TGD | Gene Details

Identifiers and Description

Gene Model Identifier
TTHERM_00797970

Standard Name
FLP9 (FLiPpase)

Aliases
PreTt23236 | 135.m00087

Description
phospholipid-translocating P-type ATPase, flippase family protein

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component
integral to membrane (IEA) | GO:0016021
membrane (IEA) | GO:0016020
Molecular Function
ATP binding (IEA) | GO:0005524
ATPase activity (IEA) | GO:0016887
ATPase activity, coupled to transmembrane movement of ions, phosphorylative mechanism (IEA) | GO:0015662
Biological Process
cation transport (IEA) | GO:0006812

Domains

( PF00702 ) haloacid dehalogenase-like hydrolase
( PF06161 ) Protein of unknown function (DUF975)
( TIGR01484 ) HAD-superfamily hydrolase, subfamily IIB
( TIGR01517 ) calcium-translocating P-type ATPase, PMCA-type
( TIGR01116 ) calcium-translocating P-type ATPase, SERCA-type
( TIGR01652 ) phospholipid-translocating P-type ATPase, flippase
( TIGR01494 ) ATPase, P-type (transporting), HAD superfamily,

Gene Expression Profile

Tetrahymena Functional Genomics Database: TTHERM_00797970

Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source Identifier Score Description

Oxytricha Contig7461.0.g40 9.99709313703352e-262 Putative hydrolase of sodium-p
otassium ATPase ...

Tetrahymena borealis EI9_10539.1 9.99709313703352e-262 phospholipid-translocating...

ParameciumDB GSPATP00022849001 9.99709313703352e-262 Paramecium tetraurelia GSPATP0
0022849001 protein

IPI(HUMAN) IPI:IPI00221038.1 1.00017887210854e-149 2|TREMBL:Q32M36;Q4G1C1;Q4W5J7
;Q4W5P2|ENSEMBL:ENSP00000264 4
49|H-INV:HIT000057322 Tax_Id=9
606 Splice Isoform Short of Pr
obable phospholipid-transporti
ng ATPase IA

TAIR AT1G59820 9.99913022949096e-141 haloacid dehalogenase-like hyd
rolase family protein

FlyBase FBgn0033837 9.99742866242852e-139

DictyBase DDB0190219 9.99742866242852e-139 JC1V2_0_01058 Q9Y2Q0 Potential
phospholipid-transporting ATP
ase IA (EC 3.6.3.1) (Chromaffi
n granule ATPase II) (ATPase c
lass I type 8A member 1).

SGD YAL026C 9.99721755966833e-127 DRS2 SGDID:S000000024, Chr I f
rom 99698-95631, reverse compl
ement, Verified ORF, "Integral
membrane Ca(2+)-ATPase involv
ed in aminophospholipid transl
ocation; required to form a sp
ecific class of secretory vesi
cles that accumulate upon acti
n cytoskeleton disruption; mut
ation affects maturation of th
e 18S rRNA"

WormBase Y49E10.11b 1.00013663358925e-125 WBGene00013034 tat-1

CryptoDB EAK90606 9.99849682679538e-105 Cryptosporidium parvum (Iowa)
protein EAK90606

ToxoDB 50.m03192 9.00323389474811e-95 Toxoplasma gondii ATPase 2, pu
tative

PlasmoDB PFL0950c 2.99956436827033e-76 Plasmodium falciparum PFL0950c

Source	Identifier	Score	Description
Oxytricha	Contig7461.0.g40	9.99709313703352e-262	Putative hydrolase of sodium-p otassium ATPase ...
Tetrahymena borealis	EI9_10539.1	9.99709313703352e-262	phospholipid-translocating...
ParameciumDB	GSPATP00022849001	9.99709313703352e-262	Paramecium tetraurelia GSPATP0 0022849001 protein
IPI(HUMAN)	IPI:IPI00221038.1	1.00017887210854e-149	2\|TREMBL:Q32M36;Q4G1C1;Q4W5J7 ;Q4W5P2\|ENSEMBL:ENSP00000264 4 49\|H-INV:HIT000057322 Tax_Id=9 606 Splice Isoform Short of Pr obable phospholipid-transporti ng ATPase IA
TAIR	AT1G59820	9.99913022949096e-141	haloacid dehalogenase-like hyd rolase family protein
FlyBase	FBgn0033837	9.99742866242852e-139
DictyBase	DDB0190219	9.99742866242852e-139	JC1V2_0_01058 Q9Y2Q0 Potential phospholipid-transporting ATP ase IA (EC 3.6.3.1) (Chromaffi n granule ATPase II) (ATPase c lass I type 8A member 1).
SGD	YAL026C	9.99721755966833e-127	DRS2 SGDID:S000000024, Chr I f rom 99698-95631, reverse compl ement, Verified ORF, "Integral membrane Ca(2+)-ATPase involv ed in aminophospholipid transl ocation; required to form a sp ecific class of secretory vesi cles that accumulate upon acti n cytoskeleton disruption; mut ation affects maturation of th e 18S rRNA"
WormBase	Y49E10.11b	1.00013663358925e-125	WBGene00013034 tat-1
CryptoDB	EAK90606	9.99849682679538e-105	Cryptosporidium parvum (Iowa) protein EAK90606
ToxoDB	50.m03192	9.00323389474811e-95	Toxoplasma gondii ATPase 2, pu tative
PlasmoDB	PFL0950c	2.99956436827033e-76	Plasmodium falciparum PFL0950c

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_00797970(coding)
ATGGAGAGAACCCAAATAGTAATTTAAATTTTCTAAAAGAAAGTAAGAAAAAGATAAAAA
GATTCAGTTTAAGCTGAACTGTAAGCAAAAATAAGCAAGTAATAATTGTTTTACAGCTGT
TTTAGGCCCATTATTTTACTTAATAGCTTTATGCAACGTAAAAAAAATAGTTCATCAAAC
ATGGACTACATGAAGTAGAAATATGACAATGCTGAGTATGATAGCAAATTTTGTTTTTTT
AAAAAGCACAAAAAAGGTTACAAATTGAGAAAAACTAGGACAATCTATCCTTTGATACCT
GATTATGATTTAGTTTCAAATAAAGTTTCAACAAGCAAATACACGATTATAACTTTTCTA
CCAAAAATGCTAATATATTAGTTCAGTAAGTTAGCCAATGTATATTTTTTGATTATAGGT
CTTATGTAATGCATTACAACCATTTCAATGAGTGATGGCAAGCCAATCATGTTCTTGCCA
TTTAGCGTAATACTATTTATATCGGCTCTTAAAGAGATATTTGAAGACAAAAAGCGTAAA
GATTAGGATAACTTAGAAAACTCCCATCTTGTTATTTAAAGAGAAGGTCAAAATCTCAGT
TAAGTTCACAGTCACCAGCTCCATCCTGGTCATGTTATCAAAATTATGAAAAACGAGTAA
TTTTTCTATTAAAATGATCCAAATTAATATCTAGTATAAAAACCAAGTATAGCAGCTATC
CAGCTATTTGCGTAAATACCTGCTGATGTTATCCTTTTACAGTCCAGCGAAGAAAGTGGA
GTTTGCTATATTGAAACTATGAATTTAGACGGAGAATCTAATCTAAAGTTAAGACTAGCT
CCAATTGAAGTCCAGCTGCTTTCATGGGAAAACTTTTCTAATATCGAGGTCCAATACGAA
GCTCCCAATAAGTATTTATATAACTTTAATGGAGCTATGGCTTATGACGGAAGGTTCAAT
ATTTCAATTAAAGGTATAAATGTGCTTCTTAAGGGTAGTTCTTTAAAAAATACTGAGTTT
GTCTATGGTTTAGTCATTTACACTGGCCATGAGACTAAGATCATGATGAACTCTTCTGAG
CCTGCTCCCAAATTAAGCAGCTTAGAAAAGACCATGAACAAACTAATCGTCATCCTTTTT
ACTGTTCAAATATTGACATGCTTCACCTCAGCTTCAATAAATTACTTTTTAACCAAAAAT
ATGAATGATAGTGGATAATTGAATTACTTAGAAAAAGATTAAGAACATATTCAGCAAGAT
ACAATACTTACTGTGCTGATTAGTATGGGAACATGGATGCTTATTTTTACTAATTTTATT
CCTATTTCTTTGTTAGTTACTTTGGAAGTTGTTAAGTTTTACTAAGGATATAATTTAATG
AGAGAAGAAGGATAAGGAAATATTTCAGTACAATCAAGCAGCTTAAATGAAGAATTAGGA
CAAATAAATCATATATTTTCTGATAAGACAGGCACTTTGACATTGAATAGGATGGAATTT
AAGAATGTTTGTGTTAATGGTGTCAATTATGGAAGCAATTTAGAAATACCAAATTAACTT
TACAAAAGAAGTAGTGTGCCAAACTAAGAAAACAAAAAAAAAGTTGATTATGTAGATTTT
GATGACTATGAATTTTTTAAGCTTGTTGAATCAAAGGATTAAAAAACAATTGATTTACTA
CACTGTATTTTTTTATGTCATAATGTAGTAGTTGAAAAGGACCATTCCAATAATCCTATG
CTTTCCGATGATGTTCACTACAGCGCATCTTCTCCAGACGAACTAGCACTTATTTCTTTT
GCTAAGCTTGCTGGATACATTTTTAAAGGTAGCAAGAAGGAAAATGGAAAAGAATATTAT
ATTATTAAGCATCAAAACTAAATATTTGAATACGAAGTCTTAAAATTCTTTGAATTTAAC
AGTTTTAGAAAGAGAGTTAGTATTATAGTAAAAAATTCTTAAGGATAAATTTAGCTTTAT
TGCAAAGGAGCTGACTCAATAATTGAATAAAGATTAAGTGAATATGAGTTTTAATAACAA
AATCTATCAGTTTCTAAATCAGTTACAAATTAATATGCAAATCAAGGTTTGAGAACTTTA
TTTTTGGCAAAAAAAGATTTATCTGAACAAGAATATAATCAATGGAGTGAAAAATATAGT
GAAGCAGAGAGATCCCTTTAAAATAGAGATGAACAAGTAGAAAAGCTATAAGACTCTATG
GAAAAAGATTTAAATTTCTTAGGAGTAACAGCTGTAGAAGATAAATTGCAAGATGAAGTT
GGAAACACAATACAATCAATAAGAGATGCAGGAATAAAGTTTTGGGTTTTAACTGGAGAC
AAAAAGGAAACAGCAATAAATATCAGTCATTCTGCATAAATTATAGACTCAGATACTTAA
ATAATAGATATAGATGACAAGAATTTATAATTAATAAAACAAAAAATTAGATACTATTTT
TAGAGCGTTTAAGATAATTAGCATGTTAAGTATTCATTGATAATAAGTGGAGAGTCATTC
CATACCATAGAAACAGATCAGGAAGTTTCTTATTAATTTGTATAACTTTCCATGATGGTA
TAAAGCGTTATAGGCTGCAGATTTACTCCTAGTTAAAAGAAACACGCAGTTTCGCTAGTA
AAAAAACATACAAAAAGAAAACCAACCCTCGCAATTGGTGATGGAGCAAACGATGTGAAC
ATGATCTTAGAAGCACATGTTGGTGTTGGTGTTAAAGGTGTTGAAGGGTCTCAGGCTAGT
AGAGCAAGTGATTTTAGTGTAAATGAATTCAAATAACTTAAAGAGTTACTTTTTGACTAT
GGTAGAGAATGCTATAGAAAAAATAGTGAATTAGTCCTCTTTAATTTCTTTAAAAATCTT
TTATTAGTCTTACCTCAATTCTGGTTTGGAGCTATATTAAGTTTATTCAGTGGAACAAAT
TTGTATGATCCATGGATTTATCAACTTTTTAATACCATTTTTACTGCTCTTCCTATTGTA
ATTTATGCTTTGACTGATAGGGAATATTCAAAGAGGACATTACTCTCCAATTCTAACTTT
TACAAATAAGAAAATACAATGTTAGACTAAAATGGATAATAATCATCACTTTCTTTAACT
GGAATGGTGTCTTTCACAATAATAACCCTTTATGCAAACTTAAAGATAATTACTTTCTCT
AACACTTTTTCGTTCATTTCAGTGCTTGGGATATTTTTGAGTATTTCTTTTTATATTTTA
AGCTACTATATTATGACAGATGCAACATATGCTTAGAATAATCCTCTTTGGGAAAGCTTT
ACTATAATTTTTGGAAACCTTAGAATAGTTATGACTATTTTATTAGCTTGTTCTTTATTA
TTTTTATTGGATTTGTCATATTAAAGGTTCTCACATTTTTTGTATGATTAGTCCATTAAC
TCTTACAGCAAAATTTATAGTAAATTAAGTGGAGATTTCACAGAAACCTCAAGCTCTTCT
AAAGAAGTTAGAGTTGAGCTTAGTGGCAAATCAAAAAAAATAGATAACTATTATAAATTT
TCAGGATCTATTAATGGTGATCAACTTTGA

>TTHERM_00797970(protein)
MERTQIVIQIFQKKVRKRQKDSVQAELQAKISKQQLFYSCFRPIILLNSFMQRKKNSSSN
MDYMKQKYDNAEYDSKFCFFKKHKKGYKLRKTRTIYPLIPDYDLVSNKVSTSKYTIITFL
PKMLIYQFSKLANVYFLIIGLMQCITTISMSDGKPIMFLPFSVILFISALKEIFEDKKRK
DQDNLENSHLVIQREGQNLSQVHSHQLHPGHVIKIMKNEQFFYQNDPNQYLVQKPSIAAI
QLFAQIPADVILLQSSEESGVCYIETMNLDGESNLKLRLAPIEVQLLSWENFSNIEVQYE
APNKYLYNFNGAMAYDGRFNISIKGINVLLKGSSLKNTEFVYGLVIYTGHETKIMMNSSE
PAPKLSSLEKTMNKLIVILFTVQILTCFTSASINYFLTKNMNDSGQLNYLEKDQEHIQQD
TILTVLISMGTWMLIFTNFIPISLLVTLEVVKFYQGYNLMREEGQGNISVQSSSLNEELG
QINHIFSDKTGTLTLNRMEFKNVCVNGVNYGSNLEIPNQLYKRSSVPNQENKKKVDYVDF
DDYEFFKLVESKDQKTIDLLHCIFLCHNVVVEKDHSNNPMLSDDVHYSASSPDELALISF
AKLAGYIFKGSKKENGKEYYIIKHQNQIFEYEVLKFFEFNSFRKRVSIIVKNSQGQIQLY
CKGADSIIEQRLSEYEFQQQNLSVSKSVTNQYANQGLRTLFLAKKDLSEQEYNQWSEKYS
EAERSLQNRDEQVEKLQDSMEKDLNFLGVTAVEDKLQDEVGNTIQSIRDAGIKFWVLTGD
KKETAINISHSAQIIDSDTQIIDIDDKNLQLIKQKIRYYFQSVQDNQHVKYSLIISGESF
HTIETDQEVSYQFVQLSMMVQSVIGCRFTPSQKKHAVSLVKKHTKRKPTLAIGDGANDVN
MILEAHVGVGVKGVEGSQASRASDFSVNEFKQLKELLFDYGRECYRKNSELVLFNFFKNL
LLVLPQFWFGAILSLFSGTNLYDPWIYQLFNTIFTALPIVIYALTDREYSKRTLLSNSNF
YKQENTMLDQNGQQSSLSLTGMVSFTIITLYANLKIITFSNTFSFISVLGIFLSISFYIL
SYYIMTDATYAQNNPLWESFTIIFGNLRIVMTILLACSLLFLLDLSYQRFSHFLYDQSIN
SYSKIYSKLSGDFTETSSSSKEVRVELSGKSKKIDNYYKFSGSINGDQL

>TTHERM_00797970(gene)
ATGGAGAGAACCCAAATAGTAATTTAAATTTTCTAAAAGAAAGTAAGAAAAAGATAAAAA
GATTCAGTTTAAGCTGAACTGGTAACAAAAAATCACAAATAATATTGATTAAGAAATTAA
TATTTATTAATATAAAATATACTGCATTGTTTTTAGATTATTAAAAGTAAGCAAAAATAA
GCAAGTAATAATTGTTTTACAGCTGTTTTAGGCCCATTATTTTACTTAATAGCTTTATGC
AACGTAAAAAAAATAGTTCATCAAACATGGACTACATGAAGTAGAAATATGACAATGCTG
AGTATGATAGCAAATTTTGTTTTTTTAAAAAGCACAAAAAAGGTTACAAATTGAGAAAAA
CTAGGACAATCTATCCTTTGATACCTGATTATGATTTAGTTTCAAATAAAGTTTCAACAA
GCAAATACACGATTATAACTTTTCTACCAAAAATGCTAATATATTAGTTCAGTAAGTTAG
CCAATGTATATTTTTTGATTATAGGTCTTATGTAATGCATTACAACCATTTCAATGAGTG
ATGGCAAGCCAATCATGTTCTTGCCATTTAGCGTAATACTATTTATATCGGCTCTTAAAG
AGATATTTGAAGACAAAAAGCGTAAAGATTAGGATAACTTAGAAAACTCCCATCTTGTTA
TTTAAAGAGAAGGTCAAAATCTCAGTTAAGTTCACAGTCACCAGCTCCATCCTGGTCATG
TTATCAAAATTATGAAAAACGAGTAATTTTTCTATTAAAATGATCCAAATTAATATCTAG
TATAAAAACCAAGTATAGCAGCTATCCAGCTATTTGCGTTAAAAGATAATATCATCTTTT
TATCTTTGACCAAAATGATTTTCATTAAACTTTGAATTTACAAATTTATTATTTAAGTTG
AGTGAAGAATTAAAAAACTCTTTCGATAAGCATTAATAGTATATTTAAAGCATTATTTCA
ATATTTTAAAGACCAATAAATGAAGATAAAAAAATAAAAAAGAAAAGTAAAAAAGCAAGC
AAAAAACATAAAAGTTTTGATAAAAAGGAATAAGTTTAAGATATTAAACTAGCTAGTTAT
ATTGTTAGTTAGTTAAAATATATTTTAGAATATTTAATTTATAAAGTTTAAATATTCTAA
ATATATTATTATTCTATATAGTCAGTCAGTCAATTACTCACTAACTAACTCGACTTTTAA
TTTAAGATAGAAATTTTTTTTAAATTTTGATTTTTATCAAAAGAAGATTAAATAAATATC
TATCTATCTATTTAATTAATTAATTAATTAATCCATTAATTTTCTTCTTTTAATCAAATT
TAAGTAGAACTTATTGTTTTTAAATAAATAAATTTATTTATTTATACATTTAGGTAAATA
CCTGCTGATGTTATCCTTTTACAGTCCAGCGAAGAAAGTGGAGTTTGCTATATTGAAACT
ATGAATTTAGACGGAGAATCTAATCTAAAGTTAAGACTAGCTCCAATTGAAGTCCAGCTG
CTTTCATGGGAAAACTTTTCTAATATCGAGGTCCAATACGAAGCTCCCAATAAGTATTTA
TATAACTTTAATGGAGCTATGGCTTATGACGGAAGGTTCAATATTTCAATTAAAGGTATA
AATGTGCTTCTTAAGGGTAGTTCTTTAAAAAATACTGAGTTTGTCTATGGTTTAGTCATT
TACACTGGCCATGAGACTAAGATCATGATGAACTCTTCTGAGCCTGCTCCCAAATTAAGC
AGCTTAGAAAAGACCATGAACAAACTAATCGTCATCCTTTTTACTGTTCAAATATTGACA
TGCTTCACCTCAGCTTCAATAAATTACTTTTTAACCAAAAATATGAATGTAATTAATTAA
TTATTTTAATCTAAATTTTATTCAACTTTTTAATAAATTAATTTATTTTTTTTATTTAAA
TTTGTGTTTTTCTTGGTTCAAAAGAAATTCAATTTAAATAAAATATTATTCTGATTTAAT
TATTGACTTTAAAATTGATTTTCTTCAAAATATTAAAATAATTTATTGAGTTTTTGTTTA
AAATAAATAATTAAAAACTCTCTTTTTTTGTAATGAATTTGTTTATTTTTTTGATTAAAA
TGGAATAGACTTGATTAATTTATTTTTAAATAATTAATGAAAATAGGATAGTGGATAATT
GAATTACTTAGAAAAAGATTAAGAACATATTCAGCAAGATACAATACTTACTGTGCTGAT
TAGTATGGGAACATGGATGCTTATTTTTACTAATTTTATTCCTATTTCTTTGTTAGTTAC
TTTGGAAGTTGTTAAGTTTTACTAAGGATATAATTTAATGAGAGAAGAAGGATAAGGAAA
TATTTCAGTACAATCAAGCAGCTTAAATGAAGAATTAGGACAAATAAATCATATATTTTC
TGATAAGACAGGCACTTTGACATTGAATAGGATGGAATTTAAGAATGTTTGTGTTAATGG
TGTCAATTATGGAAGCAATTTAGAAATACCAAATTAACTTTACAAAAGAAGTAGTGTGCC
AAACTAAGAAAACAAAAAAAAAGTTGATTATGTAGATTTTGATGACTATGAATTTTTTAA
GCTTGTTGAATCAAAGGATTAAAAAACAATTGATTTACTACACTGTATTTTTTTATGTCA
TAATGTAGTAGTTGAAAAGGACCATTCCAATAATCCTATGCTTTCCGATGATGTTCACTA
CAGCGCATCTTCTCCAGACGAACTAGCACTTATTTCTTTTGCTAAGCTTGCTGGATACAT
TTTTAAAGGTAGCAAGAAGGAAAATGGAAAAGAATATTATATTATTAAGCATCAAAACTA
AATATTTGAATACGAAGTCTTAAAATTCTTTGAATTTAACAGTTTTAGAAAGAGAGTTAG
TATTATAGTAAAAAATTCTTAAGGTAAATTTTTATTCAAAAATTATTTCAATCATTGTTA
AAATTTTAAAGAAAATTCAAGTTTATCTTTCATTAAAATTTAATTTTAAAAAAAATTTAT
ATCATTTCAATTTAAATAGGATAAATTTAGCTTTATTGCAAAGGAGCTGACTCAATAATT
GAATAAAGATTAAGTGAATATGAGTTTTAATAACAAAATCTATCAGTTTCTAAATCAGTT
ACAAATTAATATGCAAATCAAGGTTTGAGAACTTTATTTTTGGCAAAAAAAGATTTATCT
GAACAAGAATATAATCAATGGAGTGAAAAATATAGTGAAGCAGAGAGATCCCTTTAAAAT
AGAGATGAACAAGTAGAAAAGCTATAAGACTCTATGGAAAAAGATTTAAATTTCTTAGGA
GTAACAGCTGTAGAAGATAAATTGCAAGATGAAGTTGGAAACACAATACAATCAATAAGA
GATGCAGGTCAGTTTAATTTATTTCAAACTTCCAAATTAAGTTTTAATGAAAAAATCTTT
GAAATAATTTTCAAATTAAAAAAAAATTATTTAAATAAATAAATAATTTTAAGTTCAATA
AAAAAAATGAATTTTATCTGATTCTTTGTTTTCATTCAAAATATTTAGAAATTAATAGAA
AAGCTTTTTAATTCATAAATTTGGTTTAAAAATGTCAAGAAAAAAATTTAATACCTAATT
TTAAAATTATTTTAAATTCAGGAATAAAGTTTTGGGTTTTAACTGGAGACAAAAAGGAAA
CAGCAATAAATATCAGTCATTCTGCATAAATTATAGACTCAGATACTTAAATAATAGATA
TAGATGACAAGAATTTATAATTAATAAAACAAAAAATTAGATACTATTTTTAGAGCGTTT
AAGATAATTAGCATGTTAAGTATTCATTGATAATAAGTGGAGAGTCATTCCATACCATAG
AAACAGATCAGGAAGTTTCTTATTAATTTGTATAACTTTCCATGATGGTATAAAGCGTTA
TAGGCTGCAGATTTACTCCTAGTTAAAAGAAACACGCAGTTTCGCTAGTAAAAAAACATA
CAAAAAGAAAACCAACCCTCGCAATTGGTGATGGAGCAAACGATGTGAACATGATCTTAG
AAGCACATGTTGGTAAATAATGCTTTAATCATTATATTAATTTTATATCCTCATTTTACT
ATTAGTTTTATTGTTAATGATTTAAATACTTATTAATTAGGTGTTGGTGTTAAAGGTGTT
GAAGGGTCTCAGGCTAGTAGAGCAAGTGATTTTAGTGTAAATGAATTCAAATAACTTAAA
GAGTTACTTTTTGACTATGGTAGAGAATGCTATAGAAAAAATAGTGAATTAGTCCTCTTT
AATTTCTTTAAAAATCTTTTATTAGTCTTACCTCAATTCTGGTTTGGAGCTATATTAAGT
TTATTCAGTGGAACAAATTTGTATGATCCATGGATTTATCAACTTTTTAATACCATTTTT
ACTGCTCTTCCTATTGTAATTTATGCTTTGACTGATAGGGAATATTCAAAGAGGACATTA
CTCTCCAATTCTAACTTTTACAAATAAGGTTTTTATTTTTATTTTTAAATTTAATTAATA
TTTTGAAGCATATCTTTTAAGCATTGTAATAGAAAAAACAACAAAAATATTTAACGATTT
TCTAAATTTAATTTAAACAATGGGATAATTAAAATTTATTGTTTGTTTTTTTGTCCTAAT
GTAAGTTACTTTAAAAAATAAAGAGTAGACTAATCCTTTAAAATGAATAAAATATGGCAA
ACATTTTTGCTTGAAATAAAAGAAAATAAGAAAATTTTCAATTTATTTTAAATTAAAAAA
AATTTTTAATTATAAAAGGAATGAAGTTTGAATTGTTTAATACACAAATATTTATAAAGA
CATTAATTAATGGCCTTCTTTAAAGTTTTATTATAATAATTTTATCATTTTACTGTTTAG
AAAATACAATGTTAGACTAAAATGGATAATAATCATCACTTTCTTTAACTGGAATGGTGT
CTTTCACAATAATAACCCTTTATGCAAACTTAAAGATAATTACTTTCTCTAACACTTTTT
CGTTCATTTCAGTGCTTGGGATATTTTTGAGTATTTCTTTTTATATTTTAAGCTACTATA
TTATGACAGATGCAACATATGCTTAGAATAATCCTCTTTGGGAAAGCTTTACTATAATTT
TTGGAAACCTTAGAATAGTTATGACTATTTTATTAGCTTGTTCTTTATTATTTTTATTGG
ATTTGTCATATTAAAGGTTCTCACATTTTTTGTATGATTAGTCCATTAACTCTTACAGCA
AAATTTATAGTAAATTAAGTGGAGATTTCACAGAAACCTCAAGCTCTTCTAAAGAAGTTA
GAGTTGAGCTTAGTGGCAAATCAAAAAAAATAGATAACTATTATAAATTTTCAGGATCTA
TTAATGGTGATCAACTTTGA

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Identifiers and Description

Gene Model Identifier

Standard Name

Aliases

Description

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

Cellular Component

Molecular Function

Biological Process

Domains

Gene Expression Profile

Tetrahymena Stock Center

Homologs (v.2006 protein sequences)

General Information

Associated Literature

Sequences

Wiki Links

External Links

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).