KEGG   Diuraphis noxia (Russian wheat aphid): 107174146
Entry
107174146         CDS       T04900                                 
Name
(RefSeq) mucin-5AC isoform X1
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
dnx  Diuraphis noxia (Russian wheat aphid)
Pathway
dnx00520  Amino sugar and nucleotide sugar metabolism
dnx01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:dnx00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    107174146
Enzymes [BR:dnx01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     107174146
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14
Other DBs
NCBI-GeneID: 107174146
NCBI-ProteinID: XP_015380469
Position
Unknown
AA seq 1724 aa
MQFLAWLLIFGSIIISDAEHDIQKRESSNQKKVVCYYTNWSVYRPGTAKFSPQNINPYLC
THLIYAFGGLDKENGLRPYDKYQDIEQGGYAKFNGLKTYNKNLKTLLAIGGWNEGSARFS
KLVDDEDKRKEFVKNVIKFLRQNNFDGLDLDWEYPAYRDGSKPSDKENYASLVKELREEF
NRESSKTGRTRLLLTMAVPAGIEYIDKGYDIPELNKHLDFMNLLTYDYHSSYEPAVNHHS
PLYPLEEDSEYNFDAKLNIDHTIKHYLAAGADKEKLVLGIPTYGRSYTLFNRESKDIGAP
SDGPGEKGEATREKGYLAYYEICGNLKKDDSWTIEQPKPKAMGPYAYKDNQWVGYDDEEF
VKLKAQYVNENDLGGIMFWSIDNDDFRGSCHSRPYPLIEAGKEALLGDSKVAPSQGKETK
ATLSKSRPKPRPIARTTTTSAPKEKSDMSTTTPEPPTTPDTGTDFTCKDEGFFPHPRECK
KYFWCLDSGPSNLGIVAHQFTCPSGLVFNKVSDSCDYTRNVVCKDKKTSDTTTTTTTTTT
PKPIKSGIKTTTTTTTTSTTQIPEVEDESEDEFEEEEDPKEIKQLITLIKKLGGVAELEK
QLNIKDGSTEVTTPAISKSLYNKVLKLPSNRFQSSYINGPGPQSEGLDKKDDNVNYKKEK
PQYVTIRRQRPSKDVIDNTKESEGEEEEEDTPTDATTERFKPTYKTVDRTRFRDLGEVAD
ENSESDLLPKYTTISRTKSSESNPEETTSPKYVTLRRQRPTYKEDEISDEEITPAVAVSS
TSQTPRYVSLLRQRSTTTTTTPDDRLIETTTKDDVEEPRENKNTKVSDMTLTTESSIIST
ILFNTEPFTETITTTVSVPTFATAKSSETSKILSLITEKMSETSSTIKDPVSIDKNISNT
ISTTKAPTSTITNVVTSIYEAATERQRVRVKNIQNFLLEHKKTEPVTQSITQTITPLTTT
LSTTIENIAPVEEPTQKSILKGRFGGPVHFRPTLRKLIGIPENNGTTTEKVTETTTEKIV
ETTTEKKSRLNKYTNRFIRPASNFSTENISTTSKIFVSTTESTPESSTRQINRFRQTTSS
TTGNPLPLTRKFISRYRQRTTELPVINNTGVQEVQRSRFFRSRKPISSTTTTTEETITEL
LNVEENAENVRYEATTFRTPITMYVPTTNVGETSTNVEETQITTVDSFEPIKYSTTEMTT
IQSITNKITKSFRGSIRANDGLQDSKIDKPRSPSLGRQNSRFLKDEQKILYIRVMPSPDG
RSQNEFTSNPVKNVTRNRGRVKAYDSLELNTLTDELTSNNDDRPNELFRGSETKFRPTTT
TTTESTEEIQKNRIRQRITRPIQRSTTTTTTTEESTPNSSATESYSSKVNRXRKFRPEYT
TTSTSTYEEEITTPKTRNPERRFRSRTPLLKNKITTSTTPETLENSDREFFSTSAQPYFD
DSSLFAKTRDDRKIGGSTEDLANTAVVAIHTLATAPPSNYEFRPSTHSPQQNVFRETTQN
HEYFEPQAPHSVNGFNGVQQARLPAQSLRQSVQPQLQPPPSPSIKLPAVPFQPAPFQPSP
FQAGPFQPVPYPGLPFQTNNAFAPVARQSPTTALPPATSRQTFILRRGPSRTTPLGTAAT
SAPPQYLNDNTQEQYADYSEPEQASDSSEQRVALKGKVRIHGDGYIECLDMGSFPHPFSC
QKFISCAKTEYGALLGWEYTCPKGLSFDQVGGICNWSSGPVCNN
NT seq 5175 nt   +upstreamnt  +downstreamnt
atgcaatttttggcatggctgttaatatttgggtcaattatcatatctgacgccgaacat
gatatacaaaaacgagaatcatctaaccaaaagaaggtggtgtgctactacacgaactgg
agtgtttacagaccaggcacggccaagttctctcctcaaaacattaacccgtacttgtgt
acgcatttgatatacgcgttcggaggtttagacaaggaaaatggccttcgtccctatgat
aagtatcaagatattgaacaaggtggttatgccaaatttaacggactaaagacttacaac
aaaaatctcaaaacgcttctagcgattggagggtggaatgaaggttccgctaggttttca
aaattggtagatgacgaggataaaagaaaagaattcgtgaaaaatgttattaaatttctc
agacaaaataattttgatggccttgacttagattgggagtatcctgcctatagggatggt
agtaaacccagcgataaagaaaactatgcgtccttagtaaaggaattgcgagaagaattt
aatagagaatcrtcaaaaactggccgaactaggttgctcctaactatggcagttccagct
ggtatcgagtacatagataagggatatgatattcctgaactaaataagcatttggacttc
atgaatttattgacatacgattatcattcatcgtacgaaccggcagtgaatcaccattct
cctctctatcccttggaagaagattcagaatataactttgacgcaaaacttaatatagat
catacaatcaaacattatcttgctgctggagctgataaagaaaaactagtccttggtatt
ccaacttacggtagatcgtacacactttttaatagagagagtaaagacataggagctcca
tcagatggtcctggagaaaaaggagaagccacaagagaaaaaggatacttggcctactat
gagatttgtggaaatttgaaaaaagatgactcttggactattgaacagccaaaaccaaag
gcaatgggaccgtatgcatacaaagataatcaatgggttggatatgatgacgaagaattt
gttaaattaaaggctcaatatgtgaatgaaaacgatttgggaggtattatgttttggtca
attgacaatgatgattttagaggaagttgtcatagtagaccatatccactaattgaagca
ggaaaagaagctcttcttggtgattcgaaagtagcaccaagtcaaggaaaagaaactaaa
gctaccttatcaaagtcccgaccaaaaccaagaccaatcgcaagaactactactacatcg
gcaccaaaagaaaagtcagatatgtctacaactacaccagaaccacctacaacacctgat
accggaactgattttacctgtaaggatgaaggattctttccacayccacgtgaatgcaaa
aagtatttttggtgtttggacagtggcccttcaaatttagggattgtagctcatcaattt
acatgcccttcgggattagtgttcaataaagtatcggattcttgtgattacaccagaaat
gttgtctgtaaagataagaaaacttctgatacgacaacaacaacgacaacaacaactacg
cccaaaccaattaaatctggaataaaaacaactacaactacaactaccacatcaacaacc
caaattcccgaagtagaagatgaaagtgaagacgagtttgaagaagaagaagatcctaaa
gaaataaaacaattgatcactttaattaagaaattaggtggcgtagcagagttggaaaaa
caacttaatattaaggatgggtcaactgaagtaacaactccagcaataagcaaatccctt
tataataaagttttaaaattaccttctaataggtttcagtcctcgtacataaatggacct
ggtccccaaagtgaaggtttagacaaaaaagacgacaatgtgaattataagaaagaaaaa
cctcaatatgttacaattagacgtcaaaggccttctaaagatgtgattgacaacactaaa
gaatcagaaggagaagaagaagaagaagatacccctactgatgcaactactgaaagattc
aagccaacatataaaacagttgatagaacccgattccgtgatttaggagaagtagctgat
gaaaattctgaaagtgatttgttgcctaagtataccacgattagtcggactaaatcatca
gaaagtaatcccgaagaaacaacaagtccaaaatatgttactttgcgtagacagagacca
acttacaaagaagatgaaataagtgatgaagaaatcactcctgcagttgcagtatcatct
acttcgcagacaccaaggtatgtttcattattaaggcaaaggagtacaaccactactaca
acacctgatgacagattgattgaaacaaccacgaaagatgatgtcgaagaaccaagagaa
aataaaaatactaaggtgagtgatatgactttaacaacagagtctagcataattagcacc
atcttattcaatactgaaccatttaccgagacaatcacaacaactgtaagcgttcccaca
tttgctactgcaaaaagtagtgaaacttcaaaaatactatcattaattacagaaaaaatg
agtgaaacctcaagtacaatcaaagacccagtgtcaattgataaaaacataagtaatact
ataagtactacaaaagctccaacttcgactatcactaatgttgtyacatctatatatgaa
gctgctacagaaaggcaaagagttcgtgtaaagaatattcaaaactttttattggagcac
aagaaaactgaaccagttactcaatcaatcacacaaactataacgccattaactactact
ttgtctacaacaattgaaaatatagcaccagttgaagaaccaactcagaaatcaatactt
aaaggtcgatttggaggtcctgtacatttcagaccaacactaagaaaattaataggcatt
ccagaaaacaatggaacgacaacagagaaagtaactgaaactacaacggaaaaaatagtt
gaaacaactaccgagaaaaaaagtcgtttaaacaaatatactaacagatttattagacca
gctagtaattttagtacagaaaatataagtacaacaagtaaaatatttgtttcaactact
gaaagcacaccagaatcgagtactaggcaaattaatagatttagacaaactactagcagt
accacaggtaatccactgccgttaactagaaagtttatttctaggtacaggcaaagaaca
acagagttaccagtgataaacaatacaggagttcaagaagttcaaaggtcgcgatttttt
agaagccgcaaaccaatttcttctaccacaactacaacagaagaaacaataactgaatta
ttaaatgtcgaagaaaatgcagaaaatgttcgttatgaagcaacaacatttcgcactcct
attacaatgtatgtcccaactacaaacgtcggagaaacttcgacaaacgtcgaggaaact
caaataacaacagtcgatagttttgagccaataaaatatagtacaactgaaatgacaaca
atacagtcaatcactaataaaataacaaagtctttcagaggatcaatacgagcaaacgac
ggacttcaagatagtaaaattgataaaccacgatctccgtcattaggcagacagaattcg
agatttttaaaagatgaacaaaaaatattatacattagagttatgccttcgccagacgga
cgatctcaaaatgagtttacatcaaatccagtcaaaaatgtaactagaaatcggggtaga
gtcaaagcatatgattctctagaacttaatactctgaccgatgagttgacatcaaataat
gacgaccgaccaaatgagctgttccgaggaagtgaaacaaaattcagaccaactactact
accaccactgaatcgacagaagagattcaaaaaaatagaattcgtcaacgaattacgaga
ccaattcaacgttcaacgacaacaactactactaccgaggaatcaactccaaattcgtcc
gcaacagaatcatattcgtcaaaagttaatcgaagsagaaaatttaggcccgagtataca
actacttcaacttcaacctacgaggaagaaataactacgccaaaaactcgaaatcctgaa
cgaagatttaggagccggacaccgttattgaaaaataaaataactacaagtacgacacca
gagaccttggagaacagtgatagagaattcttcagcacgtcagcccagccatatttcgat
gattcgagtctttttgcgaagacccgagacgatcgtaaaattggaggatcaacrgaagac
ttggccaatacagctgtagttgccatacatacactcgctacagcaccgccatcgaattac
gaatttagaccttctacgcacagtccgcagcagaacgtttttcgtgaaaccacacagaac
cacgaatattttgagccacaagcgccacattctgtaaatggattcaatggcgtccagcag
gctagactaccggcacagtcactgagacaatcggtgcaacctcaactgcagccaccgccg
tcaccgtccatcaagctgcccgcggttccgttccaaccggcacctttccagccttctccg
ttccaggcgggtcccttccagcccgttccgtatcctggacttccgttccagacaaacaac
gcgttcgcgccagtsgcgaggcaatcgcccaccaccgccctaccaccagccacgtcacgg
caaacgttcatattgcgaaggggcccatcgaggacgacaccgctaggaacagctgcgacg
tccgcgccgccgcagtacttgaacgacaacacgcaggaacagtacgccgactattcggaa
ccggaacaggcgtccgactccagtgaacagcgggtggctctcaagggtaaggtccggata
cacggggacgggtacatcgagtgcctggacatgggcagtttcccgcatccgttctcgtgc
cagaaattcatatcctgtgccaagacagaatatggagcgctgctcggatgggagtacaca
tgccccaaggggctgtcattcgaccaagtgggcggaatttgcaactggtcgtccgggccc
gtgtgcaacaactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (22)   

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