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  Home > Genomes > Bombyx mori > Bmb005389

Domain assignment for Bmb005389 from Bombyx mori

Domain architecture

Domain assignment details

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Strong hits

Sequence:  Bmb005389
Domain Number 1 Region: 1258-1505
Classification Level Classification E-value
Superfamily Ankyrin repeat 4.78e-55
Family Ankyrin repeat 0.0000000137
Further Details:      
 
Domain Number 2 Region: 371-497
Classification Level Classification E-value
Superfamily Growth factor receptor domain 0.000000000000471
Family Growth factor receptor domain 0.0074
Further Details:      
 
Domain Number 3 Region: 157-198
Classification Level Classification E-value
Superfamily EGF/Laminin 0.00000000000245
Family EGF-type module 0.0077
Further Details:      
 
Domain Number 4 Region: 3-118
Classification Level Classification E-value
Superfamily Growth factor receptor domain 0.00000000000832
Family Growth factor receptor domain 0.014
Further Details:      
 
Domain Number 5 Region: 195-238
Classification Level Classification E-value
Superfamily EGF/Laminin 0.0000000000259
Family EGF-type module 0.0032
Further Details:      
 
Domain Number 6 Region: 648-690
Classification Level Classification E-value
Superfamily EGF/Laminin 0.0000000000464
Family EGF-type module 0.0095
Further Details:      
 
Domain Number 7 Region: 233-272
Classification Level Classification E-value
Superfamily EGF/Laminin 0.000000000129
Family EGF-type module 0.0047
Further Details:      
 
Domain Number 8 Region: 610-652
Classification Level Classification E-value
Superfamily EGF/Laminin 0.000000000138
Family EGF-type module 0.0039
Further Details:      
 
Domain Number 9 Region: 271-317
Classification Level Classification E-value
Superfamily EGF/Laminin 0.00000000173
Family EGF-type module 0.0067
Further Details:      
 
Domain Number 10 Region: 686-734
Classification Level Classification E-value
Superfamily EGF/Laminin 0.00000000285
Family EGF-type module 0.01
Further Details:      
 
Domain Number 11 Region: 526-563
Classification Level Classification E-value
Superfamily EGF/Laminin 0.0000000108
Family EGF-type module 0.017
Further Details:      
 
Domain Number 12 Region: 765-802
Classification Level Classification E-value
Superfamily EGF/Laminin 0.0000000429
Family EGF-type module 0.0091
Further Details:      
 
Domain Number 13 Region: 724-765
Classification Level Classification E-value
Superfamily EGF/Laminin 0.0000000901
Family EGF-type module 0.0045
Further Details:      
 
Domain Number 14 Region: 974-1007
Classification Level Classification E-value
Superfamily Notch domain 0.000000109
Family Notch domain 0.0027
Further Details:      
 
Domain Number 15 Region: 843-881
Classification Level Classification E-value
Superfamily EGF/Laminin 0.000000293
Family EGF-type module 0.012
Further Details:      
 
Domain Number 16 Region: 805-841
Classification Level Classification E-value
Superfamily EGF/Laminin 0.00000031
Family EGF-type module 0.0092
Further Details:      
 
Domain Number 17 Region: 311-343
Classification Level Classification E-value
Superfamily EGF/Laminin 0.000000725
Family EGF-type module 0.012
Further Details:      
 
Domain Number 18 Region: 580-614
Classification Level Classification E-value
Superfamily EGF/Laminin 0.00000493
Family EGF-type module 0.021
Further Details:      
 
Domain Number 19 Region: 917-949
Classification Level Classification E-value
Superfamily Notch domain 0.00000549
Family Notch domain 0.0029
Further Details:      
 
Weak hits

Sequence:  Bmb005389
Domain Number - Region: 354-378
Classification Level Classification E-value
Superfamily EGF/Laminin 0.0108
Family EGF-type module 0.011
Further Details:      
 

Gene Ontology term assignment details

The top 10 most specific Gene Ontology terms for each namespace assigned to this domain architecture as determined by dcGO Predictor

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Cellular Component IC (bits) H-Score
Molecular Function IC (bits) H-Score
Biological Process IC (bits) H-Score

Protein sequence

External link(s) Bmb005389
Sequence length 1819
Sequence 
MSCETNINDCLSAPCHRGECIDGDNSFTCNCHPGYTGRVCQTQINECESNPCQFGGHCED
LIGGYQCRCKPGTSGRNCEINVNECYSNPCRNGATCIDGINRYTCECIPGFTGQHCETNI
MNVCQILALMAANVSIELTDSDAKCPRGYYDARCLSDVNECASNPCTNGGSCEDGVNQFI
CHCLPGYGGQRCERDIDECSSNPCQHGGTCHDRLNAYKCDCILGFTGVNCETNIDDCAGN
PCLHGGSCIDLVNGYRCVCAPPHSGRNCENTLDPCMPNQCRHGGRCVAEASYAEFTCQCP
VGWTGALCERDVDECAVTAPCHNEATCINTEGSYACLCARDTRARTAPSTRTTAHRNGAT
CLDSIGDYNCVCASGFAGKHCEVDIDECQSRPCMNGATCNQYVASYTCTCPLGFSGINCQ
TNDEDCTESSCMNGGTCIDGINSYNCSCPPGYTGSNCQFRINMCDSSPCDNGATCHDHIT
YYTCHCPYGYTGKHCEDFVDWLIRLEALGLRRDFGSLCVLDRMFHGEWCENNPCENGATC
SQKGPQYTCTCAPGWSGKLCDVEMVSCKDASIRKGVKLKQLCNNGTCEDIGNSHRCHCQD
GYTGSYCQKDINECESAPCQNGALCKDLVGTYQCQCAKGFQGQNCELNVNDCLPNPCQNG
GTCHDLINNFSCSCPFGTLGKICEINVNDCKQDACHNNGTCIDRVGGFECKCPPGFVGPR
CEGDINECLSNPCSLPGTQDCVQLINDYHCNCKPGYMGRHCDAKVNFCANSPCQNGGICT
AIQGGHECLCNEGFYGNNCEYSGYACDSNPCQNGGYCHTSQIGGYACECPLGLSGVSCEI
DSMNECLSNPCKHPEARCIDKPGDYICYCPRQWTGKNCDIHDHNAKGGYGSPITGIFSNK
NPGLTLEELDLAFQREQCVKKGCKEKQGDHHCDEECYTYACEFDGNDCSLGINPWANSCL
FDGRDCQKSLQRCNPIYDAYCQKHYANGHCDYGCNNAECNWDGLDCENEPPDLAEGVMSV
ILLMDMKTFKENSVAFLRDLGHQLRTTVLIKKDHLGNDMVLPWKGSTDVGLEETEFGKKH
HIVYTERGQSGVQVYLELDNRKCTTMLSSECFFSAREAADFLAATASKHSLSPDFPIYQV
KGVNPPITDEVPTNSKYVFIGVILVLLAGLLIGVLVTAQRKRAAGITWFPEGFIRSNSST
RRRSRRRGPDGQEMRNLNKGSIGCIDVDINGGHMGPPHSWSDEDDDGSPLPEPESQRTSH
VDVDVRGPLGMTPLMVAAVRGGGLDTGSDVEDEQTAHIISELVAQGAQLNAAMDKTGETS
LHLAARYARADAAKRLLDAGADANSQDNTGRTPLHAAVAADAMGVFQILLRNRATNLNAR
MHDGTTPLILAARLAIEGMVEDLINADADINAADNSGKTALHWAAAVNNVDAVNVLLAHG
ANRDAQDDKDETPLFLGAREGSYGACRALLDAMANREITDHMDRLPRDVAQERMHDDIVR
LLDEHCPRPPPQHPHLMTSPNPHHQLISQPTVIASAAKGKPKKPRAKAGPDSPQDQVYDN
NNLQQTQIRRKPSVKKSNKKIAQEVPQSVESLGSSLSPVESPLQNLQVTNIQTDQIRTTL
DTTVHDALHSAADRGKWRGMDLPSPYDATSLYSNTMAQFVGMEQLLHHKQPPSYEDCVKT
GQTLQQSYGGGAMGASLSPPYSNHSPTHSNQTTSPHAYMGASSQHNAQLQAVMTHAAALG
QVQGAQHPALTNLMSGLYSWHTGMGDTFPTPSPESPDHWSTPSPQTPLTQSPHSDWSDRA
ALSPNDIQQTNKGAEGIYI
Download sequence
Identical sequences Bmb005389

Jump to [ Top of page · Domain architecture · Domain assignment details · Most Informative Gene Ontologies ]
Please cite: Gough, J., Karplus, K., Hughey, R. and Chothia, C. (2001). "Assignment of Homology to Genome Sequences using a Library of Hidden Markov Models that Represent all Proteins of Known Structure." J. Mol. Biol., 313(4), 903-919.

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