TGD | Gene Details

Identifiers and Description

Gene Model Identifier
TTHERM_00123720

Standard Name
FLP13 (FLiPpase)

Aliases
PreTt27286 | 8.m00546 | 3812.m02574

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

Genome Browser

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

No Data fetched for Domains

Gene Expression Profile

Tetrahymena Functional Genomics Database: TTHERM_00123720

Homologs (v.2006 protein sequences)

Source Identifier Score Description

ParameciumDB GSPATP00035083001 9.99709313703352e-262 Paramecium tetraurelia GSPATP0
0035083001 protein

IPI(HUMAN) IPI:IPI00012851.1 9.99540449643144e-166 PROT:O43520|ENSEMBL:ENSP00000
283684|REFSEQ:NP_005594|H- INV
:HIT000048409|VEGA:OTTHUMP0000
0073517 Tax_Id=9606 Probable p
hospholipid-transporting ATPas
e IC

DictyBase DDB0190219 9.99955252024689e-165 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).

TAIR AT3G13900 9.99519343641294e-154 haloacid dehalogenase-like hyd
rolase family protein

SGD YAL026C 1.00017887210854e-149 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"

FlyBase FBgn0033837 1.00017887210854e-149

WormBase Y49E10.11b 9.99668353155528e-144 WBGene00013034 tat-1

ToxoDB 50.m03192 9.99605028384712e-108 Toxoplasma gondii ATPase 2, pu
tative

CryptoDB EAK90606 1.00026461339066e-103 Cryptosporidium parvum (Iowa)
protein EAK90606

PlasmoDB PFL0950c 9.00084082063967e-86 Plasmodium falciparum PFL0950c

Source	Identifier	Score	Description
ParameciumDB	GSPATP00035083001	9.99709313703352e-262	Paramecium tetraurelia GSPATP0 0035083001 protein
IPI(HUMAN)	IPI:IPI00012851.1	9.99540449643144e-166	PROT:O43520\|ENSEMBL:ENSP00000 283684\|REFSEQ:NP_005594\|H- INV :HIT000048409\|VEGA:OTTHUMP0000 0073517 Tax_Id=9606 Probable p hospholipid-transporting ATPas e IC
DictyBase	DDB0190219	9.99955252024689e-165	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).
TAIR	AT3G13900	9.99519343641294e-154	haloacid dehalogenase-like hyd rolase family protein
SGD	YAL026C	1.00017887210854e-149	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"
FlyBase	FBgn0033837	1.00017887210854e-149
WormBase	Y49E10.11b	9.99668353155528e-144	WBGene00013034 tat-1
ToxoDB	50.m03192	9.99605028384712e-108	Toxoplasma gondii ATPase 2, pu tative
CryptoDB	EAK90606	1.00026461339066e-103	Cryptosporidium parvum (Iowa) protein EAK90606
PlasmoDB	PFL0950c	9.00084082063967e-86	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_00123720(coding)
ATGAAGAGTCGTGAAATCTAAAAAATAAAGTAATAAAGGAAGATGTTTTTAAAAAAAATT
ATTTGGCAAATTAGTTTCTTAAAATAACAATAAAGCTTCTCCTTGGTGTATAGAGGTGTA
AATATAAATCATATAAAAAATAGCAAGAGTTTTAAATAACCAGAAATAGAGCAAACGCTT
GCTAAACTTTCATCTAAGAAAACAATTATTATGAGTCAAAATACTAATAAAAACTAAACT
CAATAAGTAGAAATGAGGATGAGCCAAAATCTGAATAAAAGTTTATCTAATGTTGATAAA
TAAGTAGGAGGTAGAAGAATATTTCACTTTGGCTCATAGTCTATGAATAAAGATATGCGC
TTTAGTTCAAATTTTATAAAGACTTCTAAGTATACTGTATGGAATTTTTTGCCTCTGTGC
TTGTTGTAGCAATTCAAAAGATATGCAAATATTTATTTTCTTGTAATTGCAATTCTGTAA
AGTATCCCAGCAATATCTCCATTAAATCCATTTTCTGCATGGGCTCCTTTAGTTATAGTT
ATAGGTATTTCTATGGCCAGAGAAGGGTATGAAGACTATTAAAGATATAAATCCGATCTA
GAAATGAACTCTAGTACAACTACAGTTTACAGAGACTCAAAGTTCATTACGTGTAAATGG
GGAGATGTTTTAGTTGGAGATTTAGTAAAAATAGTAGAAAATGAAACATTTCCATCAGAT
ATAATAGTATTAAATACATCAAACGAAGGGGGAGTGTGCTTTATTGAGACAAGCTCTCTT
GATGGTGAGAAAAACTATAAAAATAAAGAAGCTATGGCTTAGACTCTAAAATGGGTATAA
CCCGACAAATCTGTGATAAGACTTGTGGGATAGGTAAATTGTATATTACCTAATGAGCTT
CTTCATTAATTTGAAGGTACTATTCAATACCATGGTGAGTAATATATTGTAGGAGCTAAG
TAATTTTTATTGCGTGGTGCTAAATTAAAAAATACAAAATGGATAGCTGGTATAGTTGTA
TATACAGGAGAAGACACAAAGATTATGAAAAATGCTGATAAGTCTAAATACAAAGTTTCA
AATATTGAATCACAAACAAATAAATTGATCATAGCAATATTCATATTCTAACTAATCATT
AGTATTTGCTCAGCTATTGGAAATTCTATTTGGAATCATTAAAAAGGTCCAGAATATCCA
TATATACCGAAACCATCAAGTACCGATTTTGAAGGTTTTCTCACTTTCTTGACCTATATA
GTCTTGAATAACACTATGATACCAATTTCTTTGATTGTCTCTCTTGAAGTAGTTAAATTA
GTCCAAGGATTTATAATAGCTGCTGACGAAGAGTTAATACAAAAGGAAGATGGAAGAACA
AAGCTCCCAAAAGTTTATACAACATCTATTAATGAAGAGCTTGGATAAGTATAATACATC
TTCAGTGATAAGACAGGAACTTTAACTTGCAATAAAATGGAACTCAAATTATGCTGCATA
GGAAACCAGCTTTATGGAGACTAGAAGGTACTAAAAGAGCTATCTTCACCTTAAAAAAGA
AAGAGATCTTTGAGAAAACCCACTCTTGTTGATGAAAATTCTGAAATTGTTTTTTACAAG
AGGGATGAAAATTTAGTTAAGGTTTTAAATGGAATAGGAAACTTTTAAATTGATCATTTT
TAAATGTTTGACTCAAAGACTTAATCAAAATCCTTATTCACATTGGTAACTTAGAAAGAT
ATTGCTCATGAGTATCTCTTACTGCTAGCAACTTGTCATGAATGCGTTATAGAATAAAAA
GATCAGTCTGAAATGGAAGATGCAGAAAAATAAACTGATAATAAATCAGTTACTAAAAAA
CCCATCCCATTTAGCAATAGTAGCTAAAACGCTAATACTTCAATACCAAAATAGGCAAAT
AATAATGCTATTAAAATAGAAATGGGCCAAATGAACTTGGATCCAAGCCCTGTTCCATCA
AGCTAAAACACAACAACTCCTATTAAGCACTCTGAAATAAAATATTAAAAACCATATATT
ATTTTTAACAAACAAACAAAGGGTCCATCACCAGATGAAGTAACATTGGTCGATACAGCT
CGCCATTATGGATATGTCTTTTTAGGATCAAACTCAGCTTCAATAAATCTTGAAGTTCAA
GGAGAAAAAGTGTAACTAGAATTATTGAAATTATTTGAGTTTAATAGTGATAGAAAGAGA
ATGTCTGTAATTGTCCGTCATAATGGAGTGATTAAAATGTATATTAAAGGAGCTGATAAT
AAAATAAAGGAAAGATTAAATTCTCAAATCGAATAGCCTTTTCTTCATGAAATATAGTAA
AGAATTGATGAATTTTCTAAAAAAGGTCTTAGAACTCTTTTAGTTGCTATGAGAATATTG
GAAGAAAACGAGTATAAAGAGTTGGAAGCAAAATATCAAGCTGCTGGTAATGCTGCAAAT
CGTGAAGAATAATTCTTTAAAATAGCTGAAGATTATGAGAAAGATTTGTATTTAATTGGA
GCAACAGCTGTTGAAGATAAATTATAAGATAGAGTTCCTGAAACAATAAGAGACATGCTA
TAAGCAAAAATAAATGTTTGGATGCTTACTGGTGATAAAATGGAAACAGCTGAAAATATT
GCTAAGAGTTGCAAGCTAATTTAATCTCATTTTAGAATCTTGAGATATCATATTAATAAG
CCTCCTATTAAGGAAGGTTAAGTATATAAGACTCCACCCAATCTAGTAAAGGATGAATTA
ACTAGATTATTCTATGAAAAAGAGGAGCTTATGAGATAAAAAAAGGAAAAGGCTTTGTTG
ATTGAAGGAGAAGATCTAGGTGATGTTTTGTTAGATGATGAATTTATGGATATGCTTATT
GCTACTGTAAAAGATTGCGAATCAGTTGTGTGCTGTAGAGCAACTCCTAAGTAAAAAGCT
TAAGTTGTTAAATTAGTCAAAGACAAATTACAAAAAATTACTTTGGCAATCGGTGATGGA
GCTAATGATGTTAATATGATTCAAGAAGCTCACATTGGTATTGGTCTCTTTGGCCAGGAA
GGTATGAGAGCAGTTTAAGCATCAGATTACGCATTACCTGAATTCAAGGGCTTGTGGAGA
TTGTTACTTGTGCACGGAAGATGGAACTATATTAGAATTTCTGAAATGATCTTGTACTTT
TTCTATAAAAACTTTATCTTCACAATTCCTTAATTCTTCTTTAGTTTTTCAAATGGATTT
AGTGGTCAGAGTATTTTTGATGACTATTATATAACTCTTTATAATATCATTTTTACTGCT
TTTCCATTGATAGTTAGAGCAGTAACTGAGTAGGATTTGTACTATAAAATTCGTGAAAAA
GATCAAGAAAACTAGGAAAGACTAATCAATCATAATAAACTGATGAAATTATTCCCAAAA
GCTTACTACGTTGGCTAGCAAAACCTTATCTTTAATACAAAAAACTTTTTAATATGGATA
GCTCAAGCATTAGTTCACGCATCTATAATTTATGCTGTAGTTTAATGCTCAATTTAGAAA
GATGCTATGTCATCTGATGGCTATTCACCAGATCTCTGGGTTGTATCAATTACATTATAT
TCTGCTATTATATTAGTTGTTGATGTAAAACTTGCAGTAAATACTAGATACTGGACAATG
ATTATGCTCCTCTCTATAATATTTACTTCATTGGTTCCTTATTTCCTGTACATTTTTGTT
GCCAATTTGATAGAGTAGTTCAATGTTTATCTCACAGCTCAAGCTATATTTACAATGCCT
GATTTTTATTTAATTATATTCTTCTCGCTCTTCTTGATTGTTACTTTCGATCTTTTCATT
ATATATCTTAATTAAGTAGATTACAGAGGCTTTATTGAGCACCTAAGATCTTTAATTAAA
GAAAAGTAAAACCTAGACAATAGCGAATATATTGAGAGACTAGAAAATGTAGATATGAAC
AACAACTTTGGAAGAAATATTCCTTCAAATGTACCTGTTGAGAGAAAATATGAGCAATAT
GCAGCTTGA

>TTHERM_00123720(protein)
MKSREIQKIKQQRKMFLKKIIWQISFLKQQQSFSLVYRGVNINHIKNSKSFKQPEIEQTL
AKLSSKKTIIMSQNTNKNQTQQVEMRMSQNLNKSLSNVDKQVGGRRIFHFGSQSMNKDMR
FSSNFIKTSKYTVWNFLPLCLLQQFKRYANIYFLVIAILQSIPAISPLNPFSAWAPLVIV
IGISMAREGYEDYQRYKSDLEMNSSTTTVYRDSKFITCKWGDVLVGDLVKIVENETFPSD
IIVLNTSNEGGVCFIETSSLDGEKNYKNKEAMAQTLKWVQPDKSVIRLVGQVNCILPNEL
LHQFEGTIQYHGEQYIVGAKQFLLRGAKLKNTKWIAGIVVYTGEDTKIMKNADKSKYKVS
NIESQTNKLIIAIFIFQLIISICSAIGNSIWNHQKGPEYPYIPKPSSTDFEGFLTFLTYI
VLNNTMIPISLIVSLEVVKLVQGFIIAADEELIQKEDGRTKLPKVYTTSINEELGQVQYI
FSDKTGTLTCNKMELKLCCIGNQLYGDQKVLKELSSPQKRKRSLRKPTLVDENSEIVFYK
RDENLVKVLNGIGNFQIDHFQMFDSKTQSKSLFTLVTQKDIAHEYLLLLATCHECVIEQK
DQSEMEDAEKQTDNKSVTKKPIPFSNSSQNANTSIPKQANNNAIKIEMGQMNLDPSPVPS
SQNTTTPIKHSEIKYQKPYIIFNKQTKGPSPDEVTLVDTARHYGYVFLGSNSASINLEVQ
GEKVQLELLKLFEFNSDRKRMSVIVRHNGVIKMYIKGADNKIKERLNSQIEQPFLHEIQQ
RIDEFSKKGLRTLLVAMRILEENEYKELEAKYQAAGNAANREEQFFKIAEDYEKDLYLIG
ATAVEDKLQDRVPETIRDMLQAKINVWMLTGDKMETAENIAKSCKLIQSHFRILRYHINK
PPIKEGQVYKTPPNLVKDELTRLFYEKEELMRQKKEKALLIEGEDLGDVLLDDEFMDMLI
ATVKDCESVVCCRATPKQKAQVVKLVKDKLQKITLAIGDGANDVNMIQEAHIGIGLFGQE
GMRAVQASDYALPEFKGLWRLLLVHGRWNYIRISEMILYFFYKNFIFTIPQFFFSFSNGF
SGQSIFDDYYITLYNIIFTAFPLIVRAVTEQDLYYKIREKDQENQERLINHNKLMKLFPK
AYYVGQQNLIFNTKNFLIWIAQALVHASIIYAVVQCSIQKDAMSSDGYSPDLWVVSITLY
SAIILVVDVKLAVNTRYWTMIMLLSIIFTSLVPYFLYIFVANLIEQFNVYLTAQAIFTMP
DFYLIIFFSLFLIVTFDLFIIYLNQVDYRGFIEHLRSLIKEKQNLDNSEYIERLENVDMN
NNFGRNIPSNVPVERKYEQYAA

>TTHERM_00123720(gene)
ATGAAGAGTCGTGAAATCTAAAAAATAAAGTAATAAAGGAAGATGTTTTTAAAAAAAGTA
AAAATAATGATAATTAATTTGATAATAAATGAATATAATGAAATTAAAATTAAAGGCACA
AATTCTTAGTTTTTTAATTAATATCGTTGTTTATTAAATTGATTGTAGTAAATTATATAG
ATTATTTGGCAAATTAGTTTCTTAAAATAAGTAAACAAAAAAATACTTATTAAATTTTTT
TTATTTTCAACTAGCTGATTCTTATTTATAACAGCAATAAAGCTTCTCCTTGGTGTATAG
AGGTGTAAATATAAATCATATAAAAAATAGCAAGAGTTTTAAATAACCAGAAATAGAGCA
AACGCTTGCTAAACTTTCATCTAAGAAAGTAAAATTTTTAAAAATTAGAGTAAGAATTTT
CATTTTTATCCATAAACATATTAACAGAATAATAATTGAGAAGAAAATAAATTGAAGAGA
GCAAAAAACAATCTAATCTAAGATCTTAATATAATAAAAACTCTGAACTCACAGTATCGA
TTAGACAATTATTATGAGTCAAAATACTAATAAAAACTAAACTCAATAAGTAGAAATGAG
GATGAGCCAAAATCTGAATAAAAGTTTATCTAATGTTGATAAATAAGTAGGAGGTAGAAG
AATATTTCACTTTGGCTCATAGTCTATGAATAAAGATATGCGCTTTAGTTCAAATTTTAT
AAAGACTTCTAAGTATACTGTATGGAATTTTTTGCCTCTGTGCTTGTTGTAGCAATTCAA
AAGATATGCAAATATTTATTTTCTTGTAATTGCAATTCTGTAAAGTATCCCAGCAATATC
TCCATTAAATCCATTTTCTGCATGGGCTCCTTTAGTTATAGTTATAGGTATTTCTATGGC
CAGAGAAGGGTATGAAGACTATTAAAGATATAAATCCGATCTAGAAATGAACTCTAGTAC
AACTACAGTTTACAGAGACTCAAAGTTCATTACGTGTAAATGGGGAGATGTTTTAGTTGG
AGATTTAGTAAAAATAGTAGAAAATGAAACATTTCCATCAGATATAATAGTATTAAATAC
ATCAAACGAAGGGTAAATAATTTTAAATTACAAATAGGATATAAAAAAGTTTTATCAATT
TTTCATCTAGTTTATTTTAAATTACAACATTGCACTAGTAGTAATTTTAGTTAGCTCTAA
ATATTTAATATTTATTACAGTAAATGAGAATGAGTGAATGAATGAATAAATCAAATAACT
AACTAACTAATTAATGAATACTTTGTTTGAAATTAACAATTTAAGATACCTTTGAAATAA
TAAAGGTTTGATTTCTATCATATTATTTATCTCCCACCATCCATTTGATTTATTTTTTAA
CGAATGACAATTAATTGCCTTATCTAAAACTATATATCAAGGGATTTAATATGATTAAAA
TCTCCTAAAAGCAGTCCATCAATCTATAAAAAATTAAATTTTCAATTATAAATTATTCTT
TTTTAAAAAATATTACTATTATTATTAATACTTAATTACTAAATTTTTAGATTGATCAAA
ATAATGAATTAAATTAAAATCAAGCACGAATTTATTACTAAACTGATTAAGTTATTTCTA
ATTTTTAATTACAAAAAATATTCAAATTTTATATAATTTCCAATTTTTCAAGAAGAAAAG
AAGAAAAATTTTTGAGAATATTTTAAAAATTAAAAAATAAATTAATTGCTTTTTTAATTA
TAATTGAAAAAAAAACATTTTTTGATTAAAATCATTTTTCTGAAAAAATTAATAAAAAAT
ATTTTTTTAATAATAAATTATTAGGGGAGTGTGCTTTATTGAGACAAGCTCTCTTGATGG
TGAGAAAAACTATAAAAATAAAGAAGCTATGGCTTAGACTCTAAAATGGGTATAACCCGA
CAAATCTGTGATAAGACTTGTGGGATAGGTAAATTGTATATTACCTAATGAGCTTCTTCA
TTAATTTGAAGGTACTATTCAATACCATGGTGAGTAATATATTGTAGGAGCTAAGTAATT
TTTATTGCGTGGTGCTAAATTAAAAAATACAAAATGGATAGCTGGTATAGTTGTATATAC
AGGAGAAGACACAAAGATTATGAAAAATGCTGATAAGTCTAAATACAAAGTTTCAAATAT
TGAATCACAAACAAATAAATTGATCATAGCAATATTCATATTCTAACTAATCATTAGTAT
TTGCTCAGCTATTGGAAATTCTATTTGGAATCATTAAAAAGGTCCAGAATATCCATATAT
ACCGAAACCATCAAGTACCGATTTTGAAGGTTTTCTCACTTTCTTGACCTATATAGTCTT
GAATAACACTATGATACCAATTTCTTTGATTGTCTCTCTTGAAGTAGTTAAATTAGTCCA
AGGATTTATAATAGCTGCTGACGAAGAGTTAATACAAAAGGAAGATGGAAGAACAAAGCT
CCCAAAAGTTTATACAACATCTATTAATGAAGAGCTTGGATAAGTATAATACATCTTCAG
TGATAAGACAGGAACTTTAACTTGCAATAAAATGGAACTCAAATTATGCTGCATAGGAAA
CCAGCTTTATGGAGACTAGAAGGTACTAAAAGAGCTATCTTCACCTTAAAAAAGAAAGAG
ATCTTTGAGAAAACCCACTCTTGTTGATGAAAATTCTGAAATTGTTTTTTACAAGAGGGA
TGAAAATTTAGTTAAGGTTTTAAATGGAATAGGAAACTTTTAAATTGATCATTTTTAAAT
GTTTGACTCAAAGACTTAATCAAAATCCTTATTCACATTGGTAACTTAGAAAGATATTGC
TCATGAGTATCTCTTACTGCTAGCAACTTGTCATGAATGCGTTATAGAATAAAAAGATCA
GTCTGAAATGGAAGATGCAGAAAAATAAACTGATAATAAATCAGTTACTAAAAAACCCAT
CCCATTTAGCAATAGTAGCTAAAACGCTAATACTTCAATACCAAAATAGGCAAATAATAA
TGCTATTAAAATAGAAATGGGCCAAATGAACTTGGATCCAAGCCCTGTTCCATCAAGCTA
AAACACAACAACTCCTATTAAGCACTCTGAAATAAAATATTAAGTAAATAAATTATTTCA
TTCATTTTTGAATAGAAATAAATAAAATAAAAAAATTTATATTCAAATAAAAATAAAATT
TATTATTTTGAATTTAGAAACCATATATTATTTTTAACAAACAAACAAAGGGTCCATCAC
CAGATGAAGTAACATTGGTCGATACAGCTCGCCATTATGGATATGTCTTTTTAGGATCAA
ACTCAGCTTCAATAAATCTTGAAGTTCAAGGAGAAAAAGTGTAACTAGAATTATTGAAAT
TATTTGAGTTTAATAGTGATAGAAAGAGAATGTCTGTAATTGTCCGTCATAATGGAGTGA
TTAAAATGTATATTAAAGGAGCTGATAATAAAATAAAGGAAAGATTAAATTCTCAAATCG
AATAGCCTTTTCTTCATGAAATATAGTAAAGAATTGATGAATTTTCTAAAAAAGGTCTTA
GAACTCTTTTAGTTGCTATGAGAATATTGGAAGAAAACGAGTATAAAGAGTTGGAAGCAA
AATATCAAGCTGCTGGTAATGCTGCAAATCGTGAAGAATAATTCTTTAAAATAGCTGAAG
ATTATGAGAAAGATTTGTATTTAATTGGAGCAACAGGTAAATTTCATCATTTTATTTTCG
AAAAGCCTTTAAAATTAATTTAAATATGAAAAACTAAATGAAAATATTTTTTTGAATTTT
TAAAAAATTAGCTGTTGAAGATAAATTATAAGATAGAGTTCCTGAAACAATAAGAGACAT
GCTATAAGCAAGTAATTTTTATTTGCTAAGTTCTTTAATAAATTTATTTATTATTTATAT
TATTTAGAAATAAATGTTTGGATGCTTACTGGTGATAAAATGGAAACAGCTGAAAATATT
GCTAAGAGTTGCAAGCTAATTTAATCTCATTTTAGAATCTTGAGATATCATATTAATAAG
CCTCCTATTAAGGAAGGTTAAGTATATAAGACTCCACCCAATCTAGTAAAGGATGAATTA
ACTAGATTATTCTATGAAAAAGAGGAGCTTATGAGATAAAAAAAGGAAAAGGCTTTGTTG
ATTGAAGGAGAAGATCTAGGTGATGTTTTGTTAGATGATGAATTTATGGATATGCTTATT
GCTACTGTAAAAGATTGCGAATCAGTTGTGTGCTGTAGAGCAACTCCTAAGTAAAAAGCT
TAAGTTGTTAAATTAGTCAAAGACAAATTACAAAAAATTACTTTGGCAATCGGTGATGGA
GCTAATGATGTTAATATGATTCAAGAAGCTCACATTGGTATTGGTCTCTTTGGCCAGGAA
GGTATGAGAGCAGTTTAAGCATCAGATTACGCATTACCTGAATTCAAGGGCTTGTGGAGA
TTGTTACTTGTGCACGGAAGGTAAAAAAAATTTGATCATCAATTAAATTTAATATTTATT
GAAATTTTTTATTATAAATAATAAATAGATGGAACTATATTAGAATTTCTGAAATGATCT
TGTACTTTTTCTATAAAAACTTTATCTTCACAATTCCTTAATTCTTCTTTAGTTTTTCAA
ATGGATTTAGTGGTCAGAGTATTTTTGATGACTATTATATAACTCTTTATAATATCATTT
TTACTGCTTTTCCATTGATAGTTAGAGCAGTAACTGAGTAGGATTTGTACTATAAAATTC
GTGAAAAAGATCAAGAAAACTAGGAAAGACTAATCAATCATAATAAACTGATGAAATTAT
TCCCAAAAGCTTACTACGTTGGCTAGCAAAACCTTATCTTTAATACAAAAAACTTTTTAA
TATGGATAGCTCAAGCATTAGTTCACGCATCTATAATTTATGCTGTAGTTTAATGCTCAA
TTTAGAAAGATGCTATGTCATCTGATGGCTATTCACCAGATCTCTGGGTTGTATCAATTA
CATTATATTCTGCTATTATATTAGTTGTTGATGTAAAACTTGCAGTAAATACTAGATACT
GGACAATGATTATGCTCCTCTCTATAATATTTACTTCATTGGTTCCTTATTTCCTGTACA
TTTTTGTTGCCAATTTGATAGAGTAGTTCAATGTTTATCTCACAGCTCAAGCTATATTTA
CAATGCCTGATTTTTATTTAATTATATTCTTCTCGCTCTTCTTGATTGTTACTTTCGATC
TTTTCATTATATATCTTAATTAAGTAGATTACAGAGGCTTTATTGAGCACCTAAGATCTT
TAATTAAAGAAAAGTAAAACCTAGACAATAGCGAATATATTGAGAGACTAGAAAATGTAG
ATATGAACAACAACTTTGGAAGAAATATTCCTTCAAATGTACCTGTTGAGAGAAAATATG
AGCAATATGCAGCTTGAAAAATCAAATGAAACCTAAAAAAAAAAACTTTTATCAATTAAA
ATTAGTTTAAATCAAAAGCTACAATAAATTTACAAATATTTATAATAAATAAAATTTATT
AAAGAAAAAAATCTTTTTAAGAGATAGGCCTTAGCTCATAAAACGAATTATTAAATGCCA
CTTAAACTGATTCAACCAATATACATACATACCTCTTTTATACTATATCGATTAAATTTA
ATTAAAATTAATTTTCTTTTATTAAAATATAAATTAGTATCTCAATTTATATTACATTCA
CAAACTAAAT

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Identifiers and Description

Gene Model Identifier

Standard Name

Aliases

Description

Genome Browser

Gene Ontology Annotations

Domains

Gene Expression Profile

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).