SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO15438
Pre Gene Modal
BGIBMGA004748
Annotation
PREDICTED:_neurexin-1-like_isoform_X1_[Bombyx_mori]
Location in the cell
Extracellular   Reliability : 1.114 Nuclear   Reliability : 1.521
 

Sequence

CDS
ATGGGTCTCGGAAACGGTAAGCAGGAGATGCACATCAAACCGTCTAAGACGAGATTCGATGATCATCAGTGGCATAAGTTAACGGTGCACAGAAGGATACAGGAGGTAACTTCGTTCACCAGTTTTTGCAGGGTATCAGCGATAGTCGATGACGTATATTCGGATCATTCCCATGTGGCCGGGTCCTTCACAATGTTGGCGAGTTCAAGGGCTCATGTCGGAGGATCTTTGAATGCCAGAGCCTTGCCCGGTGCCAGGGTCCATACTAATTTTATTGGATGCTTAAAGAAGGTGGAGTTCTCAGCGGATACTCTTCGACTGAACCTCATCGACTTAGCTAGAACGGGCAGCAAATTGATAACCGTAACAGGAAGGTTGGAATACTCCTGCATAGCTACCGACTCTGCGGACCCAGTTACGTTCACCACTAGGGACGCCCATTTGATACTACCAAAATGGGAAGCAGTGAAGACAGGAACAATATCGTTCAAATTTCGAACGAACGAACCGAATGGACTGATCTTATTCAACATGGGCGCCAAGCCACCAAGGGCTGACCTTTTTGCTGTGGAGATCCTCAATGGCTATATCTACGTGCACGTCGATCTTGGATCTGGCGGGGTTAAGGTTCGAGCATCCAGGAGACGGGTGGACGATTCACTCTGGCATGACTTCCTCCTGAGGAGAAGTGGCAGAGACGGCAGAGTTACTGTTGATGGTGCCAACGCTGAGTTTAAGACTCCTGGTGAATCTAATCAGCTGGAGCTGGACGGTCCTCTGTACGTCGGTGGACTCGGTTCAGAGTACTCAGCTTCCAGAACCCCACCGGTTCTTTGGACGGCTGCCCTTAGACAAGGTTTCGTTGGCTGCGTTAGGGACTTGACGCTGAACGGAAAATCTCAGGATCTGACGGCTTTTGCACGACAGCAAGATTCTGCATCAGTGCGCCCAGCCTGCCACGTGCTGATGAAGCAGTGCGTGAGTTCCCCGTGCCAGCACGGCGGGATCTGCTCCGAGGGATGGAACAGACCCCTGTGCAATTGTTCTGCTACGAACTACGGCGGACCGACTTGTGGAAGAGAGTCACCAACAATATTCCTCAACGGCAGCCAGCACCTCACAGCGTCTCTAGGGCCAGAGCACGTGACCCAGACGGAGGAATTAATGCTTCGATTCAGGACCAGTAGGGCTGGTCTCTTGCTGCGAACCGCATCAGAGCATTCGGCGGATCGAATAGAATTGGCCGTAGCTGCTGGTCGGATCAGAGCGAGCGTCAGGCTTGGAGACAGGGAGAAGAACCTTCTAGCAGGAACTAACGTAGCGGACGACAACTGGCACACGGTCCGGTTCTCCCGCCGGGCCTCGAACCTGAGGCTGCAGGTTGACGGGGCGGCCTCGGTGCGCGCCGAAACCATACTAGGCAAGGCGTCGACTTTAGAGATATCGACCCTACATCTCGGCGGATTGTACCACCCGGAGGAGGAAATCCAGATGACCTCGACATTACCAAACTTCGTTGGATACATACAGAAATTCGTTTTCAACGGCATCAAGTATATCGATATGGCCAAAGCACTCGGCGTCGGAAGCGGCGAAGAGCACAACCGTATATACGACACGTCGAATATAATTTTCAACGGGAGATTCGTGAAGCCAGACTCCCTGAACGTTTACAAAGCGGTTACATTCAAATCGAAGCACACGTACGTGGGGCTGCCATTGTTGAAGGCTTACGCGAACACGTATCTAGACTTTTACTTCAGAACGACAGAAATGGACGGTCTGTTGTTTTACAACGGCGGCAAGAAGCAGGATTTCATTGCCATAGAATTAGTGAGCGGGCATGTTCACTGCGTCTTCAATCTGGGCGATGGCGTGGTCACAATGAAGGACAAACTGAAGAACTTCTTGAACGACAACCGATGGCACACCGTGTCGGTCAGACGGCCCACGCCGAAGATACACACACTACAAGTCGACGATGACATCGAAATGCACACGACTAGCTCGAATCTAATGTTGGAACTAGACAGTGTCTTGTACGTAGGAGGCGTGCCCAAGGACATGTATACTGTACTGCCGGTGGGCGTGTTGTCCAGGCAAGGTTTCGAAGGTTGCATGTCCAGCCTTGACCTGCCAGGGGAATCGCCATCATTATTAGAGGATGCCGTTGTACCTAGCTCGTCTTTGGGGTCTGGATGCGAAGGTCCAACGAAGTGCACCCACAACGCATGCGCGAACAAGGGTGTGTGCGTGCAGCAGTGGAACACGTACGTGTGTGATTGCGACCTCACGTCCTTCACTGGGCCCACGTGCTACGACGAATCAATAGCTTACGAATTCGGACCAAGCAGAGGGACAATAACCTACACGTTCCCGCCCAGCTCAGTAGCGGATACGGAGATGGACAAAGTGGCGTTAGGCTTCGTCACCAGCAAGGCAGATGCTGTGTTACTGAAAATCGAGTCTTCAAACACTCAAGATTATATGCAGATGGAGATTATTCGCGGAAACCTTTTCATGGTGTACAACGTTGGTGCTGGTGACCATCCGCTCGGCGACGAGACGACCAGGGTCGATGATGGAGCGTACCACGTGGCGAGGTTTACGAGGAACGGCAGCCGATCGTCGCTCCAGCTCGACAACTATGACGTCATCATTCGGCATCCGCAAGGTGGTCAGCAGTCGACGATCTTCAACAGCATGTCGGTGGTGACGGTGGGCGGCGGCGGCGGCTCGGCGCGCCCGTACAGCGGCGTGCTGGCGGGGCTGGTGGTGGACGGCGTGCGCGTGCTGGAGCTGGCGGCGGCCGGCGACCCCGCCGTGTCCGTGCGCGGTGACGTCAGACGTGCGCACGCGCCGCTCGACAGGGACATCAACAGGATGCAACAGACCCCGCCATCGGGCTACGGAGGGCCGGGAGTACTGGACGAGCTCGTATACTCGGGAGCAGGCTCAGGATGCCGAGATGATGACGAAGACGCGTGCGTACTCCCCGACGCAGGGTCTGGTGATGACCTCATCACTCCCGTTTATGTACCTTCGACTAGGAGACCACCTTCGAAGACGCATAAGGGCGACACGAGTGGTAAGCTGATGAAGCCTTGCGACGACGAGGACTGCATCGAAGGTTCAGGGTCCAACGGCGAAGAGATCACGGAACCAGAACGTCCGGCGACAACGTCGATGTCGTCCAGCACGCACAGCATGACGCCGCCCGCGCCCGCCACCACGGAGCGGCTGCGGCCCGACGTGACGTCACCCGACGTGACGTCACACGAGGTGCCGCGCACCACGCTGCCCGACCACGACAACATCCACGCCGCCACGTTCGGCGTGCACACCGAGACCAACAGAAAGACAACCCCGGACGATCACACGCATACGGCGCATTTCACTCCGACCGATCGCCACGAAGAGGAGCCGACGCACACCACCGCCGAGGACACCAACCACATGCCGGAGTACGAAGACCGCAACGAGAACGAGATAGAAGCTCGCACGCCCACCTACGAGATCGAGGGGGAGCAGGACAGAGCACCCGGGCGAGTCCACCCGGACTACAACGGCTACGAGCACGAGATCACCACCAAGTGGTATCACCCGAAGACGACGGACAACAGAGTCGTGCCGCCAGAGTCGGAGTTCTTTGCCACTATCGTTGGCATAGTGGCGTCGATACTGATAGCCATAATATTGATAGTCATAATTGTGCTCAAATACATCGTGTTCAAGTTCGACCCTTCGTACAAAGTCACAGAGGACAAGAATTACCAGCAAGGAGCCAGCGCCGCGTTGCTAGGCAACCAGAGTCACTCTGGATACCAGACGGGAGTGCAGGGCGGCGTGGCGGCGGGGGGGCAGGGGGGCGCGGGCCGACCCCTGCAGCCGCTCGCCGCGCCCCCTCCCCACCCTGTCAAGAGGGACGGAATCAAGGAGTGGTACGTCTAG
Protein
MGLGNGKQEMHIKPSKTRFDDHQWHKLTVHRRIQEVTSFTSFCRVSAIVDDVYSDHSHVAGSFTMLASSRAHVGGSLNARALPGARVHTNFIGCLKKVEFSADTLRLNLIDLARTGSKLITVTGRLEYSCIATDSADPVTFTTRDAHLILPKWEAVKTGTISFKFRTNEPNGLILFNMGAKPPRADLFAVEILNGYIYVHVDLGSGGVKVRASRRRVDDSLWHDFLLRRSGRDGRVTVDGANAEFKTPGESNQLELDGPLYVGGLGSEYSASRTPPVLWTAALRQGFVGCVRDLTLNGKSQDLTAFARQQDSASVRPACHVLMKQCVSSPCQHGGICSEGWNRPLCNCSATNYGGPTCGRESPTIFLNGSQHLTASLGPEHVTQTEELMLRFRTSRAGLLLRTASEHSADRIELAVAAGRIRASVRLGDREKNLLAGTNVADDNWHTVRFSRRASNLRLQVDGAASVRAETILGKASTLEISTLHLGGLYHPEEEIQMTSTLPNFVGYIQKFVFNGIKYIDMAKALGVGSGEEHNRIYDTSNIIFNGRFVKPDSLNVYKAVTFKSKHTYVGLPLLKAYANTYLDFYFRTTEMDGLLFYNGGKKQDFIAIELVSGHVHCVFNLGDGVVTMKDKLKNFLNDNRWHTVSVRRPTPKIHTLQVDDDIEMHTTSSNLMLELDSVLYVGGVPKDMYTVLPVGVLSRQGFEGCMSSLDLPGESPSLLEDAVVPSSSLGSGCEGPTKCTHNACANKGVCVQQWNTYVCDCDLTSFTGPTCYDESIAYEFGPSRGTITYTFPPSSVADTEMDKVALGFVTSKADAVLLKIESSNTQDYMQMEIIRGNLFMVYNVGAGDHPLGDETTRVDDGAYHVARFTRNGSRSSLQLDNYDVIIRHPQGGQQSTIFNSMSVVTVGGGGGSARPYSGVLAGLVVDGVRVLELAAAGDPAVSVRGDVRRAHAPLDRDINRMQQTPPSGYGGPGVLDELVYSGAGSGCRDDDEDACVLPDAGSGDDLITPVYVPSTRRPPSKTHKGDTSGKLMKPCDDEDCIEGSGSNGEEITEPERPATTSMSSSTHSMTPPAPATTERLRPDVTSPDVTSHEVPRTTLPDHDNIHAATFGVHTETNRKTTPDDHTHTAHFTPTDRHEEEPTHTTAEDTNHMPEYEDRNENEIEARTPTYEIEGEQDRAPGRVHPDYNGYEHEITTKWYHPKTTDNRVVPPESEFFATIVGIVASILIAIILIVIIVLKYIVFKFDPSYKVTEDKNYQQGASAALLGNQSHSGYQTGVQGGVAAGGQGGAGRPLQPLAAPPPHPVKRDGIKEWYV

Summary

EMBL
BABH01028182    BABH01028183    BABH01028184    KP308210    ALH43428.1    NWSH01000209    + More
PCG78382.1    ODYU01001067    SOQ36791.1    KQ460118    KPJ17695.1    KQ459596    KPI95277.1    AGBW02012567    OWR44807.1    AJWK01009742    AJWK01009743    AJWK01009744    AJWK01009745    AJWK01009746    AJWK01009747    UFQT01002801    SSX34087.1    ATLV01012289    ATLV01012290    KE524778    KFB36467.1    AAAB01008817    EAA05336.6    CH477379    EAT42236.1    CVRI01000070    CRL07096.1    GGFL01005593    MBW69771.1    GAKP01007666    JAC51286.1    GAMC01020416    GAMC01020415    JAB86139.1    JRES01000501    KNC30666.1    GAKP01007667    JAC51285.1    GBXI01010007    JAD04285.1    GDHF01011733    JAI40581.1    GDHF01000206    JAI52108.1    CH940656    EDW58357.2    GDHF01015612    JAI36702.1    CH964232    EDW80761.1    CM000070    EAL27856.3    CH933806    EDW16892.2    CH954182    EDV54139.1    AE014297    AAF56006.1    AGB96217.1    CM000160    EDW98009.1    CH480815    EDW43195.1    CH902623    EDV30586.1    OUUW01000013    SPP88122.1    SPP88125.1    KRF99331.1    KRT00319.1    CH916373    EDV94653.1    GAMC01020413    JAB86142.1    KRG02364.1    EF460788    ABQ10624.1    BT023898    ABA81832.1    ACZ94983.1    AGB96218.1    AGB96222.1    AHN57466.1    KRK04059.1    KRK04057.1    KRF99332.1    KRT00318.1    SPP88123.1    KPU72939.1    AGB96221.1    KRK04055.1    SPP88126.1    KRT00317.1    KRF99334.1    KRG02362.1    KRG02361.1    AGB96220.1    KPU72940.1    CP012526    ALC47238.1    KRK04056.1    KPU72938.1    KRK04058.1    KPU72936.1    KRF99333.1    KRT00316.1    AGB96219.1    KRG02363.1    SPP88124.1    KRK04054.1    KPU72937.1    DS232279    EDS38970.1    UFQS01000390    UFQT01000390    SSX03502.1    SSX23867.1    JXJN01012903    JXJN01012904    JXJN01012905    JXJN01012906    KQ971352    KYB26674.1    KYB26673.1    ACPB03011671    ACPB03011672    GL888463    EGI60654.1    ADTU01011744    ADTU01011745    ADTU01011746    ADTU01011747    ADTU01011748    ADTU01011749    ADTU01011750    ADTU01011751    ADTU01011752    ADTU01011753    GBYB01007417    JAG77184.1    QOIP01000014    RLU15123.1    GBYB01001230    JAG70997.1    FJ580046    ACM48184.1    GDIP01218212    JAJ05190.1   
Pfam
PF02210   Laminin_G_2        + More
PF00008   EGF
PF12661   hEGF
PF00054   Laminin_G_1
PF01034   Syndecan
Interpro
IPR013320   ConA-like_dom_sf        + More
IPR000742   EGF-like_dom       
IPR001791   Laminin_G       
IPR013032   EGF-like_CS       
IPR027789   Syndecan/Neurexin_dom       
IPR001881   EGF-like_Ca-bd_dom       
SUPFAM
SSF49899   SSF49899       
PDB
3QCW     E-value=0,     Score=1869

Ontologies

Topology

Length:
1316
Number of predicted TMHs:
1
Exp number of AAs in TMHs:
22.9728
Exp number, first 60 AAs:
4e-05
Total prob of N-in:
0.00018
outside
1  -  1216
TMhelix
1217  -  1239
inside
1240  -  1316
 
 

Population Genetic Test Statistics

Pi
271.252371
Theta
176.394384
Tajima's D
1.598049
CLR
0.285573
CSRT
0.813409329533523
Interpretation
Uncertain
Copyright@ 2018-2023    Any Comments and suggestions mail to:zhuzl@cqu.edu.cn   渝ICP备19006517号

渝公网安备 50010602502065号