtttggctttcctcgctatttacggcttcatcatcgttctccagttcttaacccttatc
tggcatcgtctctccacatggtgtcacatgatcgctcgcgcgccctggacccgaggcccc
tataaaatggcatgggctttcagtgacgaaaacctggtgccagagcccactcaagcagac
ctggagagagtccgtcggctccgacacaagcgcagaagaagaagtcgccattcctccagt
gatgcccatcatgcactgctttacaactcgactgagcaaagctccacttcaaacctggag
cattctggtcatactaactatggtgctaccagctacggcaatagcctgacacccaacaac
aactacaaagatagcctgactttaaacaaggccggatcatctttcgtcgtatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (27)   

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