- Transcript 'Harore.CG.MTP2014.S7...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S75.g09584.01.t
Possible name(s)
EPS15; EPS15L1; ITSN1
Gene model
Location
S75 [244,270 / 260,747]
Amino acid sequence
Length: 739
>Harore.CG.MTP2014.S75.g09584.01.p
MVLLAFITLEVHTSKRVVLPIRTSPCCESTVPIMSGANWRILPEEKNKYNVIFDNLSPTN
GKLSGDKVKPILMNSKLPVDVLGQVWELSDIDKDGSLDREEFYVAMHLVYRALEKDPVPS
SLPRDLIPPSKRKPLPGAVAVLPQSALPVSSTIDIINPLSTTLTPMNVNLSSPKMTPNKG
KIPDSEYTRFSTIFTQKVGAEKFIAGSVARDLFMQSGMPHTVLAHVWNLCDQQQLGKLTQ
DQFVLAMHLISQKVKGIDVPAQLTPDMVPSTMHRDSNLGDSGNISDSSSSGVGDFSAVRE
LDTLNREVEDLRREKETLQSEIREKENLVRNKANDVQELQNTLDRASTSLSQLESDKDEA
HTRLDELDQQQLKLDGMLSDVRSKVQEETTMISDLQSQIKSRESSIVKQEEEYSKLKFEL
ENFKKEEMQLQQTLEVSQQQLRNITKQVTEAQDEIVNVKNQISALTEQQKTVTSNIAQYD
KAVAALKSDSEIVKTTPDTQKTDTSFQDPFKGSDPFASESAFKSDPFADFDISGLKVENS
LEFKTDVFQTSSDFSVSKDDPFASETKTSLFSSDPFGDSSPFSSSNTVSHATTVGGAKQT
ESSSSEAFSATFFDQDNSVSLFNDMDKISSQNTPQSSADPWAAFGSSGVLDTDANAVDLF
AKDAFMPNSNTNNAMITTSKPEKKASKLIVNPSVKDMSEEAQLAWAAEQSKEAERERKER
LRIQEQKDLEYAIELSKQS
Nucleotide sequence
Length: 3,304
>Harore.CG.MTP2014.S75.g09584.01.t
ATGGTTCTATTAGCTTTTATAACACTGGAAGTTCATACTAGCAAAAGAGTTGTTTTGCCA
ATACGAACCTCTCCGTGCTGTGAAAGTACAGTGCCAATCATGTCTGGTGCCAACTGGAGA
ATCCTTCCTGAAGAAAAAAATAAATACAATGTTATATTCGATAATCTGTCTCCAACTAAT
GGAAAACTTTCTGGTGACAAGGTGAAGCCTATTTTAATGAATTCAAAGTTGCCTGTGGAT
GTTCTAGGTCAAGTTTGGGAACTTTCTGATATTGATAAAGATGGCTCTTTAGACAGAGAA
GAATTCTATGTGGCAATGCACCTGGTGTACAGAGCATTAGAAAAAGATCCTGTACCATCG
TCTCTTCCACGAGATCTTATACCTCCTTCCAAAAGAAAACCTTTACCTGGTGCTGTTGCC
GTCCTGCCACAATCAGCACTTCCAGTATCCTCTACTATTGATATTATCAACCCATTAAGC
ACAACCCTAACACCAATGAATGTGAATCTTTCATCACCTAAAATGACACCCAACAAAGGC
AAAATCCCTGACAGCGAATACACAAGGTTTTCTACGATATTCACACAAAAAGTAGGCGCC
GAGAAGTTCATCGCAGGATCGGTCGCACGTGATCTATTCATGCAAAGTGGCATGCCACAC
ACAGTTCTCGCTCATGTTTGGAATTTATGTGATCAGCAGCAACTTGGCAAACTGACTCAG
GATCAATTTGTTTTAGCAATGCATTTGATTAGTCAGAAGGTTAAAGGCATTGATGTGCCT
GCACAATTGACTCCAGATATGGTACCATCAACAATGCATCGGGACTCCAATCTAGGAGAT
TCTGGGAATATATCCGATAGCAGTAGTAGTGGTGTTGGCGACTTTTCAGCAGTGAGAGAA
CTGGATACCCTCAATCGAGAGGTTGAGGACTTGCGCAGAGAGAAGGAAACGCTCCAGAGT
GAAATACGAGAGAAAGAAAACCTCGTAAGAAATAAAGCCAATGATGTTCAGGAATTGCAA
AACACATTAGACCGAGCAAGTACTTCACTATCACAGCTGGAGTCAGATAAGGATGAAGCA
CATACCAGACTGGATGAACTTGATCAGCAGCAACTAAAACTTGATGGCATGCTTTCTGAT
GTCAGGAGTAAAGTTCAAGAAGAAACCACAATGATATCCGATCTACAAAGTCAAATTAAA
TCCAGGGAATCATCAATAGTAAAGCAAGAAGAAGAATATAGTAAACTTAAATTTGAACTT
GAAAATTTCAAAAAAGAAGAAATGCAGCTGCAGCAGACGTTGGAAGTCTCACAGCAGCAA
CTGCGAAATATAACAAAGCAAGTAACGGAAGCACAGGATGAAATAGTCAATGTTAAGAAT
CAAATAAGTGCCCTCACCGAGCAGCAAAAGACAGTGACTTCCAATATTGCCCAATACGAC
AAGGCAGTTGCAGCCCTGAAATCTGATTCAGAAATTGTGAAAACTACCCCAGATACACAG
AAGACAGACACAAGTTTTCAAGATCCCTTTAAAGGAAGTGATCCATTTGCTTCGGAAAGT
GCCTTCAAGAGTGATCCTTTTGCTGATTTCGATATCAGTGGTTTGAAAGTGGAAAATTCG
TTGGAATTCAAAACGGATGTTTTTCAGACTAGTAGTGACTTCAGTGTGTCGAAAGATGAT
CCCTTTGCAAGCGAAACCAAAACTTCCTTGTTTAGTTCCGACCCTTTCGGAGATTCCAGC
CCTTTTTCTTCTTCAAACACGGTATCGCATGCTACGACTGTTGGTGGTGCCAAGCAAACT
GAGTCGAGTTCAAGTGAAGCATTTTCTGCTACGTTCTTTGATCAAGATAATAGTGTCAGT
TTATTCAATGACATGGACAAAATTTCATCTCAGAACACACCGCAATCCTCTGCTGACCCA
TGGGCAGCATTTGGTTCAAGCGGTGTCCTTGATACCGACGCAAATGCAGTCGATCTATTT
GCTAAAGATGCTTTCATGCCAAATTCCAATACCAACAATGCGATGATTACTACCAGTAAA
CCGGAGAAGAAGGCGAGTAAACTGATAGTAAACCCCAGTGTAAAGGACATGTCCGAGGAA
GCGCAGTTAGCATGGGCAGCTGAACAAAGTAAGGAGGCCGAGAGAGAAAGGAAAGAAAGG
TTACGCATTCAAGAGCAGAAGGACTTGGAATATGCTATTGAATTAAGCAAGCAGTCGTAG
ATGTGACAAATTGTTATTGTCATATGTTGTATTCTTGCATTGTATTACATTATCGATGCG
AGGAACCAACCACATAAACTGATGAAATATTTGAATTAACTGACAGCTATTGTTTGCTAC
TGTACTGTAGTTTTCTATTTGAAAAGACTGGGTAGGAAAAATAAACTATTCAAGCGTATA
CAGCATCATAATGTCCCTAATACGTATGTATGTTACAGTAAGATTATAAAACCAGGGATT
TCGTGAAATCTTCGTTTTTGTCAGCGATTTTATGTAATTCCTAAAATTTCAGGGTTTAGG
TTTGAATCCCTGACGAAAACGGGATTATTATTACTTTGGGATTTTCACAATCCCACTGTA
ACATATATAGCACCTAGTTTACTTCGTATCGTTTGTTTATGATAGCAACTTCATTGTTGT
TGATGTTTCATGCGACTGCGGTCAGTGAATGCGAACGCTGTTTGGCCTGGAGCCCTTATG
TGTCTGAGCGTTGCCAGAGTGTATATATTATGAAAAATAACCAAAATTACTTGCCTGTTA
TTTGTGTATTTTGTCATTTAATAGTGTATAACAGAATCGAGCCAAATGGCATACAGTAAA
AAAAGAAATTTTTGGTCTAGGTAACTGCTATTCGGCTAAAAAGATATGTGTAAACAGGGC
TGTTCAAAATACAATGTTGCGACACTTATCAAAGCTGAAGTGCTCAAAGATTCGCGTGTT
TGAATATGTACTGAATGCTTCGTAATCATGTTATTTTTTTGTCAGGAAATTCGTAAGAAG
TGAACTTGCCCATGTACCGGTTATTTAAAAAGGGTATTTCTCTAACCTACTATCGTGATA
CAATCGTGTGTGTTTAAATAATAGATGATGTTTTGCATGTCTACCTACGCTGTAATTTCC
TAATCAATTTCCTGCTTTCATAATTATATTTTAATTCCGAGCACTACGGATATTCTCCGT
GTACAACTACTATATTTTTTACCACGAAATAAATTAGATACCTATATTATGCTATGTATC
GTCGACCGTGGATTTTCCAAGTGTTATTATAACTCATAATATTAATAAAGTTGTTCTTAC
GATC
| SUPERFAMILY |
EF-hand-dom_pair (IPR011992) - T[33-132] 2.83E-26 - T[181-272] 1.66E-17 |
| SMART |
EH_dom (IPR000261) - T[38-132] 3.4E-48 - T[179-273] 3.1E-26 |
| Pfam |
EH_dom (IPR000261) - T[42-133] 3.1E-25 - T[181-270] 7.1E-8 |
| ProSiteProfiles |
EH_dom (IPR000261) - T[45-133] 25.84 - T[186-274] 21.834 |
| ProSiteProfiles |
EF_hand_dom (IPR002048) - T[77-112] 11.556 - T[218-253] 6.898 |
| ProSitePatterns |
EF_Hand_1_Ca_BS (IPR018247) - T[90-102] . |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| EP15R_HUMAN | 44.332 % | 437 | 9.88E-142 |
| EPS15_HUMAN | 41.589 % | 331 | 3.7E-101 |
| ITSN1_HUMAN | 27.333 % | 119 | 1.54E-27 |