Identifiers and Description

Gene Model Identifier

TTHERM_00334450

Standard Name

MRNO07 (Membrane Occupation and Recognition Nexus protein other)

Aliases

PreTt05990 | 34.m00227 | 3689.m00025

Description

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

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Molecular Function

• ATP binding (IEA) | GO:0005524
• protein kinase activity (IEA) | GO:0004672

Biological Process

• protein phosphorylation (IEA) | GO:0006468

Domains

• ( PF02493 ) MORN repeat
• ( PF07661 ) MORN repeat variant
• ( PF00069 ) protein kinase domain

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 15.5%

TetraMine Data

TTHERM_00334450

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_16038.1	9.997093137033517e-262	MORN repeat variant family pro tein (919 aa)
Oxytricha	Contig9312.0.g7	7.9993595954329e-16	Protein kinase domain
WormBase	WBGene00002210	0.000000030002053728821195	locus:kin-29 Serine/threonin e-protein kinase kin-29 stat us:Confirmed UniProt:Q21017 protein_id:CCD71675.1
SGD	YGL179C	0.000005998506718272351	TOS3 Protein kinase, related t o and functionally redundant w ith Elm1p and Sak1p for the ph osphorylation and activation o f Snf1p; functionally ortholog ous to LKB1, a mammalian kinas e associated with Peutz-Jegher s cancer-susceptibility syndro me

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00334450(coding)
ATGGAAGGAATATCTAAAGAGGAGCTTCGTATCCAATACGATAGTCTAGAAAATAAACCT
CAAATGGGTTTTCAAATTCTACTTTCAAATATTTACTTTCTTCTAACCAAAGGCATAGTC
ACGAACTAAATAATAGGATCAAGTGGCAATTCATTTATGCTTAAGTGCAACTAAAAGACA
CCAAATGGTATTATTATTTTAACTGTCAGGGCTATTATGGTTAACAGCTATAGTACTCTT
TCAAATGCTGTTGAGTTATATGAGAATTAGGTAGATATAAAATATGTATCAGAATATATT
TAAGTTTATGACTCCTTCTGCTACAATAAAAATGATGAAGTAATGAATTACGTGAGAAGA
GGATTTTATCGCTACACAATTGATGAAATGTACAAGCTGAATTCATCATTCAAAGGCTAA
GGTGTTTTAAACCGCTTTGACCTTATTTAAAAATGGATAGACTAATTGATAGAAGCATTA
TCTTTGCTACATGAAAGAGGACTCTATCACGGTGGTGTTAAGGCATCTAATATCTTTGTA
GATGAAAATAGCAATTAAATACGTATTATTGACTATGGATTTTACTCATCTCATGTAAAT
TTGATGAATTAAAATTACTCTAAAGATGTGTACACTCCATTAGTCTTTAATGAGCTTGCA
AATTCATTCGATTAGAAGAGGTTTAATGATATTTATGCTTTAATTATTTTAATCTATCAA
ATGGCTTTTGGCTTTGATAACTCCCATTACTAGATAAAATAGCTTTAAAAAGGAATAACA
TTTAACGATGAGGATGATGGAAGAGATCACGAATCAGATGATACTTACGAATTTAAGTTA
AGGATAATTAAGCTTGTTAATAAAATAGTTTGTAAAGCAGCTCTAGGAACAGAAGAATAA
CGCAAAAAGATTACCTTATTCTATGTCTCAGATGTGCTTTAATAAAAAAGAAATGTAGAA
TCTTTCTAAAATTCTCCTAAACACATAGCTGAAACTCTATAAGTATTTGATAATGGTTAA
AAAGTGGTTATTTCAAGTGAAAGAGTTTTAGCTGCTGCATAACCATAATAATAAAATTAT
GATGGCGACTCTAAGACAGATTATACCCAAGAAGAGCTCTATCTATAAGAAATGATTTAT
TAATAACAAAAGTAGCATGAATAAGAACAAAAATAAATATAGTAGTAAATTTATTCGAAT
GAAAATTTAACTTTATAACAAAAAATAGACGTTTACAAAAAGTTAGACTATGAAAAATAT
TAACACAGTAGCTCTTAAAATAGTACATCTAATATCCTAAGTCCAGAGAAAAATTAAGCA
GTAATAAGCCCTCTATTTTAAGTAAATTAGAGTCATCAGCTTATGAGTGAAATTTAAGAA
TAATAAGTTAAAATCGAAAATTATGAAAAGGAAAAATAATATATCAATCCAGTCGAATAA
GAATAAAAACTTGATTAAATTTTGTAAATGCATAGATAAGAAAAAGATTTGATAATTAAT
TAACAAAATTCTGATTAAATAAATTCTACAGCACTGGACAAATAAAATTCTAATTTGGTT
CAAGGCTTCCTTTAAGATAATAAAATCATAAAATCATGTTTTGATTTTAATTCTCCAATA
AATACATAACCTACTTCAATTTCTTAACATATACGCACATACTCGAGTGCTGTTTATGAT
CACGCACCTAATTCTGCTCAAATTGTTGAAAATCCAGAAAAAATTTAAGTTACACAAGAA
ACCAAACCTGATGAAATAGATACTTAATAGAATAAAATTTTAGAAGAAAAATATGAAGAT
TTTTGGGTGATAGATTTATCTCATAAAAATAGTGTATAAAGAGGAGCAGATTATCATCCT
AGTAAGTACTAAGAATAAATTAAATAAGCTTAATTAAAATAGTAACAAAATGAAATTGAA
GACATTTACACTCAAGTAAATTAGAGATCAAATCAAAAAATGACAATATAATAAACTTTA
CTTAAATAAATTGAATAATTTGATAAATAATAATAATAATAATAGTAATAACAACCAGAA
AAAACAATTTAATAAACAGCATTTTAACAAGATTCTCATAAGGATATTTCTACCAGTTAA
AATTGTGAAATCAAGACACCATACATGAGTACTGAATAAATCTTATCTAACTCCTAAGAA
AACTAAATAATCAGATTTCCAAATGGAGCTATTCAGTATGAAGGTTAGATATAAAGTGGA
TAGAAAAATGGCTATGGAGTACTCTACAACTGTAATGGCACAAAAATGTATGAAGGAAGC
TTTAAAGATGATTTCTATCATGGTTTTGGAATGGAATATTATGAAAATGGTTAAATTCTT
CATTAAGGAAATTTTGAAAAAGGATTATTAAATGGATTTGCTAAAACCTTCTACAAGAAT
GGAAGCCTATGTTACGAAGGAGATTATGTTGAAGGCATATGCCATGGAAATGGCACAAAG
TACGATGAGAGCTCATCAAACTTCTAACAAGGTTAATACTAAAATGGAAAGATGATAGGA
GTTCACAAGAAGTACCAATAAAATGGCTAAATAATATTTGAAACTAATTTTAAAAATAAT
AAAAGAGATGGAAAATCTATTGAGTATCATTAATAAGGTGGTATTAGCTTTGAGGGAACA
TATAAAAACGGTAAGAAAATGAATGGTATTGAATATGACCATGATGGAAATAAAATACAT
GAAGGTGATTATGAATAATACGAATTTTGA

>TTHERM_00334450(protein)
MEGISKEELRIQYDSLENKPQMGFQILLSNIYFLLTKGIVTNQIIGSSGNSFMLKCNQKT
PNGIIILTVRAIMVNSYSTLSNAVELYENQVDIKYVSEYIQVYDSFCYNKNDEVMNYVRR
GFYRYTIDEMYKLNSSFKGQGVLNRFDLIQKWIDQLIEALSLLHERGLYHGGVKASNIFV
DENSNQIRIIDYGFYSSHVNLMNQNYSKDVYTPLVFNELANSFDQKRFNDIYALIILIYQ
MAFGFDNSHYQIKQLQKGITFNDEDDGRDHESDDTYEFKLRIIKLVNKIVCKAALGTEEQ
RKKITLFYVSDVLQQKRNVESFQNSPKHIAETLQVFDNGQKVVISSERVLAAAQPQQQNY
DGDSKTDYTQEELYLQEMIYQQQKQHEQEQKQIQQQIYSNENLTLQQKIDVYKKLDYEKY
QHSSSQNSTSNILSPEKNQAVISPLFQVNQSHQLMSEIQEQQVKIENYEKEKQYINPVEQ
EQKLDQILQMHRQEKDLIINQQNSDQINSTALDKQNSNLVQGFLQDNKIIKSCFDFNSPI
NTQPTSISQHIRTYSSAVYDHAPNSAQIVENPEKIQVTQETKPDEIDTQQNKILEEKYED
FWVIDLSHKNSVQRGADYHPSKYQEQIKQAQLKQQQNEIEDIYTQVNQRSNQKMTIQQTL
LKQIEQFDKQQQQQQQQQPEKTIQQTAFQQDSHKDISTSQNCEIKTPYMSTEQILSNSQE
NQIIRFPNGAIQYEGQIQSGQKNGYGVLYNCNGTKMYEGSFKDDFYHGFGMEYYENGQIL
HQGNFEKGLLNGFAKTFYKNGSLCYEGDYVEGICHGNGTKYDESSSNFQQGQYQNGKMIG
VHKKYQQNGQIIFETNFKNNKRDGKSIEYHQQGGISFEGTYKNGKKMNGIEYDHDGNKIH
EGDYEQYEF

>TTHERM_00334450(gene)
ATGGAAGGAATATCTAAAGAGGAGCTTCGTATCCAATACGATAGTCTAGAAAATAAACCT
CAAATGGGTTTTCAAATTCTACTTTCAAATATTTACTTTCTTCTAACCAAAGGCATAGTC
ACGAACTAAATAATAGGATCAAGTGGCAATTCATTTATGCTTAAGTGCAACTAAAAGACA
CCAAATGGTATTATTATTTTAACTGTCAGGGCTATTATGGTTAACAGCTATAGTACTCTT
TCAAATGCTGTTGAGTTATATGAGAATTAGGTAGATATAAAATATGTATCAGAATATATT
TAAGTTTATGACTCCTTCTGCTACAATAAAAATGATGAAGTAATGAATTACGTGAGAAGA
GGATTTTATCGCTACACAATTGATGAAATGTACAAGCTGAATTCATCATTCAAAGGCTAA
GGTGTTTTAAACCGCTTTGACCTTATTTAAAAATGGATAGACTAATTGATAGAAGCATTA
TCTTTGCTACATGAAAGAGGACTCTATCACGGTGGTGTTAAGGCATCTAATATCTTTGTA
GATGAAAATAGCAATTAAATACGTATTATTGACTATGGATTTTACTCATCTCATGTAAAT
TTGATGAATTAAAATTACTCTAAAGATGTGTACACTCCATTAGTCTTTAATGAGCTTGCA
AATTCATTCGATTAGAAGAGGTTTAATGATATTTATGCTTTAATTATTTTAATCTATCAA
ATGGCTTTTGGCTTTGATAACTCCCATTACTAGATAAAATAGCTTTAAAAAGGAATAACA
TTTAACGATGAGGATGATGGAAGAGATCACGAATCAGATGATACTTACGAATTTAAGTTA
AGGATAATTAAGCTTGTTAATAAAATAGTTTGTAAAGCAGCTCTAGGAACAGAAGAATAA
CGCAAAAAGATTACCTTATTCTATGTCTCAGATGTGCTTTAATAAAAAAGAAATGTAGAA
TCTTTCTAAAATTCTCCTAAACACATAGCTGAAACTCTATAAGTATTTGATAATGGTTAA
AAAGTGGTTATTTCAAGTGAAAGAGTTTTAGCTGCTGCATAACCATAATAATAAAATTAT
GATGGCGACTCTAAGACAGATTATACCCAAGAAGAGCTCTATCTATAAGAAATGATTTAT
TAATAACAAAAGTAGCATGAATAAGAACAAAAATAAATATAGTAGTAAATTTATTCGAAT
GAAAATTTAACTTTATAACAAAAAATAGACGTTTACAAAAAGTTAGACTATGAAAAATAT
TAACACAGTAGCTCTTAAAATAGTACATCTAATATCCTAAGTCCAGAGAAAAATTAAGCA
GTAATAAGCCCTCTATTTTAAGTAAATTAGAGTCATCAGCTTATGAGTGAAATTTAAGAA
TAATAAGTTAAAATCGAAAATTATGAAAAGGAAAAATAATATATCAATCCAGTCGAATAA
GAATAAAAACTTGATTAAATTTTGTAAATGCATAGATAAGAAAAAGATTTGATAATTAAT
TAACAAAATTCTGATTAAATAAATTCTACAGCACTGGACAAATAAAATTCTAATTTGGTT
CAAGGCTTCCTTTAAGATAATAAAATCATAAAATCATGTTTTGATTTTAATTCTCCAATA
AATACATAACCTACTTCAATTTCTTAACATATACGCACATACTCGAGTGCTGTTTATGAT
CACGCACCTAATTCTGCTCAAATTGTTGAAAATCCAGAAAAAATTTAAGTTACACAAGAA
ACCAAACCTGATGAAATAGATACTTAATAGAATAAAATTTTAGAAGAAAAATATGAAGAT
TTTTGGGTGATAGATTTATCTCATAAAAATAGTGTATAAAGAGGAGCAGATTATCATCCT
AGTAAGTACTAAGAATAAATTAAATAAGCTTAATTAAAATAGTAACAAAATGAAATTGAA
GACATTTACACTCAAGTAAATTAGAGATCAAATCAAAAAATGACAATATAATAAACTTTA
CTTAAATAAATTGAATAATTTGATAAATAATAATAATAATAATAGTAATAACAACCAGAA
AAAACAATTTAATAAACAGCATTTTAACAAGATTCTCATAAGGATATTTCTACCAGTTAA
AATTGTGAAATCAAGACACCATACATGAGTACTGAATAAATCTTATCTAACTCCTAAGAA
AACTAAATAATCAGATTTCCAAATGGAGCTATTCAGTATGAAGGTTAGATATAAAGTGGA
TAGAAAAATGGCTATGGAGTACTCTACAACTGTAATGGCACAAAAATGTATGAAGGAAGC
TTTAAAGATGATTTCTATCATGGTTTTGGAATGGAATATTATGAAAATGGTTAAATTCTT
CATTAAGGAAATTTTGAAAAAGGATTATTAAATGGATTTGCTAAAACCTTCTACAAGAAT
GGAAGCCTATGTTACGAAGGAGATTATGTTGAAGGCATATGCCATGGAAATGGCACAAAG
TACGATGAGAGCTCATCAAACTTCTAACAAGGTTAATACTAAAATGGAAAGATGATAGGA
GTTCACAAGAAGTACCAATAAAATGGCTAAATAATATTTGAAACTAATTTTAAAAATAAT
AAAAGAGATGGAAAATCTATTGAGTATCATTAATAAGGTGGTATTAGCTTTGAGGGAACA
TATAAAAACGGTAAGAAAATGAATGGTATTGAATATGACCATGATGGAAATAAAATACAT
GAAGGTGATTATGAATAATACGAATTTTGA