- Transcript 'KH2012:KH.C1.1001.v1...' >
- Clone 'cicl015p18' >
- Transcript 'KH2012:KH.C3.199.v2....' >
- Transcript 'KH2012:KH.C12.136.v1...' >
- Transcript 'Harore.CG.MTP2014.S2...'
Transcript Model
Transcript Id
Harore.CG.MTP2014.S26.g15338.01.t
Possible name(s)
PHLDB1; PHLDB2; PHLDB3
Gene model
Location
S26 [58,100 / 74,847]
Amino acid sequence
Length: 1,558
>Harore.CG.MTP2014.S26.g15338.01.p
MFHSLRLRPQIIFRKSACIFRGNVRELIFFSQSGLFYTFRPLHSFVYRICFDITMKEVNK
LASKNDNDKKHVGIVLDSDWDDIIASLDLVGKAISKNQRNSYSVATSRVQTLPRLGKTSQ
NDRQVVTGYNGSLRTPPPYPGNRTSNSLPLSPSESDYDNLSPQNNLIDVEHLFEPFLTSS
KVQYGNEDLTSCEHSLNLVLKSLEFPEFTDGKTAQSYVEAVEPPSPISMNSTAKNFYASS
SLMSPTRSSPDTSVKHQMNSTQVKKYTSPAMNNISFHSEHIQPSSSYNGYLNSKMVMPPA
LPPKLSPKTKLKPVIVNMNGSSKVCLSPERMQTNGKAFQFNANSQDSALLCGSNNVYLAN
FVNHAELSCKSTDKNPKLDNSYTSLSAAPKPAPRSTFFSQKGEEFNQNNNNKSANKLEKK
SSTEVSNSEEICIPNGFVSSRIARFSKTGIADNVTESRFHNASSRAQDFISVSSKFGPNS
DCQSKHCYEDINRTGPYDNIDLPVPMYYEDGSNCNSLPPLPPKLSKSAASSNRKTGMPVI
PVSMGVTSPPPISPRSIVAYSKMVEKNVVSIGRKPIVSSRSLSAPSSPLLNRKFATVGKN
HRHNSNEKEKIKCDLQVRSPSPTRSEFMTRRRHLSESLSSFSGGLRKAPSVRSLRDRFGS
QSSISSVDSERLEDDLILIHDDSVRQRRKEQLGAEKEKQRLGKILTMCEDFMNQSKRKDD
DLEKNFDLNKLLKEISLHGKDLSKADCEGRELHADSQTNPCGDAEYSSSYTLTSVAPASP
LSPKNTDSPGSFNSPPRNFRRLVSLERDICCQTSQVQGQVTVRSPHSEVQSVSSEENINK
VKNPPRPADVSEIQKLRDTGLEKIEKLQHHISDFEVQLDECTSALEMERALVSGELNSEQ
ELLNRSEQLSESLKDQIIDLEEKYMKQREIHNGLLEKEKEKLVEMEEKLMETEKQLNNCP
ESIRDLWEVQLKKDKTILEQELKNFEDLEFQTLEAVSRIDEEKENTQRKLIAKQKKMDYD
LRRRQEHVRALETQVNELLEQEKSENQRLNMMRDQAIKELQQHREETTLLERKYYEMTGT
LPPSPPRPSSVRTLSSSAMPMRGTNDATTKEDAVDGGSGNNEEAKENKDEHGTQFNTNQN
STSNATADSARDMREVLHKEGLWYRDDTSLCYKPKPAFGTSRNPTHFTLTRYKSNKNQPK
RGGSSIEQSSNNGLLSRSCYPVIQSLNDSRSSQGNSGINSDLTRCRGLEACSMSSLDSLG
TSVSAWSIQSPEIKEVEQIRAIERRIENAKAERQKLLADVNAYVTKSHQDMNNDFEKTIV
LSSSSSTVGTDAPTTSSSSDHDIMSPIATSPTEDRGEDVRLRLRQETKKQTRPMTRYLPV
RAKDFDLHAHIESCGHSPSLCRHICLNSTSCRGYMMKMGGRLRTWHKRWFVFDRVGKSLV
YYSNKHETKLRGMVFFKDIQDVFFDHLKTHKSPQPNLTFCVKCYDRVYYLTAPSPETLRI
WMDWSHTIEANELPTDKVLDRPNVHNEYLNFISRYLRQHSWMVYFCYCEDLSRLYVLF
Nucleotide sequence
Length: 4,677
>Harore.CG.MTP2014.S26.g15338.01.t
ATGTTTCATTCGTTACGTCTCAGGCCTCAGATAATCTTTAGAAAAAGTGCTTGCATTTTT
CGAGGAAACGTACGTGAATTGATATTTTTTTCGCAGTCGGGTTTGTTTTATACCTTTCGT
CCTCTGCACAGTTTTGTATATCGCATTTGTTTTGATATTACTATGAAAGAAGTAAACAAA
TTAGCATCCAAAAATGACAACGACAAGAAGCATGTTGGAATTGTTCTGGATAGTGACTGG
GACGATATTATTGCATCACTGGATCTCGTCGGTAAGGCTATTTCCAAAAACCAAAGAAAC
TCTTACTCCGTTGCGACATCTCGCGTTCAAACGCTCCCACGATTGGGGAAGACTTCGCAA
AATGATCGACAAGTGGTTACTGGTTATAACGGTAGCCTAAGAACACCGCCACCATATCCA
GGGAACAGAACATCAAATAGTCTTCCTCTTAGCCCGTCTGAATCAGATTACGATAATCTC
AGTCCTCAGAATAATTTAATCGACGTCGAACATTTGTTTGAACCTTTTTTGACATCTTCA
AAGGTTCAATATGGCAATGAAGATCTCACTTCTTGTGAACACAGTCTCAATCTGGTATTG
AAGAGTTTAGAGTTTCCGGAGTTTACTGATGGTAAAACTGCTCAATCCTATGTGGAAGCA
GTTGAACCTCCAAGTCCAATCAGTATGAATTCAACAGCCAAAAACTTTTATGCTAGTTCT
TCACTCATGTCTCCTACACGATCATCTCCAGACACGAGTGTGAAACACCAAATGAATAGT
ACCCAAGTTAAGAAGTATACTTCACCTGCAATGAACAACATATCCTTTCATTCGGAGCAT
ATTCAGCCATCTAGTAGCTACAATGGCTATCTGAACTCGAAAATGGTAATGCCACCTGCC
CTTCCCCCCAAGCTCTCCCCTAAGACAAAACTGAAACCTGTGATTGTCAATATGAATGGT
TCAAGCAAAGTTTGCTTGAGTCCGGAACGAATGCAGACAAATGGAAAGGCATTTCAATTT
AATGCAAATAGCCAAGATAGTGCCCTGCTATGCGGATCTAATAATGTTTATCTTGCCAAC
TTCGTCAATCATGCTGAATTGTCCTGTAAATCCACTGATAAAAACCCAAAGTTGGACAAC
TCGTATACTTCTCTTTCTGCTGCTCCAAAACCAGCTCCTCGTAGTACTTTTTTTTCACAA
AAGGGAGAAGAATTCAATCAAAATAACAATAACAAGTCTGCAAACAAATTGGAGAAAAAA
TCTAGCACTGAAGTGTCAAACAGTGAAGAGATTTGTATCCCAAATGGTTTCGTGAGTTCT
AGAATTGCTCGATTCTCAAAGACTGGGATTGCGGACAACGTTACAGAGTCCAGATTTCAC
AACGCTAGCTCAAGAGCACAAGACTTCATCAGTGTTAGTTCCAAATTTGGCCCTAATTCT
GATTGCCAATCCAAACATTGTTATGAAGATATAAACAGAACTGGCCCCTATGACAATATA
GACCTCCCAGTTCCGATGTATTATGAAGACGGAAGTAATTGCAACAGCCTACCTCCTCTA
CCTCCAAAGCTGTCAAAATCCGCTGCGTCGAGTAACCGAAAGACAGGAATGCCGGTGATA
CCTGTCAGCATGGGAGTGACTTCTCCACCTCCGATATCACCCAGAAGTATTGTAGCATAT
AGCAAAATGGTTGAAAAAAATGTTGTATCTATTGGAAGAAAACCAATTGTTAGTTCTAGA
TCACTGAGTGCGCCATCTAGTCCTTTACTCAACAGGAAATTTGCGACAGTTGGAAAAAAC
CATCGGCATAATAGCAATGAAAAGGAGAAAATAAAGTGTGATTTGCAAGTTCGCAGCCCT
TCGCCAACCAGGAGCGAATTCATGACTAGAAGGCGGCACTTGAGTGAGTCCCTCTCTTCT
TTCAGTGGTGGACTTAGAAAAGCCCCATCTGTACGTTCCTTGCGAGATAGATTCGGAAGT
CAGTCTTCAATCAGCTCTGTTGATTCGGAGAGACTTGAAGATGATCTGATACTTATTCAT
GACGACTCAGTCAGACAGCGAAGAAAAGAGCAATTAGGTGCTGAGAAGGAAAAGCAAAGA
CTGGGGAAAATTCTCACTATGTGCGAAGACTTTATGAATCAGTCCAAGAGGAAAGACGAT
GATCTCGAAAAGAATTTTGACCTTAACAAACTCCTTAAGGAGATCAGTCTTCATGGTAAA
GATTTATCCAAAGCTGACTGTGAAGGAAGAGAATTACATGCCGACTCACAGACGAACCCC
TGCGGCGATGCAGAATACAGTTCTTCCTATACGCTGACGTCTGTCGCACCAGCAAGTCCG
TTGAGTCCGAAGAATACAGACTCACCAGGATCCTTCAACTCACCTCCAAGAAATTTCAGA
CGTCTTGTCTCTTTGGAACGTGACATCTGCTGTCAAACATCACAAGTACAAGGACAAGTC
ACAGTTCGGTCACCACATAGTGAAGTACAATCGGTATCTTCTGAAGAAAACATCAACAAA
GTAAAAAATCCTCCCAGACCAGCAGACGTTTCAGAAATTCAAAAACTGCGAGACACTGGA
CTGGAAAAAATAGAAAAGTTACAACACCATATCTCAGATTTTGAGGTTCAGCTAGATGAG
TGCACTAGCGCTTTGGAAATGGAACGTGCTCTTGTTTCCGGTGAACTAAATTCAGAGCAG
GAGCTTTTAAATCGGAGTGAACAACTATCAGAATCTTTGAAAGATCAAATCATAGATTTG
GAAGAAAAATATATGAAACAAAGAGAAATACACAATGGATTGCTGGAGAAAGAAAAAGAA
AAATTGGTTGAAATGGAAGAAAAACTTATGGAGACAGAAAAACAACTTAATAATTGTCCA
GAGAGCATCAGAGACCTATGGGAAGTACAACTGAAAAAAGATAAAACTATTTTGGAGCAG
GAATTGAAAAACTTTGAGGATCTTGAATTCCAAACACTAGAAGCTGTCAGTAGAATTGAT
GAAGAGAAAGAAAATACACAAAGAAAGCTGATAGCGAAGCAGAAGAAAATGGATTACGAT
TTGAGGAGGAGACAGGAACATGTACGAGCTTTGGAAACACAAGTCAACGAATTGTTAGAG
CAAGAAAAATCCGAAAATCAGAGGCTTAATATGATGAGAGATCAAGCCATAAAAGAATTG
CAACAGCATCGAGAAGAAACTACATTGCTGGAACGCAAATATTACGAAATGACTGGTACA
TTGCCTCCATCTCCACCGAGACCATCTTCCGTCAGAACTCTTTCATCATCAGCAATGCCA
ATGAGGGGAACAAATGATGCAACTACTAAAGAAGATGCAGTGGATGGTGGCAGTGGAAAT
AATGAAGAAGCTAAGGAGAATAAAGATGAACATGGAACACAGTTTAACACAAACCAGAAT
TCTACCTCAAATGCTACAGCAGATTCTGCGAGAGATATGAGAGAAGTCCTCCATAAAGAA
GGCCTGTGGTACAGGGACGATACTTCCCTGTGCTACAAACCAAAGCCAGCATTCGGAACT
TCACGAAACCCTACACATTTTACTTTAACACGGTACAAATCCAACAAAAACCAACCAAAA
AGAGGTGGTAGTTCAATTGAACAATCCTCAAACAACGGTCTGCTTTCCCGATCATGCTAT
CCAGTCATACAAAGTCTAAACGATTCAAGATCCTCTCAGGGTAATTCAGGAATAAACAGT
GATCTTACAAGATGTAGGGGTCTGGAAGCATGCAGTATGAGCTCTCTTGACAGTTTAGGT
ACATCTGTTTCAGCTTGGTCCATTCAAAGCCCTGAAATAAAAGAAGTTGAACAGATAAGA
GCTATAGAAAGGCGAATAGAAAATGCGAAAGCTGAGAGACAAAAACTTCTAGCTGATGTG
AACGCCTATGTCACGAAAAGTCACCAGGATATGAATAATGACTTTGAGAAAACTATTGTT
CTTTCTTCGTCATCATCAACGGTTGGCACTGATGCACCAACTACCAGCAGCAGCTCAGAT
CATGATATTATGTCGCCCATCGCTACCAGTCCGACAGAGGATAGGGGAGAAGATGTAAGA
CTAAGGTTGAGGCAGGAAACAAAGAAGCAGACTCGCCCCATGACCCGTTACTTGCCGGTA
CGAGCTAAAGATTTTGATCTTCATGCACACATTGAATCCTGTGGGCATAGTCCTTCGCTG
TGTCGACATATTTGTCTGAATAGTACCTCGTGCAGGGGATATATGATGAAGATGGGAGGA
CGTTTGAGGACATGGCATAAACGGTGGTTTGTTTTCGATCGCGTTGGCAAAAGCTTGGTT
TACTACAGCAACAAACATGAGACTAAGCTGAGGGGAATGGTTTTTTTTAAAGATATCCAA
GATGTGTTTTTTGATCATTTAAAAACTCACAAGAGTCCACAACCTAATTTGACTTTTTGT
GTGAAATGCTACGATCGTGTTTATTACCTCACTGCACCCTCCCCGGAAACTTTAAGGATA
TGGATGGATTGGAGTCACACTATTGAGGCAAATGAGTTGCCAACTGATAAAGTACTTGAT
AGGCCTAATGTTCACAATGAATATCTAAATTTTATATCTAGATATCTAAGACAGCATTCA
TGGATGGTTTATTTCTGTTATTGTGAAGATTTATCCAGACTATATGTGTTGTTTTAA
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PHLB2_HUMAN | 29.376 % | 332 | 6.81E-94 |
| PHLB1_HUMAN | 50.968 % | 202 | 2.32E-52 |
| PHLB3_HUMAN | 53.333 % | 171 | 4.51E-44 |