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- Transcript 'KH2012:KH.C11.102.v4...'
Transcript Model
Transcript Id
KH2012:KH.C11.102.v4.A.SL13-1
Possible name(s)
PIWIL1; PIWIL4
Gene model
Location
KhC11 [1,598,023 / 1,615,043]
Amino acid sequence
Length: 886
>KH.C11.102.v4.A.SL13-1
RIHFDHSMEEKQSRARGRARGRGRVPPPEGGDGSRPPPPRTVGAEAKVAPRPGIHGEPAS
IAAPGRGVQRGAMRTKESSATGEVVRSMEAMSLQKREVPMIGRRSNYDPSMFDPRTRPDH
IVSKQGVGGQPINLQSNFFPLSCTRQWCLYQYRVDYAPEVDHRGARKGMLKDHEGIIGNV
FMFDGTMLFTTKKLPDKETVVYSKRRTDGSNVQLTIALTNELPPSSPISIQIYNILFRWV
LDKIGMKQVGRNFYNPSMSFTVECQRVNFELWPGFITSILQYEKSVLLCAEVSHKLMRKD
SVLDILRQMYGDCRQRGRDFKQEMEKFLVGQIVLTRYNNKTYRIDGIEWNLNVNMKFERK
SGSVSYVDYYKEQYNIVIRDTNQPLLLSRPKQSEIRKGGLEVVHLVPELCTVTGLTDELR
ADFNTMKRLAVYTKQGPTKRKQALKSFIQRITTNTEVEKRFAEWGLRFEDRLLDLKGRVL
DSETIMFGDNKQAQSRDASWDQEFRRQRLLKCIDLQEWAILFCSRDKRCAEDFVEKLLKV
SRNMGFRVARPTPVELESDQMFQKRIRDVMGRNPKTQLICCMMPSSRKDRYEGIKKVCCV
DMPVPSQVVLSRTLSKPQRVMSIATKIAIQMNCKLGGEAWAVKIPLKECMIVGFDTYHDS
SQKGRSVGGFVASINSTYTRWYSSVTFQHSGVELIDGLKRCMKGALQKFHQVNGKLPARI
VIYRDGVGDGQLAVVKDHEIPQLLECLKIPQYKGFTPNVSFIVVKKRVNARFFAAGRDSE
LMNAPPGTIIDDTVTRPEWYDFFVVSQSVREGTVSPTHYNVVYDTSTLKPDHMQRLTYKL
CHLYYNWPGTIRVPAPCLYAHKIAFLVGQSIHAPVSPTLADKLYFL
Nucleotide sequence
Length: 3,273
>KH2012:KH.C11.102.v4.A.SL13-1
GTAAACTTTGAAGAGTTACGTCATAAAGCATCATACTTGAAGAATCCACTTTGATCACAG
CATGGAGGAGAAACAATCTCGTGCCAGAGGTCGAGCAAGAGGAAGGGGACGCGTTCCACC
ACCTGAAGGTGGTGATGGTTCAAGACCGCCACCCCCCCGTACAGTAGGAGCTGAAGCAAA
GGTTGCACCAAGACCTGGCATCCATGGTGAACCAGCTTCGATAGCTGCACCAGGAAGAGG
TGTTCAAAGGGGAGCTATGCGGACTAAAGAATCTTCTGCAACGGGAGAAGTGGTTCGTTC
AATGGAGGCAATGTCGCTACAGAAGCGAGAAGTCCCGATGATTGGAAGACGAAGCAATTA
CGATCCATCAATGTTCGATCCAAGGACGAGACCAGATCACATTGTTAGCAAGCAAGGGGT
TGGTGGTCAACCTATTAATCTTCAATCCAACTTTTTCCCATTGAGTTGCACAAGGCAGTG
GTGTCTATACCAGTATAGAGTTGACTATGCACCTGAGGTCGACCACAGAGGAGCGAGGAA
AGGAATGTTAAAAGATCATGAAGGCATCATTGGGAATGTCTTCATGTTTGATGGAACAAT
GTTGTTTACAACCAAGAAGTTGCCGGATAAGGAAACAGTGGTTTACTCAAAGCGTCGAAC
GGATGGAAGCAATGTACAGCTTACGATCGCATTAACTAACGAGCTTCCACCCAGTTCCCC
CATCTCAATACAAATATACAACATTCTATTCAGATGGGTTCTTGATAAGATAGGCATGAA
GCAAGTTGGAAGGAACTTCTACAATCCTTCCATGTCATTCACCGTGGAATGCCAGAGGGT
CAACTTTGAACTATGGCCAGGATTCATCACAAGTATTCTGCAGTATGAGAAGAGTGTATT
GTTATGTGCTGAGGTATCCCATAAGTTGATGCGGAAAGATTCGGTGCTGGATATCTTACG
GCAGATGTATGGGGACTGTAGGCAACGTGGAAGAGATTTTAAACAAGAGATGGAAAAATT
CTTGGTGGGACAAATTGTACTGACAAGATACAACAATAAGACATACCGCATAGATGGGAT
TGAATGGAACTTGAATGTTAATATGAAGTTTGAGCGAAAATCTGGTTCCGTCTCGTATGT
GGATTATTATAAAGAGCAATACAACATAGTGATCCGAGATACAAACCAACCTCTGCTTCT
ATCTCGTCCTAAACAATCAGAGATTCGCAAAGGTGGATTGGAGGTGGTTCATCTTGTGCC
CGAGTTATGTACAGTGACAGGGCTTACTGATGAGCTGCGAGCTGACTTCAATACCATGAA
AAGGTTGGCAGTCTACACAAAACAAGGACCTACCAAGAGAAAACAAGCGCTGAAAAGCTT
TATACAACGAATCACCACCAACACTGAGGTTGAAAAGAGATTTGCAGAGTGGGGGCTTAG
ATTTGAGGATCGACTCTTGGATTTAAAGGGAAGAGTTCTTGACTCTGAAACCATAATGTT
TGGTGATAATAAGCAAGCACAGAGTAGAGATGCATCTTGGGATCAAGAGTTCCGAAGACA
GAGACTACTTAAGTGTATTGATCTTCAGGAGTGGGCCATCCTGTTTTGCTCCAGAGATAA
AAGATGTGCGGAGGATTTTGTAGAGAAGTTGTTAAAAGTATCTCGTAACATGGGATTCCG
TGTTGCTCGTCCGACTCCTGTTGAGTTGGAATCGGATCAAATGTTTCAGAAGAGGATCAG
GGATGTAATGGGGAGGAATCCGAAGACACAGCTGATATGTTGTATGATGCCCAGCAGTAG
AAAGGACAGATATGAAGGCATCAAGAAAGTTTGTTGTGTGGATATGCCGGTTCCAAGTCA
GGTTGTATTATCACGCACATTATCCAAACCACAGCGAGTAATGAGCATCGCTACAAAGAT
TGCAATCCAGATGAATTGTAAGCTTGGTGGTGAGGCATGGGCTGTCAAGATACCGTTGAA
GGAATGTATGATCGTAGGATTCGATACCTACCACGATTCATCACAGAAAGGAAGATCCGT
TGGTGGTTTTGTTGCGAGTATTAATTCAACTTACACAAGATGGTACTCGAGTGTCACTTT
CCAACATTCAGGAGTTGAATTAATCGATGGATTGAAACGCTGCATGAAAGGAGCATTGCA
GAAGTTTCATCAGGTGAATGGAAAACTACCCGCTCGTATTGTCATCTACAGAGATGGGGT
CGGTGATGGACAGCTGGCTGTTGTGAAGGACCATGAGATACCACAACTACTTGAATGTCT
TAAGATACCGCAGTATAAAGGCTTCACTCCCAATGTTTCTTTCATCGTGGTTAAGAAGAG
AGTTAACGCAAGGTTCTTCGCTGCTGGTCGCGACAGCGAACTAATGAACGCACCTCCTGG
CACGATCATCGATGACACGGTCACAAGACCAGAATGGTATGATTTCTTTGTGGTCAGCCA
GTCCGTACGAGAAGGCACAGTCAGTCCAACGCATTACAATGTTGTATATGACACATCAAC
ACTCAAACCTGATCACATGCAACGACTCACTTACAAGTTATGTCACCTTTACTATAACTG
GCCAGGAACCATTCGTGTACCAGCGCCATGTCTATATGCGCACAAGATAGCATTTCTGGT
CGGACAAAGTATTCATGCACCTGTGTCTCCTACTCTAGCCGACAAACTTTACTTTTTGTG
AAAAGTAAGATGTCCAAAGCAAAGCATGGAAGTACACAAACTATTTATTGAAAAGAATTT
CCCGAAACTATTGATTGTGTCTTATTTCTTAATCATGCCTTCATTTTATTACAAAGGGTT
CAAGGCCTTGGTTAAATTTTGGATTTTAATTTCAAGTTTGATTTTATTATGGACAAATTT
GATTGATTATGTTTTAAAGCAACATTTGAGTTCCACTTTTACGATATGTTTTCGTTTTAA
TTTTTTATGTTCTGTGATATTGTTGTGTTTCAAATGTTCTTTTCTTGAAAATTCGTTGCA
CTATAAACCAATAGTGCTATAGCAGAAGAAATTGTGTTCAGTTTATTTTAACCCAGGGTT
TCTCAAACCGTGGGTGGCAATAGAAACTTTGTTTGAACCAAAAGTTGGACACTGGTTTGA
AGTACTTTAATCGCTAGTACTTTAATCGCTGAATGGAGCAACTCTCACAGATTGGAATGT
AATGGCAGTCGTTAGTCGCTGCACAGACCCGCCGTGCGTGAATAAATAGTATCATTTATT
GAATAAATAAAATTTCGTTTGGTTTACAAATTA
| SUPERFAMILY |
PAZ_dom_sf (IPR036085) - T[132-455] 4.08E-73 |
| SMART |
PAZ_dom (IPR003100) - T[300-438] 1.0E-66 |
| Pfam |
PAZ_dom (IPR003100) - T[304-433] 9.1E-31 |
| ProSiteProfiles |
PAZ_dom (IPR003100) - T[330-414] 23.336 |
| SUPERFAMILY |
RNaseH-like_sf (IPR012337) - T[432-886] 7.84E-126 |
| Pfam |
Piwi (IPR003165) - T[578-872] 3.4E-98 |
| SMART |
Piwi (IPR003165) - T[578-872] 1.1E-136 |
| ProSiteProfiles |
Piwi (IPR003165) - T[578-872] 51.97 |
| Gene3D |
RNaseH_sf (IPR036397) - T[643-882] 2.8E-77 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PIWL1_HUMAN | 46.682 % | 775 | 0 |
| PIWL4_HUMAN | 41.116 % | 659 | 0 |
| PIWL2_HUMAN | 41.192 % | 643 | 0 |