Identifiers and Description

Gene Model Identifier

TTHERM_01108620

Standard Name

APM2 (Adaptor Protein complex Medium subunit 2 )

Aliases

PreTt20393 | 238.m00043 | 3797.m00202 | APM1A

Description

APM1A clathrin adapter protein AP-1 mu subunit; Homolog of adaptor protein complex (AP-1) medium (mu) subunit; localized to internal structures in cell

Genome Browser (Macronucleus)



Genome Browser (Micronucleus)

External Links

Gene Ontology Annotations

Cellular Component

Molecular Function

Biological Process

Domains

No Data fetched for Domains

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source Identifier Score
Tetrahymena borealis EI9_06698.1 9.997093137033517e-262
Description: adaptor complexes medium subunit protein (444 aa)
Tetrahymena borealis EI9_13256.1 9.997093137033517e-262
Description: hypothetical protein (179 aa)
Oxytricha Contig21523.0.g45 3.9994088109733696e-178
Description: Adaptor complexes medium subunit family
DictyBase DDB_G0289247 9.995404496431436e-166
Description: apm1 on chromosome: 5 position 2536641 to 2538194
Tetrahymena borealis EI9_13509.1 9.995404496431436e-166
Description: protein kinase domain-containing protein (310 aa)
WormBase WBGene00006829 3.0005183738819142e-162
Description: locus:unc-101 AP-1 complex subunit mu-1-I status:Confirmed UniProt:P35602 protein_id:CAB05557.3
Tetrahymena borealis EI9_15264.1 3.0005183738819142e-162
Description: hypothetical protein (1059 aa)
SGD YPL259C 9.999875542736265e-136
Description: APM1 Mu1-like medium subunit of the clathrin-associated protein complex (AP-1); binds clathrin; involved in clathrin-dependent Golgi protein sorting
Stentor Coeruleus SteCoe_1791 4.961148436415422e-78
Description: None

General Information

No Data fetched for General Information

Associated Literature

  1. Ref:16276403: Elde NC, Morgan G, Winey M, Sperling L, Turkewitz AP (2005) Elucidation of clathrin-mediated endocytosis in tetrahymena reveals an evolutionarily convergent recruitment of dynamin. PLoS genetics 1(5):e52

Sequences

>TTHERM_01108620(coding)
ATGCTTTATACATACAATTAACATTTGAAAAATAAAATCTTAGGAAGGAAAACAAACAAC
CAACTATAAAAAATTAAATAAAAATAATAAACAAATTAAGAAGTGAATAGATAAATAGAT
CTTGAATTTATTGTTTATCATTAATAGATTGAAGGTAAAAGCAAATAAATAAATAAGCAA
TTAATTAATAAATTAATAAGTAAATAAATAGTTAATACAAAATACAACTAAAATAGCATA
GAAATCATTTTTTAAAAATATTTTAAGAATTAGAAAGCAATGTCATCCTGTATTAGTACT
GGTATTTCAGCCATCTATATTTTAGATCATAAGGGAAGAGTTCTCATCACAAGATGTTAT
AAAGGTGATTTGCCTATTAACATTCATGATATTTTCAACAAGAAATTGCTTGAATATGAT
GAATTCTCAGTTAAGCCTATTTTGCGTGATAAGTATGGTCACTCTTTCTTCTATTTACAT
CATAATAATTTGATCTTCTTAGCAATTTCTAGAAAGAATACTAACTGCATGATGGTGTTC
AGCTTCTTGTACCAACTTATTTAAGTTTTAGTAGATTATTTTAAGGAATTAGAAGAGGAA
TCTGTACGTGATAATTTTGTTATTATTTATGAACTACTTGATGAAATGATGGATAATGGT
TATCCCCAAACCACTGACAATAAGATTCTTAAAGGATTGATAAAGACTGAATCTCATGAG
TTGAAAAAAGATTAAAAAAAGCCAAGCAAGAATAGTTCTTTGTCAATCGAAAACTAAGTA
GATGCAATTACAGGTGCAGTTACTTGGAGAAACAATGGTATTTCTTACAAAAAGAATGAA
GTCTTTTTGGATGTTATTGAAAAATTAAATATGTTAGTTTCTCATCAAGGTAATGTCATT
AAGTCAGAAATAGCTGGTTAAATTAGAGTTCGTTGTTTCCTTTCCGGTATGCCTGAACTT
AAATTAGGTATCAATGATAAGGCCTTTTATGATGCATAAGGGCGTACTTCTAAGAGTAGA
GCAATAGAATTTGATGATATGAAATTCCATGCCTGCGTGAGATTGTCGAAGTTTGAAAAT
GATAGAGTAATTTCATTCATTCCTCCTGATGGTGAATTTGAATTAGCTTCCTATCGTTTA
GATGTTCGTGTTAAGCCTCTATTTTCAGTTGAAGTTACTCCTGAAAGAAAGCCTAACTCT
AATAAAATTGAATTCACAGTTAAGGTAAAGAGTAATTTCAAGCAAAAATCTACTGCTAAT
AACGTTGAAATCTTTATCCCTGTACCTGATGATGCTGAAACCCCAGTTTTCAAGGCTGCT
TATGGTACTGTCGAATATGTTGCTGAAAAAGAAGCTATGGGATGGAAATTTAAGTAATTC
CCTGGCTAAAGAGAATACATGATGACAGCTACTTTCCACTTGCCTACTGTAGTATCTCCT
AATAGAGAAAAATTCTAAAGAATGCCAATCAGCATCAACTTCGAAATCCCTTACTACACC
GTAAGTGGTTTCTAAGTTAGATATTTAAAAATATAAGAAAAGAGTGGTTATCATGCTCTT
CCTTGGGTTCGTTATATTACATAAAATGGAGATTATCAAATTAGAATGTCTTGA


>TTHERM_01108620(gene)
ATGCTTTATACATACAATTAACATTTGAAAAATAAAATCTTAGGAAGGAAAACAAACAAC
CAACTATAAAAAATTAAATAAAAATAATAAACAAATTAAGAAGTGAATAGATAAATAGAT
CTTGAATTTATTGTTTATCATTAATAGATTGAAGGTAAAAGCAAATAAATAAATAAGCAA
TTAATTAATAAATTAATAAGTAAATAAATAGTTAATACAAAATACAACTAAAATAGCATA
GAAATCATTTTTTAAAAATATTTTAAGAATTAGAAAGCAATGTCATCCTGTATTAGTACT
GGTATTTCAGCCATCTATATTTTAGATCATAAGGGAAGAGTTCTCATCACAAGATGTTAT
AAAGGTGATTTGCCTATTAACATTCATGATATTTTCAACAAGAAATTGCTTGAATATGAT
GAATTCTCAGTTAAGCCTATTTTGCGTGATAAGTATGGTCACTCTTTCTTCTATTTACAT
CATAATAATTTGATCTTCTTAGCAATTTCTAGAAAGAATACTAACTGCATGATGGTGTTC
AGCTTCTTGTACCAACTTATTTAAGTTTTAGTAGATTATTTTAAGGAATTAGAAGAGGAA
TCTGTACGTGATAATTTTGTTATTATTTATGAACTACTTGATGAAATGATGGATAATGGT
TATCCCCAAACCACTGACAATAAGATTCTTAAAGGATTGATAAAGACTGAATCTCATGAG
TTGAAAAAAGATTAAAAAAAGCCAAGCAAGAATAGTTCTTTGTCAATCGAAAACTAAGTA
GATGCAATTACAGGTGCAGTTACTTGGAGAAACAATGGTATTTCTTACAAAAAGAATGAA
GTCTTTTTGGATGTTATTGAAAAATTAAATATGTTAGTTTCTCATCAAGGTAATGTCATT
AAGTCAGAAATAGCTGGTTAAATTAGAGTTCGTTGTTTCCTTTCCGGTATGCCTGAACTT
AAATTAGGTAAAATATTGCATAAAATTTAAAAGTTAGTTTGTTTGCAAGTTAATTTTGAA
AGAAGCAAATATCTTCAAAAAAAAAAAACACGTTTCTTTTTATTTTTGTTGCAGTTTTTA
AAAATAATTTTAGTGTTTTTAACTTTCGCATTCTGCAAAATCATTCTTCTGAATTGAAAA
TTTAGAAAGGCATTCTCCTCTAACATTTCAAATGCTTAAATTTTCGAGAATAAAATAGAT
TTAGGAATTGTCTTAGTTTTGAAAGTTAAAAAAATCAGCAATCATTAGGTTTAATTATTT
ATGACTTATAAAATTTATTTAGAGATCAATTAAAATTCAAAATTTTATTTAAAAATCGTC
TCTTCAGAAATCAATATAAAGCAGATATGAATTAATTAATACAAGAAACAAAAAAAATTA
TCTCACTCACAGATTAATGTTTTTCAATGAGGTGAGATAGTTGTTTCTGATATCTTTGAA
AAGCTCTCATTTTTAAGAGCAAGATTGAAAAATAAAATTCATTACACTTATATTTATTTA
TATTTTAAATCAGGTATCAATGATAAGGCCTTTTATGATGCATAAGGGCGTACTTCTAAG
AGTAGAGCAATAGAATTTGATGATATGAAATTCCATGCCTGCGTGAGATTGTCGAAGTTT
GAAAATGATAGAGTAATTTCATTCATTCCTCCTGATGGTGAATTTGAATTAGCTTCCTAT
CGTTTAGATGTTCGTGTTAAGCCTCTATTTTCAGTTGAAGTTACTCCTGAAAGAAAGCCT
AACTCTAATAAAATTGAATTCACAGTTAAGGTAAAGAGTAATTTCAAGCAAAAATCTACT
GCTAATAACGTTGAAATCTTTATCCCTGTACCTGATGATGCTGAAACCCCAGTTTTCAAG
GCTGCTTATGGTACTGTCGAATATGTTGCTGAAAAAGAAGCTATGGGATGGAAATTTAAG
TAATTCCCTGGCTAAAGAGAATACATGATGACAGCTACTTTCCACTTGCCTACTGTAGTA
TCTCCTAATAGAGAAAAATTCTAAAGAATGCCAATCAGCATCAACTTCGAAATCCCTTAC
TACACCGTAAGTGGTTTCTAAGTTAGATATTTAAAAATATAAGAAAAGAGTGGTTATCAT
GCTCTTCCTTGGGTTCGTTATATTACATAAAATGGAGATTATCAAATTAGAATGTCTTGA


>TTHERM_01108620(protein)
MLYTYNQHLKNKILGRKTNNQLQKIKQKQQTNQEVNRQIDLEFIVYHQQIEGKSKQINKQ
LINKLISKQIVNTKYNQNSIEIIFQKYFKNQKAMSSCISTGISAIYILDHKGRVLITRCY
KGDLPINIHDIFNKKLLEYDEFSVKPILRDKYGHSFFYLHHNNLIFLAISRKNTNCMMVF
SFLYQLIQVLVDYFKELEEESVRDNFVIIYELLDEMMDNGYPQTTDNKILKGLIKTESHE
LKKDQKKPSKNSSLSIENQVDAITGAVTWRNNGISYKKNEVFLDVIEKLNMLVSHQGNVI
KSEIAGQIRVRCFLSGMPELKLGINDKAFYDAQGRTSKSRAIEFDDMKFHACVRLSKFEN
DRVISFIPPDGEFELASYRLDVRVKPLFSVEVTPERKPNSNKIEFTVKVKSNFKQKSTAN
NVEIFIPVPDDAETPVFKAAYGTVEYVAEKEAMGWKFKQFPGQREYMMTATFHLPTVVSP
NREKFQRMPISINFEIPYYTVSGFQVRYLKIQEKSGYHALPWVRYITQNGDYQIRMS