Identifiers and Description

Gene Model Identifier

TTHERM_00692980

Standard Name

MRNO05 (Membrane Occupation and Recognition Nexus protein other)

Aliases

PreTt02882 | 107.m00062 | 3753.m00357

Description

protein kinase; Protein with predicted MORN domains localized throughout the protein and/or associated with other domains having a predicted function; rotein kinase domain containing protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

No Data fetched for Domains

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 9.9%

TetraMine Data

TTHERM_00692980

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Tetrahymena borealis	EI9_18392.1	9.997093137033517e-262	protein kinase domain-containi ng protein (709 aa)
Oxytricha	Contig16869.0.g26	9.99946582325553e-18	MORN repeat
SGD	YOR231W	0.00000019998969434520019	MKK1 Mitogen-activated kinase kinase involved in protein kin ase C signaling pathway that c ontrols cell integrity; upon a ctivation by Bck1p phosphoryla tes downstream target, Slt2p; functionally redundant with Mk k2p
WormBase	WBGene00010427	0.0000004998288985444982	locus:hpo-11 status:Partiall y_confirmed UniProt:G5ED17 protein_id:CAA15621.3
DictyBase	DDB_G0270814	0.0000007997233352734267	nek2 on chromosome: 1 position 4847143 to 4848761

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00692980(coding)
ATGATGGATAAAATTGATGAAACTGATAAACTAGATAAAAAGAAGAAAAAGAAGCATATT
ATTGAGTATAATTAGTTTATTGAAGAATTTGAATTCGTCCATCTTTCTGGATTGAAAGGT
CTTGAAAGAGCTCGTCAAATTCAATAGAAGAGCACAAATAAAATGTTTGATTACATTGAG
ATGGATTTGAGAGGAGTAGATACAATAGATAAATATGAAAATTACTGTGAGAGTTTATTC
GAGATAAATTAAAAGGAAATCTTGCAAATGAAGTTTTATTCAAGGGTATTTGTAGAAGAA
TCGCTTGGAGATCCTTATTGCAGATACTTTTTAATATTTGAATATTGCGAAAGTTCAGTG
GAAACAGAAATATAGCATTTAAAAAAGAGGAATAAGCAACTTAAAAAATCTACACTTAGA
AAAATATTTGAATCTGTTGCTATTGCATTGAATCACTTTCATACAAAGCAGATAGTTCAT
GGAGATTTGAGATCATCTAAAATATTTAAAAATGAATAAGGCTAATATAAATTGATGCCT
CCTAAAATCAAAAATAGGAAGGCTACTGAAAAATATTACCACTCACCCGAATATCACCTT
AGCAAAAATTTTAGAGCAGCATATGAGAAATAATAAAATAATCCCATTAAGGGAGAAATT
TATACATTTGGTATGATAATGTTAGAACTAGGTACTTTCAGTGATGACTTATATAATGCA
TATGGAAAGTTTTAAATGAATGAAGATGTGATTTAAAATGCTTTATAGAATTTTTCTATG
CTTTATGGTTATCATTTAACAGCGGTTGTAAAGAAGATGCTCAATTTAGATGCATAACTT
AGGCCTACTGCTAATGACATTATAGAGCTTCTCCAATCTTAGGAATTACATGAAATGGAA
AAGGAAATTAATAACCCTTATATTAAACTACAACATAGCTTTTAAAGTGAAAGTGAAGAA
GATAGCAATGCTGCTACAACTATTCATGCGAATTAAAATGGTTTGCACCCCTAATCTCAT
GAAGAAAAATTTAAGAGGGAAGATGGAAATAAAAAATCTACATTCTTTTAACTACAGCCT
TAGAGCTCTTAAAATATTTAGTTACCAGCAATTAAAATAAACATTAAAGCACCTTCTAAT
GTAGAATCACAAGATTCTTAGCAAGATATTTTAAACACAAGCACAGTTATTGGTAAAAAT
AATGTTCTTTAAACTCATCAAAGTTCAGATAAAACTCCGGTTACTAATAGAAGCTAAAGG
AGTAGACAAGGGACACAAATATATGTCAAAAGTAGTTTAAGTAGACAACAATCTAATTCA
TCAATTTAAGGAGATACCAAGAATTTTTAAACATTCGGAAGAGTTGCTAAGGCAGTCATA
AAATTAAAAGACTCAGTTAGGAATGAAGAAGAGGAAGAAGACAATGACGATTTGCTTAGA
GAAAAAAAAATATATGAAACATTACCATAAGAATATTAAGATGAAATAGATTCAAAAGTC
AATGAAAATCTTAAAAATATCGAAAGAGATTATACAGTTGATTATTTACCAAACGGTCAT
AGATATTAAGGTGAAAAATTGTAAGGGGTTCCTCATGGATGGGGGATTTTTTGGTGGGCA
AATGGAGAAATTTATGAAGGAGAATTTTTAAACGGGAAGTATCATGGAATAGGTATTTAT
TACTGGCCTACTGGCGTTAAGCATTATGGTGAATTTAGTTATGGAGAAATTAAAGGATTA
GGAGTTAGGTTTTATTAAGAGGGAGATATTTATTTTGGTGAGTGGCATAGAGGAAAAAAC
CATGGAAAAGGAACTTTTTATTGGTAAAAATCTTTAGCAAAGTTTAAAGGAAATTTTCTA
AAAGATAAAATATATGGGAAAGGAACTCTAATATTACCAATATTCGAAGATAGAGACTAA
GAACTAGGAGAGTATAAGGGTTCATAAAAATCAAGTATATTCTAAGACAAAGATTAAAAT
AAAGACAAAGTAAAAGAAACAAGAATTTACGAAGGTTTATGGAAGGATGAAGAAGGAAAA
GGTATTTATGTAGAAGAAATTGAATTCTCTGCATAAAAAGAAGGAGAGGATATACCTATT
CAAGTAATAGAAGAGCCTGAATAAATTGTAACTAAATAGCGCTGGAAGATATGA

>TTHERM_00692980(protein)
MMDKIDETDKLDKKKKKKHIIEYNQFIEEFEFVHLSGLKGLERARQIQQKSTNKMFDYIE
MDLRGVDTIDKYENYCESLFEINQKEILQMKFYSRVFVEESLGDPYCRYFLIFEYCESSV
ETEIQHLKKRNKQLKKSTLRKIFESVAIALNHFHTKQIVHGDLRSSKIFKNEQGQYKLMP
PKIKNRKATEKYYHSPEYHLSKNFRAAYEKQQNNPIKGEIYTFGMIMLELGTFSDDLYNA
YGKFQMNEDVIQNALQNFSMLYGYHLTAVVKKMLNLDAQLRPTANDIIELLQSQELHEME
KEINNPYIKLQHSFQSESEEDSNAATTIHANQNGLHPQSHEEKFKREDGNKKSTFFQLQP
QSSQNIQLPAIKINIKAPSNVESQDSQQDILNTSTVIGKNNVLQTHQSSDKTPVTNRSQR
SRQGTQIYVKSSLSRQQSNSSIQGDTKNFQTFGRVAKAVIKLKDSVRNEEEEEDNDDLLR
EKKIYETLPQEYQDEIDSKVNENLKNIERDYTVDYLPNGHRYQGEKLQGVPHGWGIFWWA
NGEIYEGEFLNGKYHGIGIYYWPTGVKHYGEFSYGEIKGLGVRFYQEGDIYFGEWHRGKN
HGKGTFYWQKSLAKFKGNFLKDKIYGKGTLILPIFEDRDQELGEYKGSQKSSIFQDKDQN
KDKVKETRIYEGLWKDEEGKGIYVEEIEFSAQKEGEDIPIQVIEEPEQIVTKQRWKI

>TTHERM_00692980(gene)
ATGATGGATAAAATTGATGAAACTGATAAACTAGATAAAAAGAAGAAAAAGAAGCATATT
ATTGAGTATAATTAGTTTATTGAAGAATTTGAATTCGTCCATCTTTCTGGATTGAAAGGT
CTTGAAAGAGCTCGTCAAATTCAATAGAAGAGCACAAATAAAATGTTTGATTACATTGAG
ATGGATTTGAGAGGAGTAGATACAATAGATAAATATGAAAATTACTGTGAGAGTTTATTC
GAGATAAATTAAAAGGAAATCTTGCAAATGAAGTTTTATTCAAGGGTATTTGTAGAAGAA
TCGCTTGGAGATCCTTATTGCAGATACTTTTTAATATTTGAATATTGCGAAAGTTCAGTG
GAAACAGAAATATAGCATTTAAAAAAGAGGAATAAGCAACTTAAAAAATCTACACTTAGA
AAAATATTTGAATCTGTTGCTATTGCATTGAATCACTTTCATACAAAGCAGATAGTTCAT
GGAGATTTGAGATCATCTAAAATATTTAAAAATGAATAAGGCTAATATAAATTGATGCCT
CCTAAAATCAAAAATAGGAAGGCTACTGAAAAATATTACCACTCACCCGAATATCACCTT
AGCAAAAATTTTAGAGCAGCATATGAGAAATAATAAAATAATCCGTAAAGATAATTTTAA
GAGAATAAACAATTTTTAATAAAGAAATATATTTTTAATAACAGCATTAAGGGAGAAATT
TATACATTTGGTATGATAATGTTAGAACTAGGTACTTTCAGTGATGACTTATATAATGCA
TATGGAAAGTTTTAAATGAATGAAGATGTGATTTAAAATGCTTTATAGAATTTTTCTATG
CTTTATGGTTATCATTTAACAGCGGTTGTAAAGAAGATGCTCAATTTAGATGCATAACTT
AGGCCTACTGCTAATGACATTATAGAGCTTCTCCAATCTTAGGAATTACATGAAATGGAA
AAGGAAATTAATAACCCTTATATTAAACTAGTATTTAAATAATTTGCCGTTTGTTTTAAT
TTATTAAATTTTATTCTTAAAAATAGCAACATAGCTTTTAAAGTGAAAGTGAAGAAGATA
GCAATGCTGCTACAACTATTCATGCGAATTAAAATGGTTTGCACCCCTAATCTCATGAAG
AAAAATTTAAGAGGGAAGATGGAAATAAAAAATCTACATTCTTTTAACTACAGCCTTAGA
GCTCTTAAAATATTTAGTTACCAGCAATTAAAATAAACATTAAAGCACCTTCTAATGTAG
AATCACAAGATTCTTAGCAAGATATTTTAAACACAAGCACAGTTATTGGTAAAAATAATG
TTCTTTAAACTCATCAAAGTTCAGATAAAACTCCGGTTACTAATAGAAGCTAAAGGAGTA
GACAAGGGACACAAATATATGTCAAAAGTAGTTTAAGTAGACAACAATCTAATTCAGTAA
ATAATCGAATTATTTCAGAATTTAATCTTGAAAAAAATGGTTTTAGTTTGTTTAATTGAA
ATCTTAAGATTTTTAATTTTTAAGTCAATTTAAGGAGATACCAAGAATTTTTAAACATTC
GGAAGAGTTGCTAAGGCAGTCATAAAATTAAAAGACTCAGTTAGGAATGAAGAAGAGGAA
GAAGACAATGACGATTTGCTTAGAGAAAAAAAAATATATGAAACATTACCATAAGAATAT
TAAGATGAAATAGATTCAAAAGTCAATGAAAATCTTAAAAATATCGAAAGAGATTATACA
GTTGATTATTTACCAAACGGTCATAGATATTAAGGTGAAAAATTGTAAGGGGTTCCTCAT
GGATGGGGGATTTTTTGGTGGGCAAATGGAGAAATTTATGAAGGAGAATTTTTAAACGGG
AAGTATCATGGAATAGGTTAATTAATTTATGATAGATTGTAAATCAAAAAAAATAATTAA
TTAATTTATACAAATTTTAGGTATTTATTACTGGCCTACTGGCGTTAAGCATTATGGTGA
ATTTAGTTATGGAGAAATTAAAGGATTAGGAGTTAGGTTTTATTAAGAGGGAGATATTTA
TTTTGGTGAGTGGCATAGAGGAAAAAACCATGGAAAAGGAACTTTTTATTGGTAAAAATC
TTTAGCAAAGTTTAAAGGAAATTTTCTAAAAGATAAAATATATGGGAAAGGAACTCTAAT
ATTACCAATATTCGAAGATAGAGACTAAGAACTAGGAGAGTATAAGGGTTCATAAAAATC
AAGTATATTCTAAGACAAAGATTAAAATAAAGACAAAGTAAAAGAAACAAGAATTTACGA
AGGTTTATGGAAGGATGAAGAAGGAAAAGGTATTTATGTAGAAGAAATTGAATTCTCTGC
ATAAAAAGAAGGAGAGGATATACCTATTCAAGTAATAGAAGAGCCTGAATAAATTGTAAC
TAAATAGCGCTGGAAGATATGA