SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO02995
Pre Gene Modal
BGIBMGA003617
Annotation
PREDICTED:_ankyrin_repeat_and_MYND_domain-containing_protein_1-like_[Amyelois_transitella]
Full name
Ankyrin repeat and MYND domain-containing protein 1      
Location in the cell
Nuclear   Reliability : 3.075
 

Sequence

CDS
ATGCACGGAATGGGCGAATATAAATGGCAGCATCAAGGTCCGAATGATATATTTGCTAGCTACGAAGGATATTTTTACGCCAATACAATGCATGGTTACGGCACTATGTCATATGCAGACGGAAGAGTTTTTAGTGGATTATATTATAACAATATGCGTTGGGGGCCAGGTATTGAATCCCATATTAATTTACAAGAAAACGTGGGATTGTGGCGGGGGAGTCAGTTGATTCGTTTGGCCTGGCGACCACAAGCACCAAGCATAACCCTGGACCTGACCTCGGCTGCTAATGGAAAAGATTTCGTTGAATCGTATCGCACTATGCTCCTACCAAAACCAAGTACAGTTGATGAAATAAATAGTGCTGTAGACTTATTGAAGGATTCCGGGTGTGACCCGTTACTGGCCTCAAAAATATGGCATAAATTATATCCTAAAAATTGCACCAACGTGAAAAGCGCTGCTTGTAATATTCAACTGTTTGAACGTAATTACTATACTGAAGGCTGTTACTCTTTAGAAGAATTACACGAATGGAATGATGAGATAACAGACGCAGAACCAAATCTAGAAATCCATTACGCTTGGAATAATAGTAAAACAATTTTGCACATTATGAAGCATTGTTATAGACATGAAAATCAAAGATCGACTTATAACATAAATATAGCGGGCATACTAAGTGGACAAAGATTTTTGTTTAAATCTCCCGGAATACACGAATTAAATTGCAGGACGCTTCTGATGGCCTCTTATCTCGGATACCTTTCCAAAGTAGCGCAACTTATAATGGAGAGCAACGTGCATCCAGATGTAGCAGACTGCCAAGGGAATTCAACCATTATGTACGCAACTGCGGGTGAACAAGTTGAGATAATTCTATTTTTGGTGGAGGTTGGCGCTGACATTAATTGTTATAATGACTCATGTTGTACGCCGCTTGGTTTAGCTTTGATGAAACTGCTATGTGTCCAAAATGATATACCCATATCGACAATAGTTCAGTCTTTATTACCACCAACTTCTACTCAACAGTCATGTACAGATAAAATAGAAAATGTGTCTGAATGGAATATTGTGAGAGAGACACCTGCTCTCAGCCCTGGTCGACCTTTTACAAGATCTCCAAGTAAAGTCAAAGCACCAAACACGAAAAAGCTAAAGTCTTCAATTTCACTAAAGGACGCACCGAAAAGGAAACAAGAATTATTGTTTGAAAAAGAAATAAACTCCGACACTAACTCTTTTGAGTCATTTTCTGATAGCGAAAGACTTTATACCAGTATAAACAGTGAATTTATAATGAAGATCGATGATTTATTCCAACAAACAACAGCCAACAATATTCTGTTCTATCTTTTCGAAGTGCACGATATGGTCAAAGAAGTAATTGAAAACGATGAAGATCATAAAAAAGCGACCGAGAAAAATCCAAAGAAAGCATTATCTAAGGAATATAAAGTCAAAACGAAATTAAGTAAAGAATTGTTTCCACAAATTGTTGAAGATTCTTCATCTATCACTAGCGCGGATAAAGCTAAAAAGGAGACTTTAGATAGAATTAAGCTTACGATACTCCAGTTATGTGATAATGGTGCGGATCCTTGCTTAGTGAACTGTCCACAGCCATCCCTGGTAATGGCGATACTCGCTAGTTGTCCGGAAATAATTTCTGAGCTTGTAAGCCGAGGAGCTGATATAAATATGAACTATTCCAATTTTAGAAATTACACCGCTTTAGACTTGGCAATTTCACTTCCATTTACATTTGTGAATTTAGAAACGATTCGTACCATTCTAAAAGCCGGCGGAAAGGCAAACCATTTACTGCAAAGTATGGAGTATCCAGAATACGATAATAATGGACCGACATTGTTACACGTTGTTCTTTCAAAGACAACAGAAAGTGATACTGAGGAAGAGATACGTGGTCATATTATAGCGCTCCTTCTAGAGCATGACTGTGATCCAACCATTCAGTTCAAAGGGAGGTCACCTATGGACATTGCCCTTTCAAAGAGTTTGGATATTTTTGATATATTTGTAAAATCACCGAAGACCAATCTTAATACTGTTATTAATAATAGCAATCAAAATGTTCTAGTGAAGTTGTTTGTCGCAAATTTTTGTAATACTTTATCATTGACGGATAGATTACAGATCTTAACGAATTTAATGCAACGCGGCGCGAATCCTTTGCTGGAATGTTACAATGGCTCTGAAAAATATCAGAATTTATTTGTTTTTGCAAATAAAATTATGGAAAATTTTGAATCGCAGCCGAAACAGCACGATACAAAACCGAAGAAAGCTGATAAACCCAAGAAAGAGGACAAGCTAGCTAGTAAATCTTTAGGAAAATTAACCTCTGACGAAGTTGAAGATTACAAACAAGCACTACAGTTGGTTAAGGAATACGCCAGATATTTACATATCACGTGGATACAGATAAAACTGGTTAAGGAATTGTCAGACATAGTCCAAAGATATAAACACCGACACTGGAGCATGATCATTAAGGAACATAAAAATTGGAAACAAATGAAATTATGGGTAACAACACGAAGATGTTTGGAGATATGGAACGTTTTAAGAAGTAGTCAGAAATTTGTAAATGGGAAGAATATTTTAAAAAACCTTTTGTGCATTGTTGAATTTTATAATGTTACGCCATTTGGAAAATCATTAACAAAAATTACTGCAGAATTAAAAGACAGCGTAGAAAAACAAGTTAAAGGAATTCTACGTGAACAAGAACTTAGTAAAGCTATGTCAGATTCCACGTTGTCTTATGTTGCATTTGAGCTGAAGGAAGATGCAGTTAGTTTTTTTTTTTAG
Protein
MHGMGEYKWQHQGPNDIFASYEGYFYANTMHGYGTMSYADGRVFSGLYYNNMRWGPGIESHINLQENVGLWRGSQLIRLAWRPQAPSITLDLTSAANGKDFVESYRTMLLPKPSTVDEINSAVDLLKDSGCDPLLASKIWHKLYPKNCTNVKSAACNIQLFERNYYTEGCYSLEELHEWNDEITDAEPNLEIHYAWNNSKTILHIMKHCYRHENQRSTYNINIAGILSGQRFLFKSPGIHELNCRTLLMASYLGYLSKVAQLIMESNVHPDVADCQGNSTIMYATAGEQVEIILFLVEVGADINCYNDSCCTPLGLALMKLLCVQNDIPISTIVQSLLPPTSTQQSCTDKIENVSEWNIVRETPALSPGRPFTRSPSKVKAPNTKKLKSSISLKDAPKRKQELLFEKEINSDTNSFESFSDSERLYTSINSEFIMKIDDLFQQTTANNILFYLFEVHDMVKEVIENDEDHKKATEKNPKKALSKEYKVKTKLSKELFPQIVEDSSSITSADKAKKETLDRIKLTILQLCDNGADPCLVNCPQPSLVMAILASCPEIISELVSRGADINMNYSNFRNYTALDLAISLPFTFVNLETIRTILKAGGKANHLLQSMEYPEYDNNGPTLLHVVLSKTTESDTEEEIRGHIIALLLEHDCDPTIQFKGRSPMDIALSKSLDIFDIFVKSPKTNLNTVINNSNQNVLVKLFVANFCNTLSLTDRLQILTNLMQRGANPLLECYNGSEKYQNLFVFANKIMENFESQPKQHDTKPKKADKPKKEDKLASKSLGKLTSDEVEDYKQALQLVKEYARYLHITWIQIKLVKELSDIVQRYKHRHWSMIIKEHKNWKQMKLWVTTRRCLEIWNVLRSSQKFVNGKNILKNLLCIVEFYNVTPFGKSLTKITAELKDSVEKQVKGILREQELSKAMSDSTLSYVAFELKEDAVSFFF

Summary

Similarity
Belongs to the TRAFAC class myosin-kinesin ATPase superfamily. Kinesin family.
Keywords
ANK repeat   Complete proteome   Metal-binding   Reference proteome   Repeat   Zinc   Zinc-finger  
Feature
chain  Ankyrin repeat and MYND domain-containing protein 1
Pfam
PF00023   Ank        + More
PF02493   MORN
PF03803   Scramblase
PF01753   zf-MYND
PF12796   Ank_2
PF00498   FHA
PF12473   DUF3694
PF12423   KIF1B
PF00225   Kinesin
PF16183   Kinesin_assoc
PF00169   PH
PF00822   PMP22_Claudin
PF13606   Ank_3
Interpro
IPR002110   Ankyrin_rpt        + More
IPR020683   Ankyrin_rpt-contain_dom       
IPR036770   Ankyrin_rpt-contain_sf       
IPR003409   MORN       
IPR005552   Scramblase       
IPR002893   Znf_MYND       
IPR032405   Kinesin_assoc       
IPR036961   Kinesin_motor_dom_sf       
IPR011993   PH-like_dom_sf       
IPR022140   Kinesin-like_KIF1-typ       
IPR027640   Kinesin-like_fam       
IPR001752   Kinesin_motor_dom       
IPR027417   P-loop_NTPase       
IPR019821   Kinesin_motor_CS       
IPR001849   PH_domain       
IPR000253   FHA_dom       
IPR022164   Kinesin-like       
IPR008984   SMAD_FHA_dom_sf       
IPR017974   Claudin_CS       
IPR004031   PMP22/EMP/MP20/Claudin       
SUPFAM
SSF48403   SSF48403        + More
SSF52540   SSF52540       
SSF49879   SSF49879       
Gene 3D
PDB
5GIK     E-value=0.00177541,     Score=102

Ontologies

Topology

Length:
945
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0953000000000001
Exp number, first 60 AAs:
0.08321
Total prob of N-in:
0.00430
outside
1  -  945
 
 

Population Genetic Test Statistics

Pi
170.271517
Theta
153.387535
Tajima's D
0.381357
CLR
179.490896
CSRT
0.47817609119544
Interpretation
Uncertain
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