Identifiers and Description

Gene Model Identifier

TTHERM_01194810

Standard Name

DRP6 (Dynamin Related Protein 6)

Aliases

PreTt07518 | 270.m00044

Description

Dynamin-related protein; localized to cytoplasmic face of the nuclear envelope

Genome Browser (Macronucleus)

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Genome Browser (Micronucleus)

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Gene Ontology Annotations

Cellular Component

Molecular Function

Domains

  • ( PF00350 ) Dynamin family
  • ( PF08477 ) Miro-like protein
  • ( PF01031 ) Dynamin central region
  • ( PF01926 ) GTPase of unknown function
  • ( PF02212 ) Dynamin GTPase effector domain
  • ( TIGR00072 ) hydrogenase maturation protease

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 9.8%

TetraMine Data

TTHERM_01194810

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_21014.19.997316819378982e-180dynamin central region family
protein (506 aa)
OxytrichaContig22482.0.g884.0007753645635287e-88Dynamin central region
DictyBaseDDB_G02778491.9997677415930956e-65dymA on chromosome: 3 position
252381 to 255025
SGDYKR001C3.9982663658145016e-63VPS1 Dynamin-like GTPase requi
red for vacuolar sorting; also
involved in actin cytoskeleto
n organization, endocytosis, l
ate Golgi-retention of some pr
oteins, regulation of peroxiso
me biogenesis
WormBaseWBGene000011309.004195835458823e-61locus:dyn-1 Dynamin status
:Confirmed UniProt:P39055
protein_id:CAB01857.1
Stentor CoeruleusSteCoe_59512.4426007377405277e-36

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_01194810(coding)
ATGACTAATACAATCGTACCTGCTAATAACTTTCAAAATATCAAAGAAGTTATCAAAGTT
GTAAATAAGCTTAGAGATTTTGGAATTGAGTCTGATAAGATATAGCTTCCAAAAATTGTT
GTCATTGGTGTTTAATCTTCTGGTAAATCTTCGCTTCTTGAATAAATTGTACAACTAGAT
TTTTTACCTAGAGGAACTGGAGTTGTCACTCGTTGCCCTTTAGAAATAAGACTCATAGAA
GTTACTAATTAAGACAGTGATTTTAAGCCTTACGCTTACTTTTTCGAAGAGAGGTAAAAA
ATCTTTCATGATTTTGAACTAGTGAAAAAAGAGATTCAAAAGATTACAAATGATTTTGCT
GGTCCAGGTAAAAAAATAGTAGATAAAGTTATTACTTTAACTATCTATTAGGCCTAATGT
CCTACTTTGACTTTAATCGATTTGCCTGGTATGACTTTAAATTCTGTAGGTGACTAGAAA
GATATTGAAAGAGTTACATAAGATATGACTAAAAAGTATATCATTGAAAAAACAACAATC
ATTCTTTGCGTTATTCCAATTAATTAAGATTTGGAAAACTCACTTGCTTTAAATCTTGCT
AGATCTGTAGATGAAAATGGAGAACGTACTATTGGTGTTCTTACTATGATTGATATAATG
AATCCTGGTACAAACTGTGAGAATGTGTTGAAAAATAGATAAATTCCCCTTTTGCATAGG
TATTACGGTATGAAACCTCGTAGCTAAAAAGACATCAACGAAAATGTTTCAGTATAAGAA
GCAATCTAAAGAGAATAATTATATTTCACTTCACATTAAATTTATTCGATGTATCCTGAG
TACACAGGTACAAATGCTTTAACTAATAAGTTATCAACTTTGTTAGACAGTCATATTCGT
ACTTTCTTACCTTCAATCCATAAAAAAATAAAGATGACCCTTTCTGAAAGAATAAAAGAA
AGATAACAATTGGGAAATGAGTTTCCTACTGAAGTTACTTAGTAACTATATGAACTAACA
AATATTATTAACACATCCTTGAATTTATTTAAGCAAGCAATGACTAACTATGACGCTAGC
GAAATTCAGAATATCGGTAAGATTAAAGTTGATGAAAGAGTTGGTAAAAGTTATGCAGAC
TTTCTGTTTGATAAGTATTTATTAATTTGTAAAAAAATATCTGAAGAATAAGTTTTTAAG
GTTAAAATGAAAGACCTTATCAAGGAGCTAGGAAAATTTAGAGTTCAAGTTAATGGATTC
CTTCCTTTTGAAGTTTTTGAATCTTAAATAAAGCAAAAAATAAATTTATATGAAACAGAG
GCTATAGTAATTTTAGAGTAGCTGAAAGAGCATGTAAGGAAAGTATTAAATCATTGCATA
GATTTATTTCCTTTCCCAAACAATAAAATAAAGAAAATAATGTAGGATATACTTTAAAAC
TTTGTATAAACAGAATATAATTTCACATCATCTCACATAAAAACTGCATTTTATTGCTAC
AAAGATTGTATTTGTTCAAAAATGATAGATATTCATGAGACTGAATCTAAATTGAAATAA
AATCACGTATACCTGCAGAATGATAACCAATAGAAAAAAGTTTTATATGAGTATATTTCT
AAAAATAAATCATTTATGGAATGGACTGTTTAAGAAATAATGATAAAAGCAGAAAATTTA
TGTAATGTTCCTATTACTATGAGTGATTTATAGAATACTTACACAAAGGCAGAAGAAAAA
GTATAAAACACAGATGAAGTTTTGAGATATTCAATTATTTATTATAAATACATGGATAAT
TTTAGAAAATAAATCAGTGATCAAATTCCATAGTGTATTCAATCTTTATTCATTAATAGC
CTTTGTAAGAATCTCATGGTAAAAGTTTTCTAAGCTATTTAGAGCAAAGAATACAAAGAA
ATTATAGAAAAAAACCTAAAAGAAGATGAAATAATTGCAACTAAAAGAGCAAAGGTAATT
TAATCTATCTAAAAATTAGCTAAAGCAAACGATAGGCTGGAACGTTTAATCGATTAAGGC
TAAAATTGCAATCACATGCTATCCACAACTTATGGTGATGAAGAAAATTATATTCACGAG
TCTTTAGAAGACTCTGATGGTATTGATGATTGA


>TTHERM_01194810(protein)
MTNTIVPANNFQNIKEVIKVVNKLRDFGIESDKIQLPKIVVIGVQSSGKSSLLEQIVQLD
FLPRGTGVVTRCPLEIRLIEVTNQDSDFKPYAYFFEERQKIFHDFELVKKEIQKITNDFA
GPGKKIVDKVITLTIYQAQCPTLTLIDLPGMTLNSVGDQKDIERVTQDMTKKYIIEKTTI
ILCVIPINQDLENSLALNLARSVDENGERTIGVLTMIDIMNPGTNCENVLKNRQIPLLHR
YYGMKPRSQKDINENVSVQEAIQREQLYFTSHQIYSMYPEYTGTNALTNKLSTLLDSHIR
TFLPSIHKKIKMTLSERIKERQQLGNEFPTEVTQQLYELTNIINTSLNLFKQAMTNYDAS
EIQNIGKIKVDERVGKSYADFLFDKYLLICKKISEEQVFKVKMKDLIKELGKFRVQVNGF
LPFEVFESQIKQKINLYETEAIVILEQLKEHVRKVLNHCIDLFPFPNNKIKKIMQDILQN
FVQTEYNFTSSHIKTAFYCYKDCICSKMIDIHETESKLKQNHVYLQNDNQQKKVLYEYIS
KNKSFMEWTVQEIMIKAENLCNVPITMSDLQNTYTKAEEKVQNTDEVLRYSIIYYKYMDN
FRKQISDQIPQCIQSLFINSLCKNLMVKVFQAIQSKEYKEIIEKNLKEDEIIATKRAKVI
QSIQKLAKANDRLERLIDQGQNCNHMLSTTYGDEENYIHESLEDSDGIDD


>TTHERM_01194810(gene)
ATGACTAATACAATCGTACCTGCTAATAACTTTCAAAATATCAAAGAAGTTATCAAAGTT
GTAAATAAGCTTAGAGATTTTGGAATTGAGTCTGATAAGATATAGCTTCCAAAAATTGTT
GTCATTGGTGTTTAATCTTCTGGTAAATCTTCGCTTCTTGAATAAATTGTACAACTAGAT
TTTTTACCTAGAGGAACTGGAGTTGTCACTCGTTGCCCTTTAGAAATAAGACTCATAGAA
GTTACTAATTAAGACAGTGATTTTAAGCCTTACGCTTACTTTTTCGAAGAGAGGTAAAAA
ATCTTTCATGATTTTGAACTAGTGAAAAAAGAGATTCAAAAGATTACAAATGATTTTGCT
GGTCCAGGTAAAAAAATAGTAGATAAAGTTATTACTTTAACTATCTATTAGGCCTAATGT
CCTACTTTGACTTTAATCGATTTGCCTGGTATGACTTTAAATTCTGTAGGTGACTAGAAA
GATATTGAAAGAGTTACATAAGATATGACTAAAAAGTATATCATTGAAAAAACAACAATC
ATTCTTTGCGTTATTCCAATTAATTAAGATTTGGAAAACTCACTTGCTTTAAATCTTGCT
AGATCTGTAGATGAAAATGGAGAACGTACTATTGGTGTTCTTACTATGATTGATATAATG
AATCCTGGTACAAACTGTGAGAATGTGTTGAAAAATAGATAAATTCCCCTTTTGCATAGG
TATTACGGTATGAAACCTCGTAGCTAAAAAGACATCAACGAAAATGTTTCAGTATAAGAA
GCAATCTAAAGAGAATAATTATATTTCACTTCACATTAAATTTATTCGATGTATCCTGAG
TACACAGGTACAAATGCTTTAACTAATAAGTTATCAACTTTGTTAGACAGTCATATTCGT
ACTTTCTTACCTTCAATCCATAAAAAAATAAAGATGACCCTTTCTGAAAGAATAAAAGAA
AGATAACAATTGGGAAATGAGTTTCCTACTGAAGTTACTTAGTAACTATATGAACTAACA
AATATTATTAACACATCCTTGAATTTATTTAAGCAAGCAATGACTAACTATGACGCTAGC
GAAATTCAGAATATCGGTAAGATTAAAGTTGATGAAAGAGTTGGTAAAAGTTATGCAGAC
TTTCTGTTTGATAAGTATTTATTAATTTGTAAAAAAATATCTGAAGAATAAGTTTTTAAG
GTTAAAATGAAAGACCTTATCAAGGAGCTAGGAAAATTTAGAGTTCAAGTTAATGGATTC
CTTCCTTTTGAAGTTTTTGAATCTTAAATAAAGCAAAAAATAAATTTATATGAAACAGAG
GCTATAGTAATTTTAGAGTAGCTGAAAGAGCATGTAAGGAAAGTATTAAATCATTGCATA
GATTTATTTCCTTTCCCAAACAATAAAATAAAGAAAATAATGTAGGATATACTTTAAAAC
TTTGTATAAACAGAATATAATTTCACATCATCTCACATAAAAACTGCATTTTATTGCTAC
AAAGATTGTATTTGTTCAAAAATGATAGATATTCATGAGACTGAATCTAAATTGAAATAA
AATCACGTATACCTGCAGAATGATAACCAATAGAAAAAAGTTTTATATGAGTATATTTCT
AAAAATAAATCATTTATGGAATGGACTGTTTAAGAAATAATGATAAAAGCAGAAAATTTA
TGTAATGTTCCTATTACTATGAGTGATTTATAGAATACTTACACAAAGGCAGAAGAAAAA
GTATAAAACACAGATGAAGTTTTGAGATATTCAATTATTTATTATAAATACATGGATAAT
TTTAGAAAATAAATCAGTGATCAAATTCCATAGTGTATTCAATCTTTATTCATTAATAGC
CTTTGTAAGAATCTCATGGTAAAAGTTTTCTAAGCTATTTAGAGCAAAGAATACAAAGAA
ATTATAGAAAAAAACCTAAAAGAAGATGAAATAATTGCAACTAAAAGAGCAAAGGTAATT
TAATCTATCTAAAAATTAGCTAAAGCAAACGATAGGCTGGAACGTTTAATCGATTAAGGC
TAAAATTGCAATCACATGCTATCCACAACTTATGGTGATGAAGAAAATTATATTCACGAG
TCTTTAGAAGACTCTGATGGTATTGATGATTGA