- Transcript 'Moocci.CG.ELv1_2.S65...' >
- Transcript 'Moocul.CG.ELv1_2.S10...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S103083.g09532.01.t
Possible name(s)
PHLDB1; PHLDB2; PHLDB3
Gene model
Location
S103083 [5,242 / 18,186]
Amino acid sequence
Length: 1,355
>Moocul.CG.ELv1_2.S103083.g09532.01.p
MPAIISTSADKEDLNDKVKLDDEKVIMAKIEYDFEEIIASLDEVGRQIMEDRNFKETSYE
KINPDYEHESDSDIKRPSAVYIREVRTKGGTEGDEIGFYNPHENSILTNSEKSDNCEYSP
IPAETYNTVLSSPDKTPEEKINELLASLDIISEIESNDMSSVLNRPVYAVPTTQKNTPPK
LPLKSLSPKKVSNSNVQHNHQTNGHVGFKNNYFFEPVCNDLVPPKLPVKMNKTKSTSYST
KKAKEKEQENGHFNYNNQNNTDEKTNHKVHTGMLHLFNKQETSYSALAHLPAKQRKEFKC
NQMNGEEGSIKSDGGLVKEVKVPNGLVSSRVARFSFSSKENKNTESKNKSKAINKKAAKE
HSNTTPGLTYEEINYTGPYDNVTLRIEPNDSYSSRPPLPIKQNKLHTSKSKQEKLPKISK
SKKENKPSKNSEPTKDMKHQRSRSLSAPGSPLVERRSGSGRKLKENRPTDSQSEAGDVSE
RSVSLTRDNSKRRFRFRSISVTSLDSEQNVKKAPSIRSLRGKFGSNTSLNSVDSAAMEEE
LLSLHDESVRERRREQLMAKREQKRLEKILALCSNFMDETKEKDKVLDKNEELNKLLLEI
TLHGKDNSANQEQDGSVFDETSGLSSFKSSNDVLPIKMENSSKLTSPVSPISTLSSSNSS
SQPSSSVTSPIDNKHHQRKMRRLVSLEKELVGHSLKTTSASCQVGPTEELPENKENNERS
LRVYRSEDLSEICRLLEEGHRNIDRLQQKITEIETQLDESVSALDMERALVIGELQSEKD
QFEKEESRCETLKDKIIHLEEEYIKQREMHQSLLDKEKEHLKKTAEKAEDARKQLSTCPE
SMKEYWEEQLFQFEEENIIETKKFEDLEFQTLETISKLDEEKETLQRRLIGQEKRMEAEL
KKRRSQVQTLEKQAKVVTEQEKTESLRLNVERDQAIKELQEFQDETTFLEKKYYEMTGKH
HVAKPKTPVASVCSKNLFPAKDSNKTSIEDMKTQLKEQGLWYKDDTSLSYKPKYAFASSK
TPQYFTLTRHGKNLKHVYRRGKTPTEVTKAYNKLQPSPAYKQRLNDSDADSSRNRNSGFD
TVSSIGSMDSLDTTMSAWSVQSKEKDIEQIKNIERQLKEAKAEREKLLAEMNMYVSSGTS
TGEIDADMERRLAMSSTSSATAGASATSNFDSATSSQYDASSSQYDDSSELDEVKLRHND
GLKRQVRPMTRYLPVRSKEFNLLEHIESCGHTPTACRHLTVNPTACRGYLVKMGGKIKSW
RKRWFVFDRITKSLAYYSNKHENKLKGMVHFQSIEDVFFDHLKKHKSPAPALTFSVKCND
RIYYLVAPSPEAMRIWMDVIVTGAEGYTQFVKTFE
Nucleotide sequence
Length: 4,557
>Moocul.CG.ELv1_2.S103083.g09532.01.t
AGACTAAGTTTTTATCTTGACTGGTTAACGACGTTCTCATTCGTCATACCATAACATGCC
TGCTATAATATCAACCTCAGCAGACAAGGAGGATTTAAATGACAAAGTTAAGTTGGACGA
TGAGAAAGTAATCATGGCGAAAATCGAATATGATTTTGAAGAAATTATTGCATCGCTTGA
CGAAGTTGGACGACAAATTATGGAAGATCGTAATTTTAAAGAAACAAGTTACGAAAAAAT
TAACCCGGATTACGAACATGAAAGTGATAGCGATATCAAAAGACCATCAGCCGTTTACAT
ACGGGAAGTGCGAACAAAAGGCGGAACGGAGGGTGACGAAATCGGATTTTATAATCCACA
TGAAAATTCGATTTTAACAAACTCAGAGAAGTCGGATAACTGTGAATATTCACCGATTCC
AGCGGAAACATACAACACTGTTCTTTCATCTCCAGATAAAACACCAGAAGAGAAAATAAA
TGAACTTCTTGCAAGTCTCGATATTATAAGCGAAATAGAAAGCAACGACATGAGCTCGGT
TTTAAATCGTCCCGTTTATGCCGTTCCGACAACCCAAAAGAACACACCCCCAAAACTCCC
CCTTAAAAGTTTATCTCCAAAGAAAGTATCAAATTCAAACGTTCAACACAATCATCAAAC
AAATGGACATGTTGGTTTTAAGAATAATTATTTCTTTGAACCTGTCTGCAATGATTTGGT
TCCACCAAAGTTACCTGTGAAAATGAATAAGACAAAATCTACCTCATATAGTACTAAGAA
AGCTAAAGAGAAGGAACAGGAGAATGGCCATTTTAATTACAATAATCAAAATAATACCGA
TGAAAAAACGAATCACAAAGTTCACACTGGAATGTTACATTTGTTCAACAAACAAGAAAC
AAGTTACAGTGCTCTTGCTCATTTGCCAGCAAAGCAACGGAAGGAGTTCAAGTGTAATCA
AATGAACGGAGAAGAAGGAAGTATAAAAAGTGATGGAGGACTCGTTAAAGAAGTTAAGGT
TCCAAATGGATTAGTCAGTTCCAGAGTCGCAAGATTTTCATTTTCATCCAAAGAAAATAA
AAACACAGAAAGCAAAAATAAAAGCAAAGCTATCAATAAGAAGGCAGCTAAAGAACATTC
AAATACAACCCCTGGACTCACGTACGAGGAAATTAACTACACTGGTCCGTACGATAATGT
CACTCTGCGTATTGAACCAAATGATTCTTACTCATCGAGGCCACCTTTGCCAATAAAACA
AAATAAACTTCACACTAGTAAATCTAAGCAAGAAAAATTGCCAAAAATATCAAAATCAAA
AAAGGAAAATAAGCCATCAAAAAATTCCGAACCGACAAAAGATATGAAGCACCAACGTTC
ACGATCATTAAGTGCACCTGGAAGCCCTCTAGTGGAGAGAAGATCTGGATCAGGCAGAAA
GTTGAAGGAAAACAGACCGACAGACTCACAATCTGAAGCTGGTGATGTTTCGGAGAGATC
AGTATCATTAACAAGGGATAACAGCAAACGACGTTTTCGATTTCGAAGTATTTCTGTCAC
ATCTCTCGATTCTGAACAAAATGTTAAAAAAGCTCCTTCGATACGATCTTTACGGGGGAA
ATTTGGAAGCAACACGTCACTAAATTCAGTTGATTCAGCTGCGATGGAAGAAGAACTTCT
GTCCCTTCATGATGAATCTGTTCGTGAAAGAAGAAGAGAACAACTAATGGCAAAGAGGGA
ACAAAAACGACTCGAGAAGATTCTTGCATTATGTTCCAACTTCATGGACGAAACGAAAGA
AAAGGATAAAGTACTTGATAAAAATGAAGAATTAAACAAACTTTTACTGGAAATAACATT
GCATGGCAAAGATAATTCTGCGAATCAAGAACAAGACGGATCTGTATTTGACGAAACAAG
TGGGTTATCTTCATTCAAAAGTAGCAACGATGTTTTACCAATCAAGATGGAGAATAGCAG
CAAGTTAACCTCGCCAGTCTCACCAATATCAACGTTATCATCATCCAATTCTTCTTCACA
ACCGTCAAGTTCAGTCACGTCGCCGATTGATAACAAACACCATCAAAGGAAAATGCGTCG
CCTTGTATCACTTGAAAAAGAATTAGTGGGACACTCACTTAAAACTACCTCAGCCAGCTG
CCAAGTTGGACCGACAGAAGAATTACCTGAAAACAAAGAAAATAACGAGAGAAGTTTACG
TGTGTATAGATCTGAGGATCTATCGGAAATTTGTCGTTTGTTAGAGGAGGGTCACCGTAA
CATTGACCGATTACAACAAAAGATCACAGAAATCGAAACACAATTGGACGAAAGTGTCAG
TGCGCTCGATATGGAACGTGCTTTGGTTATCGGTGAGCTGCAATCGGAGAAGGATCAATT
TGAAAAGGAAGAATCACGATGCGAGACTTTGAAGGATAAAATAATTCACCTGGAAGAGGA
ATATATAAAACAAAGAGAAATGCATCAATCTTTGCTGGACAAAGAAAAAGAGCATTTAAA
AAAGACTGCGGAGAAAGCTGAAGATGCTCGGAAGCAGCTTTCTACCTGCCCTGAAAGCAT
GAAGGAATATTGGGAAGAACAACTCTTTCAGTTTGAAGAAGAAAATATTATTGAAACAAA
GAAGTTCGAAGACTTGGAATTCCAGACGTTGGAAACCATCAGTAAACTTGATGAAGAAAA
AGAAACTTTACAACGCCGACTTATCGGACAGGAGAAAAGAATGGAAGCAGAATTGAAAAA
ACGAAGAAGTCAAGTTCAAACTTTGGAAAAACAAGCAAAAGTCGTGACGGAACAGGAAAA
GACTGAATCACTTCGTCTAAATGTCGAGAGAGATCAAGCAATAAAAGAACTTCAAGAGTT
CCAAGATGAAACAACTTTCCTTGAAAAGAAATATTACGAGATGACAGGGAAGCATCATGT
GGCAAAACCAAAAACACCGGTTGCCTCCGTTTGCTCTAAAAATCTGTTTCCAGCCAAAGA
CAGCAATAAAACAAGTATAGAAGACATGAAAACCCAATTAAAAGAACAAGGCTTGTGGTA
CAAGGATGACACTTCGCTTTCTTACAAGCCAAAATATGCTTTTGCTAGTTCTAAAACTCC
TCAGTATTTCACTCTGACTCGGCACGGCAAAAATTTAAAACATGTTTATCGCAGAGGTAA
AACACCAACAGAAGTAACAAAAGCTTACAACAAACTACAACCATCTCCAGCATACAAGCA
ACGTTTGAATGATAGCGATGCAGATAGTTCAAGAAACCGTAATAGTGGCTTTGATACTGT
CAGCAGTATTGGTTCAATGGATAGTTTGGATACAACCATGTCCGCATGGTCTGTGCAAAG
CAAGGAGAAAGATATTGAGCAAATTAAAAATATTGAAAGACAATTAAAAGAAGCGAAAGC
AGAACGGGAAAAGTTGTTGGCAGAAATGAATATGTATGTGAGCAGTGGGACATCTACTGG
AGAAATTGATGCTGACATGGAACGCCGACTGGCAATGAGCAGTACTTCCTCAGCAACTGC
AGGAGCATCAGCTACTTCCAACTTCGATTCTGCGACTTCAAGCCAGTATGATGCATCTTC
CAGTCAATACGATGACTCTTCAGAATTAGATGAAGTGAAACTGAGACATAATGATGGATT
AAAACGACAAGTCCGACCTATGACACGTTACCTGCCAGTTCGCTCGAAAGAGTTTAATTT
ATTAGAACATATTGAATCGTGTGGACATACACCAACTGCATGTCGTCATCTCACTGTCAA
CCCAACTGCCTGCAGGGGATACCTCGTTAAAATGGGTGGAAAAATAAAGTCGTGGAGGAA
ACGATGGTTTGTTTTTGACAGAATCACAAAATCTCTCGCATATTACAGCAATAAACATGA
GAATAAATTAAAAGGAATGGTTCATTTTCAATCAATAGAAGACGTCTTTTTCGATCATCT
TAAAAAACACAAGAGTCCCGCTCCCGCACTTACTTTTTCTGTTAAATGCAATGATCGGAT
TTATTACTTGGTAGCACCTTCACCTGAAGCCATGCGGATATGGATGGATGTTATTGTTAC
TGGTGCGGAAGGATATACACAATTTGTAAAAACATTTGAATGAGCTGTCTATGATGTGCA
TTCAGAATTGAGTCCTTATTTTTTTTATAAACCGCAAGTTTGCATCATAGAAAACAGATG
AAATACATATGCAAAGCATCTTCATGATCATGAAGTAGAAAAAGCAATTTTACCTTCTAA
TATTTGTTGTGTCCTTGCGAAAATGTGCAGCAGTTGAAATCATCTTTTGTGAAGCATTAA
TTGTGCAGAAATACCCTATATAAAAGTAAATTATTTTAAGTCTCGTTATTGTTAAAAGGT
GTTTTTAATGTGTTCACAAATGCAGTATTTTTTCTTCAACGTCTTGCCAATTCTATGTCT
TTGGTGCTTCTAATATTACTTCAATTTTACTGCAATCATGCTATTACAATATAAATCTAT
GACATTTTACACACAAAGTGTTTCTTATCTTCTTATTATGTCAAGATTAGTAGTCTG
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| PHLB2_HUMAN | 32.628 % | 360 | 2.31E-104 |
| PHLB1_HUMAN | 59.064 % | 233 | 3.66E-62 |
| PHLB3_HUMAN | 59.843 % | 187 | 1.3E-49 |