Silkworm Genome Informatics Database

Gene

KWMTBOMO05735 Validated by peptides from experiments

Pre Gene Modal

BGIBMGA006874

Annotation

Chitinase-related_protein_1_[Operophtera_brumata]

Location

Bomo_Chr10(+):9011816-9041182 View in EpiBrowser

Location in the cell

Extracellular Reliability : 2.033

CDS

ATGGGGCATACTACAGCAAAATGGTGTGCAACGACGCTCCTGCTATGCGTATCTGCATTTGCGTCTCCACGTACATCAAGCAATTCCTTCATCAGAAGCGCAGTAGAAACTATCCCACAGCATGACCCCATTCCTGTACCCATTCGTGCATCAGTCGAAAGTATTCCACTTAGGAGCATACGGGATGAAGGTGAAGGAAGACTACCTCTAAGAGATGCGGTCGAAAAGCGACCGATACCCGTATTAAATGCAGAATATAACTACAAATTATTGGGGGACGTGGAACGTATTAATAATGCAAATGGTTTTAATACCGAAGGATACAAACAATATTATGGCGCAGCCAGTTTTCTTAACAACGCCACACATAGTGATGAGCGGCTTCATTTAGGCAATGCGAACTTACAAGAAATGCAGCAAACTTCTGGGGTTGGTGCTGTTCGTCGATTAGTTGTTTGCTACATCGAATCGTGGGCAGCTTACAGAGCTCCACCGTTGGCTTTCACGGCCAGCTTAGTGCCACGATCTTGTACGAACCTTCATTATGCTTTCGCTTCAATGCACCCACACACATATTCAGTCTTGCCCGCTAACGAAGACTTCGATGTTATAAAAGGAGGGTACCGCATTGCGACTGGACTGAAACGTCATATACCTGGATTGAAGGTTATTTTGAGCGTTGGTGGTGAAGGCTCGGATCGTTTGTTTAGTGAGATGGTACAGGAGCCTGTGAGGAGAAACATGTTTATCGAAAGTGCCTTATCATTTTTACAAGAGCATGATTTTGATGGGCTCGATTTACATTGGGTGTATCCAGGTGAAAAGGATGAAAAAGAAAAAGATCTGGTAACAACTTTATTATACGAGATCAGAGAGAAGTTCTCTTCGTATGGCTATTTGCTATCGACAGTTTTGCCGCCGTTTAGATATCAAATAGAAGACGGCTATGATCTGAGTGCTGTGAGTGGGGCAACGGATTATACTATACTACAAGCGTGGGATATGACGCACGGGAGACGGGAGGAACCTCCTGCCAAAGCTGTTCAACACAGCGCTCTACATAGAGACCCAGGCGCTACATCACGGGATCAGCGATATGACAATATTGAATTTATGGTAAAATATATCCTGCGACACGGAATGGCCCCAGAAAAATTGGTGCTGGGTGTACCGCTTTATGGTCGCAGTTATACTTTAGCACCATCGACAAATCCTTATCCGGGAGCCCCCATCGATGGATGGGGAGAAGAAGGACCATACACTCAAACGAAGGGACTTCTAGCTTATTTTGAGATATGTATGGCTGAACGCGAAGGTAAAGGCGTAAGCGGTGTGGATGAAGCTGGTAACGCTTACGCGGTTTTCGATAATCAGTGGGTGACATACGATACCCCATCAACGATCGTTGATAAGATGAAATACGTCATAAGTAGTGGATTAGCTGGAGCTGCAGCGTGGGCGGTCGACATGGATGACTTCAGAGGGTTATGCGGTTCACCATTCCCAATTCTAAGTGCAATTTCTAAAACATTAAACGGGGAAGAAGTACAAACTGACCAATCGACCCTTAAAATCGGATCGTGCGACTCAAATGCTCCTTACTTAGCTTCCGACGAGGAGTCGTGTGCCCACTTTCATTTCTGCACAGGAGCTATTAGTTATAGAATGTCCTGTGAAGATGATCGTTTATACGACCCTTCCACCGGTTACTGCGGGCACCAGGATGTAGGTAAATGCCTCCCAGGACAAAGTTTGCGAATCAGTGTGGAAGATGCAGCTCGTTATCTGTCACATGTTTATGAAACAGACTTCGAGTGGAACAATGAACCTATGAAAGCAGTGGCCAATCGAGACTCAGAACGCCTGACTTCAGACGATGTAGATATTAAGAAAAATAAGGAAAACGACAACAAAGTGGTGTGCTATATGACCAGTTGGGCCTTTTATCGACGTGGCGACGGAAAGTTTGTACCCGAACAAGTGGACACACGTCTGTGTACTCACGTTGTATACGCATATGGCTCACTGTCCCCTGATGAACTTGTTGCCAAAGAATTTGATCCTTGGGCTGACATAACCAATAATTTGTACGAACGTGTCACATCACTCAGAGATGTTAAAGTCCTCCTTGGTTTAGGAGGATGGACAGACTCAGCAGGAGATAAATATTCTCGTTTGGTATCTTCAGATTCAAATCGATCTAAGTTCATAACGAAACTAATACCATTCCTTCGGATGCACAACTTTAAGGGCCTCCACCTGGATTGGAACTATCCCGTTTGCTGGCAAAGTAATTGCAAGAAAGGTGCTCGTTCTGATAAAGCAAATTTTGCTAAATTTGTACAAGAATTAGCGAAAGCATTACACGGTGCCGAAATGGAACTAGGAGTCGCAATCTCTGGTTACAAAGAGGTCATTGAATCAGCGTACGATTTAGCAACAATATCGCGTGAGGCCGATTTTCTAAGCGCTATGACATATGATTACCACGGTGGTTGGGAGAGAACTACCGCTCATCACACGCCCCTGATTCCATCGCCCAAAGACGCATTATCGTATTATTCTATTGAGTATGCAATCAAAGCGATAATTAGCGGTGGTGCCGATCCGAAGAAATTGCTCCTCGGCTTATCGTTCTACGGTCAGTCCTACAGATTAGCGGACGTGGAAAGCACCAGCGGACCCGGGGCACCGGCCGCCGGCCCTGGCGAACCTGGGGAGTTCACCAAGCAGCCCGGAATGTTGGCCTATTACGAAGTCTGCTATAGAGTGAAGAATTTGCGTTGGAAAACGGGACGACAGACAAACGCAGGACCTTACGCCTATTCAGACAATCAGTGGGTCGGATATGATGACCCGAAGTCTATTACCGAAAAGGTGGAATGGGCGATGCGTCTGGGACTGGGCGGCGTGACCGCTTGGGCGATAGACTTGGACGACTCCAGTAACCGATGTTGCGCAGAGCCGTACCCGCTACTACGAGCCGCTGGCCGTGCTCTCGGCCGTTCTGTGCCTTCGCCGCCCACCACGCCCTGCGAACGGCCGCCCGAGCCTGTCACTCCCGCTCCCCCCACTACTACCCCTGCAGAGTCCGATGGTGGAGCGCACGGAAGTGTAGAAGGCGGGTCATGCACTGCCGGTGAATACAGCGCAGCGCCCGGAGACTGCGAGGGATACTTGCAGTGCGAGGGGGGACAGTGGCGGAAACATCGCTGCGCACCCGGCTTGCACTGGGCACCTTCTGTCAGTCGGTGCGACTGGCCCAGTTTCGCTAAATGCACTGCTACATCCAGTAGTGAATCTAGTACGGCAACCACAACTCTGGCTCCGATGACGTCACGTCCGCCGCCTAGACCCACAACTAGTAGGTGGACGACGACCACGACAACTACCACAACAACTACCACAACTACCACTAAGAGACCGACAACTAGACCTACAACTGTAGCATCAGATCCCGTTTCCGAGGGGAAGCCATGTGGCAGTCAAGATTACGAAGCAGTGTCTGGTGACTGCAGCGCGTATCTGCAATGTGACAGCGGAACTTGGCGCATTCAGCACTGCGCTCCTGGATTACACTGGAGCCCGGCCCATAAGCACTGCGACTGGCCTAAATACGCACAGTGTGGAGATTCCGCAACTACTACAACAACCCTTAAGCCGAAACCAACTCGTCCACCAGTACAAGCTACAAGACCAATGACTACACAAGCTTCATCAAGTCAACCACATGAAGACGACGAGTGCAGCAGCAGTGACGTACACGCTTCAGCGTCCACATGCGACTCGTACTTGCTGTGTGTGAGCGGACATTGGCGCAAGCAGATGTGTCCGCCGGGACTTCACTGGGACAAACGGACCAAGCGATGCGATTGGGTCGAATTCGCTATGTGTGAAACAAAACCATCAGCTACCAAGTCGCCAATAACAGTACCGACAAAAACGACTACGTCAGCTACCCGCAGACCAACAACTACGAGACGACCATGGACGACTACTACTTCAAAACCATGGGCCGACGAACCCCAGAAACCTGGAAAAGGTTGCCGCACCGGCACGTATCATGCGCACCCGAAGTGTGAGAAGTTCTACGTTTGCGTGAACGGTCTACTGATAACGCAAAGCTGCGCGCCGGGGCTGGTGTGGCGCCCAGATCGCTCGCAGTGCGACTTCCCTGGCTCCAGCTCATGCTCTGACCGCAGGCAGGGCGTCTCTGCACCCATACTCGACGCGACTAACTCGGCCTCTACTGCCGTCCATGTGCAAGAAGAACCGGAATTTTGTGAAAACGGCCAATATGCTTCATTCCCAAATGATTGCTCAAGATATCGACATTGTTTATTCGGTAAATTCGAAGAGTATTCATGTAGCCCCGGCTTACATTGGAATCAGGAAAAACAAATATGTGATTGGCCAAACAACGTCAAATGTTCAATGAAAGGCACGACTCCGATAACCACGACCACGACTACGACGACATTTCGTCCCGTCGAAATGGATACTATTCACGAGGAACCTCAAAAGCCATATGTACCGTTAAGACCATCAGCACCCCCTTCTGGAACAAACTCTGATATATCAACGAGACCGGCTCTGCTTAATTCACGCTATAAGCTAGTTTGTTATTACACAAACTGGTCCTGGTACAGGCCCGGTATAGGAAAATACAGTCCAGAAGATATCGACCCTACGCTTTGTACGCATATCGTTTACGGATTTGCAGTCCTGGGATCAGATGGACTTATAACTGCCCACGACTCTTGGGCAGATTATGATAATCAATTTTATGAACGCGTAGTTGAATTTAAAAAATACGGTATAAAGGTTTCCATTGCTATCGGAGGATGGAACGACTCGGCAGGAGACAAATATTCTAAGTTAGTGAACGATCCCGCAGCAAGGGCCAGATTTGTAAAACACACTTTGTCATTCGTTGAGCAGTACGGATTCGACGGACTGGACCTCGACTGGGAGTATCCTAAGTGCTGGCAGGTTGACTGTTCTCTAGGCCCTGATTCGGACAAGGAAGCATTCGCTGACTTAGTTCGAGAGCTCTCAGCAGTTTTCAAGCCTAGAGGCTTGCTGCTATCGGCCGCTGTATCACCTAGCAAAATGGTTATAGACGCCGGTTACGATGTCCCAGTATTGGCAAGACATCTTGACTGGATTGCTGTTATGACGTACGACTACCACGGACAATGGGACAAACAGACAGGACACGTGGCGCCCTTGTACTATCACCCTGACGACGACAAAACTTACTTCAATGCCAATTATACAATGCATTATTGGATGAAAAAAGGGGCTCCAGCTTCTAAATTGGTTATGGGTATGCCGATGTACGGGCAAACGTTCACTATAGAAAACAGAGGGATACACGGTTTGAATGCCCCAGCCTCGACCGGCGGAGCGGAGGGTGAATACACAAGAGCCAAAGGATTCTTATCTTACTATGAGATATGCGATCGAATCAGGTACGACGGATGGACAGTTGTCAAAGATCCGCTACAACGAATGGGACCATACGCCTACAAAGGCGATCAATGGGTCTCATTTGACGACACCGACATAATTAAGCAGAAAATTAATTTCATCAAATCCCTTAACCTTGCTGGTGGCATGGTCTGGGCTTTAGATCTTGATGACTTTAGGAATAGGTGCGGACAAGGCAAGCATCCCTTAATAAACGCGATTAAAAAAGGTTTCCTTGATCAAGAAATCCATGACGATCCTATAGTAACAGAACCTCCATTGTTAGAACCTCCAAACGATATTGATGACTCTGACGATATTGAAGTGAGACCCGTTCATTCAAGACCAACTTCCAAGCCAATGAGAGATCCAATGCAAACAACTATGGCAATACAAACAACTAAGAAACCGTCAACTACCGTAGCTCCGTTCGTTGAAGAGCGTTACAGGGTTGTGTGCTACTATACAAACTGGGCTTGGTACAGGCCTGGATCTGGTAAATTCACTCCTAGCAACATAGATCCTTCTCTTTGTACACACATCGTATACGCGTTTGCTGTCCTCGATACAACCCGCTTAGTTATAAAGCCTCATGACATTTGGTTGGATGTCGAAAACAAATTCTACGAGAAAGTAGCTTCCTTGAAGAGCAATGGTGTTAAAGTTGTTCTCGGTTTGGGTGGATGGGACGATTCAGCAAGTGACAAATACTCGAGATTAGTAAACAGTGTATCTGCTCGTAGAAAGTTTATTGTACACGCCATAGACTTTATTGAACAGTATGAATTCGATGGCTTAGATCTAGACTGGGAATATCCAAAATGTTGGCAAGTAAATTGTGAAAAGGGCCCAAGTTCAGACAAACAAGGATTCGCTAATCTTGTAAAAGAATTAAGAGCTGCGTTTGGTCCCCGAGGTCTTCTCCTTTCCGCTGGCGTTTCTGGAAGTAAACGCGTTATCGACGCAGGATATGATATACCAACGCTGTCGAGAAACCTAGATTGGATTTCTTTGATGGCGTACGACTACCACGGACAATGGGATAAAAAGACAGGTCACTTAGCTCCCATGTACGCTCAAGAAGACGAAATTGATGATACTTTGAATGTAAACTACACAGTTAATTATTGGATAGACAAAGGAGCCGATAAAGAGAAACTGGTTATGGGAATTCCATTCTACGGGCAATCGTTTTCATTAGTAGAGGGCGTTGGAACTGGTCTCGGAGCTGAAGCCTACGCTGGCGGAGAAGCTGGAGATGAAACTAGAGCTCGAGGATTTTTATCTTTCTATGAGATATGCGAACGAATTAGGGTGCAAGGTTGGAAAGTAGGTCGTGACCCGGGCGGCCGAATGGGTCCTTATGCTGCATTCGAAGACCAATGGGTATCATTTGACGATGATTACATGGTACGTCATAAAGCCGAATACGTTCGGGCTATGGGACTTGGAGGTGCTATGGCGTGGGCTCTAGATCTTGATGATTTCACTGGAAAATATTGTGGATGTGGAAAGTCGCCTCTTTTGAAAACTATTAATCACGTACTGCGTGGGAAAGAAGCTTCTCCATCGTGCCCACTAGAAGAAATACAAGCACCATCTACTGAAGTTGCAGTCGTTGAACACGATCATGATCATGATCATGAACATCATGATAATCACGATCATGGTGAAGACGGACATGACCATAATGAAGAACATATGACTCCTGATATGGAAAAACCTCCACCTAAGCCACAAGAAAGACCAGAGGACGTTGATATTACTGGATCAAGCCTTGAAGGCAAATCTTGCACAGGAAACGTTTTTAGGTCAGACAACGCCGATTGTACGAAATACTATTTATGTATCAATGGAGCGTACATACAACTTCAGTGCCCTGAACCTCTACACTGGAATAAGAATCACTGCGATTGGCCCGAGAAAGCTCGTTGTGGAACTAAAGCTCAGTTGAAAATAGCCGGACAGTATGACCAAGAGACCCAAGCCGACAAACCTATCCTTGCTTGTTACTTTACAAACTGGGCTTACTATAGGAAAGACAGCGGTAGTTTTGGACCAGAGCAAGTTAACCCATCAATGTGCACACACATCATTTACGCTTGGGCACATCTTGACGACGAAACCTATAAGTTAGTACCGGGAATACCGGAACTAGATCTCGAGAACGACTTTTTCGGAAAAATTACCGAATTAAAGAAAACCGGAGTAAAAGTGATATTAGGTGCGGGAGGTTTAGTAGATTCGGAAAGCGACAAATGGAAACGGATGGCTTCTACTGCTGAAAACAGAATGATATTCATAGACTCAGTTGTTAAGTTCGTGAATAGGTGGAATTTCGACGGAGTGCAGATTGCTTGGCAGTATCCAGTTTGTAAACAGGCTCCATGTATGTATGCATCACGAGACTTCTCTGACGTGGACAATTTTGCCGATCTCCTGTCAACGCTATCTAAAGTACTCCGACAGCACGATCTGGAGTTTTCGGCTATGGTCTCAGCCAATCCTGAGATAGCGGCGCTGGCATACAAACCCCACATACTATCAACAGAATTAGACTGGATATCTGTAGCGGCTAACGACTTCTATGCATCGAATACGGGTCGAGCATCGTATCTCATGCAACTGGATAACAATCAAAATGCAGGAATCAATAGTATGAATGCATCTCTAGCGTATTGGACTAGTGTAGTACAACTACAGAAGCTAGTGGTGGGAGTACCAGCATACGCTCGCGCCTACACATTGCGAAGTGCGTCCAACGCTGTTGCAGGCGCCCCGGCCTCAGGGCCTGGGGAGCCTGGAAAGTACACAGGGATACCTGGTTTCCTTGCATATTTTGAGATTTGTGAAGGTATACGTTCTGGTGAATGGAAAGATACTCATACACGTGATGGCACATTCGCCGTTCACGACAGACAGTGGGCTTCGTACTTAAGTGTCGAGGACGTCCACCGAGTGGGGACGTGGGTGTCGCGTGGTGGCCTGCGGGGCGCGGCGCTGTGGGCTCTCGATCTGGACGACTGGCGCGGGCGGTGCTCCTGCATGCCGCACCCGCTATTAGCTGCTCTACGACAAGGATTAACTGACCCCACGATACCGCTCACTTTATGCGCTTAG

Protein

MGHTTAKWCATTLLLCVSAFASPRTSSNSFIRSAVETIPQHDPIPVPIRASVESIPLRSIRDEGEGRLPLRDAVEKRPIPVLNAEYNYKLLGDVERINNANGFNTEGYKQYYGAASFLNNATHSDERLHLGNANLQEMQQTSGVGAVRRLVVCYIESWAAYRAPPLAFTASLVPRSCTNLHYAFASMHPHTYSVLPANEDFDVIKGGYRIATGLKRHIPGLKVILSVGGEGSDRLFSEMVQEPVRRNMFIESALSFLQEHDFDGLDLHWVYPGEKDEKEKDLVTTLLYEIREKFSSYGYLLSTVLPPFRYQIEDGYDLSAVSGATDYTILQAWDMTHGRREEPPAKAVQHSALHRDPGATSRDQRYDNIEFMVKYILRHGMAPEKLVLGVPLYGRSYTLAPSTNPYPGAPIDGWGEEGPYTQTKGLLAYFEICMAEREGKGVSGVDEAGNAYAVFDNQWVTYDTPSTIVDKMKYVISSGLAGAAAWAVDMDDFRGLCGSPFPILSAISKTLNGEEVQTDQSTLKIGSCDSNAPYLASDEESCAHFHFCTGAISYRMSCEDDRLYDPSTGYCGHQDVGKCLPGQSLRISVEDAARYLSHVYETDFEWNNEPMKAVANRDSERLTSDDVDIKKNKENDNKVVCYMTSWAFYRRGDGKFVPEQVDTRLCTHVVYAYGSLSPDELVAKEFDPWADITNNLYERVTSLRDVKVLLGLGGWTDSAGDKYSRLVSSDSNRSKFITKLIPFLRMHNFKGLHLDWNYPVCWQSNCKKGARSDKANFAKFVQELAKALHGAEMELGVAISGYKEVIESAYDLATISREADFLSAMTYDYHGGWERTTAHHTPLIPSPKDALSYYSIEYAIKAIISGGADPKKLLLGLSFYGQSYRLADVESTSGPGAPAAGPGEPGEFTKQPGMLAYYEVCYRVKNLRWKTGRQTNAGPYAYSDNQWVGYDDPKSITEKVEWAMRLGLGGVTAWAIDLDDSSNRCCAEPYPLLRAAGRALGRSVPSPPTTPCERPPEPVTPAPPTTTPAESDGGAHGSVEGGSCTAGEYSAAPGDCEGYLQCEGGQWRKHRCAPGLHWAPSVSRCDWPSFAKCTATSSSESSTATTTLAPMTSRPPPRPTTSRWTTTTTTTTTTTTTTTKRPTTRPTTVASDPVSEGKPCGSQDYEAVSGDCSAYLQCDSGTWRIQHCAPGLHWSPAHKHCDWPKYAQCGDSATTTTTLKPKPTRPPVQATRPMTTQASSSQPHEDDECSSSDVHASASTCDSYLLCVSGHWRKQMCPPGLHWDKRTKRCDWVEFAMCETKPSATKSPITVPTKTTTSATRRPTTTRRPWTTTTSKPWADEPQKPGKGCRTGTYHAHPKCEKFYVCVNGLLITQSCAPGLVWRPDRSQCDFPGSSSCSDRRQGVSAPILDATNSASTAVHVQEEPEFCENGQYASFPNDCSRYRHCLFGKFEEYSCSPGLHWNQEKQICDWPNNVKCSMKGTTPITTTTTTTTFRPVEMDTIHEEPQKPYVPLRPSAPPSGTNSDISTRPALLNSRYKLVCYYTNWSWYRPGIGKYSPEDIDPTLCTHIVYGFAVLGSDGLITAHDSWADYDNQFYERVVEFKKYGIKVSIAIGGWNDSAGDKYSKLVNDPAARARFVKHTLSFVEQYGFDGLDLDWEYPKCWQVDCSLGPDSDKEAFADLVRELSAVFKPRGLLLSAAVSPSKMVIDAGYDVPVLARHLDWIAVMTYDYHGQWDKQTGHVAPLYYHPDDDKTYFNANYTMHYWMKKGAPASKLVMGMPMYGQTFTIENRGIHGLNAPASTGGAEGEYTRAKGFLSYYEICDRIRYDGWTVVKDPLQRMGPYAYKGDQWVSFDDTDIIKQKINFIKSLNLAGGMVWALDLDDFRNRCGQGKHPLINAIKKGFLDQEIHDDPIVTEPPLLEPPNDIDDSDDIEVRPVHSRPTSKPMRDPMQTTMAIQTTKKPSTTVAPFVEERYRVVCYYTNWAWYRPGSGKFTPSNIDPSLCTHIVYAFAVLDTTRLVIKPHDIWLDVENKFYEKVASLKSNGVKVVLGLGGWDDSASDKYSRLVNSVSARRKFIVHAIDFIEQYEFDGLDLDWEYPKCWQVNCEKGPSSDKQGFANLVKELRAAFGPRGLLLSAGVSGSKRVIDAGYDIPTLSRNLDWISLMAYDYHGQWDKKTGHLAPMYAQEDEIDDTLNVNYTVNYWIDKGADKEKLVMGIPFYGQSFSLVEGVGTGLGAEAYAGGEAGDETRARGFLSFYEICERIRVQGWKVGRDPGGRMGPYAAFEDQWVSFDDDYMVRHKAEYVRAMGLGGAMAWALDLDDFTGKYCGCGKSPLLKTINHVLRGKEASPSCPLEEIQAPSTEVAVVEHDHDHDHEHHDNHDHGEDGHDHNEEHMTPDMEKPPPKPQERPEDVDITGSSLEGKSCTGNVFRSDNADCTKYYLCINGAYIQLQCPEPLHWNKNHCDWPEKARCGTKAQLKIAGQYDQETQADKPILACYFTNWAYYRKDSGSFGPEQVNPSMCTHIIYAWAHLDDETYKLVPGIPELDLENDFFGKITELKKTGVKVILGAGGLVDSESDKWKRMASTAENRMIFIDSVVKFVNRWNFDGVQIAWQYPVCKQAPCMYASRDFSDVDNFADLLSTLSKVLRQHDLEFSAMVSANPEIAALAYKPHILSTELDWISVAANDFYASNTGRASYLMQLDNNQNAGINSMNASLAYWTSVVQLQKLVVGVPAYARAYTLRSASNAVAGAPASGPGEPGKYTGIPGFLAYFEICEGIRSGEWKDTHTRDGTFAVHDRQWASYLSVEDVHRVGTWVSRGGLRGAALWALDLDDWRGRCSCMPHPLLAALRQGLTDPTIPLTLCA

Similarity

Belongs to the glycosyl hydrolase 18 family.

Uniprot

A0A2A4K4Q4

EMBL

NWSH01000130 PCG79231.1

Proteomes

UP000218220

Pfam

PF01607 CBM_14 + More
PF00704 Glyco_hydro_18

Interpro

IPR017853   Glycoside_hydrolase_SF        + More
IPR036508   Chitin-bd_dom_sf
IPR011583   Chitinase_II
IPR029070   Chitinase_insertion_sf
IPR001223   Glyco_hydro18_cat
IPR001579   Glyco_hydro_18_chit_AS
IPR002557   Chitin-bd_dom

SUPFAM

SSF57625   SSF57625        + More
SSF51445   SSF51445
SSF54556   SSF54556

Gene 3D

3.10.50.10

ProteinModelPortal

A0A2A4K4Q4

PDB

6JAY E-value=0, Score=1845

KEGG

692403 K01183 chitinase [EC:3.2.1.14] | (RefSeq) ChiR1, BmChiR1; chitinase-related protein 1

PATHWAY

00520 Amino sugar and nucleotide sugar metabolism - Bombyx mori (domestic silkworm)
01100 Metabolic pathways - Bombyx mori (domestic silkworm)

GO

GO:0004553 GO:0008061 GO:0005975 GO:0005576 GO:0006030 GO:0004568 GO:0006032 GO:0006541 GO:0016812 GO:0016597

SignalP

Position: 1 - 21, Likelihood: 0.895135

Length:

2863

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.309190000000001

Exp number, first 60 AAs:

0.27766

Total prob of N-in:

0.01569

outside

1 - 2863

Pi

220.484393

Theta

188.381942

Tajima's D

0.607438

CLR

0.148387

CSRT

0.543322833858307

Interpretation

Uncertain

Source	Sequence	Identity	Evalue
29197581	IVVGVPAYAR	96.88	3e-16
29197581	IGIGGVTAWAIDIDDSSNR	96.77	1e-15
29197581	DGTFAVHDR	96.77	1e-15
29197581	GICGSPFPIISAISK	100.00	3e-14
29197581	SCTNIHYAFASMHPHTYSVIPANEDFDVIK	96.55	4e-13
29197581	HPIINAIK	96.30	1e-12
29197581	IYDPSTGYCGHQDVGK	95.65	1e-09
29197581	KDSGSFGPEQVNPSMCTHIIYAWAHIDDETYK	100.00	4e-08
29197581	QPGMIAYYEVCYR	100.00	4e-08
29197581	YQIEDGYDISAVSGATDYTIIQAWDMTHGR	95.24	7e-07
29197581	VVIGIGGWDDSASDKYSR	100.00	1e-05
29197581	VSIAIGGWNDSAGDK	100.00	5e-05
29197581	SQCDFPGSSSCSDR	100.00	0.004
29197581	VIIGAGGIVDSESDKWKR	100.00	0.004
29197581	GAAIWAIDIDDWR	100.00	0.006
29197581	SCTGNVFR	100.00	0.021

Sequence

Summary

Ontologies

Topology

Population Genetic Test Statistics