KEGG   Aethina tumida (small hive beetle): 109597638
Entry
109597638         CDS       T06105                                 
Name
(RefSeq) chitin synthase chs-2-like
  KO
K00698  chitin synthase [EC:2.4.1.16]
Organism
atd  Aethina tumida (small hive beetle)
Pathway
atd00520  Amino sugar and nucleotide sugar metabolism
atd01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:atd00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    109597638
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01003 Glycosyltransferases [BR:atd01003]
    109597638
Enzymes [BR:atd01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.16  chitin synthase
     109597638
Glycosyltransferases [BR:atd01003]
 Polysaccharide
  Structural polysaccharide
   109597638
SSDB
Motif
Pfam: Chitin_synth_2 Glyco_trans_2_3 Glyco_tranf_2_3 Glycos_transf_2
Other DBs
NCBI-GeneID: 109597638
NCBI-ProteinID: XP_049824168
Position
5:complement(join(24075881..24076071,24076127..24076340,24076404..24076751,24076807..24077113,24077166..24077395,24077449..24077757,24077807..24077974,24078025..24078444,24078495..24078982,24079037..24079240,24079295..24079473,24079526..24079721,24079771..24079945,24080000..24080394,24080454..24080756,24080840..24081060,24081116..24081189))
AA seq 1473 aa
MVVTRRGFPADNNGADNQYKSHYKDLTWDAFQDPPRKVEIGSVASTKVIDNSVIVLKVVT
YIVTFIVVLGAAVLSKGTLLFMTSQIKKNTTRYYCEPLAIYKSQQFIVTLPVEERVSWIW
MLIFAYFVPELGTFVRSLRFYFFKSISNKIKISEWITLFFTEALPAVGSAILIFIVLPEL
DVVKGAMLTNAVCFVPGLIAFLTRDQQCNKSVLLMTMDIISLAAQAVAFVAWPLVEDKPI
LYNIPVSIILISVGWWQNFVSKESPYFSDYARNRLKWKNDTYYVYAFLAPIKCVIFFITT
IVILSIREGEAWFLFEEFGNAFSSRNISYVEIEPIVGSGTINFDDAISLSTGLYVEPSVL
TPVWVWLINVLTTYICYAFAKFSCKILIQNFSFALPINITVPVLLCILIGMSGAYNEDVC
AFSGTIPSYLFYNTPTIYFFSDFVGSQYSWVWLFWLFSQTWITVHIWNPSYSDKLGSTET
LFYKPMYDAFLIDQSIALNRRRNHPDNRVKDSGDESGHIAVVNDSDKGHHYTRIYACGTM
WHETREEMMEFLKSVMRLDHDQFKQKKIKERFDNDEKYYELEIHVFFDDAFIRKSETDND
PLVNKFVTDLIGAVDDAAREVHTMENLKVKPPVKMITPYGGRLIWTLPGGNQMIAHLKDK
AKIRPKKRWSQVMYMYYLLGHRLIERSEWTPDEKQIRANNTYILALDGDIDFQPKAVHLL
VDLMKRNPTLGAACGRIHPIGSGAMAWYQTFEYAVGHWLQKATEHVIGCVLCSPGCFSLF
RGGALMDDSVMKKYTTVSTEPLHYVQYDQGEDRWLCTLLLQQGYRVEYSAASDSYTHCPE
GFNEFYNQRRRWMPSTTANIIDLLSDYKRTVSVNENISRPYIWYQMVNLVGTVLGPGTIF
LMLIGAFVAAFKLSQWVSFGYNIIPILTFIIICATCKSDTQLFFAGIISAIYGLIMMAVV
VGVLLQIRDDGWLAPSSLFFFVMAGEFIATAMLHPSEFYCLKYGVIYYVTVPSMYMLLVI
YSVFNMNNVSWGTREVTVMKTDKKDEKDKGKDKAPAQKDLTHKAFSFFGANSSDDAGSIE
FNFAGLFKLFCCTHKHPLHEEIIEINRTLEKLNKKLEQIEKLQLSGPEVPELRRKSGIVK
LEGSRASNISNRDLSRKPLFVDDEEDDEQSLISDDSIEVEQHSWFEQEGLYHGDMKRLGK
KEEVFWNQLLDKYLHPIDDSDKKDELSKKLKDLRDNMVFAFLMVNSLFVLVVFLLTLEKD
TIYVPWPIQPHINFTYSTDQDMVLIYVEYLKLEPIGFVFLIFFALLLAVQFTAMLFHRFG
TYTQIMANTPIYIPLCAPRENTNDDDELSLEDMQHLVSRAAVMNTKPNNAEKVERRKTIV
KISKKDKNIETVSNLDEIFEKNWESNLRSEDPAIRRKTVLANRRTTIVNQKRQTLLPRRP
QINSLGNGVAHMGDNPIGTLQLNDTLNDGMSEI
NT seq 4422 nt   +upstreamnt  +downstreamnt
atggttgtgacccgcaggggattccctgccgacaacaacggcgcagataatcaatacaaa
tcacactataaagatctcacttgggatgcgttccaggatccgccacgcaaggtggaaatc
ggttccgtcgctagtaccaaagtcatagacaattcagtgattgtgctaaaagtggtcacg
tacattgttacatttattgtagtgttaggtgccgcggtcctgtcgaaaggcacgctgctt
tttatgacatctcaaattaagaaaaacaccacccgatattactgcgaacctcttgcaatt
tacaaaagtcagcaattcatagtaacacttccggttgaagaaagagtgtcgtggatttgg
atgttgatatttgcctactttgtacctgaactcggcacgtttgtgagatctcttcgtttc
tatttctttaaaagcatatctaataagataaaaatttccgaatggatcacgttgttcttc
acagaagcgttgcctgcagtgggtagcgccatattaatatttatagtcttgccggaattg
gatgtagtgaaaggggctatgttaacaaacgccgtttgttttgtacccggattgatagct
ttcctgaccagagatcaacaatgtaataaaagtgtgctgttgatgactatggatatcata
agcttggcagctcaagctgtagcttttgtagcttggcccttggttgaagacaaacccata
ctttacaacattccagtttcgattattctcatatcagttggttggtggcaaaattttgtt
tccaaagaatccccttacttcagcgactacgcaagaaatagattgaaatggaaaaacgac
acttattacgtatacgcatttctggctccaatcaaatgtgttatattctttattacaact
atagtgattctttctatcagagagggtgaggcttggtttttgtttgaggaatttggtaac
gcattttcatcaagaaacatcagttatgtcgagatcgaaccaattgtgggttccggcaca
attaattttgacgatgccataagcctaagcacaggattgtatgtcgaaccttcggtactc
acacccgtatgggtatggttgattaacgtactcaccacttacatttgttatgcctttgca
aaattttcttgtaaaattttaatccaaaatttcagtttcgcattgcccataaacattaca
gtaccagtgcttctgtgtattttaattggaatgagtggagcttataacgaagatgtttgt
gcattttctggcaccattccctcgtatctattttataatacaccaacaatatatttcttt
agtgactttgtagggtcacagtactcttgggtttggttgttttggttgttctctcaaacg
tggatcacagtacatatttggaatcccagttattcagacaaacttggttctacagagact
ttattctataaaccgatgtatgacgcattccttatagaccaatcaatagctttaaataga
agaagaaatcatccagataacagagttaaagatagcggtgatgaaagtggacacatagca
gttgtaaatgactccgataagggacatcattacacaagaatatacgcttgtggcactatg
tggcatgaaacccgagaagaaatgatggagttccttaaatctgtaatgcgcttggatcac
gaccaatttaaacaaaagaaaataaaagagaggttcgacaatgatgagaagtactacgaa
cttgaaattcacgttttctttgacgacgcattcataagaaagtcggaaaccgacaacgat
ccgctagttaataaattcgtaacagatttgattggtgctgtagatgatgcagctcgagaa
gtccatacaatggaaaatctgaaagttaagccgccagtaaagatgatcactccgtacgga
ggtcgtttgatctggactcttccaggaggcaaccaaatgattgcccatttaaaggacaaa
gcgaagatcaggcctaaaaagaggtggtctcaggtcatgtacatgtactacctcttgggg
catagactgattgaaagatcggagtggactccggacgaaaaacaaatcagagccaataac
acatatattttagctttggatggtgatattgattttcagcctaaagcagttcatctttta
gttgatctaatgaaaaggaatccaaccttgggggcagcgtgtggaagaattcatccaata
ggttctggagcaatggcttggtatcaaacttttgaatatgcagttggtcattggctgcaa
aaagccactgaacacgtaattggttgcgtactttgtagtccaggttgtttctctttgttt
agaggtggggccctcatggacgattcagtaatgaaaaaatataccacggtatcaacggaa
cctttacattatgtacagtacgatcaaggggaagatcgttggttgtgtactttattactt
caacaggggtacagggtagaatactccgcggcgtccgattcttatacgcattgtcctgaa
ggtttcaatgaattttataatcaaagaagaagatggatgccttctacaactgcaaatatt
attgatcttctatccgactacaaacgtacagtgagcgtgaatgaaaatatttcaagacca
tatatttggtatcagatggtgaatttagttggaactgtattgggaccgggtacaatcttc
ctcatgttgatcggtgcgtttgtagcagcatttaaattaagtcagtgggttagctttgga
tataacattataccaatattaacttttataattatttgtgcaacttgtaaatcggacact
cagcttttctttgctggtataatcagtgcaatttacggattaattatgatggcagttgtg
gttggtgtacttctacaaattagagatgatggttggttggcaccttcttccctgttcttt
ttcgtgatggccggagaatttattgcaacagcaatgctccatccaagcgagttctactgt
ctcaaatatggagtaatttactacgtaactgtacctagtatgtacatgttgttagttatc
tattcggtatttaacatgaataatgtgtcatggggtactcgagaagttacggtcatgaaa
accgataaaaaggatgaaaaggataaagggaaagataaggcaccagcacaaaaagatctt
acacataaagcattttcgttcttcggagcaaattcaagtgacgatgccggatcaattgaa
ttcaatttcgcgggattattcaaacttttttgttgcactcacaaacacccgcttcacgaa
gaaataattgaaattaatcgtacgttagaaaagttgaacaagaaactggaacaaattgaa
aaactccaactttctgggcctgaagtcccagaactgcgcagaaagtctggcatagttaaa
cttgaagggtcaagggcttcaaatatttcgaacagggatttgtcacgaaaacctcttttt
gtcgacgatgaagaagatgatgaacaatctttaatctctgacgattcgatagaagtcgaa
caacacagttggtttgaacaagaaggcttgtatcatggcgatatgaagagattgggaaaa
aaagaggaagtcttttggaaccaactgcttgataaatacttgcatcctattgacgattcc
gacaaaaaagatgagttatcgaaaaaattgaaggacctgagagacaatatggtgttcgct
ttcttgatggtgaattcattgtttgtgttggtggtatttttgttgacattagaaaaagat
acaatttatgtgccttggccgatacagcctcatattaactttacgtacagtacagaccaa
gatatggtcttaatttatgtcgagtatttgaaattggaaccaattggatttgtgttcttg
attttctttgctttacttttggctgtacaatttaccgctatgttgtttcatagattcgga
acgtatactcaaataatggctaatactccaatttatattcctctatgtgcacctcgggaa
aacaccaatgacgatgatgaattatcattagaagatatgcagcatttagtttcccgagca
gctgtgatgaatacaaaaccaaataacgctgaaaaagtagaaagaagaaagacaatagtc
aaaatatcaaagaaagacaagaatatagaaaccgtgtcaaatcttgatgaaatttttgag
aaaaattgggaaagtaatttacgaagtgaagatcctgcaattagaagaaagaccgtacta
gcaaataggcgaactacaattgtaaatcaaaagaggcaaacacttttacccagacgacct
caaataaacagcctgggaaatggcgtagctcatatgggtgataatccgataggaacattg
caattaaacgataccttaaacgatgggatgtctgaaatttaa

  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 (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (23)   

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