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TRANSCRIPT CARD

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  1. Transcript 'KH2012:KH.C1.706.v1....' > 
  2. Transcript 'Boschl.CG.Botznik201...' > 
  3. Transcript 'KH2012:KH.C13.18.v1....' > 
  4. Transcript 'Harore.CG.MTP2014.S1...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S107.g04273.01.t

Possible name(s)

TP53BP1

Gene model

Harore.CG.MTP2014.S107.g04273

Location

S107 [238,921 / 252,177]

Sequences

Amino acid sequence

Length: 1,293

>Harore.CG.MTP2014.S107.g04273.01.p
MEDSLEPNLMVVVPPSVDSSESSFLAITQDNPLGITPNLFSHPAPSSSPGSESPSFTCLQ
LSARESQYQCDTSTSFEYYSYHNEDIIPASPDDLHIDLCLSPKSSDMSRMSDSDSPCKRH
SDDAVNSPDIIPCTNSQQTDRTDMNSNYVKKPNTNETGLQEINPGIGSKKTVIKSVYEED
TQIYSDCELKQSHSEQESEARESMADFVDKCIANKVAPSQCILTGSTQRDSDVVHVPECN
IMSSEVAVDPHMVKFGSAKVTRSQDDKSQQNEGIHLHLTFSQSQSQLDDAVSQASELQVV
EKELVTSKCDDKTEGNSQTIEYTEDSEVISALGNECATINGSNNVSRADVDNNDLKREEE
LTDENLATLPFSHYTDSQSQVQDNDSTQNLVDIMPRRSSSKDSQLPTVYEVASTGYSSTH
DLDQVEDDVKQVIDSVINLVERSVGDNTSSLHGFHSQPFSDRGEKSRRSSIAAENTSQES
DIGLFLLPHRFVRSSKLLPSSQTSTLSMESEVSASGPGYEEEEMDKSSDTIPVENNSDQS
ISLETGCQVSPHRAKDRVVYRITKYVVKEKLLNDRVISSVTYHHKPMFYYSDPSSSHSSS
GSGYLADISSLSRSSSNSSTQTHLSLKTQTNNPTLRRHSSGTSGSSIEGFLRPGTSLSAK
TSKRGNLDESNLSHEAVAPSVMGESPGISAMMLGSESIRSPNPKMRRGRVVLTPIDYVNL
PADITYSRIPATAFGNVTDSPIASEAMRRSAKVIGSVATPEGTNINPISVSTPVPVSSVH
AKNEDSFSDGTTSDSPEIPYPDSFPQTSQCGSLGSEPCDNLLPPKKEELPVKLNIKDGIP
ILAKAGGENFYYPGIIRGQDPTTGKYTIWFEDDGKERVIRENDILLIDMLPVGQEVFVQS
DSDNPKDWYSAGSVLSYWRESDQRGYVIQKAATDCRRSYVRRYARKQVIVKQNDLGNELK
MLQVQPVSGPTTANVSLDNIVDGKRKRRSTFAHSSTSSSSKSSGNTPRSTRKRSTATDSQ
SSESSACLPFPSTHKPKRARLSFNTSKPTRMKQKEAELTKETRNQSTIFKNCGFLFTSTT
GSDQPSSEFDSPPYSSNTMIYDRDAIKKMIVAGQGIVAKTFPQLMSCDRSRLYVISDGFC
RTISYFSALATGIACLSYLWITDCTSIGKLNPTDSYLLQAGYSTYHQRVVERSVTRSQPL
SGMHICLQINNAMTMKWNALLSMAGCHSVSNLQKDAALSCDVLVADPSCPDEVVQRARNL
KIPIVSLEWVIQCLISGEMLPFDGHRYFKHTSN

Nucleotide sequence

Length: 5,791

>Harore.CG.MTP2014.S107.g04273.01.t
GGTATGATGATGTGGTTTCAATTTTTTTAGTAAAGTAATAACAAAGATTATAGAAATATT
ACCTTAAGGCAGAATCCAGTAGTAATGCAAGGTAATGGTAATGTCGTAATCTTCATCTGT
GCGTTAGCGTAATCCCTCTTAAACACCGGGGAGCGTTAATTATGAACGTGAACTACAACA
TTATAAGGGTTCATGCACCTTGTTGATGTTACCATAGCTTCACCGTTTCTGTTCTTAATA
TTAGATAGATAGTTTGTTAATTACTCAGTAGGAGGACAAAATATCCCGCTCAACGTATGC
CAAAATGACTACTTTATGGAAATGCATAAATCACAATAAATCGTTTGCTACTACTAATTG
GAAATTCCGTAATGCAATGCGATGCATTTCGGTATCAAGTTGTTTTTTACAAAATGAAAG
TACAAAATCAATGTATGACAGAATGATACGGGTGGATCATGCAGGAGAATTAGGAGCTTA
CAGGATATATGCAGGACAACTTGCCGTTCTGCGAAAGACAGACATCGGTCCTATAATTGA
AGAAATGCAAGAACAAGAAAAGCATCATTTGCAGACATTCAATGAACTTATTCCAAAGCA
CAGGGTTCGTCCTACAATCTTGACTCCTGTTTGGAATGTTGCAGGCTTTGTACTTGGTGC
TGGTACGGCACTTCTCGGTGAGAAAGCGGCCATGGCATGCACGGTCGCTGTAGAAGAGAC
TATCGCTGACCATTACAACGAGCAATTACGTGAACTGTTGGGGCAAGACGACCCCTCTCA
ACACAAAGAACTTCTTGATATCATTAAACAATTTCGAGACGAAGAAATGGAACATCATGA
TATCGGAATAGATCATGATGCACTCAATGCTCCGTTTTATTCTGTATTAAAAACTGTTAT
TCAAACCGGCTGTAGAGCTGCGATATATGCTTCTGAACGAATATAGATATCTTAATAGAA
GCAATGTTCTTTGGAAATATGTCGGTTATACATATTGAGTCAAGCCTTGTTATCCCTGAA
CTTGTTATCAACTCTATGTAATGAGAGCTATTATTTAATCTGGTTGCAGAACTTCAATAT
ATGCCTAGAACCTCTAATTAAGGAATTGTTGTCATATTATTATGCCAGGGTCCTATTAAC
CCAAGGTAACTTGAAGCCCACTTATACTGTTTAACTTATTCTATGTTTATTTTTATTTCT
GTTCAAACCATTCTGGAGATAATTTATCACAATAATAGTCAATAATAATTGTTTTTTAAT
GTGCAGTTCTATTTAGTAAATAAGAAATGTGTCCAAATGGAAGATTCTCTCGAACCAAAT
CTCATGGTTGTAGTTCCACCTTCTGTAGATAGTAGCGAATCAAGCTTTCTTGCTATTACA
CAGGATAATCCACTAGGCATAACACCAAACTTGTTCTCCCATCCTGCACCATCCTCTTCT
CCTGGTAGCGAATCTCCCTCATTCACCTGCTTGCAGTTGTCAGCAAGGGAATCACAATAT
CAGTGTGATACATCGACAAGCTTTGAGTATTACTCGTACCACAACGAAGACATTATACCT
GCCTCACCTGATGATCTTCATATTGACCTTTGCCTTAGTCCAAAGTCTTCAGATATGAGC
AGAATGTCAGACAGTGATTCTCCTTGCAAAAGACATAGCGATGATGCCGTGAATTCTCCG
GATATAATCCCATGTACAAACTCCCAGCAAACTGATCGGACTGACATGAACAGTAATTAT
GTCAAGAAACCAAACACGAATGAGACTGGCTTACAAGAGATAAATCCAGGTATTGGAAGC
AAGAAAACTGTTATTAAATCTGTATATGAAGAAGACACACAGATCTATTCCGATTGCGAA
CTGAAACAAAGTCACAGTGAACAGGAATCCGAAGCGAGAGAGTCCATGGCCGATTTTGTA
GATAAATGCATCGCAAACAAAGTTGCTCCTTCGCAGTGTATTCTTACTGGTAGCACACAA
CGAGATTCTGATGTAGTTCATGTTCCTGAATGCAACATAATGTCCAGTGAAGTTGCTGTT
GATCCACACATGGTTAAATTCGGATCTGCGAAAGTGACTCGTAGTCAGGATGATAAGAGT
CAGCAAAACGAAGGCATTCATCTCCATCTCACATTTTCCCAGTCTCAATCTCAGTTGGAT
GATGCTGTTAGTCAAGCATCTGAATTGCAGGTGGTAGAAAAAGAACTCGTAACATCAAAA
TGCGACGATAAAACAGAAGGAAACTCCCAAACTATCGAATATACGGAAGACAGCGAAGTG
ATAAGTGCTCTGGGAAATGAATGTGCAACCATTAATGGTAGCAATAATGTCTCGCGAGCC
GATGTTGATAACAATGACCTGAAACGCGAGGAGGAACTGACCGATGAAAACTTGGCTACG
CTGCCTTTTTCTCATTACACAGATTCACAATCACAGGTTCAAGACAATGACAGCACGCAG
AATTTGGTCGACATAATGCCAAGACGGAGCAGCAGTAAGGATTCTCAGTTGCCTACTGTG
TACGAGGTAGCATCCACAGGATACAGCTCAACGCATGACTTGGATCAAGTGGAGGATGAT
GTAAAGCAAGTGATTGATAGTGTGATAAACCTGGTTGAGAGGAGTGTAGGTGACAACACC
AGTAGCTTGCATGGTTTTCACAGTCAGCCTTTTAGTGATAGGGGAGAGAAGAGTCGTAGA
AGTAGCATCGCTGCTGAAAATACGAGCCAGGAATCAGACATTGGGCTCTTCCTGCTTCCG
CATAGATTTGTGCGTTCGAGCAAGCTGTTACCATCCAGCCAAACATCAACATTATCGATG
GAGTCTGAAGTCAGTGCTTCTGGACCAGGATATGAAGAAGAGGAGATGGACAAATCTTCC
GACACGATTCCTGTGGAGAATAATTCAGATCAGTCAATAAGTCTAGAGACAGGCTGCCAA
GTATCACCCCACAGAGCAAAGGATCGAGTTGTGTATCGCATAACGAAATATGTGGTGAAG
GAAAAGTTGCTAAATGACAGAGTAATCAGCAGTGTCACATATCATCACAAGCCAATGTTC
TACTACAGCGATCCTTCATCGTCTCATTCCTCAAGCGGATCAGGTTACTTGGCCGACATA
AGCTCACTGTCCAGATCATCATCTAACAGTTCGACTCAGACGCATTTGAGTCTGAAAACA
CAAACGAACAATCCGACGCTGCGAAGACACTCCAGTGGCACCAGTGGTTCAAGCATTGAA
GGCTTTCTCCGCCCAGGGACTTCTTTATCTGCAAAGACTTCTAAACGAGGAAACCTGGAT
GAGTCAAATCTGTCACATGAAGCAGTTGCACCATCAGTAATGGGTGAAAGTCCAGGAATC
TCTGCAATGATGTTGGGTTCTGAATCGATCCGATCTCCGAATCCAAAAATGCGCAGAGGA
AGGGTTGTATTGACTCCAATTGATTACGTCAATCTTCCTGCGGACATAACATATTCCAGA
ATTCCTGCTACTGCATTCGGTAATGTGACTGACTCACCCATTGCCTCCGAAGCAATGCGA
AGAAGTGCAAAAGTGATTGGATCAGTAGCTACTCCTGAGGGTACGAATATCAACCCCATA
TCAGTAAGCACTCCCGTCCCAGTATCCTCTGTTCACGCCAAGAATGAAGACTCCTTTTCC
GATGGTACCACATCAGACTCGCCTGAGATTCCTTACCCTGACTCTTTTCCGCAAACGTCA
CAATGCGGGTCATTAGGATCTGAGCCCTGTGATAACTTATTACCACCAAAGAAGGAAGAA
TTGCCTGTGAAACTGAATATTAAAGATGGTATACCTATCCTTGCCAAGGCAGGAGGAGAG
AACTTTTATTATCCAGGAATTATAAGAGGACAGGATCCAACCACTGGCAAGTATACAATC
TGGTTTGAGGATGACGGAAAGGAACGTGTAATTCGAGAGAATGACATACTGTTGATTGAT
ATGTTACCAGTTGGTCAAGAAGTATTTGTTCAAAGTGACTCTGACAATCCAAAGGACTGG
TACAGTGCTGGCAGTGTTCTTTCCTATTGGAGGGAAAGTGATCAAAGAGGTTATGTTATC
CAAAAAGCTGCAACTGACTGTAGAAGAAGTTATGTTCGTAGATATGCAAGAAAACAGGTC
ATTGTTAAACAAAATGACTTGGGCAATGAATTGAAAATGCTGCAAGTGCAACCGGTCTCT
GGTCCAACAACTGCCAATGTTAGTTTAGATAACATTGTAGATGGCAAAAGGAAGAGAAGG
AGTACCTTTGCTCATAGCTCTACGTCTTCCTCATCAAAGTCTTCTGGTAATACACCAAGA
TCTACCCGAAAACGTTCAACAGCTACTGATTCGCAGTCCTCTGAATCTTCAGCATGTCTC
CCTTTTCCCTCAACGCACAAACCTAAACGTGCTAGGTTATCATTCAACACAAGTAAACCA
ACAAGAATGAAACAAAAAGAGGCAGAATTGACTAAAGAAACAAGGAATCAGAGTACGATT
TTCAAGAATTGTGGATTTCTTTTCACATCAACAACCGGCAGTGATCAACCATCATCTGAA
TTTGATTCTCCCCCTTATTCGTCTAATACGATGATTTATGATAGAGATGCCATCAAGAAA
ATGATAGTTGCGGGACAAGGTATTGTTGCCAAAACTTTTCCTCAACTTATGTCATGCGAC
CGCAGTCGGTTATACGTAATTTCAGATGGTTTTTGTCGCACGATTAGCTACTTCAGCGCT
CTTGCTACTGGTATAGCATGTCTTTCTTATCTCTGGATTACTGACTGCACATCGATTGGC
AAACTGAATCCAACTGATTCTTATCTTCTGCAGGCAGGATATAGTACATATCACCAACGT
GTTGTTGAAAGGTCGGTTACTCGCTCTCAGCCATTGTCTGGTATGCATATTTGTCTCCAA
ATTAATAATGCAATGACTATGAAATGGAATGCATTACTCTCTATGGCAGGGTGCCACAGC
GTCTCCAATTTGCAGAAGGATGCGGCTCTATCTTGTGATGTGCTAGTTGCCGACCCTTCT
TGTCCTGACGAAGTGGTTCAGCGGGCAAGGAATTTAAAAATACCAATAGTATCTTTGGAA
TGGGTGATCCAGTGTTTGATTAGTGGTGAAATGTTGCCTTTTGATGGGCACAGGTATTTC
AAGCACACTTCAAATTGATTGCTGTTTGTTGAAATCATTGTTACTTTTGCTTTTAATTTG
CGCTGTCGTGATTTTATATATGCTTTTAATAAAATCTCTCTTCGTTGTTATGATAACTTC
CATAGAAGAAACATTGTTTTGTAACTATTCCTCTACACACTGTACCAGTACACATGTTTT
AGCAATCGTCCATTCCAGTCATACCAATTATTATTAATTCGTTTGCTGTCTTTGTTAGAT
GACAAGTGGTTGTAGTTCTTACCTCTTAATGTGCCTGCGCAATATGAATCCTCATTTTTA
CAACTGATTATAATATATCTTGAGCTTAGTAGGTTATCATGGTAAGGCAATTGATTGCCA
AAAATCCAACAAAGCTCGCTAGGGGTAGTTGCCATCTATTCCATTTCCCTATGTATGTAC
CCCATTGAATAACATACCACAACCTCTTCCCATCCCAGGGCGCATTTTTCTATGATTCGA
AATGTTTTCACCGTTTTCCCTTCATTTTGCGTTATTTTTATTGCAAAATGCGTTAAAACG
TATTACAGTAATCCCCCACCTATCGTGGTTAGTGCGTTCCAGAGCCTCCCGCGATAGGTG
AAACTCTGCGAAGTAGAAACCACATATTTAA

InterProScan

Pfam
53-BP1_Tudor (IPR015125) - T[838-959] 5.8E-8
SUPERFAMILY
BRCT_dom_sf (IPR036420) - T[1061-1187] 9.81E-22 - T[1199-1291] 1.22E-21
ProSiteProfiles
BRCT_dom (IPR001357) - T[1064-1178] 12.088 - T[1195-1287] 11.42
Gene3D
BRCT_dom_sf (IPR036420) - T[1064-1180] 8.9E-20 - T[1181-1293] 3.8E-27
SMART
BRCT_dom (IPR001357) - T[1066-1168] 67.0 - T[1197-1277] 0.011
CDD
BRCT_dom (IPR001357) - T[1095-1164] 4.46827E-4 - T[1239-1274] 0.00313013

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
TP53B_HUMAN 29.63 % 194 8.38E-50