KEGG   Exaiptasia diaphana (Aiptasia): 110239996
Entry
110239996         CDS       T05080                                 
Name
(RefSeq) uncharacterized protein LOC110239996
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
epa  Exaiptasia diaphana (Aiptasia)
Pathway
epa00520  Amino sugar and nucleotide sugar metabolism
epa01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:epa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    110239996
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:epa01003]
    110239996
Enzymes [BR:epa01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     110239996
Glycosyltransferases [BR:epa01003]
 Polysaccharide
  Structural polysaccharide
   110239996
SSDB
Motif
Pfam: Chitin_synth_2 SAM_2 SAM_1 Glyco_trans_2_3 Glyco_tranf_2_3 Glyco_transf_21 Glycos_transf_2
Other DBs
NCBI-GeneID: 110239996
NCBI-ProteinID: XP_028515089
Position
Unknown
AA seq 1430 aa
MTNQDIGLSVDLKPKLHVTKVRDPRPSVWLSFFKCLFGIILSFMVLTSVIASKLSLISIG
TFYNSTRSGCTTNFDVDHSKETTFTMMVLILMIPQFMSLIRACWRSLCSEFHPWPTNVAI
LWAVFSALLEVFGLSFFTVVVVLKTTLSAAHCVVIMNCLFLFPIIFRFSKIKQLKKDKEP
WLKPFLLLILSLLLEIAGIGLLSFDVIMNKKNVNLQEAVGIPISLLLVSLAWSKQLQTRQ
VEPRKNENSAPSNNRNGSLDEDEIFPKATARDKSTIISSIVKLVATPFVSALFCYVFDVA
DLANLNNGFLRFDVAHTAFPHFMAQILTSIVGSVLGWLACAMCMQRLAFFLPMLLATPLS
LILISIPELCCTSAIPLKCLDTHDNHIFPMAFCLWLAQVLSTGMYLWKGQTFIMAKESSL
FWLPVYNNAFLEQSLLLNRKNQATDDSKIIRADVVKKSRVYICTTMYHENKTEMEQLLRS
LHDIDTARLKSERNFESHIFFDGAVKGNVLNDFVLQLIALVPKTLGVEKIEDCKKIKTPY
GMQLKWELPGGMPFYIHLKDNFKVKNKKRWSQAMYMSYVLDYKKASMESDPHNEAVAGSE
HKEVQIGDDNITYILATDADVRFTHESVEALLDLMMRDQKVGAVCGRTHPLGSGPVVWYQ
VFDYAIGHWFQKVANHVLGSVLCSPGCFSVYRARAIRDVLPIYASPVETSIDFLTKDMGE
DRWMCTLMVQSGWRLEYCAAAEDSTFCPDTFDEFFNQRRRWIPSTLVNLIQLIREWKFTV
ENNDKISIFFILYQALLVVSTLISPATVILVITGALKYSKLPGTDNDVAILILLCVVTFG
FALICLYTKQSFQLKVAKVLTIMFALLMTAVTVGMAAQIAIDLSKRSQCDAKTIAPNALG
TECTDGFPADLSSLYLAGLVGIYFAAALVHPSEAFCLVHGIWYLFCLPSGYLLLIVYSLA
NITDRSWGTREAKNTFVDDKNWYKVFWKELRHLCFCCQPEQKPAPSRTEEFIVEQPGECR
PRDGLISDSHGPSTSVSETAEDHQVLSSHNSDSESQMPIEKWLADFKDSYKNNFIDNGYD
DVSFLIGMTDDDLRSIGIERSGDRSQILDEIKNIPFPPVDTDVPENLKEWLHKLGLGRYW
THFEKNGYKKPRMLERLKDMKVESLRKELKEDLNVLKLGHLNKMIKAITNMRYATSAQRE
IHQTRKIVDKVNPIEIDGKELRFWEMLRSRCLLPESAVFGSMTELKEKLEDLRDSFLTVF
AIANVMWIIVIITLDKQAELKVKGTNAIGLVFLFVFGLVIVIQFLTMIFHRLSTLCHLLA
RALWKRGRSQLSWAFNDEDLRLHSKPQQSASLSKGGREDHEEITAEVAAEIKEVTVETKS
KVDDRAEDHDLTSASCEEIAGKSIEVAVEITQVAVEIPSPVDDTHCIHTA
NT seq 4293 nt   +upstreamnt  +downstreamnt
atgacaaatcaagatatcggactatcggtagacttaaagcccaagcttcacgtcacaaaa
gtccgtgatcctcggccttcagtgtggctctctttctttaaatgtctatttggaataatc
ctctcgttcatggttctaacgagtgttattgccagcaagctgtcgttgatatctattggt
actttttacaatagcactcgcagtggctgcactactaactttgatgttgatcactccaaa
gaaacgacgtttacaatgatggtactgattctaatgattcctcagtttatgtcattaata
cgagcttgttggagaagtttgtgcagcgaattccacccttggccaactaacgtagcaata
ctgtgggctgtattttctgctctgcttgaggtgtttggactgtcattcttcactgttgtt
gtggtccttaaaacaactttgtcagcagcccattgcgtggtgataatgaactgccttttc
ctatttccgataatcttccgattctcgaagataaaacaacttaaaaaagataaagaaccc
tggttaaagccatttctgcttctaattttatcacttttacttgagatcgctgggattggt
ttgctttcatttgatgtcattatgaataaaaagaacgtcaatcttcaggaagctgttggt
attcctatttctcttcttctcgtgtctttggcttggagtaaacaactccagacacgtcag
gttgagccaagaaaaaatgaaaattctgctccttcaaataatcgcaatggctcattagat
gaagacgaaatattccccaaagcaacagcacgagacaaatctacaatcatttcttccatt
gtcaaactggttgcgacacctttcgtttctgcattgttttgttatgtatttgatgttgca
gacttagcaaatctgaacaatggcttccttcgctttgatgtagctcatacagcttttcct
cattttatggcacagattttaacaagtatcgtaggaagcgttttaggttggcttgcctgt
gcaatgtgcatgcagagacttgcctttttcttgccaatgcttctcgccacaccactttct
cttattttgatctccattcctgaattgtgctgcaccagtgccatacccctgaagtgttta
gacactcatgacaatcacatattcccaatggctttttgcttgtggctcgcacaagtcttg
tctacgggaatgtacttatggaaagggcaaacttttatcatggctaaggagtcctctctg
ttctggctaccggtctacaataatgcgttccttgagcaaagtctgttattaaatcgcaaa
aatcaagcaacagacgattcaaaaattattcgagcggatgttgtcaagaaatcgcgtgtg
tacatatgtacaacaatgtaccacgaaaacaaaactgagatggaacaactgctgcgctct
cttcacgacatcgacacggcaaggcttaaatcagaacgaaattttgagtcgcatatattc
tttgatggagctgtaaaagggaatgtgctgaatgacttcgtattgcaactcattgctctt
gttcccaaaacacttggtgtggaaaagatagaagactgtaagaagataaagacaccttat
ggaatgcaactgaaatgggaactccctggcggaatgccattctatatccatttgaaggac
aattttaaggtcaaaaacaagaagcgttggagtcaagccatgtacatgtcatacgtcttg
gactacaagaaagctagcatggaaagcgatccacacaacgaagcagtcgcgggaagcgaa
cacaaggaagtccagataggcgatgacaacataacctatatcctagcaactgatgccgat
gtccgttttacccatgaatcagtggaggccctgttagatttgatgatgagagatcaaaaa
gtgggcgctgtctgcgggcgtacacatcctttgggatctgggcctgttgtatggtatcaa
gtattcgactacgctattggtcactggtttcaaaaggtcgccaatcacgtccttggatca
gtcctctgttcacctggctgtttcagtgtctatcgtgcacgagccataagagatgttctt
ccaatctatgcttcacctgttgagacatccattgactttctcacaaaagatatgggggaa
gaccgctggatgtgtacattaatggttcagtcaggttggcgtcttgagtactgtgctgcc
gcagaagacagcactttctgtccagacacttttgatgagttcttcaatcaaagacgtcga
tggatcccatcaacccttgtgaatctcatccagttgattagagaatggaaattcactgtc
gaaaacaacgacaagatctcgattttcttcattctttaccaagcactcttagttgtatct
actcttatatcgcctgcaaccgttatccttgtcatcactggggcacttaaatactccaag
ttaccaggaacagataatgatgtagctattctcatacttctttgtgttgtaacgtttggt
tttgccttaatctgtctttacaccaagcagtcatttcaactcaaggtggcaaaggttctc
actattatgttcgcattgctaatgactgctgttactgttggtatggccgcacagattgct
atcgatctttccaaaagatctcaatgtgatgcgaaaacaatagcaccgaatgcattgggc
accgaatgcacagatggttttcctgctgaccttagttcgctctatcttgctggccttgtt
ggtatttattttgctgcagcactagtgcatccaagcgaagctttttgtctagttcatggc
atttggtatcttttctgtcttccctctggatacctgctgcttattgtatactcattagca
aatatcactgacagatcatggggaactcgtgaagccaaaaatacgtttgtggatgataaa
aattggtacaaggtattctggaaagaactcagacatctttgcttttgttgccaacccgaa
caaaagccagccccatctcgaactgaagaattcattgtggaacagccaggcgagtgcaga
cctagagatggcttaatttctgatagccatggtccctctacttctgttagtgaaactgct
gaagatcaccaagtgctttcctcccacaactctgattctgaatcacaaatgcctattgaa
aagtggttagcagattttaaggattcgtacaagaacaactttatcgataatggatatgac
gacgtcagcttccttattggcatgactgatgatgatcttcgctccattggtatcgaaaga
tcaggtgatcgatcacaaatccttgatgagattaagaatattcctttccctcctgttgat
acagatgtacctgaaaatctaaaagagtggctgcataaactgggtctcggcagatactgg
actcactttgaaaaaaatggttacaaaaaaccgcgtatgctggaacgacttaaggatatg
aaagtcgaatctctgcgcaaagaactaaaagaggatctgaatgttcttaaacttggccat
ttgaataagatgatcaaggcgattacaaatatgcggtatgcaacctcagcacaaagagag
attcaccagacacgtaagatagttgataaggtgaaccccatagaaattgacggcaaagaa
ttgcgtttttgggaaatgttacgatcaagatgtctgcttccagagtctgccgtatttggt
agcatgacagaactcaaggaaaaactagaagacttgcgtgactcttttttgaccgtgttt
gccatagctaacgtaatgtggattattgtcatcatcacgctcgataaacaggctgagctc
aaagtcaaaggcacaaatgctatcggtcttgtttttttatttgtttttggattggtgatt
gttattcaatttcttacaatgatcttccatcggctatcgactctctgccatttactggct
cgtgctctatggaaaagaggtcgttctcaactttcgtgggctttcaatgatgaagatctt
agactccactctaaacctcagcaaagcgcatcgctgtcaaaaggaggacgagaagaccat
gaagagatcactgcggaggtcgctgcggagatcaaagaggtcactgtggagacgaaatcg
aaagttgacgaccgagcagaagaccatgacctaacatcggccagttgtgaagagatcgct
gggaagagtattgaggtcgctgtggagatcactcaggtcgctgtggagatcccgtcccca
gttgatgacacacactgcatacacactgcataa

  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 (80)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (103)   

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