Identifiers and Description

Gene Model Identifier

Contig868.1.g31

Standard Name

STK29

Aliases

Contig868_1_g31

Description

Protein kinase domain

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Cellular Component

• membrane (IEA) | GO:0016020
• proteinaceous extracellular matrix (IEA) | GO:0005578

Molecular Function

• ATP binding (IEA) | GO:0005524
• phosphotransferase activity, alcohol group as acceptor (IEA) | GO:0016773
• calcium ion binding (IEA) | GO:0005509
• protein kinase activity (IEA) | GO:0004672

Biological Process

• lipopolysaccharide biosynthetic process (IEA) | GO:0009103
• signal transduction (IEA) | GO:0007165
• protein phosphorylation (IEA) | GO:0006468

Domains

• ( pfam00069 ) Protein kinase domain
• ( pfam07714 ) Protein tyrosine kinase
• ( pfam00036 ) EF hand
• ( pfam13499 ) EF-hand domain pair
• ( pfam13405 ) EF-hand domain
• ( pfam13202 ) EF hand
• ( pfam13833 ) EF-hand domain pair
• ( pfam06293 ) Lipopolysaccharide kinase (Kdo/WaaP) family
• ( pfam10591 ) Secreted protein acidic and rich in cysteine Ca binding region
• ( pfam01636 ) Phosphotransferase enzyme family
• ( pfam09331 ) Domain of unknown function (DUF1985)
• ( pfam11599 ) RRNA methyltransferase AviRa
• ( pfam12763 ) Cytoskeletal-regulatory complex EF hand

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
T. thermophila	TTHERM_00218310	4.999450098932641e-139	Protein kinase domain containi ng protein
SGD	YOL016C	1.9997255150861791e-53	CMK2 SGDID:S000005376, Chr XV from 296120-294777, Genom...

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig868.1.g31(coding)
ATGGGAAACTATGCTAATTGCTGTGAAAAAAATAATAAAGATCTTCCTGATAACGTGAAT
TAGGGAGACATGGGAGTGGACAGTTCAAAGCGGCCCACTCGAGAAAGAATGTAGAATGGA
GGAGGCGCACACGCTATTATAAATACTGATGAACTATCCTCATCACAAAGACATAAAAAT
AAAGGGCGTTTAGTTGCAGTCGATGATAAAAATTAAGGTAGTGGATAAAAGTCTCAATAG
AATGGATTGATGCAAAAGTTCTCGAGTAGTGATCTAAAGGCTAATAATATTATAGGGAAG
CCAACTATAAACTTGCATTAACAGTAATCAATCAAAAATGACAGTACTGTATTAAGTGGC
CTTAATGGTAGATCTATCAATAATAATGTCAATGAGAATAACAATTTTCAAAAAACTAAT
AATCACAATAACTAATAAGAAAGTGACCGAAGTGTAGGAAGTAGTTAAAGCAGTTATATA
CCAAAGGTGCCCAGAAAGGCTCTTCTCTAGAAATTTAATGTTGATGTTGATGTCATAGAG
GCCAGTCACAGAATAGACCAGAGAAACGAAGGGTAGAATTAGTTTAATTTATATAAGCAA
GACTCAGAGAAGCCAATGAACATATTAGAATAACTTGAGAAAAATTTCTAAGAAGTATAC
AATGAATAGGATCAAGAAGATAAGGGCAAATCAAACGTTTTGATAAATTCCCGTATGTTA
GTTTCAGAACGTAGAAATCCCATAGAAATAAATTACGAAATTCTAGAGCATATAGGTCAA
GGCGGTTTCGGTGAAGTTAAAAAGGTTAGACATAAAGAACTAAATATAATAAGAGCCTTA
AAAATTATTAAGAAATCTAAGTATAAATCTACTGCTGAACTAAAGATGATTAAAAACGAA
ATTGCAATAATGAAGTTAGTAGATCACCCTAATATTGTCAAGTTATTCGAGTTCTTTGAG
GACGATGAATAATTTTTCATAATTACCGAGTATTGCTCTGGAGGGTAATTGTTTGAAATG
ATCCGCTAAAAAAGATAATTTACAGAAAATGAAGCTGCATAGATTATGATGTAACTACTT
TCAGCAATAGCTCATTGTCATTTGAGAAAAGTGGTGCATAGAGATGTAAAACCGGAAAAC
TTACTAGTAGACATAACAGGCACAAATAATGAGAATTATGCTGTGAAAATCATAGATTTT
GGTATTTCTACAACTTTTGATCCTGAATAAAAATTGACTCTTAGCATTGGAACTCCTTAT
TATGTTGCTCCAGAAGTCATCCAAAAGCAGTACAATGAGAAATGTGATGTGTGGAGCTGT
GGAGTAATTTTATACATATTGCTGTGTGGTTATCCTCCATTTGCAGCAAGAAATTAAAAT
GAGATTTACTAAAAGATACTCAAAGGAACGTTTTCTTTTACTTCCTAAGAATGGTCATCA
GTTAGTAAATTAGCAAAAGACTTTATCAAAAAGCTGTTGCAAAAGCACGCTTCAAATCGT
ATCTCAGCTGCAGATGCTTTAAATGACCCTTGGATAAAGCAATTCACAGAGAAGTCTAAA
ATTTAAAAACCTATATGTGTAAGTGCCTTGAATCAGCTAAAGAATTTCTAATGTGAGAGA
AAACTTGAATAAGCTGTTGTGGCTTACATTACGAACAGCATGATGTCAAAGTAAACTGAA
GAGCGTTTGATGCAAACATTCAAGCAATTCGATAAAAACAACGACGGCATATTGACTATT
GACGAGCTTAGAGAAGGCTTTAAGGAATTCATGGGAGAGCAAATACTTTTTGAGGATGAA
CTTCAACAAATCATTAAAAATGTAGATTTCAACCAGAATGGGTTAATTGAGTACTCTGAG
TTTGTTTCTGCAGCTTCAAACCTCAAACATTTGCTAACAGAGAAAAACTTGAAGCAAGCG
TTTGATTTATTCGATTTAGATTAGAATGGAGAGATCACTCCAAGAGAGTTAAAACATATT
CTAGGAGGAAAAAACGAAGACTTAAAAGATGAGGAATGGGAGCATTTGATCAACGACTTC
GACAAAAACGGAGATGGAATGATAAACTTTGATGAATTTAAGAATATGATGTACCAGCTG
CATGTCAACTAAAAGAACATGGGTGCAAAGGAAGGCATTAATATACTTCTAGGCATAAAT
AAAGCCAATCCAGACGACAGCAAAGAAATGATAAGCGTTAATAATACTACAGCAATCGTA
AATTAGAGCAATCAATAGTGA

>Contig868.1.g31(protein)
MGNYANCCEKNNKDLPDNVNQGDMGVDSSKRPTRERMQNGGGAHAIINTDELSSSQRHKN
KGRLVAVDDKNQGSGQKSQQNGLMQKFSSSDLKANNIIGKPTINLHQQQSIKNDSTVLSG
LNGRSINNNVNENNNFQKTNNHNNQQESDRSVGSSQSSYIPKVPRKALLQKFNVDVDVIE
ASHRIDQRNEGQNQFNLYKQDSEKPMNILEQLEKNFQEVYNEQDQEDKGKSNVLINSRML
VSERRNPIEINYEILEHIGQGGFGEVKKVRHKELNIIRALKIIKKSKYKSTAELKMIKNE
IAIMKLVDHPNIVKLFEFFEDDEQFFIITEYCSGGQLFEMIRQKRQFTENEAAQIMMQLL
SAIAHCHLRKVVHRDVKPENLLVDITGTNNENYAVKIIDFGISTTFDPEQKLTLSIGTPY
YVAPEVIQKQYNEKCDVWSCGVILYILLCGYPPFAARNQNEIYQKILKGTFSFTSQEWSS
VSKLAKDFIKKLLQKHASNRISAADALNDPWIKQFTEKSKIQKPICVSALNQLKNFQCER
KLEQAVVAYITNSMMSKQTEERLMQTFKQFDKNNDGILTIDELREGFKEFMGEQILFEDE
LQQIIKNVDFNQNGLIEYSEFVSAASNLKHLLTEKNLKQAFDLFDLDQNGEITPRELKHI
LGGKNEDLKDEEWEHLINDFDKNGDGMINFDEFKNMMYQLHVNQKNMGAKEGINILLGIN
KANPDDSKEMISVNNTTAIVNQSNQQ