Gene detail

Detailed information of Paelopatides49685 in Paelopatides sp. Yap Gene info

Gene ID	Annotation	Contig	Start	End	Strand
Paelopatides49685	SERINE/THREONINE-PROTEIN KINASE TNNI3K-RELATED	utg36762	292659	355629	-

Gene Structure

More details in Jbrowse Sequence

CDS

Paelopatides49685

ATGAATCCTAGGATGGATCTGAGGATGAATCCTAGGATGAATCCTTGGATGGATCCGAGGATGAATCTGAATCTGAGGATGAATCAGAGGATAGCTTCAGGATGCCAGCAATCGGCCCACCTTGTGGTGACGGCTACCTCTGCCCAGCCAGCAATCGGCACTAACATCTTCGAGGCCATCCTCCCTATCTTGCGTGCCTCGATCGCTGAGGAGTTGGACCGCCGGGCCGTTGGCCCTAGGAAGGACCCTCGTCTACCTGACGCACCACCCGCACCCCCTCAACAAACCCAATCACCGGCTCAGCACGGCCGTGCCTTCGCTCTGCCCCCAAGGACCTTTGTCCAGGATCAGTGGCTGTCTGATGACGAGTGGTCAGAGGAACCTTCCTTCGACCACCTCTCAGACGAGCTTGAAGACGCCATGCCTCTTCCGGCCTCAGACATGACCCAAGGGTCATCCCTGTCTCAGGAACCGGTGCGCCCTGCCCCTCAGATCTCTGGCTCCCGCCTCAGATCCACCAATGTTGCAGCAGCTGGCACCTCCGCAGCCCGGCTCCCAGTCGACACTTTGTGCAAGACTAGTTTAGATTCTGCCTTATCAGCCACCAACTTGGAGAAGTATCTGACAGACTTTAATGATGAAAATGACTGGGAGAGACTTGGAGAAGGTGGTTTTTCAACAGTACACAAAGTAACATTCAAGGAACAGTTCACAGAAGTTGCAATGAAAAAGTTGAAAAGGCAAGTTGATCTCTCTGAAGTATCAGTTTTGTTGAAAGCTATGACCAGTGATTACATTGTTGATATAAAGGCTGTGATTCGTGCTGATCCAGGAAGCGATAAATGCTCACACATCGTCATGGAGCTGCTGCCTTGTGATCTGCAGACTCTACGAGGTAACATACAAATCAGCGAAGAGAAGTGGTCCTCAATATGGCCAAGTATTACATCCATCTACTGGGATATATGTAAAGGCTTGAGCTACTTACATACCTTGAACATTAATCACTGTGATATTAAGCCAACGAACATCTTGATCTCCAACACTCTACAAGCTAAGGTGACTGATTTTGGACTTGCCCGATTGACTGAAAATGGATCTGGTCCTGAGAATCATCAAGAGGGAAACGTCAACACTTTAGTTACATTAGTTCCATCAGGCAGCCTTCCATACATTAGCCCACAACTCTTAGAAAATCCTGAAAATACAGTTACAAAGGAAGACGATCTTTACAGTTTTGGACTACTTTGTTACAAAGGAATTACAAACGTGAACTTGTTTGAGATGGAAGGAATAGGACTAATATCAGATACACAGATAGAAGATTTAAAATTGTGGGTTGTTGAACAACACGATAGACCACCTTTGGAAGAACTGTTAAAGTACAAAACACCAAAGGAACTGGAGAAGATGATAACCAGCTGCTGGGATCATGCCACGTCCAATCGATTCTCATTTGAATACTGGGAAGGGGACCTGGAAGCTCAGTGCAGCAGGTTCAGCAGTGAAGAGATGTCCATTGCTAAGAGAGCTCTTACAAGTGCAGTCTTACTCCACATGCTATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATTTTCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTATTCCACATGCCATTCAGTATCTCCAAAGGTCTTTATTCCACAAGCCATTCAGTATCTCCAAGGTCTTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCAATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTATTCCACAAGCCATTCAGTATCTCCAAGGTCTTTACTCCACAAGCCATTCAGTATCTTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCAATTCAGTATCTCCAAGGTCTTATCCACATCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGTCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATACCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAAGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATGTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGCATATCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATACCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCAATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGCATATCCAAGGTCTTATTCCACATGCCATTCAGCATATCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCGAAGCTCTTATTCCACATGCTATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACAAGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTTCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTACTCCACATGCAATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGTCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATACCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAAGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATGTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGCATATCCAAGGTCTTATTCCACATGCCATTCAGCATACCCAAGGTCTTATTCCACATGCAATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCGAAGCTCTTATTCCACATGCTATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACCTGCCATTCAGCATATCCAAGGTCTTATTCCACATGCCATTCGAAGCTCTTATTCCACATGCTATTCAGTATCTCCAAGGTCTTTACTCCACACGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAAGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAATATCTCCAAGGTCTTACTCCACATGCCATTCAATATCTCCAAGGTCTTACTCCACATGCCATTCAATATCTCCAAGGTCTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCAAGGTCCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATGTCCAAGGTCTTATTCCACATGCCATTCAGTATGTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCGAAGCTCTTATTCCACATGCTATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAAGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCAATTCAGTATCTCAAGGTCTTATTCCACATGCCATTCAGTATCTCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTTACTCCACATGCCATTCAGTATCTCCAAGGTCTTACTCCATATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATGTCCAAGGTCTTATTCCACATGCCATTCAGTATGTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTCAGTATCTCCAAGGTCTTATTCCACATGCCATTTATCTTATTACAGCAGTACTTCATGATGAAGGACTACCAACCTCTCGCCAACGTTTTTTTTCCCTTCTTAACGATGGGGACATTTTAAATAAACTGGGAAAAATGCTTGATCCACACAGTGAAGATTGGCAACAGTTAGCTGCAAAATTGGACTTCAGAGCAGATGAAATAGATCAAATTGATAGTCGTGAGAATCATCCTACAAAGGAAGTCTTGAAAATTGCTTATCAGAGAGGTAAAGATGTGTCGCCCCAAAGAATGATAAAGCTAGCAGAGGAGATTAGGAGGTATGATGTCGCTGATGTCATAAAGGGATGGCTAGAACCGACGGAGACCGACTCACCGACAACCTTGAAGGTTACACCCACAAAGGTTTTTGCAATAAAAAAATTTGAAGTGTTTGTAGCATTGAGAAAGTTAGATGTTGAAGATGGATTTAGTAATGACTGGAAAACACTTGCAAGTAAGTTGGATATGAAATCTGATGAGATAGATAAGATTGAGCAATTGTGCAATAGAAATAGAAAATATAAAACAGATATGGTCCTGAAGAATGCTTGCCAAAATGGTAAACTAAACTCTTATCAACACCTCATTCAGCTCTTGGAAGAAATGAAGCGGTTCGACGTTGTCTCCTCTTTTAAGGAAGTACTTCAACAAATAAGTCAATATATTCCCTAG

Transcript

Paelopatides49685

Protein

Paelopatides49685

MNPRMDLRMNPRMNPWMDPRMNLNLRMNQRIASGCQQSAHLVVTATSAQPAIGTNIFEAILPILRASIAEELDRRAVGPRKDPRLPDAPPAPPQQTQSPAQHGRAFALPPRTFVQDQWLSDDEWSEEPSFDHLSDELEDAMPLPASDMTQGSSLSQEPVRPAPQISGSRLRSTNVAAAGTSAARLPVDTLCKTSLDSALSATNLEKYLTDFNDENDWERLGEGGFSTVHKVTFKEQFTEVAMKKLKRQVDLSEVSVLLKAMTSDYIVDIKAVIRADPGSDKCSHIVMELLPCDLQTLRGNIQISEEKWSSIWPSITSIYWDICKGLSYLHTLNINHCDIKPTNILISNTLQAKVTDFGLARLTENGSGPENHQEGNVNTLVTLVPSGSLPYISPQLLENPENTVTKEDDLYSFGLLCYKGITNVNLFEMEGIGLISDTQIEDLKLWVVEQHDRPPLEELLKYKTPKELEKMITSCWDHATSNRFSFEYWEGDLEAQCSRFSSEEMSIAKRALTSAVLLHMLFSISKVLFHMPFSISKVFTPHAIQYLQGLYSTCHSVFSRSLLHMPFSISKVFIPHAIQYLQGLYSTCHSVSPKVFIPQAIQYLQGLYSTCHSVSPRSYSTCQFSISKVLFHMPFSISKVFIPQAIQYLQGLYSTSHSVSSKVLFHMPFSISKVFTPHAIQYLQGLIPHAIQYLQGLIPHANSVSPRSYPHPFSISKVLFHMPFSISKVLFHMPFSISKVFTPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQGLYSTCHSVSPRSYSTCHSVSPRSYSTCHSVSPRSLLHMPFSISKVLFHIPFSISKVLFHMPFSISKVFTPHAIQYLQGLIPHAIQYVQGLIPHAIQYLQGLIPHAIQYLQGLIPHAIQHIQGLIPHAIQYLQGLIPHAIQYLQGLYSTCHSVSPRSYSTCHSVSPRSLLHIPFSISKVLFHMPFSISKVLFHMPFSISKVLFHMPFSISKVLFHMPFSISKVLFHMQFSISKVFTPHAIQYLQGLIPHAIQHIQGLIPHAIQHIQGLIPHAIQYLQGLIPHAIRSSYSTCYSVSPRSYSTCHSVSPRSLLHKPFSISKVFTPHAIQYLQGLIPHAIQYLQGLYSTCHSVSPRSYSTCHSVSPRSYSTCNSVSPRSYSTCHSVSPRSYSTCHSVSPRSLLHMPFSISKVLFHMPFSISKVLFHMPFSISKVLFHMPFSISKVFTPHAIQYLQGLIPHAIQYLQVLFHMPFSISKVFTPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQGLYFHMPFSISKVLFHMPFSISKVLFHMSFSISKVFTPHAIQYLQGLIPHTIQYLQGLIPHAIQYLQSLYSTCHSVSPRSYSTCHSVCPRSYSTCHSVSPRSLLHMPFSISKVLFHMPFSISKVLFHMPFSIPKVLFHMQFSISKVLFHMPFEALIPHAIQYLQGLYSTCHSVSPRSYSTCHSAYPRSYSTCHSKLLFHMLFSISKVFTPHAIQYLQGLIPHAIQYLQGLIPHAIQYLQSLYSTCHSVSPRSLLHMPFNISKVLLHMPFNISKVLLHMPFNISKVLLHMPFSISKVLFHMPFSISRSLFHMPFSISKVLFHMPFSMSKVLFHMPFSMSKVLFHMPFSISKVLFHMPFSISKVLFHMPFEALIPHAIQYLQGLYSTCHSVSPRSYSTCHSVSPRSYSTCHSVSPKSLLHMPFSISKVFTPHAIQYLQGLTPHAIQYLQGLTPHAIQYLQGLIPHAIQYLKVLFHMPFSISRSYSTCHSVSPRSLLHMPFSISKVLFHMPFSISKVFTPHAIQYLQGLTPYAIQYLQGLIPHAIQYLQGLIPHAIQYVQGLIPHAIQYVQGLIPHAIQYLQGLIPHAIQYLQGLIPHAIYLITAVLHDEGLPTSRQRFFSLLNDGDILNKLGKMLDPHSEDWQQLAAKLDFRADEIDQIDSRENHPTKEVLKIAYQRGKDVSPQRMIKLAEEIRRYDVADVIKGWLEPTETDSPTTLKVTPTKVFAIKKFEVFVALRKLDVEDGFSNDWKTLASKLDMKSDEIDKIEQLCNRNRKYKTDMVLKNACQNGKLNSYQHLIQLLEEMKRFDVVSSFKEVLQQISQYIP*

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
PF00069	Pkinase	Protein kinase domain	Domain	Interproscan
PF00531	Death	Death domain	Domain	Interproscan

InterPro

InterPro term	Type	Description	Source
IPR000488	Domain	Death domain	Interproscan
IPR000719	Domain	Protein kinase domain	Interproscan
IPR008271	Active_site	Serine/threonine-protein kinase, active site	Interproscan
IPR011009	Homologous_superfamily	Protein kinase-like domain superfamily	Interproscan
IPR011029	Homologous_superfamily	Death-like domain superfamily	Interproscan
IPR017441	Binding_site	Protein kinase, ATP binding site	Interproscan
IPR051681	Family	Serine/Threonine Kinases and Pseudokinases	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR44329	SERINE/THREONINE-PROTEIN KINASE TNNI3K-RELATED	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0004672	Molecular Function	protein kinase activity	Interproscan
GO:0005515	Molecular Function	protein binding	Interproscan
GO:0005524	Molecular Function	ATP binding	Interproscan
GO:0006468	Biological Process	protein phosphorylation	Interproscan
GO:0007165	Biological Process	signal transduction	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
-	-	-	-	-	-