Identifiers and Description

Gene Model Identifier

TTHERM_00378810

Standard Name

TGL6 (TriGlyceride Lipase)

Aliases

PreTt10335 | 40.m00220

Description

ab-hydrolase associated lipase region family protein; Steryl ester hydrolase, similar to yeast TGL1, YEH1 and YEH2 steryl ester hydrolases

Genome Browser (Macronucleus)

GBrowse

Genome Browser (Micronucleus)

GBrowse

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

  • ( PF00561 ) hydrolase, alpha/beta fold family
  • ( PF04083 ) ab-hydrolase associated lipase region

Gene Expression Profile

  • Tetrahymena Functional Genomics Database:

TetraMine Data

TTHERM_00378810

WebApollo

Fullscreen View

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

SourceIdentifierScoreDescription
Tetrahymena borealisEI9_00093.19.997093137033517e-262ab-hydrolase associated lipase
region family protein (422 aa
)
OxytrichaContig10401.0.g797.000994150992129e-77Partial alpha/beta-hydrolase l
ipase region
WormBaseWBGene000219637.001368147796582e-60locus:lipl-6 status:Partiall
y_confirmed UniProt:E2S7J2
protein_id:CCD72909.1
DictyBaseDDB_G02760838.998929084478212e-60lip4 on chromosome: 2 position
6415536 to 6416900
Stentor CoeruleusSteCoe_301072.6786369618080778e-33
SGDYKL140W1.0002124404074584e-26TGL1 Steryl ester hydrolase, o
ne of three gene products (Yeh
1p, Yeh2p, Tgl1p) responsible
for steryl ester hydrolase act
ivity and involved in sterol h
omeostasis; localized to lipid
particle membranes

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00378810(coding)
ATGAATTAAGTCACTAAAATTTTCTTAATTGTCTTGGCCTTAACTGGAGGAGCTTTGTTG
GTAAACCTCCTCTGGCCTAAGTACCATAAAGAAGCTTGGCTCGAAACCATGGACTACTAC
AAATATTTTGGATATCCTGCAGAAAACCATTATGTCACTACTTCTGATGGATACATTCTT
TAGATATTCAGAATTCAAGCCAAAAATACATAAATCAAGCAAACTGGCTTACCTGTTGTC
TTCTTATAGCATGGTCTTCTTGATAACTCAGATACTTTCTTCATCAACAGCGAAGATAAG
GCACCTGCTTTCATTTTAGCTAATGCTGGTTATGATGTTTGGATGGGTAACAATAGAGGA
AACCGCCACTCAAGAAATCACACTACTTACAACCCTGATACTGATAAGGAGTAGTTCTGG
GCCTTTACTTACGATGATTTCGCTGAAAAGGATTTAGCTAGCATGCTCACTTATGTAACT
GATGCCACTGGATAGGCTTAGCTTGATTATATTGGTCACTCATAGGGTACTACCTAGATG
TTTGCTGCTTTAAGTGAAGGAATTCCAGAAGTAGTTTCTAGAGTTAGAAAATTCCTTGCT
TTTGGTCCAGTCACATACATAAACCACGGAAAACCTAACCTACCCGAATCATTTTTACGT
TTAGCCAACGTTACTGAGTTAGTTGAATTATACAATTTTGCAAACTTGATCGACCCTGCC
CACAGAGCTGAGAAGATGTATGAATGGCTTAAGAACCACACAATATACGAAATTATGCCT
TTCAATAAGGTCATTAGAGATTTAGGTATTGAATTTTGTGGTAAATTCCCTTTACCTTGT
GGTAAGCTTGTTGGTGCAATTACAAGCAATGATTATAGAATTGACAACTATGATAGATAT
GATGTTTTAGCAGGTCATGATCCTGCTGGTACTTCTTTCAGAAATGTAGCTCACTGGATG
CAATTAAAATTATCAGGAAAATTCTAAAAGTTTGATTTTGGTCATAAGGAAAACAAAAAG
AGATATGGAGTTGATTATCCTCCTATTTATGATTTAAGCAAAATTTAAAAAGAAGTCTAT
ATGTTTGTTGGAAATAATGATATTTTAGCTGATGTAACTGATGCTAACTAAACTCGTAGT
GAATTAACAGGAGCCAAGAGAGTTTGGTGGAAGTAATACACTGCTGGTCACTGCTCTTTT
ATGTGGTCTAAGGATATGTCCCATATGGAGGATGTATTATAAATTCTTAGTAACCAGATC
TGA


>TTHERM_00378810(protein)
MNQVTKIFLIVLALTGGALLVNLLWPKYHKEAWLETMDYYKYFGYPAENHYVTTSDGYIL
QIFRIQAKNTQIKQTGLPVVFLQHGLLDNSDTFFINSEDKAPAFILANAGYDVWMGNNRG
NRHSRNHTTYNPDTDKEQFWAFTYDDFAEKDLASMLTYVTDATGQAQLDYIGHSQGTTQM
FAALSEGIPEVVSRVRKFLAFGPVTYINHGKPNLPESFLRLANVTELVELYNFANLIDPA
HRAEKMYEWLKNHTIYEIMPFNKVIRDLGIEFCGKFPLPCGKLVGAITSNDYRIDNYDRY
DVLAGHDPAGTSFRNVAHWMQLKLSGKFQKFDFGHKENKKRYGVDYPPIYDLSKIQKEVY
MFVGNNDILADVTDANQTRSELTGAKRVWWKQYTAGHCSFMWSKDMSHMEDVLQILSNQI


>TTHERM_00378810(gene)
ATGAATTAAGTCACTAAAATTTTCTTAATTGTCTTGGCCTTAACTGGAGGAGCTTTGTTG
GTAAACCTCCTCTGGCCTAAGTACCATAAAGAAGCTTGGCTCGAAACCATGGACTACTAC
AAATATTTTGGATATCCTGCAGAAAACCATTATGTCACTACTTCTGATGGATACATTCTT
TAGATATTCAGAATTCAAGCCAAAAATACATAAATCAAGCAAACTGGCTTACCTGTTGTC
TTCTTATAGCATGGTCTTCTTGATAACTCAGATACTTTCTTCATCAACAGCGAAGATAAG
GTGACGCATTTATATAAACTTAGATTTAACACAGAATATTTTGATATAAAATTGTTTTAC
ACAAAAAAATTATAAAAATTAATATTTTTATATTATTTAGTATATATCATTTGGTTACTT
GTTTTATTAAATTAAAATTAATCAAATGTTATAAATAAATAAAGGCACCTGCTTTCATTT
TAGCTAATGCTGGTTATGATGTTTGGATGGGTAACAATAGAGGAAACCGCCACTCAAGAA
ATCACACTACTTACAACCCTGATACTGATAAGGAGTAGTTCTGGGCCTTTACTTACGATG
ATTTCGCTGAAAAGGATTTAGCTAGCATGCTCACTTATGTAACTGATGCCACTGGATAGG
CTTAGCTTGATTATATTGGTCACTCATAGGGTACTACCTAGATGTTTGCTGCTTTAAGTG
AAGGAATTCCAGAAGTAGTTTCTAGAGTTAGAAAATTCCTTGCTTTTGGTCCAGTCACAT
ACATAAACCACGGAAAACCTAACCTACCCGAATCATTTTTACGTTTAGCCAACGTTACTG
AGTTAGTTGAATTATACAATTTTGCAAACTTGATCGACCCTGCCCACAGAGCTGAGAAGA
TGTATGAATGGCTTAAGAACCACACAATATACGAAATTATGCCTTTCAATAAGGTCATTA
GAGATTTAGGTAATATATATATTTACTCTTAATTACACATTAAAAAATATAATATAAATT
TTATAGGATAAATTTAATTCAAATCTTTGTTTATTTGTTACTTTAATTTAGTAATTTTTT
TTTCGTTGTATCGATCGATCTCTATTTAAGCTGCATTTAAAAATCTTTTTGTGAAAGCCT
CATAATTTTTGATAAAGATTTAGTAAATTTGGCTTTTAGACATAGATTTAGAATAATAGA
TATATTAATTATCACACATTTTGCACTTGGATTAAATTAAAAACAAAATAGAAAATTTGC
ATTAATCCTCATCAATTATAAACAATTTTACTTATTTCTCAATAAAAATAAGATATTTAT
TTTAAATAATACCATAAAACCTCGATAAGAAAGCCGAATAATATTGAGGTATTTGAAAAA
TAAGGATAAGTTAAAATTTAATTTAAAAATAGCATTTTAAAAAATAAAATCCTAAAATTT
AAATAATTTATGGATATATATTTTTAAAAATTAAATGTTATATTTTTTTACAAAAGTTTA
TTAATTTATTTATTTTATATTTTATTAAAATAAATTTATTTTGTAGGTATTGAATTTTGT
GGTAAATTCCCTTTACCTTGTGGTAAGCTTGTTGGTGCAATTACAAGCAATGATTATAGA
ATTGACAACTATGATAGATATGATGTTTTAGCAGGTCATGATCCTGCTGGTACTTCTTTC
AGAAATGTAGCTCACTGGATGCAATTAAAATTATCAGGAAAATTCTAAAAGTTTGATTTT
GGTCATAAGGAAAACAAAAAGAGATATGGAGTTGATTATCCTCCTATTTATGATTTAAGC
AAAATTTAAAAAGAAGTCTATATGTTTGTTGGAAATAATGATATTTTAGCTGATGTAACT
GATGCTAACTAAACTCGTAGTGAATTAACAGGAGCCAAGAGAGTTTGGTGGAAGTAATAC
ACTGCTGGTCACTGCTCTTTTATGTGGTCTAAGGATATGTCCCATATGGAGGATGTATTA
TAAATTCTTAGTAACCAGATCTGA