KEGG   Branchiostoma floridae (Florida lancelet): 118405094
Entry
118405094         CDS       T01074                                 
Name
(RefSeq) uncharacterized protein LOC118405094
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
bfo  Branchiostoma floridae (Florida lancelet)
Pathway
bfo00520  Amino sugar and nucleotide sugar metabolism
bfo01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:bfo00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    118405094
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:bfo01003]
    118405094
Enzymes [BR:bfo01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     118405094
Glycosyltransferases [BR:bfo01003]
 Polysaccharide
  Structural polysaccharide
   118405094
SSDB
Motif
Pfam: Chitin_synth_2 Glyco_trans_2_3 F5_F8_type_C SAM_2 SAM_1 Glycos_transf_2 Glyco_tranf_2_3
Other DBs
NCBI-GeneID: 118405094
NCBI-ProteinID: XP_035660388
UniProt: A0A9J7KIB9
Position
17:complement(3730140..3748253)
AA seq 1582 aa
MSIFEVFGVGFFILVVLPSATSSQIANVMAMNAVHLFPLLVQFGQQLTNRCCPSKHEIIH
KRNGWLIVAFAVGLVACTVGLIGYSLHSSATFLVTLLPLTLAWTPDIKLFKKMTLKKSQR
SQAGRDEVQPFEEIACDDNDFKTSARWKMGIISNLVKFLLTFPIIYAIVYFDGTVEDPSL
MWQWAAQPLWRIDRNWSYFLAFLTNICCATGVLLLVVVALKSKLQLAFILSIVVSSLCFV
LAVHVPPFCEFLSLTIPGLNLCETAGDAQVGTWVAMIAMLLTELVMVVTISLSPVEVMEP
EAKLFWVPGYNAVFLNQHLLLNKKTEFNSPEDHRDKDTTVKNTHVYICTTMYRESKEEMT
QLMKSIRNMATSPCKEDRRKYESHILFDDGCRQLELQPFAIQLLSIIHEMTEVTGADGRP
HSLLDDCIKWQTPYGLQLQFDWRADGDSNRGMKFYIHLKDNLLVKNKKRWSQIMYMTYIL
NYMAYYKPLGMESGAIADGKIIDSSQSTCHENNCLRLHAKQPWEGTTDTEQTLNITLNKE
SRVTGIILQAGAMGERVKKIKVGNELIDVETFWTTQASSDTSLAWSDTNNTRPKTPIGHA
DHPDTVYGNITVTCLLKTKVLTDKLTITLLDWTGKNDTPRQPPCLRMEILGHADASNKPL
GMKSGAIKDKQIKVTPKCSHENSLRLDAEKPWNGNTAAEQKISIDLKEKSSVTGIILQAG
DMGRRVTKIKVANQERVVQWPDEPHQHSKTTLTLEPHIRTDRLTITLLDWERKYDISPKA
PSLRMEILGQGDDLDRDTYILATDADVKFTPKSANKLLDLAQWNPDVGAVCGRTHCLGSG
PMYWLQLFDYAVGHWFQKAANSTLGTVLCCPGCFSVYRCSAIRKCVSTYATKAGKAREFL
MKDMGEDRWLCTLMVERGCRLVYTSIAENSTFVPESFKEFFNQRRRWGPSTVANQLELLR
KWCKVASNPSVSHLFLLYQALLFCSFVIGPATAILIAAGGLDFYVSGSFPLEATIAIMSI
FTFMFGYVCLKCEQETQLKWAMALGAAFGIVMIMTAVALVEKIVVTIRTLTAAGNSAVSS
GGVGVNEILSAMDTFYFIATIGMFLVTGLLHFRELPCLLHGILYFIALPTTFIFLNIYGV
CNITDKSWGTREGATTGGSKAKDKSIFYKIGEAIRDIVRGATVSPTEGSTAQAAAADQSG
AGATNGENSRDGKAGGSNSGNTAGDHEALPQNMPAIQERTADQSGADATNDSGENRRHGQ
VGGSDPSNTGNPRVGARPSLMVDPGENLEVRLWLNKVFHGNTHLTGSYQWNFIKNGYDDT
SYIVGMTFKELGDIEIGDDLHRDQILEHIKRLPPNTFRSRIPDDTEDWLTRIRLIHCEDD
YLTAFLNAGYKEKEDLARLKSCNLDQLFENIGIRKKGHIKRLKESIAYMREPSDEEKLQE
KIEKLMKEKPAQDMSEAEPLLKKQHRMWERLANGCLRPDQDTDNFNSNNINADTLKVELG
ELRDSAIKVLAAVNVLWLVVIVALARSEVLHISGHNPLGILSLFVFGVIQVIQFLAMLYH
RTMSFLHWVARADIEAENRETE
NT seq 4749 nt   +upstreamnt  +downstreamnt
atgagtatctttgaagtgttcggtgtcggcttcttcatcttggtcgttcttccatcggca
acatcgtctcagatcgctaacgtcatggccatgaatgccgtgcacctgttccccctactg
gtgcagttcggccaacagctcacaaatcgctgctgcccaagtaaacatgaaataattcac
aaaagaaatggatggttaatagtagcctttgcagtggggttggtcgcgtgtaccgttggt
ctgatagggtattctcttcattcgtcggccacatttctcgtcaccctactgcccttgaca
ttggcgtggactcccgatatcaagcttttcaagaagatgactttaaagaaatcacagaga
tctcaagctggaagggacgaagtgcaaccttttgaagaaatagcgtgtgacgataacgac
tttaagactagcgcgcgatggaagatgggaataatctccaaccttgtgaaattcctcttg
acattcccaataatctacgccattgtatattttgacggaacagttgaagatcctagcctt
atgtggcagtgggcagcacaaccgttgtggcggatcgacagaaactggagctatttcctc
gcgttcctgaccaacatctgctgtgcgactggcgtgctgttgctcgtagtggtcgccctc
aagagcaagctacaactcgcctttatactatccattgtggtctcgtctctctgttttgta
cttgcggtgcacgtccctcctttctgcgagttcctatcgctgaccattccgggtttaaac
ctgtgtgagactgccggagatgcccaggtggggacatgggtcgctatgatagcgatgctg
ctgacagagttggtgatggtagtgaccatcagcttgagtcccgtagaagtcatggaacca
gaggcaaagctgttttgggttcctggctacaacgccgtgttcctgaaccaacatctgttg
ctgaacaagaagacagagtttaacagccccgaagatcacagggacaaagacacgacagtc
aagaatacacacgtctatatttgcaccacaatgtaccgtgagtctaaagaggaaatgaca
cagctgatgaaatcaatccggaacatggcgacgagcccctgcaaggaggaccgccggaag
tacgagtcccacatcctgtttgatgacggctgcagacaacttgaactccaacctttcgct
atccagctcctgtcaatcattcacgagatgactgaagtgacaggagccgatggccgccct
cacagtctccttgatgactgcatcaagtggcagactccgtacgggctgcagctgcagttc
gactggagagctgatggagacagcaacaggggcatgaagttctacatccatctcaaggat
aaccttctggtgaaaaacaagaaacgttggagtcagatcatgtacatgacctacatcctg
aattacatggcctactacaaaccactcggtatggaaagtggtgctatcgcggatggaaag
attatagactcatcgcaatccacgtgtcacgaaaacaactgtctccgcctgcatgcaaaa
cagccttgggagggcaccactgatactgaacagacgttaaacataacgttgaataaagag
tctcgggtgactggcatcatattgcaagctggagccatgggcgaacgcgtgaagaagatc
aaggttgggaatgagctaatagacgtcgagactttttggacaacccaggcctcttctgat
acatccctggcgtggtctgacaccaacaacacgcggcctaaaacaccaattggacacgca
gaccacccagacacagtctatggcaacatcacagtcacctgcctcttgaaaacaaaagtt
ctgaccgacaaattgaccatcacactgctggactggacagggaagaacgatactccacga
cagccaccttgtctgaggatggagatacttggacacgccgacgcgtccaacaaacccctc
ggcatgaaaagtggtgcgatcaaagacaagcagatcaaggtaacaccgaaatgcagtcat
gagaactccctccgacttgatgcagaaaaaccatggaatggcaacactgccgctgaacag
aaaatatccatagacttaaaggaaaagtcatcagtgacaggcatcatactacaagctggg
gacatggggagacgtgtgaccaagatcaaggttgctaatcaggagagggtcgtccagtgg
cctgacgaaccccaccagcacagtaaaacaacgttgaccctagaaccccatatccgaacg
gacagactgaccatcacactgcttgattgggaaagaaagtacgatatctcaccaaaagca
ccgtctttgagaatggaaatacttgggcaaggtgatgaccttgaccgtgacacgtacatc
cttgcaaccgatgcggacgtcaagttcactccaaagtcagccaataagctgcttgacctg
gcccagtggaacccggatgtgggagctgtatgcggaaggacacactgcctgggctctggg
cctatgtactggttacaactgttcgactatgcagtaggacactggtttcaaaaggccgcc
aacagtacacttggaaccgtcctgtgctgcccgggctgcttcagtgtgtaccgctgcagt
gccatcagaaagtgtgtctctacctacgcgaccaaggcagggaaggccagggagtttctt
atgaaggacatgggagaagatcgctggctctgcaccctcatggttgagcgcggctgccgg
ttggtgtatacctccattgccgagaacagcactttcgtgcctgaatctttcaaagagttc
ttcaaccagcgcaggcggtgggggccgtctaccgtggccaaccagctcgagctgcttcgg
aagtggtgtaaggttgccagcaacccttctgtatcccacctgttcttactgtaccaggcg
cttctcttctgttctttcgtgattggaccagctactgcaattctcattgcagccggagga
ttggacttctacgtgtccggtagtttccctctagaggcgaccatagccatcatgtcaatc
ttcactttcatgtttggttacgtctgtctgaagtgcgagcaggagactcagctgaagtgg
gccatggccttgggcgccgcgtttgggatcgtcatgatcatgactgctgtagcgttggtg
gagaagattgtggtgaccataaggactctcactgcagctggcaacagcgctgtctcctct
ggaggggtcggcgtgaatgagattttgagtgcgatggacacattttacttcattgcgacg
atcgggatgttcctggtgacaggactgctccactttcgtgaacttccatgtctgcttcac
ggaattctctacttcatcgccctccccacaactttcatctttctaaacatctacggcgtg
tgtaacatcaccgacaagtcttgggggactcgagagggagcaactactggtggaagcaag
gcgaaagacaagagcatattttataaaattggcgaagcgatcagagatattgtcaggggc
gcaaccgtgtctccgacagagggaagtactgcccaggctgccgctgctgaccaaagtggt
gccggggcaacaaatggtgaaaacagccgcgatggcaaagcgggagggagcaactctggt
aatacagcaggtgatcatgaagctctcccacagaatatgcctgcgatacaggaaaggact
gctgaccaaagtggtgccgatgcaacaaatgacagtggtgaaaacagacgccatggccaa
gtgggagggagtgaccctagtaatacaggcaatcctcgagtcggagcgaggccttcattg
atggtggacccgggggaaaatctagaggtgcggctttggctgaacaaagtgttccacggg
aacactcatctgacggggagttatcaatggaatttcatcaagaatggatacgatgatacc
agctacattgttggaatgactttcaaggaactgggagacatagaaattggagatgatcta
cacagggaccaaatcctggaacatatcaagaggttgccaccaaacaccttccgcagtcgc
atacctgacgacacagaggactggctcaccaggataaggcttattcactgtgaagacgac
tacctgacagcatttctgaatgcaggctataaagaaaaagaagatctggctcgacttaaa
tcttgtaacttagatcagcttttcgagaacataggaatacgcaagaaaggtcacattaag
cgcctgaaggaatccatcgcctacatgagagaacctagtgacgaggaaaaactacaggag
aagatagagaaactgatgaaggagaaaccagcacaagacatgtcggaagctgagccactt
ttgaagaaacaacaccgcatgtgggaacggctggcaaatggctgccttagaccagaccag
gacactgacaacttcaacagcaacaatattaatgccgacacgctgaaagtagagctggga
gaacttcgggactccgccatcaaggttctggctgccgtcaacgtcctgtggctggtcgtc
atcgtcgccttagccagatctgaggtgctccacatctccggacacaacccactggggatc
ctctccctgttcgtgtttggcgtgatccaagtcatccagttcctggccatgctgtaccac
aggacgatgtctttcctgcattgggtggccagggcagacatcgaggcagaaaacagagaa
acagaatag

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (25)   

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