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  1. Transcript 'KH2012:KH.L90.6.v1.A...' > 
  2. Transcript 'KH2012:KH.C3.79.v7.R...' > 
  3. Clone 'ciem828p18' > 
  4. Transcript 'Phfumi.CG.MTP2014.S3...' > 
  5. Transcript 'KH2012:KH.C3.74.v3.C...'

Transcript Model

Transcript Id

KH2012:KH.C3.74.v3.C.SL3-1

Possible name(s)

PHLDB1; PHLDB2; PHLDB3

Gene model

KH2012:KH.C3.74

Location

KhC3 [5,978,763 / 5,995,024]

Sequences

Amino acid sequence

Length: 1,270

>KH.C3.74.v3.C.SL3-1
GLWVAAVLFCTFTMKGETVRMNGDENNGLVKAIEDDLDNLLLTIEKVGKSLNSRRSSLIL
CTPDSPTNEENHFPTSNIESKRVDTSSANYCNFKPFSERGNQVNAVNGAQRKPAINNEGV
AENDFSHYFDFPLNMTSNNDTWFVNHSMDYDAQKPPLPPKLGHLPKQSLSNKNEVNFISP
DRLSSKTVSSNSSFSPILLQSSLVETRVADVCGSFTDRELDVEDDLISPASSTNGPINHG
MHSGNKTSDLHFNSEHKHSQVKGWTNHSGFNAPVTNTSSNCNIPQINISSYGGIATHSPD
LPKKVQKPGKFPTSITLTTSTSSLSHNTTPSSRDYNQINCTGPYDNLAPQPNSKPILPRA
ASSKSAIALATQQLRLKHQELLALRRGKVKSRSSSAPSSPTMPRKLIPGNGQHSKDRRGR
VTTRSTTGSRVRNTSTSSLRARSPSPSKSEILGSTSNHHLRSFSSSTLPGTINGSLKKTL
SVTSLRSRRRGSNLSLSSLDSECIEDELREIHDDAVKERKKDQEAAAVEKARLQCILDMC
ADFIDNTMKKDEPKSEDKSKSGTEPQPSKQPCTYRRLASFEGDIWKQPLSGSRVFTNSVE
SSSDELTQRTLRACEDADRTLRAEENILGANKERHLPVADVVEIQKLREEGLSRIEDIQR
RISELETQLSECTSELDMERALIEGELTSEKSNLVSDERACEELKDQIINLEEEYMTQRE
KHQAIVDKEKKKLVDIQKKVSETRKQMDKCPESMRGSIEGMLIKEQEELDQESRRFEDAE
FNSLETLSRLDEEKEVMQKSLIRRKKKLEMQIENRKARVSTLDQQLQDLTEQQNLENQRL
NNERDSAIGSLQEQREETTLLERKYHQLTGEFPPSLDTPASIARSHRRIPSSTSDLQPPD
IFKRQISTGSSNFETKMFNFSNSDVFSNAVKSESHTRNTSIQSEDKSATKSPVKLDSSSP
LSIKDDDDQMVALQNRIRESRSLHTSPSPVTASLLNSRQKLNSSVPPSYQRLNSNSGHTR
AQSGDKWKDTTSISSMDSMDTTLSAWSIQSPESHDMERLFEMERLIADATAEKKRLLAEV
KGLPMMQTAERPNHEMETNSPDADDITQVKLRSSNGDRRQARPMTRYLPVRASDFNLRQH
IESCGHNPSACRHTSINATSCRGYMTKMGGRIKTWRKRWFVFDRMKKSLSYYSDKHEVKL
KGMIYFQAIEDVFFDHLKSHKSPNPSLTFCVKCYDRVYYLVAPSSEAMRIWMDTLVTGAE
GYREYMKTFE

Nucleotide sequence

Length: 4,322

>KH2012:KH.C3.74.v3.C.SL3-1
TAGGGTTGTGGGTTGCGGCTGTATTGTTCTGCACTTTCACAATGAAAGGCGAGACCGTGC
GGATGAATGGCGATGAAAATAACGGCCTCGTGAAGGCGATAGAGGACGACCTTGATAATT
TATTGCTAACGATTGAGAAAGTGGGGAAATCCCTGAATTCAAGACGAAGTTCGTTGATAC
TATGTACACCAGATTCTCCGACGAACGAAGAAAACCACTTTCCTACAAGTAATATTGAAA
GCAAACGAGTGGATACAAGTAGCGCAAATTACTGCAATTTTAAACCGTTTAGTGAAAGAG
GAAACCAAGTGAATGCAGTGAATGGTGCTCAACGAAAGCCTGCAATCAACAATGAAGGCG
TAGCTGAAAATGACTTCAGTCATTATTTTGACTTTCCATTAAACATGACGTCTAATAACG
ACACTTGGTTCGTAAACCACTCTATGGATTACGATGCACAAAAGCCACCGTTACCACCAA
AGCTTGGTCACTTACCAAAACAAAGTTTATCGAACAAGAACGAAGTGAACTTCATCAGTC
CGGATCGACTTAGCAGTAAAACTGTGTCAAGTAACTCAAGTTTTTCGCCAATTTTGCTCC
AAAGTTCGTTGGTTGAAACTCGGGTAGCAGACGTGTGTGGTTCGTTCACTGACAGAGAAC
TGGACGTGGAAGACGACCTAATTTCTCCAGCCAGTTCAACAAATGGGCCGATAAACCATG
GTATGCATAGTGGCAATAAAACAAGTGACCTCCACTTTAATTCTGAACACAAACATAGCC
AAGTGAAAGGATGGACCAACCATAGTGGTTTTAATGCACCTGTCACCAACACCTCTTCAA
ACTGCAATATCCCGCAAATTAATATTTCTTCCTATGGTGGAATTGCAACACACAGTCCAG
ACTTGCCAAAGAAAGTACAGAAACCTGGAAAATTCCCTACATCTATCACTTTAACCACGT
CCACATCATCACTATCGCACAACACAACTCCTTCAAGTCGAGACTATAATCAAATAAACT
GCACTGGCCCCTATGACAACCTTGCACCACAACCTAATTCGAAACCCATTTTGCCGAGAG
CTGCTTCCTCTAAATCGGCGATTGCTCTTGCTACTCAACAACTTCGACTTAAACACCAAG
AACTGTTGGCACTTAGAAGAGGAAAAGTAAAGTCTCGATCGTCGAGTGCGCCATCCAGCC
CCACCATGCCAAGAAAATTAATCCCAGGTAATGGGCAGCATAGCAAGGACAGACGGGGTC
GAGTAACCACAAGATCAACAACAGGATCTAGAGTTCGAAACACGAGCACTAGCAGTTTGC
GAGCCAGAAGTCCTTCTCCATCCAAAAGCGAGATCCTCGGATCCACATCCAACCACCATC
TTCGGAGTTTTTCTTCTTCAACTTTACCAGGAACAATAAATGGATCTTTAAAAAAAACCT
TATCCGTGACTTCTCTGCGGTCCCGTCGTCGTGGGAGCAACTTATCTTTGAGTTCATTGG
ACTCTGAATGCATTGAAGATGAATTGAGAGAAATCCATGATGATGCGGTTAAAGAGAGGA
AAAAAGACCAAGAAGCTGCTGCTGTGGAAAAAGCGAGATTACAATGTATACTTGACATGT
GCGCTGATTTTATTGACAACACTATGAAAAAAGATGAACCAAAGTCAGAAGATAAATCCA
AATCAGGTACAGAACCTCAGCCATCCAAGCAGCCATGTACTTATCGTCGTCTTGCTTCAT
TTGAAGGAGATATTTGGAAACAACCGTTGTCGGGTTCAAGAGTCTTTACAAACTCTGTGG
AAAGTTCTTCCGATGAACTGACGCAGAGGACTCTCCGTGCTTGTGAAGATGCTGACCGGA
CTTTAAGAGCAGAGGAAAACATCTTAGGAGCAAATAAGGAGCGACATCTTCCCGTGGCGG
ATGTGGTTGAGATTCAAAAACTCCGAGAAGAAGGTTTGTCTCGCATCGAGGACATTCAAC
GCAGAATCAGTGAATTGGAAACGCAGCTCAGCGAATGCACAAGTGAGCTGGACATGGAGC
GTGCATTGATTGAGGGGGAGCTGACTTCAGAGAAATCGAATCTTGTCTCGGATGAGCGAG
CATGCGAGGAGTTAAAAGATCAAATAATTAACTTGGAGGAGGAATATATGACACAGAGGG
AAAAGCACCAAGCTATCGTGGACAAAGAAAAAAAGAAACTCGTTGATATTCAAAAGAAAG
TTAGTGAGACGAGAAAACAAATGGACAAATGCCCAGAAAGCATGCGTGGTTCTATTGAAG
GAATGCTGATTAAGGAGCAGGAGGAGCTTGATCAAGAGTCCCGAAGGTTCGAGGATGCCG
AGTTTAACTCGCTTGAAACATTGAGTCGTTTGGATGAAGAGAAAGAAGTGATGCAGAAGT
CACTCATTAGGAGGAAAAAGAAACTGGAAATGCAAATCGAAAACAGAAAGGCACGAGTGT
CCACCCTGGATCAGCAACTCCAGGATTTAACGGAGCAACAAAATCTTGAGAATCAACGAT
TAAACAACGAACGAGATTCTGCAATCGGTTCATTGCAGGAGCAACGAGAAGAGACGACCC
TCCTCGAGAGGAAGTACCACCAACTTACTGGAGAATTCCCTCCATCCCTGGATACTCCCG
CATCAATAGCTCGATCCCATCGTCGCATCCCATCCTCCACATCTGATCTTCAACCTCCGG
ACATCTTCAAGCGTCAGATCAGCACTGGAAGCTCCAACTTCGAAACAAAGATGTTCAATT
TCTCAAATTCCGACGTGTTTTCCAATGCTGTTAAATCTGAATCTCATACAAGAAATACAT
CCATTCAATCTGAGGATAAATCAGCAACCAAAAGTCCAGTAAAACTTGATTCTTCCTCTC
CACTTTCAATAAAGGATGATGATGACCAGATGGTGGCGCTACAGAACCGAATCCGTGAAA
GCCGTTCACTTCACACCTCACCCAGTCCTGTAACAGCGTCATTACTTAACAGCCGTCAGA
AACTTAACTCTTCTGTGCCACCTAGCTACCAACGTTTGAACTCCAACAGTGGTCACACGA
GGGCACAATCGGGTGACAAGTGGAAAGACACGACTAGCATTAGTTCAATGGATAGTATGG
ACACCACTTTATCTGCTTGGTCAATCCAAAGCCCTGAAAGCCACGATATGGAAAGGTTGT
TTGAAATGGAGCGTCTTATTGCCGATGCAACTGCTGAAAAGAAGAGGTTGTTAGCTGAAG
TGAAGGGATTACCTATGATGCAAACTGCTGAAAGGCCAAATCATGAAATGGAAACGAATT
CTCCCGATGCCGATGACATCACGCAAGTCAAGCTTCGATCAAGTAATGGCGATCGAAGAC
AGGCTCGGCCAATGACCCGGTATCTCCCAGTTCGTGCGTCCGACTTTAATCTACGCCAAC
ATATAGAGTCTTGTGGTCACAACCCATCAGCTTGTAGGCATACGTCAATCAATGCAACTT
CGTGCAGAGGTTACATGACAAAGATGGGCGGTCGTATAAAGACTTGGAGGAAAAGATGGT
TCGTGTTTGATCGAATGAAGAAAAGTTTGAGTTATTACAGTGATAAACATGAGGTTAAGT
TGAAAGGAATGATTTATTTTCAAGCAATTGAAGACGTTTTCTTTGATCATCTCAAGTCAC
ACAAGAGTCCTAACCCATCGTTAACGTTTTGTGTGAAATGTTACGACCGTGTTTATTACC
TGGTTGCCCCGTCATCTGAAGCAATGAGAATCTGGATGGACACGTTAGTCACCGGTGCAG
AGGGGTACAGGGAATATATGAAAACCTTTGAATGAGCAATAGCCATATAGTACTGTGGTG
TAAGGTGGGACACCTATCGCACACAACTTCTAAATGTCTTGACCATGTTTTAAACAATAT
GATAATACAGCAGTAAAATTCAACAAATGTTCTTCATGTATCACCGAAGAGTCTTAAGAA
AAAAAGAATAAAACCATGTCCCATCTTACCCCAACCCCCACTATAATCCTCACCTTGCTA
CACACATTTCCTTGCCACGATTTTAACATTGCTTAGTCTTCCCTAATTCAATATGTACTG
CCATGTGCGCAAACGGGTTTTTAATTATTAAATTTTTCTTCATTTTAATACACTGCTGCT
TTTATACCCTTCCCTTTTCAAGTGAATGAAAGTGCAGTATTCATGAAATTTCAATTGTTT
TTATTCAGCATCAACTTTTAATCGTTCAGTGTAGAATCTGAGACTCTACACAATCAAGTG
CTCGGGATTTTATCAAATTGTTGTTATTTTTAAAAAATAAAGAAACCGCTGCTTTTGGCA
AA

InterProScan

Gene3D
PH-like_dom_sf (IPR011993) - T[1154-1260] 1.2E-23
ProSiteProfiles
PH_domain (IPR001849) - T[1158-1260] 12.462
SMART
PH_domain (IPR001849) - T[1159-1262] 1.8E-14
Pfam
PH_domain (IPR001849) - T[1161-1255] 4.7E-13

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
PHLB2_HUMAN 52.918 % 276 3.09E-76
PHLB1_HUMAN 44.521 % 266 8.32E-73
PHLB3_HUMAN 63.78 % 204 2.02E-55