SGID Silkworm Genome Informatics Database
Gene
KWMTBOMO16121
Pre Gene Modal
BGIBMGA004537
Annotation
PREDICTED:_uncharacterized_protein_LOC106123166_[Papilio_xuthus]
Location in the cell
Nuclear   Reliability : 1.914
 

Sequence

CDS
ATGTATTTTCATTACTCGGTAGGAGCCATTTTTGGTATATTTATTTTGTGTGTTCATTGTGATAATGCTGGCGACAACGAAATTAAGGAGATTTACGTTCCGTCCGCTCCTCAGAACTTGACAGCAGATAATGTGACTTCGAAAGAGATACATCTTCTATGGACCCCGCCTTCAACTTTCACAGTCCATCCGGTGCCGATACGAGAAGACACGACCGAATCCGATCCTGTTTCACCTCAGAAGGTTCGGTCACAAAACGACGGGCCGACCAATGACGTCATCAATCCTGCTCCCGAATCCGTAGCTTCAGAGAGGCTCAAAGAGCTAGAGTACCCCTACGATATGTATAGAAACGATAAAAACGATGATTATTCGAATTCCGGTATATTAATGGACTCTTACAAGACCAAGAGGGATCTTTGGTCTCATCGACACAGAAAACGTTCTCATGATAACGTGACCGAATCGAAGGCACCACAGCTGGAGCAGTACGAATACTTTGAGGTCAATCTGCAAAACGACGAACCAATAGAAGTCGTTAAGAAAACGGTCCATCCGAAACCGCACAAGGACATGACACAAATCGCGTATATACTTTATTACGAGGTAGGCGTTCAGAATTACGACTTCAATGCAAGCGGTGTCCAGAAATCGGCAGACGTCCGAAAGAACAACGTGTTCTTGAGCGATCTTATGATGGAAGACAGTACGAAGCATACGAGGAACCTGACGCTGTGGAATAAATCCGGGATAGCGGCCAAAGTAGTAGCTTTCAACTTGAAGCATTTGAAGCCGTTCACAGCTTACAAGATTTGGGTCCGCGCCTTCTACAACACGTCGCCGTACCTCACGGTCCCGGATTTGTCGACGCACCTCAGCCCAAGATCGAAGCCGTTGTACGTCATGACCGACGTGGAGCCTCCGTCCGAACCCATCATCTTGAAGTTGTCCTGCGATATGGATAAAGGGTCACTCTACATACAATGGCGACAGCCCCTTTACTTCAACAACACGCTCAACCAATACGTAGTGACCTTGAGGAAGATACCGGAACACCACCCGAGGAAGACGGTCACTTTTCCGACCAGCAAAGATGATTTGGAAACGTTTTTTAGCGTCCCGGTTGAGCTCTGGAACAATACTAGGTACGAAGTGATCCTGTATGCTGTCACGTTTTCTATCGCTAAGGAAGGCTCGCTTGTGATGGGGAAACCTTCGGCCGCTCAGGAGGTGTCGAGCGAATCGTGTGTGGAGCGCGGCGGGGAGCAGGGGGCGGTGGGGGCAGCGGGGGCGGGCGCGGAAGTGGGGGACGCGCCGCAGGGGGACGCCAAGACCAAGGCCTTACTGGCCATACTGCCTCTGGCGCTACTCGCCGCTGTCGGCCTGGCGTTGGTTTACTGTAGATGCAGGTCTCGTCTGAGTAAGTGCATAAGTGCGGCGTACAATTACTTGGAGGAGGGAGGGGAGAGGGGTGCGAGAGCCCCACTAAACTCCTACAAGAAGCCCGTAGGTATAGGCATGGCGCCGGGGTCGGGCGGCTGTGCGGCGGCGGACGGGGGGCCGGCGGGGGGCCGCGGGGGTCCGCCCCCCCGCATCGCCGGCACCCACCACCCCGCGCTCTCCGCCACCGCCTTCCCGAGACACGTCGCCGCGCTGCATGCCGACGGAGATATTGGATTTAGTAAAGAATACGAAATCGTTGTATCGAGATCGAACGCGTTAGGGCACACCAGCCACCACAGCCACCGCCCAGAGAACCGGCTGAAGAACCGCTACTTGAACATCACTGCCTACGACCACTCCCGCGTGTGCGTGTCGGAGGGGGGGCGGTGCGGCGCGGCGGGGTGCGCGGGGGGCGGCGGTGCGGGCGCGCCCTGCGACTACGTCAACGCCAACTTCATCGACGGCGTGCTGCCGCAGCTGGGGGCCGACCACCTCGCCAGGATCAAAGCTAAACTCAGGAAGAGAGATAAACCTGATCGGCCGCCGTCAATAAAACAATCGAAGCCGCCTCCCCTGCTAGCGGAGGGCATAGAGTCGGCGTTCCTCAACATAGAGTTCAGCGGCATCGTGGAGTCGGAGGACAGAGAGGACTACGACAGCGACAGGAGCGACGACTCCGAGCTGGACGACGTGTATGTCGACATCGATGGCGTGCGCACTCGGATAAAACTAGAATGGGCGCTGTGGAAGCGTCGTTACATCGCGACGCAGGGCCCCACGCCGGCAACACTCGACGCCTTCTGGAGAATGATCTGGCAACACCGGGTGCACACGCTGGTCATGATCACCAACTTGGTTGAAAGGGGGCGTCGCAAGTGCGACATGTACTGGCCGGCGGGCGGGCGCGGCAGTGCGGCGCAGTTCGGGCCCGTGCGCGTCACGCTGCTGCACGAGGACGTGCGCGCCGCCTACACCGTGCGACACATGAGCGTGCGCGTGCCCGACAGCGAGCCGTCCACCCCGGGCGGCGGGGGGGCGGAGCGCGCCGTGGTGCAGTACCACTACACGGTGTGGCCCGACCACGGCACCCCGCGCCACCCGCTCGCCGTGCTGCCCTTCGTGCGGGCCGCCTCCGCGCACCCCAGCACCGTGCTCGTGCACTGCAGCGCGGGCGTCGGTCGGACTGGTACATACATAGTACTGGACGCGCAGCTCAACCAGCTGAAGCTGACGGGAACCCTGTCGCCCCTCGGCTTCCTGTGCCGAGCGCGCACGCAGCGGAACCACCTCGTGCAGACGGAGGAGCAATACGTGTTCGTGCACGACGCGCTGCTCGAGCACGTGCGCAGCGGGAACACGGAGGTCGAGTTCTCAAACACCCGCCAATATCTACTCAAGCTACTCGAAGACATTACCGAAGAGGAACTAGCGGTTTTGGACCTTAATCCTGGCAAGAATAAGGTCGAGAATGAATCGCCGCCGACAAACGTAATCGACGAGACTAATAACGACACTGGCAGTCAGGAATCTGTTCGAACAGTTGACTTGGATAGTGAACCCAAGTCGTCGTCCGAGAGCGAGGAGAAAGAGATAGTCAATGGAGACGAGAAGGAGGGAGAAAGGGAGACGCGGGAGGGTGAAGGGGAGGGCGTGTATGATTTGGCGCCCAGAACCGGGGTGACTTATGGAGACAAGATGGCAGCCTACAATAATATGTGTGAAGAGGAGAAAGAAGAAATTCGAAGGGTGAACCGCGCCGAGAACTACGCTCTGCTGGAACGCATGAGGGCCTTGGCCAACCGGCACTATACCTTCCAGGGCCCAGCGCCTGTCAACCTCCTGGAGAAACAGTTCATGCTGATAACGCACGGGTGCGCGTGCGCGGGCGGCGGAGCGTGCGGGGGCGCGGGCGGCGGGGCGGGCGCGGCGCTGGGCCCGCACAACGCGCACAAGAACCGGCCGCGGGGCGCGCTGCCGGCCGACGCCGCGCGCGTGCTTCTGCTGCCCAAACCAGGAGTCGAAGGCAGCGAGTACGTGAACGCGTCGTGGGTGTGCGGGCGGCGCCGCCTGCGCGAGTACGCGGTGGCGCAGCACCCGCCCCCCGCGCCCGCCGCCCCCGCCGCGCCCGCCGACCTGCCGGACCAGGCCCAGCTGTGGCGCCTGCTGTGGGACCACACCGCGCAGCTCGTGCTAGTGCTGTCCGACACCACCGACCCGGAATGTAAAGTGTTTTGGCCGACGGAAGAAGAGAAAGAGCTGTTCGTTGCGAATTTCCGAGCGAGTTTCGTGTCGAAGGACACGCTCGTCGCGCGCCGGAAGGAGGAGCGACGGGGGGAACGGGGGGCGGAGCGGGAGGGGGAGCGGGGGGTGTCCGCCGACAGCCCGCCGCCGCCCAACGGCGAGGCGGAGGGCGGCGGGCGGCGGGACCCCGGCGACTGCGCGGACGACGAGCGGCTCATCCCCGAGCGCGGCTCCCCGCTCAGCGACGCCGAGCCCGCCTACCGGTTCGACCGCGCCGACCTTCGCCTGGAGCGACTAAGCGGACACCGAGACCTCTCCGCCCGCAAGTCCATAGCCAACGGCGACCTGTTCTCCTCCATATCCGAAAAGAAAAACGGACCCAAATCGCCGAGAAGTCCTTCGAAGATGTCCCTCAAGAACTTCAAATTGAGTTCCCCGACAAAATTCAAGTTTCCCGACTGGGGGACCAACAGGACGGCCGGCTCCCCCCCGGACACGGCGCCCCCGCCGCCCCCCGTGGCCCCCGCGCTGTCCGTCGAGGAGGAAGCGGAACTGCGGAGACCGTGCTACTATTTCGAGAAAGTGGACAGTGTGCCGGAAGGCGTGCCGACGGATAGAGTGATCGAAGTGACCAATGTGAGCGTGCATTCGTTACAAGACGACTACCAGCTCAGTGTTAAGTTTATACAGTGCAGCGGTTGGCTGGAGGGCGACACGACGCGGTACACGACCGGGAGGCCGGAGGACAACGAGTACATCAGGGCCGTGAGGAGAGCGAGCAGTGACTGCGAGAGGGAGCAGGCGCTGGACCGGCTCGTGCAGCCCTACGAGGACTCCTTCGCGCTGCTGGAGTTCGTGGCCGGCTGCCAGATGGAGTACAAGAACGGGCCGGTGGTCGTCGTAGACAAATACGGAGGATGGAAGGCGATGACGTTCTGCAGTCTGTCGGCTGCGAGCGGGGGGGCGAGGGCCGCGGACGCCAACGACCCGTTCAGGCCGTTCCGTCCGCCCGCAGACGACACCGCCGACCTGTACTGCTGGTCGGCGCTGGCGGCCCACTCGCGGATCCTGGCCCCCATTCCGCCGAGCTCCCCCTGTGCGTCCCCGTCCTCGTCCCCTGGCTCCCCCGCGGTCCCCCCGCGCCCCACCGAGGCGATCCCGCACACCCCCTCGGCGCTGTTAGCCGCGTACTGTGCGCTGGCATCCTATGGCCCGAGGTTACACGCACCGTCTATTAGGTGA
Protein
MYFHYSVGAIFGIFILCVHCDNAGDNEIKEIYVPSAPQNLTADNVTSKEIHLLWTPPSTFTVHPVPIREDTTESDPVSPQKVRSQNDGPTNDVINPAPESVASERLKELEYPYDMYRNDKNDDYSNSGILMDSYKTKRDLWSHRHRKRSHDNVTESKAPQLEQYEYFEVNLQNDEPIEVVKKTVHPKPHKDMTQIAYILYYEVGVQNYDFNASGVQKSADVRKNNVFLSDLMMEDSTKHTRNLTLWNKSGIAAKVVAFNLKHLKPFTAYKIWVRAFYNTSPYLTVPDLSTHLSPRSKPLYVMTDVEPPSEPIILKLSCDMDKGSLYIQWRQPLYFNNTLNQYVVTLRKIPEHHPRKTVTFPTSKDDLETFFSVPVELWNNTRYEVILYAVTFSIAKEGSLVMGKPSAAQEVSSESCVERGGEQGAVGAAGAGAEVGDAPQGDAKTKALLAILPLALLAAVGLALVYCRCRSRLSKCISAAYNYLEEGGERGARAPLNSYKKPVGIGMAPGSGGCAAADGGPAGGRGGPPPRIAGTHHPALSATAFPRHVAALHADGDIGFSKEYEIVVSRSNALGHTSHHSHRPENRLKNRYLNITAYDHSRVCVSEGGRCGAAGCAGGGGAGAPCDYVNANFIDGVLPQLGADHLARIKAKLRKRDKPDRPPSIKQSKPPPLLAEGIESAFLNIEFSGIVESEDREDYDSDRSDDSELDDVYVDIDGVRTRIKLEWALWKRRYIATQGPTPATLDAFWRMIWQHRVHTLVMITNLVERGRRKCDMYWPAGGRGSAAQFGPVRVTLLHEDVRAAYTVRHMSVRVPDSEPSTPGGGGAERAVVQYHYTVWPDHGTPRHPLAVLPFVRAASAHPSTVLVHCSAGVGRTGTYIVLDAQLNQLKLTGTLSPLGFLCRARTQRNHLVQTEEQYVFVHDALLEHVRSGNTEVEFSNTRQYLLKLLEDITEEELAVLDLNPGKNKVENESPPTNVIDETNNDTGSQESVRTVDLDSEPKSSSESEEKEIVNGDEKEGERETREGEGEGVYDLAPRTGVTYGDKMAAYNNMCEEEKEEIRRVNRAENYALLERMRALANRHYTFQGPAPVNLLEKQFMLITHGCACAGGGACGGAGGGAGAALGPHNAHKNRPRGALPADAARVLLLPKPGVEGSEYVNASWVCGRRRLREYAVAQHPPPAPAAPAAPADLPDQAQLWRLLWDHTAQLVLVLSDTTDPECKVFWPTEEEKELFVANFRASFVSKDTLVARRKEERRGERGAEREGERGVSADSPPPPNGEAEGGGRRDPGDCADDERLIPERGSPLSDAEPAYRFDRADLRLERLSGHRDLSARKSIANGDLFSSISEKKNGPKSPRSPSKMSLKNFKLSSPTKFKFPDWGTNRTAGSPPDTAPPPPPVAPALSVEEEAELRRPCYYFEKVDSVPEGVPTDRVIEVTNVSVHSLQDDYQLSVKFIQCSGWLEGDTTRYTTGRPEDNEYIRAVRRASSDCEREQALDRLVQPYEDSFALLEFVAGCQMEYKNGPVVVVDKYGGWKAMTFCSLSAASGGARAADANDPFRPFRPPADDTADLYCWSALAAHSRILAPIPPSSPCASPSSSPGSPAVPPRPTEAIPHTPSALLAAYCALASYGPRLHAPSIR

Summary

Catalytic Activity
H2O + O-phospho-L-tyrosyl-[protein] = L-tyrosyl-[protein] + phosphate
Pfam
PF00102   Y_phosphatase
Interpro
IPR016130   Tyr_Pase_AS        + More
IPR029021   Prot-tyrosine_phosphatase-like       
IPR003595   Tyr_Pase_cat       
IPR036116   FN3_sf       
IPR000242   PTPase_domain       
IPR013783   Ig-like_fold       
IPR000387   TYR_PHOSPHATASE_dom       
IPR003961   FN3_dom       
SUPFAM
SSF49265   SSF49265        + More
SSF52799   SSF52799       
Gene 3D
PDB
2NLK     E-value=3.58537e-60,     Score=593

Ontologies

Topology

SignalP
Position:   1 - 20,         Likelihood:  0.971173
 
 
Length:
1641
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
4.71343999999998
Exp number, first 60 AAs:
1.40689
Total prob of N-in:
0.10548
outside
1  -  1641
 
 

Population Genetic Test Statistics

Pi
237.610444
Theta
168.447122
Tajima's D
1.527645
CLR
0.130108
CSRT
0.791410429478526
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