Identifiers and Description
Gene Model Identifier
TTHERM_00497900
Standard Name
FLP1 (FLiPpase)
Aliases
PreTt06955 | 62.m00239 | 3715.m00100
Description
phospholipid-translocating P-type ATPase, flippase family protein
Genome Browser (Macronucleus)
Genome Browser (Micronucleus)
Gene Ontology Annotations
Molecular Function
Biological Process
Domains
- ( PF00122 ) E1-E2 ATPase
- ( PF06637 ) PV-1 protein (PLVAP)
- ( TIGR00099 ) Cof-like hydrolase
- ( TIGR00338 ) phosphoserine phosphatase SerB
- ( TIGR02886 ) anti-sigma F factor antagonist
- ( PF00702 ) haloacid dehalogenase-like hydrolase
- ( PF08282 ) haloacid dehalogenase-like hydrolase
- ( TIGR01524 ) magnesium-translocating P-type ATPase
- ( TIGR01482 ) Sucrose-phosphate phosphatase subfamily
- ( TIGR01525 ) heavy metal translocating P-type ATPase
- ( TIGR01484 ) HAD-superfamily hydrolase, subfamily IIB
- ( PF06686 ) Stage III sporulation protein AC
- ( TIGR01647 ) plasma-membrane proton-efflux P-type ATPase
- ( TIGR01522 ) calcium-transporting P-type ATPase, PMR1-type
- ( TIGR01517 ) calcium-translocating P-type ATPase, PMCA-type
- ( TIGR01116 ) calcium-translocating P-type ATPase, SERCA-type
- ( TIGR01652 ) phospholipid-translocating P-type ATPase, flippase
- ( TIGR01488 ) HAD-superfamily hydrolase, subfamily IB (PSPase-like)
- ( TIGR01494 ) ATPase, P-type (transporting), HAD superfamily,
Gene Expression Profile
Tetrahymena Stock Center
No Data fetched for StockID
Homologs (v.2006 protein sequences)
| Source | Identifier | Score | Description |
| Oxytricha | Contig899.1.g81 | 9.99709313703352e-262 | E1-E2 ATPase
|
| WormBase | F36H2.1a | 9.99709313703352e-262 | WBGene00009498 tat-5 E1-E2 ATP
ase
|
| WormBase | F36H2.1b | 9.99709313703352e-262 | WBGene00009498 tat-5
|
| ToxoDB | 42.m03340 | 9.99709313703352e-262 | Toxoplasma gondii phospholipid
-transporting ATPase, putative
|
| SGD | YIL048W | 9.99709313703352e-262 | NEO1 SGDID:S000001310, Chr IX
from 261436-264891, Verified O
RF, "Protein involved in the r
etrograde transport from the G
olgi complex to the ER and the
endosomal membrane traffic; p
utative aminophospholipid tran
slocase; member of the highly
conserved Drs2 family of P-typ
e ATPases"
|
| DictyBase | DDB0216656 | 9.99709313703352e-262 | JC1V2_0_01110 P98195 Potential
phospholipid-transporting ATP
ase IIB (EC 3.6.3.1).
|
| FlyBase | FBgn0051729 | 9.99709313703352e-262 | |
| FlyBase | FBgn0051729 | 9.99709313703352e-262 | |
| IPI(HUMAN) | IPI:IPI00396022.2 | 9.99709313703352e-262 | MP00000073082 Tax_Id=9606 ATP
ase, Class II, type 9B
|
| ParameciumDB | GSPATP00007622001 | 9.99709313703352e-262 | Paramecium tetraurelia GSPATP0
0007622001 protein
|
| Tetrahymena borealis | EI9_12681.1 | 9.99709313703352e-262 | phospholipid-translocating...
|
| WormBase | F36H2.1c | 9.99709313703352e-262 | WBGene00009498 tat-5
|
| TAIR | AT3G27870 | 1.00009439685371e-101 | haloacid dehalogenase-like hyd
rolase family protein
|
| PlasmoDB | PFL1125w | 2.99854357435331e-72 | Plasmodium falciparum PFL1125w
|
| CryptoDB | EAK90606 | 9.99541707625281e-72 | Cryptosporidium parvum (Iowa)
protein EAK90606
|
General Information
| Paragraph No | Gene Name | Paragraph Text |
| 19 | FLP11,
FLP18,
FLP17,
FLP8,
FLP16,
FLP15,
FLP14,
FLP6,
FLP13,
FLP10,
FLP2,
FLP1,
FLP3,
FLP9,
FLP12,
FLP4,
FLP7,
FLP5,
FLP19 | The phospholipid flippase family of genes in Tetrahymena contains 20 members, FLP1-FLP20. Preliminary studies show that many of these genes are differentially regulated in response to temperature and/or the presence of a polycyclic aromatic hydrocarbon (pyrene). |
Associated Literature
No Data fetched for Associated Literature
Sequences
>TTHERM_00497900(coding)
ATGGCTGAGGACTCAGGTGATGAGATAGAACTTTAAATGAAGGATTAGAATGATGTTAGT
GATGGGAAAAATTATTTAGAGCCTAATGGGCAAGAAGAGGATCTTTTGTTTAAAAAGAAT
AAAAATCTGTACAATTGCTTGAGTGGTAATTCTTAGCATGAAGGAGATAGAAAAATTTAC
TTAGATGGGCATTCAGTGCCTAAAATAAATGTGCAAAATGTTGTGAGAAATCAAAAATAT
AACATTTTTACTTTTATTCCTTGTGTGCTTTACAATCAATTCAAGTTTTTCTTCAACTTT
TTTTATTTATTAATATGCATTTCTCAGTTTATTCCAGCCTTAACTGTAGGGTTTCTCTTC
ACTTACATAGCTCCTTTAGCTTTTGTGCTAATTTTAACTATGATTAAAGATGCATACGAC
GATTACAAAAGATATAAAAGAGACAAAGAAGCAAATAGTTCACTTTATGAAGTTATTGTC
AACGGACAAATAAAATTAATTCCTAGTATGAACTTAAAAGTAGGATAAATCGTAAAAGTA
AATTTAAAATAAAGAATTCCTGCTGATTTAATTATACTCACTGCTTCTGAGCCAAATGGT
ACTGTTTTTATCCGTACAGACTAGCTTGATGGTGAAACAGACTGGAAAATTAGAAAATGT
ATCAGACATACACAAAACGAAGTCGACTTTTAAAATGCTGTAAGTCTTTAAAAGCTGGGA
GGTCACGTTGTCATTAACTAGCCTTAAGAAAATATCTATGAGTTTTCAGGTTTATATAAA
TTTAATGATCACTAAGAACCACTTAATTTAGAAAACACTCTCTGGTGCAACACAATTTTA
GCATCTGGACATATATGGGGTTTGGTCATACACACAGGAAAGGAAACAAGAATGGCTATG
AATTCAAGGCATCCTAGAAGCAAATTTGGGCTCTTTGATGAAGAAGTCAACTAGCTATCA
AAAATATTATTTTACTTTATGATTATCCTTTCATTTGTAATGATACTTTTCCATGGATTC
ACATCTCTATGGGTAATTTAGTATTTCCGTTACCTACTTTTGCTAAGTAGCATCATACCC
ATTTCCTTAAGAGTTAACAATGACTTTGCAAAAGCAGTATTCTCCTATTAAATTCAAAAC
GATAAGTCTATTGAAGGTACAGTCGCAAGAAACTCTAATATACCAGAAGAATTAGGAAGA
ATATAATACGTTTTGGCAGATAAAACAGGAACTCTCACACAAAACGATATGATATTTAAA
AAGATTATTATCAGTGAGAAATAATATACAGAAGAAGACTTCAATGAAATTAGATCCATT
CTTTCCAAACATTGCCAAAAACACAAAGGTCCACTTTCTGATGTAGAAGGTGATACAATT
GCAGAAAATAAAAGGCATTTGCGCAGAAAAAATGATTATTTACTTAGAGATGCAATCACA
GCACTAGCAGTCTGCCACAACGTTACTCCAGTTATTGAAGACGGAGAAACCGTTCTTTAA
GCATCAAGTCCTGATGAGCATGCACTTGTGAAATTCGCACAAAGCTTAAATATAACTCTG
CTTTCAAGAGATGAGCAAAAAGTAGTTGTAAGAAATGCTGCTAAAGAAGAAGAGCACTTT
GAAATTCTTGCTTGCTTTCCCTTCAGCTCCGAAACCAAAAGAATGGGTATACTTGTTAGA
CACTAAAAGACCAATAAAATTATATACTACTTGAAAGGTGCTGATGCTATCATGGTAACG
AGAGTAAGAAAAGTTTACCATCCACTTATCAATGATGACTGTGACAATCTAGCTAGAGAA
GGTCTTCGTACTCTTGTTGTTGCACAAAAGCTGATTTCAGAAGAGTTTTACAAGGATTGG
AGAGCCAAGTACAATAAAGCATAAGAACACATGCAAAATAGAAATGCAAAAATTAGAGAA
GTTGCTGAGTTATTAGAAGTAGATATGGAGCTTTTAGCTGTTACAGGTGTAGAAGATAAA
CTTCAAGATGAAGTCTGCTCTACAATTGAAAGTATGAGGTAAGGTGGGATAAAAGTGTGG
ATGCTTACAGGAGATAAAGTAGAAACAGCTAAATGTATAGCAATCAGTGCAGGTTTGTAA
TCAAGAAATTAAGAAATATTTGAAATCAAAGATGAAACAGATGAAATGGCTATAAGAGAA
CTGATTAATAAATTTTCTCATAAATCTGATTGTGTTTTACTAATTGATGGTGTATCACTG
ACTAGAGTAATATAATCTTGCTCAAAAATTTTCTTTGAAACTGCTTGCCAAGCTCCAGCT
GTAATTTGTTGTAGATGTGCACCCAAATAAAAGGCTGAAGTTACAGAGATGCTTAAAAAA
TACTCCAAAAAAAGAGTACTTTGTATTGGTGATGGTGGTAATGATGTCGGTATGATATAA
TGTGCTCATGTAGGAGTAGGTATTGTAGGAAAAGAAGGAAAACAAGCTGCTTTAGCCTCT
GATTTTTCAATTTTAGAATTCAAACACATCAAGTAGTTATTATTTTGGCATGGTAGAAAC
TCATATAAAAAAGCAACCACATTAAGTTTGTTTGTCATCCATAGAGGTTTAATTATAAGT
ATTATCTAATTTGTTTTCAGTAGTGTCTTCTATTTTGTAGCCATTCCTATTTACAATGGT
ATGCTGATGCTTGGTTATTCAACTTTTTATACATCTTTACCTGTCTTCTGTTTGATTTTT
GACTAAGATATTTCTTAAAAAATGGTTCAACATATGGATCTGGATTAGCATTTACTAAGG
AGCTTTAATCATGCTTATGACTTTAACTATGTTTAAAGAAGCCTTTTTAAATATTGTGAC
CATTACATTTACGTCATTAATTTTTATTGA
>TTHERM_00497900(protein)
MAEDSGDEIELQMKDQNDVSDGKNYLEPNGQEEDLLFKKNKNLYNCLSGNSQHEGDRKIY
LDGHSVPKINVQNVVRNQKYNIFTFIPCVLYNQFKFFFNFFYLLICISQFIPALTVGFLF
TYIAPLAFVLILTMIKDAYDDYKRYKRDKEANSSLYEVIVNGQIKLIPSMNLKVGQIVKV
NLKQRIPADLIILTASEPNGTVFIRTDQLDGETDWKIRKCIRHTQNEVDFQNAVSLQKLG
GHVVINQPQENIYEFSGLYKFNDHQEPLNLENTLWCNTILASGHIWGLVIHTGKETRMAM
NSRHPRSKFGLFDEEVNQLSKILFYFMIILSFVMILFHGFTSLWVIQYFRYLLLLSSIIP
ISLRVNNDFAKAVFSYQIQNDKSIEGTVARNSNIPEELGRIQYVLADKTGTLTQNDMIFK
KIIISEKQYTEEDFNEIRSILSKHCQKHKGPLSDVEGDTIAENKRHLRRKNDYLLRDAIT
ALAVCHNVTPVIEDGETVLQASSPDEHALVKFAQSLNITLLSRDEQKVVVRNAAKEEEHF
EILACFPFSSETKRMGILVRHQKTNKIIYYLKGADAIMVTRVRKVYHPLINDDCDNLARE
GLRTLVVAQKLISEEFYKDWRAKYNKAQEHMQNRNAKIREVAELLEVDMELLAVTGVEDK
LQDEVCSTIESMRQGGIKVWMLTGDKVETAKCIAISAGLQSRNQEIFEIKDETDEMAIRE
LINKFSHKSDCVLLIDGVSLTRVIQSCSKIFFETACQAPAVICCRCAPKQKAEVTEMLKK
YSKKRVLCIGDGGNDVGMIQCAHVGVGIVGKEGKQAALASDFSILEFKHIKQLLFWHGRN
SYKKATTLSLFVIHRGLIISIIQFVFSSVFYFVAIPIYNGMLMLGYSTFYTSLPVFCLIF
DQDISQKMVQHMDLDQHLLRSFNHAYDFNYVQRSLFKYCDHYIYVINFY
>TTHERM_00497900(gene)
ATGGCTGAGGACTCAGGTGATGAGATAGAACTTTAAATGAAGGATTAGAATGATGTTAGT
GATGGGAAAAATTATTTAGAGCCTAATGGGCAAGAAGAGGATCTTTTGTTTAAAAAGAAT
AAAAATGTAGAAATTAAATTCTTATATTTTAAAAGCGAATCCAATAGAATGAAAGTGATT
AAAGCATTTAAATTTAACAGTTTTTCTAAGTAGAAAAGCAAAAATAAAACATTTTTTTAT
TTGAAATTTGGAAACAAAGCCATATTTATTTATTTAGAACTAAAATATATTTGTAATATT
AGATTTATGAAAATATTTATCATTAATTTTAATAGAAAAAGAAATCAGTTAGTTTTTTTT
CCAAGCTGTACAATTGCTTGAGTGGTAATTCTTAGCATGAAGGAGATAGAAAAATTTACT
TAGATGGGCATTCAGTGCCTAAAATAAATGTGCAAAATGTTGTGAGAAATCAAAAATATA
ACATTTTTACTTTTATTCCTTGTGTGCTTTACAATCAATTCAAGTTTTTCTTCAACTTTT
TTTATTTATTAATATGCATTTCTCAGTTTATTCCAGCCTTAACTGTAGGTAAATAGAGTT
CATTTAATTATTTGAAATGTCTTTTGAGAAATAAATATTAGCCCTAATTGTATTTTGAGA
ATATAGATGGTAAAAACTATTTTTTTTAATTTATAGGGTTTCTCTTCACTTACATAGCTC
CTTTAGCTTTTGTGCTAATTTTAACTATGATTAAAGATGCATACGACGATTACAAAAGAT
ATAAAAGAGACAAAGAAGCAAATAGTTCACTTTATGAAGTTATTGTCAACGGACAAATAA
AATTAATTCCTAGTATGAACTTAAAAGTAGGATAAATCGTAAAAGTAAATTTAAAATAAA
GAATTCCTGCTGATTTAATTATACTCACTGCTTCTGAGCCAAATGGTACTGTTTTTATCC
GTACAGACTAGCTTGATGGTGAAACAGACTGGAAAATTAGAAAATGTATCAGACATACAC
AAAGTAAAAATAGTTTAAAATAAACTATTACGTTTATTATTACAATTTTTTGTTACTTTG
AATATTTTTGTGATTTACGAGAAATAAATAAATAAAAAAATAAATAGACTGGTTTCGTAA
TTTACTGATAAATTAAGGTTGTGTTGTAATTCAAAAATTTTAATGTTATTGAGTAACTAA
ATTTTCATAAATAATTTGTCTATTAGATATGCTTTTTATTTAAATTTAACAAGAACCAGC
TTTTATCAATAATTTTACTTTTTTATTCTTACTATAACTATTTTAAATTAATAGACGAAG
TCGACTTTTAAAATGCTGTAAGTCTTTAAAAGCTGGGAGGTCACGTTGTCATTAACTAGC
CTTAAGAAAATATCTATGAGTTTTCAGGTTTATATAAATTTAATGATCACTAAGAACCAC
TTAATTTAGAAAACACTCTCTGGTGCAACACAATTTTAGCATCTGGACATATATGGGGTT
TGGTCATACACACAGGAAAGGAAACAAGAATGGCTATGAATTCAAGGCATCCTAGAAGCA
AATTTGGGCTCTTTGATGAAGAAGTCAACTAGCTATCAAAAATATTATTTTACTTTATGA
TTATCCTTTCATTTGTAATGATACTTTTCCATGGATTCACATCTCTATGGGTAATTTAGT
ATTTCCGTTACCTACTTTTGCTAAGTAGCATCATACCCATTTCCTTAAGAGTTAACAATG
ACTTTGCAAAAGCAGTATTCTCCTATTAAATTCAAAACGATAAGTCTATTGAAGGTACAG
TCGCAAGAAACTCTAATATACCAGAAGAATTAGGAAGAATATAATACGTTTTGGCAGATA
AAACAGGAACTCTCACACAAAACGATATGATATTTAAAAAGATTATTATCAGTGAGAAAT
AATATACAGAAGAAGACTTCAATGAAATTAGATCCATTCTTTCCAAACATTGCCAAAAAC
ACAAAGGTCCACTTTCTGATGTAGAAGGTGATACAATTGCAGAAAATAAAAGGCATTTGC
GCAGAAAAAATGATTATTTACTTAGAGATGCAATCACAGCACTAGCAGTCTGCCACAACG
TTACTCCAGTTATTGAAGACGGAGAAACCGTTCTTTAAGTAAACATACTTTTTTTCTCAA
ATTTAATTATTTAGCAAATAATAAATAATAAAGGCATCAAGTCCTGATGAGCATGCACTT
GTGAAATTCGCACAAAGCTTAAATATAACTCTGCTTTCAAGAGATGAGCAAAAAGTAGTT
GTAAGAAATGCTGCTAAAGAAGAAGAGCACTTTGAAATTCTTGCTTGCTTTCCCTTCAGC
TCCGAAACCAAAAGAATGGGTATACTTGTTAGACACTAAAAGACCAATAAAATTATATAC
TACTTGAAAGGTGCTGATGCTATCATGGTAACGAGAGTAAGAAAAGTTTACCATCCACTT
ATCAATGATGACTGTGACAATCTAGCTAGAGAAGGTCTTCGTACTCTTGTTGTTGCACAA
AAGCTGATTTCAGAAGAGTTTTACAAGGATTGGAGAGCCAAGTACAATAAAGCATAAGAA
CACATGCAAAATAGAAATGCAAAAATTAGAGAAGTTGCTGAGTTATTAGAAGTAGATATG
GAGCTTTTAGGTAATTATTAATATCTATTTGTATATTAAGTAAATTAAAATAAATTAATA
ATTTTAATAGCTGTTACAGGTGTAGAAGATAAACTTCAAGATGAAGTCTGCTCTACAATT
GAAAGTATGAGGTAAGGTGGGATAAAAGTGTGGATGCTTACAGGAGATAAAGTAGAAACA
GCTAAATGTATAGCAATCAGTGCAGGTTTGTAATCAAGAAATTAAGAAATATTTGAAATC
AAAGATGAAACAGATGAAATGGCTATAAGAGAACTGATTAATAAATTTTCTCATAAATCT
GATTGTGTTTTACTAATTGATGGTGTATCACTGACTAGAGTAATATAATCTTGCTCAAAA
ATTTTCTTTGAAACTGCTTGCCAAGCTCCAGCTGTAATTTGTTGTAGATGTGCACCCAAA
TAAAAGGCTGAAGTTACAGAGATGCTTAAAAAATACTCCAAAAAAAGAGTACTTTGTATT
GGTGATGGTGGTAATGATGTCGGTATGATATAATGTGCTCATGTAGGAGTAGGTATTGTA
GGAAAAGAAGGAAAACAAGCTGCTTTAGCCTCTGATTTTTCAATTTTAGAATTCAAACAC
ATCAAGTAGTTATTATTTTGGCATGGTAGAAACTCATATAAAAAAGGTAAATAAACATTT
TTTTAATTACTATGATTTAAATCTACCTAAAAAATAATTAAGATAAATATTGATTCTAAA
AGAAAATTTAAATGTTAAATTTTAAAGAATAAAATTTTATTTCAGCATTTTAAGTTTGCT
GTTCAGCATCTTAAAATTTATTAATGATTTTGAAAAAAAATCTATTTATAAAATTACATT
TTTATAAGACAATTAACAAATTATTGAAATTAAGAATTAATTTTGAACAAAAATATAACA
AAGATTTTAAATTTAATTTTCTAAATTCTAAAATTTAAATAAATTTAATATTTTACTATA
AAGCAACCACATTAAGTTTGTTTGTCATCCATAGAGGTTTAATTATAAGTATTATCTAAT
TTGTTTTCAGTAGTGTCTTCTATTTTGTAGCCATTCCTATTTACAATGGTATGCTGATGC
TTGGTTATTCAACTTTTTATACATCTTTACCTGTCTTCTGTTTGATTTTTGACTAAGATA
TTTCTTAAAAAATGGTTCAACAGTACCCTTAATTATATAAAACTCTATAAAGAAACAAAA
GAATGAGCACAAAATCAATATTAGTATGGATCTGGATTAGCATTTACTAAGTAATTAAGT
TAATCAAATTATATTTATCTAATAATTTTTACTACTAACAGGGAGCTTTAATCATGCTTA
TGACTTTAACTATGTTTAAAGAAGCCTTTTTAAATATTGTGACCATTACATTTACGTCAT
TAATTTTTATTGA
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