KEGG   Atta cephalotes (leaf cutting ant): 105624963
Entry
105624963         CDS       T04923                                 
Name
(RefSeq) probable chitinase 3
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
acep  Atta cephalotes (leaf cutting ant)
Pathway
acep00520  Amino sugar and nucleotide sugar metabolism
acep01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:acep00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    105624963
Enzymes [BR:acep01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     105624963
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_14 Glyco_hydro_85
Other DBs
NCBI-GeneID: 105624963
NCBI-ProteinID: XP_012061696
UniProt: A0A158NVY8
Position
Unknown
AA seq 2687 aa
MTVWIILAWLTSLSSAVPSNRVPVREILPPPPLSEHQQQREFLPFFRRDAVESSPTFGRL
SNDLDYNEFGSHRYPLRDAVESLPDNVLDAKSNPTFRDDFESENRRLPLRDAVEHREAPF
LGVDPDHESIWIEPVAPPTLRRTQQILEPKIICRFNSEAVHRTEPFSLYPQNVPDYKCTH
LVYSTAIIDRQDSIVPNDPVYDRIKGGYNAATGLRLKDPALRVLISIQPNPHRSLIIQRN
ANLSTDFPLRESILKFLEEYRFDGIELDWPTAAQDWSQFKILLKLIGVPLAKRGYTLAVA
LTPEDPVDLELLPIVDLIILKSWQDVQSACASCGKTEYPVLHPGPLSFIVQNTSKWVEQV
SAGQRSKFVLAIPIFGQRYTLKFSNLTVSTLVQKSGKKGVYTKLRDGKLAYYEVCEKLER
GLWISGRNEEGPYVKRGDQWISYDDPISVKIKTAFIRAMGLGGISLWSLDLDDFQGICGN
PWPMLNAAVRSLGYYEDTPTKKCPKDGLSRDPENCSAFYSCIKGKLHHGHCGHSRYFDPR
EKRCVAAILARSSEICKLNVFDKIVGQDTPSTTSSKKVLQQVGPRIACYMTSWALYRKGD
GKFVPEHLDSNLCTDIIYAFAGLNPETLLIQPFDPWADIENNLYQRVTSIKGSRILLALG
GWTDSSGDKYSRLISSGVSRRKFVIATMNFLKKHNFDGLSFEWSYPKCWQSDCKKGPDSD
KPNFTKLMQELREEFNKQDPPLLLAAALSGYKEVIDKAYEVHEISQIVDFMSVMTYDYHG
SWESKLAHIAPLFGSSSDSKPYYNVNFTMNYLVGLGAEKSKLLVGIPLYGQSYRLSTASQ
ADLGDPTTGPGKPGEFTKQPGMLAYYEICERIKRHNWKVGIGPSAHFEDEWVGYEDRESV
YAKGKYITGNGYGGATMWTIDLDDFQNLCCSESFPLLKTINRALGRSLPPISEDCRRPPQ
PVTPQAPTLTTHSDAVDGNPRPTTSMTTSSTGITTWPTWTERPSTTTTTQQTTRTTWPTW
TWTSQEPSKSPSEDVTKPSETKKPSTALSTTPISTVSCSPTTQSLSTTRKPIVGTSEANC
TSGAYYSDPMNCGNYYRCVRGELKREQCAPGLHWDANRQLCDWPSAAKCQAETDSISTTS
SPLWSSSTKRPSTTTAKVTRPISTITTTTIATTKLTTLKPIVIEPTQKPQKPCEHGQYYP
YPNSCTSFLVCVNGDLVSQQCGPGLNWNTDKNMCDWAFKSPCINKPHKNALLVEKDTVPT
TCITGSYSGVPGDCTSYQACLWGRQEVFNCAPGLHFNRETRICDWPSRAKCTDDDGDKEI
TTQSVTTSSHPSISEKPITHPEFTTEKAPTMSTMSPEPTPTLSPAIIDPDKVSPLSGYYK
VVCYFTNWAWYRRGIGRYLPEHIDHTLCTHIVYGFAVLDYSEMIIKAHDSWADFDNRFYE
RVVAYKKRGLKVLLALGGWNDSAGDKYSRLVNNPSSRKKFINHTLQFIKKYDFDGLDMDW
EYPVCWQVNCNKGPDSDKESFAALLRELSAEFKPKGLLLSAAVSPSKKVIDKGYDVPSLA
KNLDWIAVMAYDYHGQWDKRTGHVAPLYYHPDDEFYYFNANYSINYWISKGAPPRSIVMG
MPLYGQSFTINDPSSGTDLNSPASAGNAGEFTRAAGFLSYYEICDRILNRGWTVVQDPEG
RMGPYAYKGSQWVSFDDSEMIRRKAQFVRDMGLGGGMVWALDLDDFRGRCDNEPHPLMHT
IQRVLAEPPKEHDKPLQPSSVSPSMTTLIVEPTQAIRPTTTVDRVTQDSSKNDEFKVICY
FTNWAWYRQEGGKFVPEDIDPDLCTHVLYGFSILDGSSLTMKSHDPWADIDNKFYDRVAA
FKAKGLKVLMALGGWNDSAGDKYSRLVNSPSARRRFITQLLLFIEKYDFEGLDLDWEYPV
CWQVDCNKGPESDKQSFAELIKELSDEFKPRGLLLSAAVSPSKRVIDAGYDVPTLSKYLD
WISIMTYDFHGQWDKKTGHVAPLYSLPNDWEPTFNANFSIHYWIEKGANPKKLIMGVPLY
GQSFSLAERNVHGLNAPTYGGGEAGEATRARGFLSYYEICERTLKKGWTVIQDKERRIGP
YAYKGDQWVSFDDAQQIKLKAELIKKLGLGGGMIWALDLDDFKNRCGCEPSPLLRTMNRV
LRNYPKGPLCPITEDTEVVIIDVDQSNIESTTVTERPMYESTTSPTYIPPAIIPTTTELD
PDIDDTIEIEASPLPPADCGGHLFISHKSDCTKYYLCNFGKISEQSCPPGLYWNEDRCDW
PENTKCKTAERRSSLSPRLRLAKNVNEKKIVCYYTNWAWRRTSFGSFTPKNIDGTLCTHI
VYAFATLEEETFLLNIDDSDNVYKSFLNKTAEIKRRNGVKVMLGLGGWNDSEDDKYSRLI
SSPQSTRKNFTRYVVRIIEQYGFDGLNLDWEFPVCWQGDCSRGPEEDRENFVEFLKDLSE
ALTSRGLLLSIVVSANKIVIDRGYTHISLLTRYVNWIGVVAYDYHTGMGSETGHVAPLYH
HPNDISPFLNANFSVTYWINKGVPAEMIVLGIPTYGSSFTLSEKSLNRPSFHVKADGPGE
PGKFTKSAGFLAYHEICDNVKNDGWSVTKDSEGRVGPYASKRDQWVSYDDVSNVAKKIYA
CTLPLYARCLNQTGLVDNGIGCPIAISLASIRGRDNQKTRKEPRSDD
NT seq 8064 nt   +upstreamnt  +downstreamnt
atgacggtttggattatcttggcttggctgacgagtttatcgtcggccgttccctcgaat
cgagtaccagtccgagagatcttacctcctccgccgctgtcggaacatcagcaacaacgc
gaatttcttcccttcttccggagagatgccgtcgaaagctcgccgaccttcggccgcttg
tcaaatgatttagattacaatgaattcggctcgcacaggtatcccctgcgcgacgcagtc
gaatcgttgccggacaacgtattagacgctaaatcgaatcctacattccgagacgacttt
gagagtgagaaccgaagattgcctttgagagatgcagtggagcatcgtgaagcacctttt
ctcggtgttgatccggatcacgaatcgatttggatcgagcccgtggcaccaccgaccttg
cgaagaacgcagcagattctcgaacctaaaattatctgtcgcttcaactctgaagccgtt
cataggacggaaccgttctccttatacccgcaaaatgtgccagattacaaatgcactcac
ctagtatattccacagctatcatcgacagacaagattccatcgttcccaacgatccagta
tatgaccgaattaaaggcggttacaatgctgccacagggcttcgcttaaaagatccagca
cttcgcgtgctgatatccatccaaccgaatccacatcgtagcctaattatccaaagaaat
gccaatttatcgaccgattttccattgcgggaatctattctcaaattcctcgaagaatat
cgtttcgatggtatcgagctcgattggccaaccgccgcccaggattggtctcaattcaaa
attctgctcaagttaatcggtgttccattagccaaaagaggatataccctcgcggtggca
ctgacaccggaagatcccgtggatctggaacttttaccgatcgtcgatttgataatccta
aaaagttggcaggacgttcaatcggcttgtgcttcttgcggaaaaacggaatatcccgtt
cttcatccaggtcccttgagcttcattgttcagaatacaagcaaatgggttgagcaagtc
agtgccggacaacgatcgaagtttgtcctcgctatcccaatctttggtcaaagatatact
ctcaaatttagcaatctcaccgtcagcacgcttgttcagaaatccggcaaaaagggtgtt
tacactaaactgagagacggaaaattagcttattatgaggtgtgtgagaaattggaaaga
ggtttgtggatctctggcaggaacgaggaaggaccatacgtaaagcgaggggatcaatgg
attagttacgacgaccctatatcagttaaaattaaaacggcgtttattcgagcaatggga
ctcggtggaatctcattatggtcgctagatctagatgattttcagggtatctgcggaaat
ccttggccgatgctaaacgctgcagtacgatctttaggatattacgaggataccccgaca
aagaagtgtccgaaggatggtctttctagggatccggaaaattgttccgcattttattct
tgtatcaaaggaaaactacatcatggtcattgcgggcacagccgatactttgatccgaga
gagaaacgctgtgtggcagccatcctagcgcgatcttcagagatctgcaaactcaatgtt
ttcgataaaattgttggtcaggatacaccatcaacaacatcgtcaaaaaaggtgttgcag
caagtcggtccgcgaatagcgtgttatatgacttcctgggcattgtatcgcaaaggggat
ggtaaattcgttccagaacatttggattcgaatctctgtactgatattatttacgcattt
gctggattgaatcctgagacgctgttgattcagccgttcgatccttgggccgacattgaa
aataatctataccagcgagtgacctcgatcaaaggatcaagaatattactggccttaggc
ggatggaccgacagttctggtgataaatattctcgattgatcagcagcggcgtttctcgt
cgtaaattcgtcattgctacgatgaacttcctgaagaagcacaatttcgacggtctatcg
ttcgagtggagctatcccaagtgctggcagagcgactgcaaaaaaggtcccgattctgac
aagccgaattttactaagttgatgcaagagctcagagaggaatttaacaagcaagacccg
cctctattattggctgctgccctatcagggtacaaagaagtcattgacaaagcgtacgag
gtgcatgaaatctcgcagatcgtcgactttatgtcggtcatgacgtatgactatcatgga
tcgtgggaatccaagttggcacacatagcacccttgtttggatcatcaagcgatagcaaa
ccctattacaacgttaactttaccatgaactatctcgttggtctcggtgctgagaaatct
aaactcctagtcggtatccccctatatgggcagtcttatcggctctcaacggcaagccaa
gccgatctgggtgatcctacgaccggtccgggtaaaccaggagagttcactaagcaacct
ggaatgttggcgtattatgagatttgtgaaaggattaagcgacacaattggaaagtagga
attggaccgagtgctcatttcgaagatgagtgggtaggttacgaagatcgggagagtgtt
tacgctaagggcaaatatatcacgggaaatggctatggtggagctacaatgtggaccatt
gacttggatgattttcagaatctctgctgctctgagtcgtttcctttattgaaaaccata
aaccgtgcgctaggtcgttcgttgccgcccatttcggaggattgccgacgtccaccgcag
ccggtgacaccgcaagcaccgactctaactactcacagtgacgccgtggacggcaatccg
cgccctactacatcaatgacaacgtctagtactggaattaccacgtggcccacgtggaca
gaaagaccgagcaccacgacaacgacgcaacagacgactaggaccacttggcccacgtgg
acttggaccagccaggaacccagtaaaagtccgtcggaggacgtcacaaagcctagcgag
actaaaaaaccgagtacagctcttagcactacacctatatcaactgtatcgtgctcaccg
actacgcagtcactttctacaacaaggaaaccgattgtcggcacatcggaagcgaattgt
actagcggcgcgtattacagcgatcccatgaactgtggaaattattacagatgtgtccgc
ggcgagttgaagcgtgaacaatgtgcgccaggattacactgggacgcgaatcgacaactg
tgcgattggccgtcggcggcaaaatgtcaagcagaaactgattctatttcaacgacaagc
agtcctttatggagtagttcaactaagaggccatctactacaaccgccaaagttaccaga
ccaatttcaacaataacaacgacgacaatagcaaccacgaagctcaccacgttgaaacct
atcgttatagaaccgacgcaaaaaccgcaaaaaccatgcgaacatggacaatattatccc
tatccaaattcgtgcacaagctttctggtctgtgtgaacggtgatcttgtctcgcagcag
tgcggtccaggtttaaattggaacaccgacaagaacatgtgcgattgggctttcaaaagc
ccatgcatcaataaacctcataagaatgccttgctcgtggaaaaagataccgttccaacc
acttgcatcaccggcagctacagtggtgtaccgggtgactgcacgagttatcaggcgtgc
ctttggggtcgtcaagaggtattcaactgcgcgccgggtttgcacttcaacagggagact
cgtatctgtgattggccgtctcgggcgaaatgcacggacgacgatggcgacaaggaaatt
accacgcaatcggtaacgacatcctcgcatccatcaatctcagagaaaccaatcactcac
ccggaatttactacggaaaaggctccgactatgtcgactatgagtcctgaacctacgccg
actttatctccagcgattatagaccccgacaaggtctccccgctgtccggctactataag
gttgtgtgttattttaccaattgggcttggtatcgtcgtggaattggccgttatttgcca
gaacatattgatcatactctatgcacacatatcgtgtatggcttcgcggtgctggactat
tccgaaatgataatcaaggcgcacgattcctgggcggattttgataatcgtttctacgag
cgggtggtagcatataaaaagcgaggtcttaaggtgcttctcgcgctgggcggatggaac
gattcggccggtgacaagtacagccgattggtgaacaatccttcgtctagaaagaagttt
atcaatcatactcttcagtttatcaaaaaatatgactttgacggattagacatggactgg
gaatatcccgtttgttggcaggtaaattgtaacaagggaccagattcggataaagaaagt
tttgcagctctcttacgcgaattaagtgctgaattcaaaccgaaaggattacttctttca
gcagcagtctcgccgagtaagaaagtaatcgacaagggctacgacgtgccctcgttagcc
aagaatctggattggattgctgtcatggcgtatgattaccatgggcaatgggataaacga
actggtcacgttgcgcctttatattatcatccagacgacgagttttattacttcaacgct
aactattcgatcaactattggatctcaaagggcgctccacctaggagtatcgtcatggga
atgccgttgtatggacaatccttcacaatcaacgatccaagctctgggactgatctaaat
tctccggccagcgccggaaacgccggagagttcactcgagctgctggttttctgtcttac
tatgagatctgcgatagaatactcaatcgcggttggacggtggtacaagatccagaaggt
agaatgggaccgtatgcctacaagggcagccagtgggtcagttttgacgactcagagatg
atcaggcggaaggcgcaatttgtgcgcgacatgggtctaggcggcggtatggtgtgggct
ctggatttggatgatttccgcggacgatgtgacaacgaacctcatccattgatgcatacg
attcagcgggtgctagcggaaccaccgaaggagcacgataagcctctgcaaccgtcatcg
gtgtcgccatcgatgacaacattgatcgttgaacctacgcaagcgatacgaccaactact
acggtggatcgcgttacacaggacagttccaagaacgatgaatttaaagtcatctgttat
tttactaactgggcctggtatcgacaggaaggtggtaaatttgtaccggaggatatagat
cccgatctctgcacccacgtactttatggattctccatactcgacggtagcagtttaacg
atgaaatctcatgatccctgggccgatatagacaacaagttttatgatagagtggcagca
ttcaaggcaaaaggtttaaaggtgctgatggcgttaggtggttggaacgattcggccgga
gacaaatacagcagattggtgaactcaccgtcggctaggcgaagattcattacgcaactt
cttctcttcatcgaaaaatacgactttgagggtcttgatctcgactgggagtacccggta
tgctggcaagtggactgtaacaagggtccggagtctgataagcaaagtttcgctgaactg
atcaaggaattgagcgatgaattcaagccgcgaggattgcttctctctgcggctgtttcg
ccgagcaagagagtgatcgatgcgggatacgatgttcccactttgtcaaaatatctggat
tggatatccataatgacgtacgatttccacggtcaatgggataagaaaaccggccacgta
gcaccattatatagtcttccaaacgactgggaaccgacatttaatgccaacttttcgatc
cattactggatagagaaaggtgcaaatccgaaaaagttaatcatgggcgttccattatac
ggccaatcattttcacttgcggagagaaacgtacacggattaaacgcgccaacctatggg
ggtggcgaggctggagaagcgaccagagcaagaggttttttatcatactacgagatatgt
gaaagaacattgaagaagggatggacagttattcaagataaagagagaagaatcggcccc
tacgcctacaaaggtgaccaatgggtaagcttcgacgacgcccaacaaatcaaactgaaa
gcagaattaatcaagaaacttggcctcggcggcggtatgatttgggccttggacttagac
gacttcaagaacagatgtggatgtgaacccagtccgctattaaggacgatgaatcgagtt
ttgaggaactatccaaagggcccgctgtgtcccattacggaagatacagaagtggttata
atcgatgtcgaccagagcaacattgagtctacaactgtcaccgaacgtcccatgtacgaa
tccactacatcacctacatatattccaccagcaataattccaacaacgactgaattagat
ccagacatagatgataccatcgagatcgaagccagcccactacctccagcggactgtgga
ggacatttattcatatcgcacaaaagcgactgcaccaaatattatctgtgcaacttcggt
aagatctcggaacagtcctgtccacctggactttactggaatgaagaccgatgcgactgg
ccggagaacaccaaatgcaagactgctgagcgtcgaagcagcctatcgccgagattgaga
cttgccaaaaatgtaaatgaaaaaaaaatagtttgttactacacaaattgggcttggagg
cgcacaagctttggcagcttcactcccaagaacatcgatgggacgctttgcacgcatatt
gtgtacgcctttgctacgttggaagaggaaacatttcttctaaacatcgatgactccgac
aatgtctataagagttttctcaataaaacggcagaaattaaaagaagaaatggcgttaag
gtgatgctcggtttaggtggatggaacgattcagaggacgacaagtacagcagattgata
agcagtccgcaatcgactagaaaaaattttactaggtatgtcgtaagaatcatcgaacaa
tacggattcgatggacttaatcttgattgggagtttccggtatgctggcagggcgattgt
agccgcggtcctgaggaggaccgcgagaactttgtcgaatttctcaaagaccttagcgaa
gcgttaacatctagaggacttttgttatccatcgtggtctcagcgaacaagatcgtcatc
gatcgaggctacacccatatttcgcttttaacacggtacgtgaattggatcggcgtggta
gcgtatgactatcacactggtatgggaagtgaaactggtcatgtcgcgccgctttatcat
caccccaacgatatcagcccgttcctgaatgcgaacttctccgtgacgtactggatcaat
aagggcgtgccagccgaaatgattgtcctaggtatacctacctacggatcaagtttcacc
ttatctgaaaagtctctgaacagaccgagcttccacgtgaaggctgacggacctggagaa
cccggcaagtttacgaaatcagctgggttcctagcatatcacgagatatgtgataatgtg
aagaacgacggctggtccgtgacaaaagattcggagggccgcgtgggaccgtacgcgtcg
aaacgcgatcaatgggtcagctatgacgacgtatctaatgtagcaaaaaagatctatgcg
tgcacgttacctctctatgcgcgttgtctaaatcaaacgggattggtggacaacggtatt
ggctgtccgatcgctatatcgttagccagtatacgcggccgtgacaatcaaaagacgcgg
aaagaaccgcgcagtgacgattag

  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)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

Download RDF
DBGET integrated database retrieval system