- Transcript 'Phmamm.CG.MTP2014.S6...' >
- Transcript 'Harore.CG.MTP2014.S1...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S194.g13511.01.t
Possible name(s)
PTPN14; PTPN21; PTPN3
Gene model
Location
S194 [61,683 / 76,341]
Amino acid sequence
Length: 1,502
>Harore.CG.MTP2014.S194.g13511.01.p
MLEKAINTVMPFGIKLRRTGRYILSHKNSFLVQYFGLRYYNKQQTIRWVELDKPLKKQVD
KNANDPTLYFGVMFYVANLELLQQEITRYLFYLQLKNNVIECRLPRNKDQAIELASYMLQ
AEFGDYHPEVHTVQYFRDFILFPEILAQTDEILDSLTADTLIRHQSHRGLTPPDAEYNYI
LKVMHLDGYGERMYYAKDSQNIDCEIGCSFIGIVTRRLVSPLPEEDGQNPQDIAKTKGTL
YEWKEVEHAFCQKSIILINLKKDDDDAESAKYACRMFECSRKFYSINREFRKKIQLENGT
TTAIQRRPTLRRLQDAPAPEVHTSTQAASEQRSINTSQPQANFISSQDFAFTDGEFLFLE
NLQSYHIQQDNTQYYASQTSLDHAYVSQTSLNHVSAVPQEYGYPNGYGQGGSMYSSPSIN
SLAHSQTQLNRPSPTSSNLSLCSSDRHLANNGVPVYRCTPDYEQAVRQRIANTSRKPRPH
SMIYSPQELLQQAIQGPHYAQYPPQNPLALYHRGLAHRVDSASHLPTSQTHIHRQFDTSV
ESLPPVHVGAPQHTQHISQYNNPHEVMQSQHNEMVHHGGPGNAILAASTPELANNMQQQQ
AKGYASSEMQLFRYYTKPPPPYPPNNSTSTPDLSLHRHSAVSASSPDLHHGYVVGQRHHL
QHPVHSALAEGGYQILPAHRSQHQMTANENPQPQDQVTIIRGVCTSVEALHQSQQNMMEM
NVHEVYGNNQPHVQHTQTSEQTVQAYLQQLSLEQQGNQTRTRHPGQHPHARHHRPVSYPP
RLNYNHSVLMGVEEQNMLYSQNGGRLPTVPQQSLHSSQSHLGSSSSTVGSPYGSQQYLQQ
QQGSQISLQRSQLAPATHPVIIQQPLPQHADTTMNVMGQSGGNQMDIQQCHPSLQQSHYV
HVGSDLNPDEEYEHQGDLSYESEQLETNETGADDKEFKATPQHSQMPSNATMLIHSSDSE
SEGEYVCSDDEESVEGDKSERMINFPPADYRQMSLTTIDQWPKRKPQEMYVPPKPELQQF
LTDSDPARPPPPYPEGSPKIKYADHDPPISYRKPPQMESCDEGDLTKVSVFPHPNPTPTQ
MHMSTLSETNPFYSPNINMNNPFYNFEKEVTERLEENKMNSSGEMIPTLQVQNTETKMLA
EQASEGLRQARRSTRKSSKLSTPNGGIQNVNCGLPSPSAGTPDERVLHLERQVEDGQVLI
EYEKIAKKKDSSVSPASGDPAGSRDRTKSVVPYLTNRVKLKPTGTNVDGYINASHVQVDV
AGQTWHYIMGQSPLDDYIEEFWDMVWENEVSIIVMMTREVEDGRKRCGRYWPEYPGDPNS
LLFGNYRVSCEIVSDSQPPTPNHTSISPDEDSDEDRRRLPSTTCENLVTSRLVLQKAGTS
ECRTVWHLQYGGWPDTGAPKHAGDFLAFLEELESVRRLADDNLDEGEISHPFVVHCTSGA
GRSGVVVLCELMRHSLEHNETTTVPQMLKLVRDQRMHCVQTVSQYNFVYKVLILFLKSLR
LI
Nucleotide sequence
Length: 4,798
>Harore.CG.MTP2014.S194.g13511.01.t
TCAGATTTTGTTTTATCAACTTTTAATGTACATTTTACTGTAGACCTTAAGCGCGAAATT
AAGTAAAGAATAATGTGTTCTTGCTCGAGGAGATGCTATTATCGCCGTGTGTGACAAACC
CGATTGCTCCTTACTTCGTGTGCTGCACAACCTACCGTCGTAAAGCAGAGTGAACTAATT
TTGCAAATGCTCGAAAAAGCAATAAACACAGTAATGCCTTTCGGAATTAAGTTACGTCGT
ACGGGGAGGTATATTCTGTCTCACAAGAACTCTTTCCTGGTACAATATTTCGGTCTTCGG
TATTACAACAAGCAGCAAACTATTCGCTGGGTAGAACTTGACAAACCGTTGAAAAAGCAA
GTGGATAAAAATGCAAATGATCCGACTTTATACTTCGGCGTTATGTTTTACGTTGCTAAT
CTAGAACTTCTTCAGCAAGAGATTACAAGATATCTCTTCTATTTGCAACTAAAAAACAAC
GTGATTGAATGCCGTTTACCAAGAAATAAAGATCAAGCGATCGAGCTAGCAAGTTACATG
TTGCAAGCTGAATTTGGCGACTACCATCCAGAGGTTCACACCGTTCAATATTTCCGTGAT
TTCATCTTATTCCCTGAGATATTGGCACAAACCGATGAAATTTTAGATTCCTTGACTGCA
GACACATTAATTCGACATCAAAGTCACCGTGGACTTACTCCACCCGATGCTGAATACAAT
TACATACTTAAAGTGATGCATCTCGACGGCTACGGTGAACGAATGTATTACGCAAAGGAT
TCCCAAAACATTGACTGCGAAATAGGCTGCTCGTTCATCGGGATAGTAACGCGGCGGTTG
GTGTCCCCGCTTCCCGAAGAAGATGGCCAAAACCCGCAAGATATTGCCAAAACTAAAGGG
ACTTTGTATGAATGGAAAGAAGTGGAGCACGCATTTTGCCAAAAATCTATTATTTTAATA
AATTTGAAGAAAGACGACGATGATGCCGAGTCTGCAAAATATGCCTGCAGAATGTTTGAA
TGTTCAAGAAAATTCTACTCCATCAATAGAGAATTTCGAAAAAAAATTCAACTGGAAAAT
GGAACCACAACAGCAATACAGAGGCGCCCAACACTTCGAAGACTCCAAGACGCACCTGCT
CCTGAAGTCCACACAAGCACACAAGCTGCCTCAGAACAACGGTCCATTAATACATCACAG
CCGCAGGCTAATTTCATATCTTCGCAAGATTTTGCTTTCACCGATGGGGAATTTTTGTTT
TTAGAAAATCTGCAATCTTATCATATTCAACAAGACAACACACAATACTACGCATCTCAA
ACAAGCCTGGACCATGCTTATGTGTCTCAGACAAGCTTGAACCATGTGTCTGCCGTGCCA
CAGGAATATGGGTACCCAAATGGCTATGGACAAGGTGGAAGCATGTACAGTTCACCCAGT
ATAAATTCTCTTGCTCATTCGCAAACCCAGCTTAATCGACCGTCACCTACTTCAAGCAAT
CTGAGCCTATGCAGTTCAGATAGACATCTGGCCAACAATGGAGTTCCTGTATATAGATGC
ACACCTGATTATGAACAAGCGGTTCGTCAGCGTATTGCAAATACTTCTCGTAAACCGAGA
CCACATTCCATGATATATTCTCCACAAGAACTATTGCAGCAAGCCATTCAAGGACCCCAT
TATGCGCAGTACCCTCCACAAAACCCACTTGCCCTTTATCACAGAGGTTTGGCGCACAGG
GTAGATTCAGCCAGTCACTTGCCAACATCGCAGACCCACATACATAGACAGTTCGATACT
TCAGTCGAATCCCTACCTCCTGTGCATGTGGGGGCGCCACAGCATACTCAGCACATCTCA
CAGTACAACAACCCACACGAGGTGATGCAGTCACAACATAATGAGATGGTCCACCATGGC
GGTCCAGGAAATGCCATCCTTGCCGCCAGTACACCTGAATTAGCCAATAACATGCAGCAG
CAACAGGCTAAAGGATATGCATCTTCAGAAATGCAGCTCTTCAGATATTACACAAAGCCG
CCTCCACCATATCCGCCCAACAACAGCACAAGCACCCCGGACCTGAGCCTACACAGGCAC
AGCGCTGTTTCAGCAAGCAGTCCCGACCTTCACCACGGTTATGTGGTGGGGCAAAGACAT
CATCTGCAACATCCTGTCCATTCTGCTTTGGCTGAAGGTGGCTATCAAATATTGCCTGCT
CACCGTAGCCAGCATCAAATGACCGCTAATGAGAATCCGCAGCCACAGGACCAGGTAACT
ATTATCCGTGGCGTCTGCACGAGCGTGGAAGCGTTGCACCAGTCCCAGCAGAACATGATG
GAAATGAATGTGCATGAGGTGTATGGCAACAATCAACCACATGTACAGCACACACAAACC
TCGGAACAAACGGTACAAGCTTATCTGCAACAGCTTTCATTGGAGCAGCAAGGCAACCAG
ACTCGTACTAGGCATCCGGGCCAACATCCCCATGCACGTCACCATAGACCCGTTTCGTAC
CCACCACGGCTGAATTATAATCATTCGGTCTTAATGGGCGTGGAGGAGCAAAATATGTTG
TATTCACAGAATGGTGGACGCCTACCGACAGTCCCACAACAGAGCCTTCATTCTAGCCAA
TCACATTTGGGTTCAAGTTCGTCCACAGTTGGTTCTCCTTATGGCTCTCAACAATACTTG
CAACAGCAACAAGGAAGCCAAATCAGTTTACAGCGGAGCCAACTTGCTCCTGCCACCCAT
CCCGTGATCATACAGCAGCCATTGCCGCAACATGCTGACACCACAATGAATGTGATGGGA
CAGTCTGGTGGCAACCAGATGGATATCCAGCAGTGTCATCCTTCATTACAGCAGTCACAT
TATGTGCATGTTGGATCTGACCTCAACCCAGATGAAGAATATGAACATCAAGGAGACTTA
TCTTACGAATCTGAACAATTGGAGACCAATGAGACTGGAGCAGATGACAAAGAATTCAAG
GCTACACCACAACACTCCCAAATGCCGTCGAATGCGACAATGTTAATTCACAGCAGCGAC
AGTGAAAGCGAGGGAGAATATGTTTGCTCAGATGACGAAGAGAGCGTTGAAGGTGATAAA
TCTGAACGAATGATAAATTTTCCACCAGCGGACTACAGACAAATGTCATTGACAACCATA
GACCAGTGGCCGAAAAGGAAGCCCCAGGAAATGTATGTCCCGCCGAAACCCGAACTTCAA
CAATTTTTAACCGACTCTGATCCAGCAAGACCACCCCCACCATACCCTGAAGGCAGCCCC
AAGATCAAATATGCAGATCATGATCCACCAATAAGTTACAGGAAGCCCCCACAAATGGAA
AGCTGTGATGAGGGTGACCTAACGAAAGTTTCTGTGTTTCCTCATCCAAATCCAACTCCA
ACACAAATGCATATGTCGACGCTGAGCGAAACAAACCCGTTCTATTCCCCAAACATTAAC
ATGAACAACCCATTCTATAACTTTGAAAAAGAGGTCACAGAAAGACTTGAAGAGAACAAA
ATGAATAGCTCTGGTGAGATGATACCAACCTTGCAGGTTCAAAATACAGAGACCAAAATG
CTAGCAGAGCAAGCTAGCGAAGGATTGAGACAAGCACGTCGTAGCACACGCAAGTCGAGC
AAACTTTCCACACCGAATGGTGGTATACAGAATGTGAACTGTGGACTACCTTCTCCATCT
GCTGGTACACCAGACGAACGGGTATTACATCTTGAAAGACAGGTCGAAGACGGTCAGGTG
TTAATAGAATATGAAAAAATTGCAAAGAAAAAAGATTCCTCCGTATCTCCAGCATCTGGT
GATCCTGCTGGCTCGAGGGACAGAACAAAAAGCGTTGTCCCTTATCTTACAAACAGAGTA
AAATTGAAGCCAACAGGAACAAATGTCGATGGTTATATCAATGCCTCGCATGTACAAGTC
GATGTGGCTGGTCAAACGTGGCATTACATAATGGGACAGAGCCCGCTTGATGATTATATA
GAGGAATTTTGGGATATGGTTTGGGAAAATGAGGTGTCGATTATAGTAATGATGACCAGA
GAAGTGGAGGATGGTAGAAAAAGATGTGGTAGATATTGGCCAGAATATCCAGGTGATCCA
AACTCTTTATTGTTTGGCAACTATAGGGTTTCATGTGAAATAGTCAGCGATTCACAGCCA
CCTACACCAAACCACACTTCGATCTCTCCAGACGAGGACTCCGATGAAGACAGAAGACGA
TTGCCTTCAACGACTTGCGAAAACCTTGTCACCAGTCGCCTCGTATTACAGAAGGCCGGG
ACATCTGAATGCAGGACTGTATGGCACTTGCAATATGGGGGTTGGCCTGACACTGGAGCA
CCAAAACATGCTGGAGACTTTTTAGCCTTTTTGGAGGAATTGGAATCCGTACGGAGATTA
GCAGATGACAATCTTGATGAAGGCGAGATCTCCCATCCTTTCGTGGTGCATTGTACATCA
GGTGCTGGACGGAGTGGCGTTGTCGTCCTGTGTGAGCTTATGCGACATAGTTTGGAACAT
AATGAGACAACAACGGTACCACAGATGCTTAAGTTAGTGCGAGACCAACGTATGCACTGC
GTTCAGACGGTCTCTCAGTATAATTTTGTCTACAAAGTCCTGATTTTATTTCTAAAGAGT
TTGAGACTCATATGACACAGTATTCCTATGGTTTACTCCTCACCCTTTTGCTGGAACAAG
TTGCTAATGATATTTCATGCCACCACCCCGTTTCATTGTGTCCTGTGTCTCTTCTAAT
| ProSiteProfiles |
FERM_domain (IPR000299) - T[1-298] 38.984 |
| SMART |
Band_41_domain (IPR019749) - T[8-194] 3.5E-28 |
| SUPERFAMILY |
Ubiquitin-like_domsf (IPR029071) - T[9-76] 3.51E-10 |
| ProSitePatterns |
FERM_CS (IPR019747) - T[48-78] . |
| Gene3D |
FERM/acyl-CoA-bd_prot_sf (IPR014352) - T[75-187] 8.6E-30 |
| Pfam |
FERM_central (IPR019748) - T[79-194] 9.2E-17 |
| SUPERFAMILY |
FERM_2 (IPR035963) - T[80-189] 1.31E-27 |
| CDD |
FERM_central (IPR019748) - T[87-186] 2.28971E-25 |
| PRINTS |
Band_41_domain (IPR019749) - T[93-106] 7.2E-5 - T[106-126] 7.2E-5 - T[174-190] 7.2E-5 |
| SUPERFAMILY |
Prot-tyrosine_phosphatase-like (IPR029021) - T[1184-1333] 4.24E-69 - T[1362-1498] 4.24E-69 |
| Gene3D |
Prot-tyrosine_phosphatase-like (IPR029021) - T[1185-1502] 6.8E-76 |
| SMART |
PTPase_domain (IPR000242) - T[1197-1497] 1.3E-74 |
| ProSiteProfiles |
PTPase_domain (IPR000242) - T[1198-1495] 39.722 |
| Pfam |
PTPase_domain (IPR000242) - T[1224-1493] 2.1E-57 |
| PRINTS |
PTPase_domain (IPR000242) - T[1249-1256] 7.3E-21 - T[1267-1287] 7.3E-21 - T[1383-1400] 7.3E-21 - T[1431-1449] 7.3E-21 - T[1462-1477] 7.3E-21 - T[1478-1488] 7.3E-21 |
| SMART |
Tyr_Pase_cat (IPR003595) - T[1384-1494] 1.4E-24 |
| ProSiteProfiles |
TYR_PHOSPHATASE_dom (IPR000387) - T[1406-1486] 17.466 |
| ProSitePatterns |
Tyr_Pase_AS (IPR016130) - T[1434-1444] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PTN3_HUMAN | 32.298 % | 153 | 1.83E-37 |
| PTN14_HUMAN | 42.857 % | 271 | 1.63E-74 |
| PTN21_HUMAN | 39.452 % | 262 | 1.6E-71 |