KEGG   Ceratina calcarata (carpenter bee): 108622633
Entry
108622633         CDS       T06061                                 
Name
(RefSeq) LOW QUALITY PROTEIN: chitin synthase chs-2-like
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
ccal  Ceratina calcarata (carpenter bee)
Pathway
ccal00520  Amino sugar and nucleotide sugar metabolism
ccal01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ccal00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    108622633
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:ccal01003]
    108622633
Enzymes [BR:ccal01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     108622633
Glycosyltransferases [BR:ccal01003]
 Polysaccharide
  Structural polysaccharide
   108622633
SSDB
Motif
Pfam: Chitin_synth_2 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2 Peptidase_U57
Other DBs
NCBI-GeneID: 108622633
NCBI-ProteinID: XP_026667443
Position
Unknown
AA seq 1473 aa
MSRESWDAFKYYPLTKQSASMQDKKWLNVSIRVIKAFVYVFLFCSVLCTGLIAKFVVLFA
VSQLKDEATVQFCNYDSGKNENLQARISKKAKIVWTWYIIFMFLIPECFTIFRAIWYFLF
KKKVKLPGRRSIAVSLVLEILHPVGVALLIFYELPKLNSVDAAVIFSCICVIPSLLNLLA
QNRKNTSNMFLLILIINFLALIAQGTGVILLCFIHNPQDFQGWVLFIALVLSSCRWWCNY
VPCSSYYGSLNFLAKSKTDNWHVFRGYMALWRCLIFISSAVVISTFEGIRINEFFGFIYD
NRYTVEVIKMSSSRTNVNVLIAFSDKSVPLNSFLMQAFCAFFIYKAAKFAYQTGMHKFGF
ALPLTLITPGTVIIILMFCIARENDPCALHGLIPDYLFLNAPKFNSITEFLLNWRIWCWL
SLWLSQVWITRQVWLGEHAKLAPVERIFHNPSYDAFFVDQFLGLNKRKHDDSHTVKKEDE
EEEDEEKEEDSISEFEMIPSTLSRTSTNEKPNTCVTQIYACATMWHENKEEMSELIGSIL
RLDRDQCAMKVTQKYYNICIKNYYELETHVIFDDAFCCIHDCVGPCEHHENETQVNNYVA
TFVELMQERIRNLGILDLPPVKCPTPYGGQLIWNLPGKTRLTVHLKDKNKIRHRKRWSQV
MYMYYLLGYRLMGSTLIDVDTKELIAQNTYILTLDGDVDFQPAAVKALVDLMKKNKELGA
ACGRIHPLGKGPMIWFQKFEYAVGHWLQKSTEHTIGSVLCSPGCFSLFRAKVLMQHNIIA
KYATRSTEPKHYIQYDQGEDRWLCTLILQAGCKVEYCAASDAYTHAPESFKEFYIQRRRW
IPSTMANVFDLLSSSSQTRKLNDDISWLYIAYQWILTGSAIIGPSFIYLMMVGAFVTSFQ
LDNWLSFFYNAIPIIVFIFICFFCKVRMQLIAAEVITVMYGTVMLVVLVGILLQIASDGY
FSPNTLLFFIVIGQFTLTGFMHPQELSCLPNAIIYYLTVPSMYMLLIIFSIFNLHNITWG
TRESKSQRQVLRFXKRSSYSYLLHCXCIQSLXISNQGVANQSAQDETTENMWTKPSFSDL
FKCNICKPSHNKKVEYLEYINNSINEINLRLKQIESQFDVVTSDGNREQSKTYSDKLKLQ
ITEDSDTSTDTETEISDHVYPCDRLEGTNFLVNLHWLQDDRLRNGKVDFLPYAEEEFWNQ
LIKKYLHPIEIDAEKQQKIARGLIKIRDECLLKFFMINIMFIVGIFLLQINKDVLYVQWP
FAVEYNITYPEEYEVHVLRKYMHLEPIGCLFIVAFVFILFIQFLAMFSHRFKTFTHIIAN
AKLKFPCFNKEDPLSSDSITSTHAKNIAEGLQHITETQTFNLMNKERFNSGKRKTVRELI
ETNKSTPKLSSNFEVLFNKTLREPDTSGLSKRISSTMPQGIMEALEKRRLTILAENDKLG
SENNASNSADSSRRSTHNIYDNPSFLNDNDGRI
NT seq 4422 nt   +upstreamnt  +downstreamnt
atgtcgagagaatcctgggatgcatttaaatattatcccctgacaaaacaaagcgcgtct
atgcaggacaaaaaatggttaaatgtttccattcgcgttattaaagcatttgtatatgtc
tttcttttctgttctgtcctctgcactggtttaatcgctaaattcgtagtactattcgct
gtgtcgcaacttaaggatgaagcaaccgtacagttttgtaattatgattcaggaaaaaat
gaaaatttgcaagcaagaatttcgaaaaaggctaaaatagtctggacgtggtacatcatc
tttatgttccttatacccgagtgcttcactatatttcgagcgatatggtatttccttttc
aagaagaaagtaaaattaccaggaagacgaagtatcgctgtttctttggttttggaaata
ctgcatcccgtaggtgtagcgttattaatattctacgagctgccgaagctcaattctgta
gatgcagcagtaatttttagttgcatttgtgttattccttcattattgaatctgcttgca
caaaataggaaaaatacatcgaacatgtttttattgatactaataatcaatttcttagca
ttaattgctcaaggcactggcgtgattttattatgtttcatacataatcctcaagatttt
cagggatgggttctttttatagcgcttgtattgtcttcttgccgttggtggtgtaattac
gtgccttgttctagttattatggttccttaaattttctggcaaagagtaagacagataat
tggcacgtgtttagagggtacatggcattatggagatgtttaatttttatttcaagcgct
gtcgtgatctcgacttttgaggggattcgaataaacgaatttttcggatttatatatgat
aatagatacacagttgaagtaatcaaaatgtcttcttctcgaacgaacgtgaatgtttta
attgcttttagcgataagtctgtaccattgaacagttttttaatgcaagcattttgtgct
tttttcatatacaaagcagcaaaattcgcgtatcaaacaggaatgcacaaattcggcttc
gcccttccattgactttaattacaccaggaacagtgattataattctgatgttttgtatt
gcaagggaaaatgatccgtgcgccttgcatggtttaataccagattacttatttttaaat
gcaccaaaatttaatagtataacagaattccttttgaattggcgtatttggtgctggcta
agtctatggttgtcacaagtttggatcacgcgacaagtttggctcggtgaacatgctaag
cttgctccagtagagaggattttccacaatccaagctacgacgcttttttcgtcgatcag
tttctgggattaaataaaagaaaacatgacgattctcatactgttaagaaagaggacgaa
gaagaagaagacgaagaaaaagaagaagattctatcagtgaatttgagatgattccttcg
acactttctaggacctcgacaaatgaaaaaccgaatacttgcgtcactcaaatctatgct
tgcgcgactatgtggcacgaaaataaagaagaaatgagcgagttaattggaagcattctg
agattagatagagatcagtgtgcaatgaaagttacacagaagtattataatatatgtatc
aaaaattattatgaacttgaaacgcatgtgatattcgacgatgcattttgttgcatacac
gactgcgttggaccgtgcgagcatcatgaaaacgaaacgcaggtgaacaattatgtggct
acgtttgtagaattaatgcaggagcgcataagaaaccttggcatactcgatttaccacca
gttaaatgtccaacaccctacggtggtcaactaatctggaatttacccggaaagacgcgt
ctaactgtacacctcaaagataaaaacaaaatcagacacaggaaacgatggagtcaggtc
atgtacatgtattatcttcttggctatcgcttgatgggctcaactttgatagacgtcgat
accaaagaattaatagcacagaatacttacattttaacgttagacggagacgtcgatttt
cagcctgcagctgtcaaggcattagtagacttaatgaagaagaataaagaattgggcgca
gcttgcgggagaatacatcctttagggaaaggtcctatgatttggttccaaaaatttgaa
tacgccgttggacattggcttcaaaagtctacggaacacacgataggctcggttctctgc
agtccgggctgtttctcgcttttcagggcgaaagtgttgatgcagcataatatcatagct
aaatacgcgaccaggtcaactgaacccaaacattatattcagtacgaccaaggggaagat
cgatggctttgtacattaattctgcaagctggttgcaaggtagagtattgcgccgccagc
gatgcatatacacatgctccagaatcattcaaggagttttatattcaacgtagacgatgg
attccgtcgaccatggctaatgtttttgatctattaagtagttcaagccagactaggaaa
ttaaacgatgatatctcgtggctctacatagcttatcagtggattttaactggtagcgca
attattggaccatctttcatttatctgatgatggtcggagcatttgttacttcgttccag
ttagataactggctgagcttcttttacaatgcaattccaatcatcgtttttattttcatt
tgctttttctgcaaagtgcgcatgcagcttatagcagctgaagtaattactgtcatgtat
ggtacggtaatgttggtcgtattagttggaatactgcttcaaatagcgtcggatgggtat
ttctcccccaacactcttctattttttattgtaattggtcagttcacgctgacaggtttc
atgcatcctcaagaattatcgtgtctacctaacgcaattatttattatctcactgtgcca
tcaatgtacatgttgctgattattttctctatcttcaatctacataatattacgtgggga
accagagaatcgaaatcgcaaagacaggtattaagattctgaaagagatcatcgtattct
tatctattacattgctaatgcattcaatccctttagatatcaaaccaaggagttgctaat
caatctgcacaagatgaaaccactgaaaatatgtggacaaaaccttctttctctgatcta
tttaaatgcaacatttgtaagcccagccataacaaaaaagtggaatatttagaatatatt
aataattctataaacgaaataaatcttcgtttaaaacagatagagagtcaatttgatgtc
gtgacgagtgacggcaatagagaacaaagtaaaacatatagcgacaaactaaaattacaa
attaccgaagactcggatacgagtacagatacagaaacggaaatatctgatcatgtatat
ccctgcgatcgtttagaaggtacgaactttttagtaaatctacattggcttcaagacgat
cgtttaagaaacgggaaggtagatttccttccgtacgccgaggaagaattttggaatcaa
ttgattaaaaaatatttgcatcctatagaaattgacgcggagaagcagcaaaagatcgcg
agaggtttaataaagatacgtgacgaatgtctattgaaattctttatgataaacataatg
tttatagtaggaatattcttactgcaaataaacaaagacgttctatatgttcaatggcca
tttgctgttgaatataatatcacttatcccgaagagtacgaagtacacgtgctcagaaaa
tatatgcatttggaaccgattggatgtctcttcatcgtggcattcgttttcatattgttt
atacaatttttagctatgttcagccatagattcaaaacgttcactcatataatcgctaat
gcgaaattaaaattcccctgtttcaacaaggaggatcctctatcaagcgattcaattact
agcacacatgcaaagaatatagctgaaggtcttcagcacataacagaaactcagacattt
aatttaatgaacaaggaacgatttaattcaggaaaacgaaaaactgtcagagaattaata
gaaactaataaaagcactccaaagttgtcctccaatttcgaagtactttttaataaaact
ttaagggaacctgacacatctggtctctctaaaagaatatcttcaactatgccacaaggt
ataatggaagctttggaaaaacggcgtttgactattttggcagaaaacgataaactagga
tctgagaataatgcatctaacagtgcagacagtagtcgaagatcaacacataatatatat
gacaatccatcatttttgaatgacaacgacgggcgtatttag

  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 (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (22)   

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