SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO02920
Pre Gene Modal
BGIBMGA003639
Annotation
hypothetical_protein_KGM_02398_[Danaus_plexippus]
Location
Bomo_Chr5(-):13891933-13939296      View in EpiBrowser
Location in the cell
Cytoplasmic   Reliability : 1.266 Nuclear   Reliability : 1.268
 

Sequence

CDS
ATGAACGCGAGCGTAAAGAAGAAGGATGGCAAACAAATATTGGAATCGTCTCTACGTTCAGTTAGTACAATGCTTACAAGGAAAATTAACGCTGTCAAGTGCATTCACGAAACAGCGATACAAATAGCAAGGAACTTCAATTATGTTAAAAATGCATCGGAAATACAGGATTTTACATATTGTTCGGCTAAATACTCGAATTTCACATACGAGATACCAGGAGACAAGCCCGTTTCAGATGAAAAATCTAAACCGAAGTTCACAAAAAACAATCCACACTACACTACAGTATCTCTAGTGAGGGATTCGCATTTTTATGATATTAACGTCAATACGAACCACAGCTGTGTGCACGTTCCGACAAATATATTTTATTTAGAGAATAACGTCTTTAATGCAATAGAATGGTCAAAAGAACTGAATCAGGTATTTACAAAAAACTATCAGTCGGATCCGTCTCTGTCGTGGCAGTACTTCGGTAGCTCTCACGGAGTTTTAAGGTTTTACCCCGGTATGCCTTGGAATACAAAGGAAGTAGATACGTACGATTGCAGAGTTATGTCTTGGTATATTGAAGCCGCCACTTGTTCCAAGGACGTCATCATCCTGTTCGACATATCTGGTTCAATGACCGGATTCAAGAATTACGTGGCAAGAAGAACTTTGCGGTCCTTATTGGACACTTTGTCGAACAATGACTATGTTAATGTTTATAAGTTTAACGATACGGTAACCGAAGTTGTGAAATGCTTTAAAGGATTGGTTCAGGCCACTCCCGAGAATCTTAAAACTATTACCGCAACTTTAGAGCCTTTTGTCGACGCGGAAGGACACTTGAAACCTAATGTACCTTTAGCAGGAAACGCCAATTTAACGGCCGCATTCGTGAAAGCTTTCGACACTTTAAAAGAGAGAAGAAAACAATGCAATGTGAGCAGTACACAGGGCTGTAATCAGTTGATTATGGTGATAACAGACTACGTCGCCGGGAATCTTAGTGACGTGTTCGAAAAATACAACAGAGTTGTCGTCAACGGAAAAACGTATACTCCGGTCAGGGTATTCACTTACCTCATCGGAAAAGAAGTTACAAATGTACCAGAAATAGAATGGATGGCTTGCTCTAACAGAGGTTATTTTGTACACATACATTCTGTAGAAGAAGTACAGCAGCAAGTGTTGAAGTACATCAACGTGATCGCCCTTCCCATGATCCTAGTGGCAGAGAAGCCACCTCCAACGTGGACCCACGCCAATATAGATTACACGAGGACCGCGAAATGGGATGTCAGCGGTGATATCGATAAGCCGGGTGAGGACAAATTAGTGACTTCAGTGGCCATCCCAGCTTTTGATTTCAAAAAAGACGATAACAGCAGTAATGCGAGACTGCTAGGCGTTGCAGGAACTGATGTCCCCATCGATAGCATAGCCAAATTGGCTCAACCACATCAGTTGGGAGTTAATGGTTATTCTTTTATTGTGAGTAATAATGGATATTTGCTTCTACACCCTTTGCTCATAACATCGATAAATGGAAATATGCAAGACAATTACAATAGCGTAGATTTCGTCGAAGTGGAACAAGTAGATGACGGTAAAGGTTCACGCGAACTAGGGGAACAAATTAAGAAATTACGTGCAAGTCTGGTCGATGGAGAAGATGGCTACATGAAGGAAGTTAAAGTTCTGTATCATTATGATAACATGAGGCGTATAGCGCGCGTCGAACACGATTATTTCTTTAATCGACTTGTGGGAACTCCGTTTTCTATGGGTATTTCTTTGCCTAAGGGATACGGAGACACGGAGCTTTTGCTTAAGGATAATCCTCTTGAGGCCAAACAAGGAAAGGCACTCACCGGAATAAATGTAACAGATTATTTCAAATTTAGCTACAGAGTTCATCCCGATTGGGTCTACTGCAAGTATCACTATTTGGAAGGCCACGAATCGGAGAATGTGGAGTTGGAAGTCTGGAAATTCCTTGTGAGGATATCCCACAACGATCTGAATATTACAGAAGAACAGTACATGCAAGAAACTGCGAAAGAAGTTCCCTGGTCCATTGAAACGCACTGTGGCAACGCGACCCGGGAGTTAGGAGTCGATGACTACTATTGTAACGAGGATCTAGTCAAACAACTCGTTTTTGATGCTAAGTTAACGACTCCTTACTTCGAAAATTGGGATGCGACCAATGAAGAAATTAATTTAGCTAAAAAATACAATGTTAGCGTCCGTTTCATAGCTACAGCCAGTGGACTGACTAGATGGCATTATATAAATGATAAAACAAAAAACGAAAAGGTCAATGACACTGGTTATCGGCATAAGGAGTACAAGGGGAAAGTATTCGGCGATATTTATTTCAACGCTATCGAGGAAAACTGGTACAAAGCGGCAGTACTCCAGCACATGATCAACAAGGAGTCCCTAGTTATATCGACCCCGCTACCCATATTGGACGACATCATACAAAACAAGCCTCCGGTACAGAATGAGGACGGAGACATCACAGTGACTTCTACCTACGCAATTTTTTATAAAGACGGCGAATCCGAGACTCCGGCTTCGGTTGTTGGATTCGAATATTCATATTTGAGTTTCTATGATCGGTTCATGGAAATAACGAACGTCAGCTGGAGTGGCAGTAGGGAAGTAACATGTAGCGGTGAAGATTACGATTGTTATCTCATCGATAGCTCAGGGTACATAGTTCTGTCCAAAGACAAGGAAGAAGTCGGCCAATTCTTCGGGATCGTCAACAAATACGTCTTACAATCATTTCTGGATCAGAATATATTTCAACACGTTGAAGTTTTCGACTATCAAGCTTTGTGTCCAATAGACATATTGCCGGAGAAGAATAATTCATGGTCGCTGGTGAATACATTCACCTTAGTCGGGAATATCCTGCGATGGTTGCTCGTGGAAACACTTTTCTTGCTATCGAACGTTTACAACTGGAAGGAATATTACGTTTACGGCGAGGTTATGGAAATTTATGAAACAACGGAAGAGCCCACCACCACTGCAATCCCACCATTGAATAACGGATCGGAGGCTGCGAAGGAACCAGAAGAAAATCCATTCTCGTGTGACCACATAATAAAGCTGTTCATATTGAATCAGACATATTTCTCGGAGGCAATGGGCGCTTCGCCCGTCGTTTACAAGGACGAACCGGGGGAGTGCCACCCGGCGTATTGGGCTTCGTTAGTGAAGAAAACAAATTTACTACTTGTCGTTGTGAAAACTGAAAACAGACGTTATCCGGATACGTGCAAGGAGCCACCGAATACGAAACCACGTCCGACCAGCGAGTCCACCGCCAGCCGCGAGCCCTGTCATAAGTTGGATTTAGGCGCCCTGCACAGACGACGTCTTGAAGATTGCTTCACATACCATGATGAGGAACGGCACATCATGGCGTGCGATCACGCGAACATTCTGGCAACTGACTCAATTGTTTTGGGTATATTAGCTTCAATAGCTATTCTGTCATACAAAACGAACTGTTCGGCTAGCATTCAATATGATGCCCCTGGCAAGATATCGTTCAACTCGGTGCAGGCGTGGGCAGTCAAACTTGGTACAGAATTATATCATTTTGGTGAGTTTATTACTCGGAAGAAAGAAGTTCAGGATAGTTTTAAGTCCGCGCAAATTGAAGTGCGGGATGGAGAAAAATTAGTACAAAATATGGCGGACGATATTCGAGCCATGATGGAGCTCAAAATTAGTGCCGTTAAAAGGATCGTAGAAGCGGCTGAGAACATGGCGTTCGATAAACAAAATGAACCTGTACCGGAAGATTTTCAATTTTACAATAGCAAAGAAATGGACGAACCTTACGATGATGTATCGTTGACGACCACACCAGAACCGGAATTCAATGTTGATAATTGGATTGTTCGACCGCCAACGAAAAGTGCTCATCTACAAGCGAATCCCCACTTTTCAAACATACCTGTGAACGCCAATTTTAGTAGCGTTCATGTTCCTACCAATGTTTATGCTTGGGCGCCGGAAGTAATAAAAGGAATACATTGGTCCGAAGGCTTAGATACGCACTTTATCAATAATTATCAAAGTGATCCGACACTCTCTTGGCAGTACTTCGGCAGTTCAACAGGATTCATGAGGCATTACCCTGCAATGAAATGGCGGGCTGATCCTGTTGATATATACGATTGTCGTACAAGAGCTTGGTACATGGAAGCGGCAGCCAGTCCAAAGGATGTAGTAATTTTGGTCGATCGCAGCGGGTCAATGACTGGACAAAGACGGGATATAGCTAAGCACGTTGTTACGAATATATTGGATACCCTCGGTAATAATGATTTCGTCAGCGTCATGACCTTTGCTGATACAGTCGAAGAAATTGTACCTTGCTTTGAAGATTCCCTTGTTCAGGCAACTTTAGGTAATCTACGTGAGCTGAAATTGGCATTGGATAATTTTGAAACAATGGAAATAGCAAACTTTTCTGCAGCTTTGACTAGGGCGTTCGAGTTATTAGAAATCTATCGAAACAACAGTGGCGGAGCTAATTGTAATCAGGCAATTATGCTAGTTACTGATGGCGTTCCATACAACTACAAAGAAATTTTCGAGAGATACAATTGGAAATACGAGACTCCAGTGAGGGTGTTCACGTACCTGATAGGGCGCGAGGTTGCTGATGTCAGGGAAGTGAAATGGATGGCTTGTGCAAATCGAGGATTCTACGTTCATCTCAGTACTTTAGCAGAAGTAAGGGAGCGGGTCTTGGAGCACGTTAATGTTTTGGCGCGGCCCCTTGTGTTGCAAAGAGAAAAACATCCTGTAGTTTGGACTCCTGTATATGCAAATGTTACCGATCCTAAAGTGGCTGATTATCTGTGGGAGCAACGCGAAAGAGCCGAACAGAAGGAGCGTTTCTTGAGTCAGCGAAGGGACAAGGTACTCTTCAACTCTGAGAAAGAACAGGATCGCCGTTGGAGAATCACACAGATGAAACAGGGGCAGTACAGTGAACTAGGAAACTCCCAGTATCAGTTGATGACTTCAGTTTCTATGCCGGTCTACGATCTTCGCCATAATGAGATGCGTATTGCTAAATTATTGGGAGTAGCTGGCACGGACGTTCCCTTATCAGAAATACAAGCTCTAATGACACCTTATAAGATTGGAGTCAACGGGTATGCCTTTATAGTGACCAACAACGGATACATTTTGTTACATCCTGACTTGCGACCTGTGTTTCAACAAATCCTAAAGCCGAGCTACAACAGTGTGGATATGATTGAAGTTGAGTTGTTTGATGATGACCGAGGACCTAGGAACTTCAGCAAGGAGCTAACTGCGCTCCGTAAAGAAATCATCGATCAAAAGACAGGCAATAAAGTGATGAACGTCAAATATCACTTGGATGACATGAAAAGAGTATCGCGAGCTAAGAAGCATTACTTCTGGACGGGCATCAGTGACTCACCGTTTACTTTGGTAGTTACGATCCCCGAGAACTACGGACGTCATCGTATCACACCTCCCCCGACGGATGATATTCACCGCTTATCGCTCACATCCAAGAACATATCGGCCCGGCAGTATTTATCTGATAAATGGAGCGTCCACCCTGATTGGTAA
Protein
MNASVKKKDGKQILESSLRSVSTMLTRKINAVKCIHETAIQIARNFNYVKNASEIQDFTYCSAKYSNFTYEIPGDKPVSDEKSKPKFTKNNPHYTTVSLVRDSHFYDINVNTNHSCVHVPTNIFYLENNVFNAIEWSKELNQVFTKNYQSDPSLSWQYFGSSHGVLRFYPGMPWNTKEVDTYDCRVMSWYIEAATCSKDVIILFDISGSMTGFKNYVARRTLRSLLDTLSNNDYVNVYKFNDTVTEVVKCFKGLVQATPENLKTITATLEPFVDAEGHLKPNVPLAGNANLTAAFVKAFDTLKERRKQCNVSSTQGCNQLIMVITDYVAGNLSDVFEKYNRVVVNGKTYTPVRVFTYLIGKEVTNVPEIEWMACSNRGYFVHIHSVEEVQQQVLKYINVIALPMILVAEKPPPTWTHANIDYTRTAKWDVSGDIDKPGEDKLVTSVAIPAFDFKKDDNSSNARLLGVAGTDVPIDSIAKLAQPHQLGVNGYSFIVSNNGYLLLHPLLITSINGNMQDNYNSVDFVEVEQVDDGKGSRELGEQIKKLRASLVDGEDGYMKEVKVLYHYDNMRRIARVEHDYFFNRLVGTPFSMGISLPKGYGDTELLLKDNPLEAKQGKALTGINVTDYFKFSYRVHPDWVYCKYHYLEGHESENVELEVWKFLVRISHNDLNITEEQYMQETAKEVPWSIETHCGNATRELGVDDYYCNEDLVKQLVFDAKLTTPYFENWDATNEEINLAKKYNVSVRFIATASGLTRWHYINDKTKNEKVNDTGYRHKEYKGKVFGDIYFNAIEENWYKAAVLQHMINKESLVISTPLPILDDIIQNKPPVQNEDGDITVTSTYAIFYKDGESETPASVVGFEYSYLSFYDRFMEITNVSWSGSREVTCSGEDYDCYLIDSSGYIVLSKDKEEVGQFFGIVNKYVLQSFLDQNIFQHVEVFDYQALCPIDILPEKNNSWSLVNTFTLVGNILRWLLVETLFLLSNVYNWKEYYVYGEVMEIYETTEEPTTTAIPPLNNGSEAAKEPEENPFSCDHIIKLFILNQTYFSEAMGASPVVYKDEPGECHPAYWASLVKKTNLLLVVVKTENRRYPDTCKEPPNTKPRPTSESTASREPCHKLDLGALHRRRLEDCFTYHDEERHIMACDHANILATDSIVLGILASIAILSYKTNCSASIQYDAPGKISFNSVQAWAVKLGTELYHFGEFITRKKEVQDSFKSAQIEVRDGEKLVQNMADDIRAMMELKISAVKRIVEAAENMAFDKQNEPVPEDFQFYNSKEMDEPYDDVSLTTTPEPEFNVDNWIVRPPTKSAHLQANPHFSNIPVNANFSSVHVPTNVYAWAPEVIKGIHWSEGLDTHFINNYQSDPTLSWQYFGSSTGFMRHYPAMKWRADPVDIYDCRTRAWYMEAAASPKDVVILVDRSGSMTGQRRDIAKHVVTNILDTLGNNDFVSVMTFADTVEEIVPCFEDSLVQATLGNLRELKLALDNFETMEIANFSAALTRAFELLEIYRNNSGGANCNQAIMLVTDGVPYNYKEIFERYNWKYETPVRVFTYLIGREVADVREVKWMACANRGFYVHLSTLAEVRERVLEHVNVLARPLVLQREKHPVVWTPVYANVTDPKVADYLWEQRERAEQKERFLSQRRDKVLFNSEKEQDRRWRITQMKQGQYSELGNSQYQLMTSVSMPVYDLRHNEMRIAKLLGVAGTDVPLSEIQALMTPYKIGVNGYAFIVTNNGYILLHPDLRPVFQQILKPSYNSVDMIEVELFDDDRGPRNFSKELTALRKEIIDQKTGNKVMNVKYHLDDMKRVSRAKKHYFWTGISDSPFTLVVTIPENYGRHRITPPPTDDIHRLSLTSKNISARQYLSDKWSVHPDW

Summary

Uniprot
A0A212F2P3   A0A2H1W0S0   A0A026WML2  
Pubmed
22118469    24508170   
EMBL
AGBW02010703    OWR48004.1    ODYU01005348    SOQ46104.1    KK107152    EZA57148.1    + More
Proteomes
UP000007151    UP000053097   
Pfam
PF08399   VWA_N        + More
PF00092   VWA
PF08473   VGCC_alpha2
PF13519   VWA_2
PF02743   dCache_1
Interpro
IPR036465   vWFA_dom_sf        + More
IPR013608   VWA_N       
IPR002035   VWF_A       
IPR013680   VDCC_a2/dsu       
IPR033479   dCache_1       
SUPFAM
SSF53300   SSF53300       
Gene 3D
3.40.50.410    
ProteinModelPortal
A0A212F2P3   A0A2H1W0S0   A0A026WML2  
PDB
5GJW     E-value=1.24256e-69,     Score=675

Ontologies

KEGG
101746536    K04861 voltage-dependent calcium channel alpha-2/delta-4 | (RefSeq) voltage-dependent calcium channe
GO
GO:0016021  

Topology

Length:
1877
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.18317
Exp number, first 60 AAs:
0.00043
Total prob of N-in:
0.00175
outside
1  -  1877
 
 

Population Genetic Test Statistics

Pi
269.009866
Theta
183.188373
Tajima's D
1.262307
CLR
0.378122
CSRT
0.733263336833158
Interpretation
Uncertain
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