TGD | Gene Details

Identifiers and Description

Gene Model Identifier
TTHERM_01166280

Standard Name
FLP19 (FLiPpase)

Aliases
PreTt28819 | 261.m00027

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

Genome Browser

Gene Ontology Annotations

Molecular Function
catalytic activity (IEA) | GO:0003824
Biological Process
metabolic process (IEA) | GO:0008152

Domains

( PF00702 ) haloacid dehalogenase-like hydrolase
( TIGR01484 ) HAD-superfamily hydrolase, subfamily IIB
( 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_01166280

Homologs (v.2006 protein sequences)

Source Identifier Score Description

ParameciumDB GSPATP00021132001 9.99709313703352e-262 Paramecium tetraurelia GSPATP0
0021132001 protein

TAIR AT1G59820 9.99668353155528e-144 haloacid dehalogenase-like hyd
rolase family protein

IPI(HUMAN) IPI:IPI00152868.4 1.00049823623892e-141 PROT:Q8TF62|TREMBL:Q6PG43|ENS
EMBL:ENSP00000284509|REFSEQ: N
P_079113|H- INV:HIT000001654;H
IT000008399;HIT000043620;HIT00
0056143 Tax_Id=9606 Probable p
hospholipid-transporting ATPas
e IM

DictyBase DDB0190219 1.0004025422005e-134 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).

FlyBase FBgn0033837 9.99891909080098e-129

SGD YAL026C 9.99891909080098e-129 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 9.99721755966833e-127 WBGene00013034 tat-1

CryptoDB EAK89054 1.0003180480545e-86 Cryptosporidium parvum (Iowa)
protein EAK89054

ToxoDB 50.m03192 3.00007489553728e-78 Toxoplasma gondii ATPase 2, pu
tative

PlasmoDB PFL0950c 4.00030823375248e-69 Plasmodium falciparum PFL0950c

Source	Identifier	Score	Description
ParameciumDB	GSPATP00021132001	9.99709313703352e-262	Paramecium tetraurelia GSPATP0 0021132001 protein
TAIR	AT1G59820	9.99668353155528e-144	haloacid dehalogenase-like hyd rolase family protein
IPI(HUMAN)	IPI:IPI00152868.4	1.00049823623892e-141	PROT:Q8TF62\|TREMBL:Q6PG43\|ENS EMBL:ENSP00000284509\|REFSEQ: N P_079113\|H- INV:HIT000001654;H IT000008399;HIT000043620;HIT00 0056143 Tax_Id=9606 Probable p hospholipid-transporting ATPas e IM
DictyBase	DDB0190219	1.0004025422005e-134	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).
FlyBase	FBgn0033837	9.99891909080098e-129
SGD	YAL026C	9.99891909080098e-129	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	9.99721755966833e-127	WBGene00013034 tat-1
CryptoDB	EAK89054	1.0003180480545e-86	Cryptosporidium parvum (Iowa) protein EAK89054
ToxoDB	50.m03192	3.00007489553728e-78	Toxoplasma gondii ATPase 2, pu tative
PlasmoDB	PFL0950c	4.00030823375248e-69	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_01166280(coding)
ATGTCGCACAAAGTGAGAGACTAAGAAGAATCTAACAGATAAACAATATATCTTAATGAT
CGTACATAAAATCAATTGATTCATAGAAAGTTTTACAATCATATAAAGACATCAAAATAC
ACATGGTGGAACTTTGTTCCAAAGGCGTTGATTTTGCAATTTATGAGAGCAGCTAATTTT
TATTTCTTAATTTCTACTGTTGTCCAATGTATAGATATCATTTCCCCTTTAGCGCCTTTT
TCCGCGGTTGGCCCACTCATATTAGTGCTTGCCGTATCTTTATCAAGAGAAGCAATTGAA
GATTATAAAAGACACCGCAATGACGATCTTGTCAACGAATAGAAATCATTTATTTTTAAT
AACAAAAACTTTACAAGCATTATGTGGAAGGATATTTAGCTTGGCGATATTATAAAAGTT
AACTAAGAGCAGATATTGCCAGCAGATATTTTGGTTATTACAACAAATGAAGAAAACGGC
ACAGGTTTTGTCGAAACTGCTAACTTGGATGGTGAGAGAAACCTAAAAAGCAAAATATCT
CATGAGATTGTAAACAAGTACGGTAGAGAACATTCTCTCATTAAATTCAAGGGAAAAATT
GTTTGTGATAAACCTAACAACAGAATCCATAGTTTCAAAGGTTTGCTCTATTTGGACGAC
GAATCGAAACCAATAGTACTCAACAATAATAATGTCATGCTCAGAGGCACAACTTTAAAG
AATACTGAATGGGTGATAGGAGTGAAAAACACAAATCCTTTGGAAAATAATAAATATAAC
TACGCTTATCTTTATGGAAACAGTAGCGATGGTCTTTATAGCTATGAAGTTTAGGGAACA
ATCAATTTTTTTTCATACTTTTTACTATTAAATTCACTTATTCCTATTTCTTTGATTATT
TCTATGGAAGTTGTCAAACTATTTTAATCATCTTTCATGGAGTATGATGCTGAAATGCAC
TATTTAGACGATGGATAAGTTCAAAAAATGAAGGTGCTCAATACTATGATTCATGAAGAG
TTAGGAAAAATTGATTACATCTTTACAGATAAAACAGGAACATTGACTTGCAACATTATG
ATTTTCAGACATGCAAATATCGCTGGTTCTGACTACTCTGAAAAAGAACTTGAAGACATC
TTAGCAAAATTAGAGTATCAAACTCTCACTTACGATGAAGAATACAAAGATTTTTATCAA
TTTTGGATGTGCATTGCTATTTGTCACGACGTTATCCTTGAGGAAAAACAAAACGAAATT
AATTATTAAGGTTCATCACCAGATGAAGTATGTCTCGTAGAAAAAGCTCAAAAATATAAT
TTCAAATTTCTCAAAAGAACAACAAATTAAATATTTATACAAGTGGGATCAGAAATGCAT
ACATTTAAGCTTCTCAATAAAATAGAATTCACAAGTGAGCGAAAAATATATATGTACACT
AAGGGAGCTGATTCGTTCATGCTCAAACATATTTCGAATACAAGTGAAGCACTTAAAAGT
AATATAAAGCAAAGCCTCAAATACTATTCAAAGCACGGGTTAAGAACTCTCTGCTTGGGT
ATGAAAGAGTTAAATCAATAAGAATATGATGCATGGAATTCGCAAATACAGGATTTAAAT
ATGAACATGATTGGAGACTTGTTCCCTGAAAAAACTAAAGATAAAATTGCTGATCTTGAA
AATGAGATAGAAACAGGCTTTGATCTTTTGGGAGTTACTGCACTTGAAGATAAATTGCAA
GAAGGAGTTCCTGAAGTTTTAAAGGATTTCCATGAAGCTGGAATCAATGTTTGGATGCTC
ACAGGTGACAAACTTGAAACAGCAGAAAATATTGGTTATCTTTGCAACTTGCTGAACAAT
CAAACTAAAGTGTTCAGAGTTCAATCTCACTATCCAGACGTTACGAGAGACAAGTTCTTT
AGAATAAAGGGAAGAATCAACCAAATAAAAACTGTCAGCGAAATAGGAGAAATAAGAATA
AAAAACAACTAAAATAACCACCATGATTTCAAAAACAAAAAAGTTGGACATTAAAACCAG
AATATAAACAGAATAATAAACGATGGAGGTTCCTAATCGAGACGAGATTCCTATCTAACT
AAAGAAGAAAATAATTCATTTGAAATAAACTAAGTGAAAGGCTACACAGGATTTGCCTTG
GTAATAGAAGGAGAAGCAATCGGTCATGCCTTACATGATGATTAATGTAGAAAAGAGTTC
TTGCAAATCATTCCAGAATGCTGCACTGTTATATGCTGCAGATCAACTCCAACATAAAAA
GCAGAAATGGTCAAATTCGTTAAAACTCATTTTAATAAAACTTGTCTAGCTGTCGGAGAT
GGAGGTAATGACGTAACCATGATCTAAGAAGCAGATATCGGAGTTGGTATTATTGGTAAG
GAAGGAAATCAAGCAGCTTTAAGCAGCGATTATTACTTTGGGTAGTTTAGGTTTTTGTGG
AGACTTTTGTTTGTTCATGGGAGATGGAATTTATACAGAACATCTTACTTTGTTAACTAT
TTCTTCCTTAAAAATTTTATTTTCACACTTCAATAGTTCTACTTTGGGTTCTTTTGTGCT
TATTCAGGGTAGTCTTTTTGGGAAGACGGTTATTTACTCAATTTCAACTCTATTATTACT
GCTTGTGCTCCAGTTTATTTTGCAGGGTTTGAGTAAGATGTCAATCCTCATGGATCTGAG
TACATCGCTAAGTATTTGCCTCGTCTCTACAAAATATTTAGAGAAAAAGATCTTTTTTCT
TTTAAGGTCTTCGGAATAGTTTTCTTATAAGGTGTTGGCCTTTCTCTTACAACTTATTTT
TCTGTATTTTTTATCAACTATTAGATGAGCGGAGATGGTAAAATCGATGGTTTGTGGTTT
TAAAGCTTTTCTTCTTACTGCAGCACAGTTGGAGTGGTTTGGGCTATCAATTTTATGGAC
ACAACATATTTTTCACCATTTACTTTCTTTTCTTACGTGATTGTTAGTTTGTTCTTATTC
TTCCCTGCTTTCGCTTTTACTTATGACATTTTTGCTGGTCCCTTGCAAGAAATGTTACTT
ATAAACATTGGAAATTGGAAATTCTGGTTGACTTTGTTCTTAAATGTTGCTTTTATCTGT
ATTATTAAATACACATATAAAGTTTACAGATACATATTTGCTCCAGAATTAGTTCATGAT
TTGCAATATCACAGAAAGAAGTTAAACGAAGCTGAGAAGTAAGTTAAAAATCAATAAACT
GATCCTAATATTAATAATAGCAATAATGCTAAAAATAACAACAACAATAATAATGCCTAC
ACTACTCCTGAAAATGGTTTACAAATCGAAATTGCAGATAATATCCAATAAAATGAAATT
GCACTCTAAAATCCATCTAAAAAATCTGTAGAATTAGAACATAAATAAGAAAAGGCTTCA
AAGAGGACTGCGTCTTTATAAAATGTGGAACACTAACAAAATTTAAATGTCGAATTTACT
GATTTAAAACTTTAAATGAATCATGATCTAGATAAAGGCAGTGGAAGAAAATTAAATAAA
CCTCAAAGCTAAAATTTCATCACTATTTAAAATAATGATTAGAGCGTGCTTCATAGCGAA
CAAAGTAACATGGTGAATTTTAATAATAAATAGGTCACCTATAAAAATATCAATCACAAT
AATGAGAGCACAAGAAGTCTAATTAAAAATCACTACAATAACAACATTCTAGCTGTAAAT
AATGCTTATTAAAATAATAACATAATCTCTAATATGCATACAGCCAATTAGCTTAGTAAT
AATAATTTAATTAATAATCACAGTGACAACATTTTAGTTAAAAATTTAAGCGAATCTTCT
TAAAACTAATCAAATAAAGCTCAAGAAAACGATCATCCTTTGACTGTGTTCTAGAAAAAT
AAGCAATTTTACATTATTAAAAATGAGATTTCTGATCATCCTCAAATACATGCCAATAAC
CAACTTAATTTTATGGAAAATAACGATGAAGACGAAGAAAGAGCCTTTAGTTAAAATAGC
TAGGCCGCAAGTGATAATAAGAAAAAAGGCAGTCCATCTAGCGATTAAAATGATAAAGCG
AAGTAGACTAGTGTCAATGCGTTTGTGCAAGAAAACGAAGATTTTAATGACGATGAAATG
AATGAATACAGCAACAGCATCAATAAAATAAACAAACTCCCAAAAGAGTAAAATAAAAAA
ATCAGTGTTTATGAAAAAGAGTCTCAACTCCAATCCAAAATCCACACGAATAAAGGAGTA
TTTGGAGAAGAACCTGACAGACCTTCCCATCTAGGCGACAGCAAAAAAATATACATTGGA
AATGACTAATTTGAAAGTGTAGCAGAAACTGTCCCCAAAACAAATGTCCTAATAAACAAT
GAAAACGAAACATCTCAATAACTTAAAGAGTTGAATACATTCAATATCAACTACCAAAAT
ACTAAAGTTAATATCATTTAATCTGAGAAAAACTCAGAACTTCCCCCCGCAACCCGCTAC
GAAGGAGTTAAAATACCTCAAGCTGACTCTGACAACGAAATCGAATATCAAACCGATAAC
CTCGATATGTAAAAAATGGAAGAAATACAAAAATATATGTCTAAGAGCAAGTTCTCTTAG
CTTCCATAATAATAAGAAGATAAACACTAAGACTGA

>TTHERM_01166280(protein)
MSHKVRDQEESNRQTIYLNDRTQNQLIHRKFYNHIKTSKYTWWNFVPKALILQFMRAANF
YFLISTVVQCIDIISPLAPFSAVGPLILVLAVSLSREAIEDYKRHRNDDLVNEQKSFIFN
NKNFTSIMWKDIQLGDIIKVNQEQILPADILVITTNEENGTGFVETANLDGERNLKSKIS
HEIVNKYGREHSLIKFKGKIVCDKPNNRIHSFKGLLYLDDESKPIVLNNNNVMLRGTTLK
NTEWVIGVKNTNPLENNKYNYAYLYGNSSDGLYSYEVQGTINFFSYFLLLNSLIPISLII
SMEVVKLFQSSFMEYDAEMHYLDDGQVQKMKVLNTMIHEELGKIDYIFTDKTGTLTCNIM
IFRHANIAGSDYSEKELEDILAKLEYQTLTYDEEYKDFYQFWMCIAICHDVILEEKQNEI
NYQGSSPDEVCLVEKAQKYNFKFLKRTTNQIFIQVGSEMHTFKLLNKIEFTSERKIYMYT
KGADSFMLKHISNTSEALKSNIKQSLKYYSKHGLRTLCLGMKELNQQEYDAWNSQIQDLN
MNMIGDLFPEKTKDKIADLENEIETGFDLLGVTALEDKLQEGVPEVLKDFHEAGINVWML
TGDKLETAENIGYLCNLLNNQTKVFRVQSHYPDVTRDKFFRIKGRINQIKTVSEIGEIRI
KNNQNNHHDFKNKKVGHQNQNINRIINDGGSQSRRDSYLTKEENNSFEINQVKGYTGFAL
VIEGEAIGHALHDDQCRKEFLQIIPECCTVICCRSTPTQKAEMVKFVKTHFNKTCLAVGD
GGNDVTMIQEADIGVGIIGKEGNQAALSSDYYFGQFRFLWRLLFVHGRWNLYRTSYFVNY
FFLKNFIFTLQQFYFGFFCAYSGQSFWEDGYLLNFNSIITACAPVYFAGFEQDVNPHGSE
YIAKYLPRLYKIFREKDLFSFKVFGIVFLQGVGLSLTTYFSVFFINYQMSGDGKIDGLWF
QSFSSYCSTVGVVWAINFMDTTYFSPFTFFSYVIVSLFLFFPAFAFTYDIFAGPLQEMLL
INIGNWKFWLTLFLNVAFICIIKYTYKVYRYIFAPELVHDLQYHRKKLNEAEKQVKNQQT
DPNINNSNNAKNNNNNNNAYTTPENGLQIEIADNIQQNEIALQNPSKKSVELEHKQEKAS
KRTASLQNVEHQQNLNVEFTDLKLQMNHDLDKGSGRKLNKPQSQNFITIQNNDQSVLHSE
QSNMVNFNNKQVTYKNINHNNESTRSLIKNHYNNNILAVNNAYQNNNIISNMHTANQLSN
NNLINNHSDNILVKNLSESSQNQSNKAQENDHPLTVFQKNKQFYIIKNEISDHPQIHANN
QLNFMENNDEDEERAFSQNSQAASDNKKKGSPSSDQNDKAKQTSVNAFVQENEDFNDDEM
NEYSNSINKINKLPKEQNKKISVYEKESQLQSKIHTNKGVFGEEPDRPSHLGDSKKIYIG
NDQFESVAETVPKTNVLINNENETSQQLKELNTFNINYQNTKVNIIQSEKNSELPPATRY
EGVKIPQADSDNEIEYQTDNLDMQKMEEIQKYMSKSKFSQLPQQQEDKHQD

>TTHERM_01166280(gene)
ATGTCGCACAAAGTGAGAGACTAAGAAGAATCTAACAGATAAACAATATATCTTAATGAT
CGTACATAAAATCAATTGATTCATAGAAAGTTTTACAATCATATAAAGACATCAAAATAC
ACATGGTGGAACTTTGTTCCAAAGGCGTTGATTTTGCAATTTATGAGAGCAGCTAATTTT
TATTTCTTAATTTCTACTGTTGTCCAATGTATAGATATCATTTCCCCTTTAGCGCCTTTT
TCCGCGGTTGGCCCACTCATATTAGTGCTTGCCGTATCTTTATCAAGAGAAGCAATTGAA
GATTATGTAATTAATCACTTATTTTTTCTATTATCAAGCAATATTAAAAGGCTAAGCATT
TATAAACAGCCTCAAAGCATTGCTGTTACCTTGAACTCAATAATTATTTTCAATTTCTAA
TAAAGAAAAGACACCGCAATGACGATCTTGTCAACGAATAGAAATCATTTATTTTTAATA
ACAAAAACTTTACAAGCATTATGTGGAAGGATATTTAGCTTGGCGATATTATAAAAGTTA
ACTAAGAGCAGGTAATTTGATACATAAATGTTAATATAATATTTTTGTAATCCATTTAGC
ACTCTTCTGAGTAGAGTTAGCTAGCTTTACTAATATTAAAATTCTTCTATTTCTATTTCA
TGATTCAATCAATCAATACAATACAATAAATATATCTTGAATTTAGATAGAATTCTTTTA
GTTTAGTTTTACTATCAAAAAATGAATACAAATTAATAAAAACTTTCAAGCTAATTCTCA
TGCATTTTTAAATTAAATTTAAAGATATTGCCAGCAGATATTTTGGTTATTACAACAAAT
GAAGAAAACGGCACAGGTTTTGTCGAAACTGCTAACTTGGATGGGTAAATTATGCTAAAA
AATTTAATGTTTATGCATTTAATAGAATTTTTATGTTAGAATCTAAATTTTTGCCAACTT
TATTTGAAATTGATTTGATTTGATTTGATTTATTTATTTATGAAATTGAATTATAATCTT
CTATTTCACTTATCAATCAATAGTGAGAGAAACCTAAAAAGCAAAATATCTCATGAGATT
GTAAACAAGTACGGTAGAGAACATTCTCTCATTAAATTCAAGGGAAAAATTGTTTGTGAT
AAACCTAACAACAGAATCCATAGTTTCAAAGGTTTGCTCTATTTGGACGACGAATCGAAA
CCAATAGTACTCAACAATAATAATGTCATGCTCAGAGTAACAAAAAACTTTTTCACATAT
TTTAAAAAATTTAAGTTGAAAAAAAGAATAAAATTAGCAAGTTTTAAAAAAATTATAGAC
TCAAATATCATAAGCGATTTATCATAGTTTATTTCTGAATAAGCCAAATAAAAATAATAA
AAATCAATCCAATTATTGAATGAAAAAATATTCCAACAAACAATAGTGGCTTATTTAGTT
TGCTTAGTATTTTATCAAAGAAATAAATCTTAAAATTATAAAAATGCTATTAATTAATTC
ATATAGAAATTAAGAAATTTACCTTTTAATTATTATTATTAATATAAATAATAAAACGTA
TTAACTAACAGTTAGATAATCAAAGAATTTAAATTATTTAGATATTTTCAAGCTTTATAA
AATACTAAGCTATTTCCAAAAAGCGTTTTATCAAATAAATAAATAAATAAATGATTAATT
AATTGATTTAGAAATCATGAAAATTGAGTAATTATAAGCGTAAATTAAAATCAATAAATA
TATTAAGAAAGGAATTAGCTTGCTTAGATATTTTCAAGCTGTACATTTACTTACTTAGCT
ATTTCCAACTAGTGTTTATTGAAAAAAAAGCATTAAAAAATAAATAATTTATCGTTCTTT
TAGAATTGGTGAAACTTTACTTTTTATTAGCATAAATAATTATAGATAGATTATGAAAGA
ATTTAAATTTTTAAATACTTTTAAGCTATATAATTTACTTAGCTATTTCCAAAAAAGTGT
TTTCAGAAAAAAAATATTAAAACATGAAAATATTAATTGATTAATTGAAAAATCATGCAA
TTTTAGTAATTATTAAAATAAATAATAACACTTATCAATAGATAGATTATGAAAGAATTT
ACTTGTTAAGATATTTTCAAGCTTTTTAATTTACTTAGCTATTTCCAAAAAAGTGTTTTC
AGAAAAAAAATTATTAATTGATTAATTGAAAAATCATGCAATTTTAGTAATTATTAAAAC
AAATAATAACACTTATCAATAGATAGATTATGAAAGAATTTACTTATTAAGATATTTTCA
AGCTTTTTAATTTATTTAGCTATTTCCAAAAAGTCTTTTATGAAAATAATACTAAAACAA
GAAATATTAGAAATTGTGTAATTTTAGTAATTATTATTAGTATAAATAAATACATAATAA
CTCAAATAACAATCAACATACTATGAATGAATAAGCTTATTTTGATATTTAAAGCTATAA
ATTTTACTATTTTTTCCTATGTGTTGTTTTTTGAAAGAAACAATTTTTAAAATTTAACTA
ATGAATTTAGAATTTTTTAACAAATAAATTCTTAGTAGCAAAGTTTTCATTAGATTTTTG
GAAAAAATTAGCTTTTTCAAATCTTTTAAAGCTAGCTAGATATTTAGCAATTCCAAAAAA
TGTTTTTTGAACGAATTAACTCTTAAAATTAACAAAATATTATGAAACAAAATAGCATTT
TAGTAATTAATAATTAACTAGGCTTATGAAAAAACTATGAAAGAATTAACTTATTTTAAT
ATTTTTAAGCAATTTAATTTACTTGGTTATTTAAAAAAACATTTTATTTATTTTAAAGAT
TTATAATTTATTCAGATGGAATAATAACTGTTTTTAATAATTACTAATAGGGCACAACTT
TAAAGAATACTGAATGGGTGATAGGAGTGGTAATTTATTCAGGTCAAGACACGAAAATAA
TGAGGAACTAAGGGTATTTTTAAGTATTTTAATTAGGTTTTTTAAAATATATTTTAAATG
AATTAGGCAAGTGAAGCACAAATCTACTCATATAGAAAAGAAAGTGAATCCTATAATTTT
TATAACATTGTTAGTTCAATTAGCTCTATGCATTATTATGGCTATTCTTCTATCTATTTT
TTAGGTAGACTTTAATTTGCCTTTAGATATTTAAGCTTTTAATATATATTTTTTTTTAAA
ATTATTATGAAGAAAAACACAAATCCTTTGGAAAATAATAAATATAACTACGCTTATCTT
TATGGAAACAGTAGCGATGGTCTTTATAGCTATGAAGTTTAGGGAACAATCAATTTTTTT
TCATACTTTTTACTATTAAATTCACTTATTCCTATTTCTTTGATTATTTCTATGGAAGTT
GTCAAACTATTTTAATCATCTTTCATGGAGTATGATGCTGAAATGCACTATTTAGACGAT
GGATAAGTTCAAAAAATGAAGGTGCTCAATACTATGATTCATGAAGAGTTAGGAAAAATT
GATTACATCTTTACAGATAAAGTAACTTCTTTATATTTTCAACATATTTTATATTTGGTT
AAATACTAACAAATAAATAGACAGGAACATTGACTTGCAACATTATGATTTTCAGACATG
CAAATATCGCTGGTTCTGACTACTCTGAAAAAGAACTTGAAGACATCTTAGCAAAATTAG
AGTATCAAACTCTCACTTACGATGAAGAATACAAAGATTTTTATCAATTTTGGATGTGCA
TTGCTATTTGTCACGACGTTATCCTTGAGGAAAAACAAAACGAAATTAATTATTAAGGTT
CATCACCAGATGAAGTATGTCTCGTAGAAAAAGCTCAAAAATATAATTTCAAATTTCTCA
AAAGAACAACAAATTAAATATTTATACAAGTGGGATCAGAAATGCATACATTTAAGCTTC
TCAATAAAATAGAATTCACAAGTGAGCGTAAAAGAATGAGTGTCATTATTTAGGTATTCA
AATTCATTCTAAATATTAAAAAATTAATTAATTCTTTTATAATCCAACAAATAATTAATA
AAATTTATTAAATTTTATGAAATTTGCTTTAAAAATTATGAAAAAAATTAAAGTTTTGTT
TCTTAAATGAAGGAATTTTGTGCTTTTTTTAGAACCAAATAAAAATTGAAATGGTTTTTG
ATAATGAAAGAAAGACAATTTTTTGCTTGAATTATCCTAAAAATAATTATTGAAAAAATA
AATTTGTTTTTGTAAAAAAAAAGGATCCAATAACAGGAAAAATATATATGTACACTAAGG
GAGCTGATTCGTTCATGCTCAAACATATTTCGAATACAAGTGAAGCACTTAAAAGTAATA
TAAAGCAAAGCCTCAAATACTATTCAAAGCACGTAAGTAAACAGATTGAAAGACAATGTT
TTAAATGAAAATATTTAAAAAAGGGGTTAAGAACTCTCTGCTTGGGTATGAAAGAGTTAA
ATCAATAAGAATATGATGCATGGAATTCGCAAATACAGGATTTAAATATGAACATGATTG
GAGACTTGTTCCCTGAAAAAACTAAAGATAAAATTGCTGATGTAAGATAAATTAAATGAA
ATTTTCATTTGGTTTTACTATAAAAATTTGATTTTATTTTAAAATTGATAAAAGCTTGAA
AATGAGATAGAAACAGGCTTTGATCTTTTGGGAGTTACTGCACTTGAAGATAAATTGCAA
GAAGGAGTTCCTGAAGTTTTAAAGGATTTCCATGAAGCTGGAATCAATGTTTGGATGCTC
ACAGGTGACAAACTTGAAACAGCAGAAAATATTGGTTATCTTTGCAACTTGCTGAACAAT
CAAACTAAAGTGTTCAGAGTTCAATCTCACTATCCAGACGTTACGAGGTGAATAAATATT
TCAAGAATAACCAACTAATTAATTAATAGTGATAATTTTGTTTAAATAAATAAATAGAGA
CAAGTTCTTTAGAATAAAGGGAAGAATCAACCAAATAAAAACTGTCAGCGAAATAGGAGA
AATAAGAATAAAAAACAACTAAAATAACCACCATGATTTCAAAAACAAAAAAGTTGGACA
TTAAAACCAGAATATAAACAGAATAATAAACGATGGAGGTTCCTAATCGAGACGAGATTC
CTATCTAACTAAAGAAGAAAATAATTCATTTGAAATAAACTAAGTGAAAGGCTACACAGG
ATTTGCCTTGGTAATAGAAGGAGAAGCAATCGGTCATGCCTTACATGATGATTAATGTAG
AAAAGAGTTCTTGCAAATCATTCCAGAATGCTGCACTGTTATATGCTGCAGATCAACTCC
AACATAAAAAGCAGAAATGGTCAAATTCGTTAAAACTCATTTTAATAAAACTTGTCTAGC
TGTCGGAGATGGAGGTAATGACGTAACCATGATCTAAGAAGCAGATATCGGAGTTGGTAA
AAACTAAATTAATAAATTTATTCTTAAAATAAAAACCAAAGCAAAAAAGCATATTTATTA
TTCTAACTTAGTGAATTTTACTAAAACAGAAATTTAATGACAAATAAACAAATAAATGAA
TGAAAGAATAAAAACAATTAACATAAAATTCAATTAAAAGACAAACATTCATAAAATTAA
TGAATTTCTGATAAAAAAAATTATTTTATTTTTCAAATAGATTTTAAATAAATTAAATAA
TTTCATTATAAATTAGCTTCGATTATTCATTTTAAAAATCAAATAAATGAAAAACCTTTA
AAAATTATTGTTTTTTGCTAAAAATATGAACGGCTTTTAAAATAAAATCTAAGGGATTCT
TTCATGAAAAACAATTAATTAATTTGAATAAGAAATCTAAATTTTTACATGAATATTAAT
TGTTAATGACTTAGCAATTGTTAATTATTTATTATAAAAATGAACCAAAAAATCATTCAA
GGAAATACCTTTAAAAAAATAATTATTTTTTGCTAATTATTTAAATAGATTTTTAAAATA
AATAATAGATAATACAAATTTATTTTGAGATTAATAAACAATTTATGAATTTAATAAAGT
ATCGAAATTGAATTCACTTAATTAATATTTTTGTTTTTTTTTAGGTATTATTGGTAAGGA
AGGAAATCAAGCAGCTTTAAGCAGCGATTATTACTTTGGGTAGTTTAGGTTTTTGTGGAG
ACTTTTGTTTGTTCATGGGAGATGGAATTTATACAGAACATCTTACTTTGTTAACTATTT
CTTCCTTAAAAATTTTATTTTCACACTTCAATAGTTCTACTTTGGGTTCTTTTGTGCTTA
TTCAGGGTAGTCTTTTTGGGAAGACGGTTATTTACTCAATTTCAACTCTATTATTACTGC
TTGTGCTCCAGTTTATTTTGCAGGGTTTGAGTAAGATGTCAATCCTCATGGATCTGAGTA
CATCGCTAAGTATTTGCCTCGTCTCTACAAAATATTTAGAGAAAAAGATCTTTTTTCTTT
TAAGGTCTTCGGAATAGTTTTCTTATAAGGTGTTGGCCTTTCTCTTACAACTTATTTTTC
TGTATTTTTTATCAACTATTAGGTAATACAATATTTAATTTCTTTGAATGAAGTAAATAT
TTTTAACATAAATAAATTTAGGATTACTATTAGATGAGCGGAGATGGTAAAATCGATGGT
TTGTGGTTTTAAAGCTTTTCTTCTTACTGCAGCACAGTTGGAGTGGTTTGGGCTATCAAT
TTTATGGACACAACATATTTTTCACCATTTACTTTCTTTTCTTACGTGATTGTTAGTTTG
TTCTTATTCTTCCCTGCTTTCGCTTTTACTTATGACATTTTTGCTGGTCCCTTGCAAGAA
ATGTTACTTATAAACATTGGAAATTGGAAATTCTGGTTGACTTTGTTCTTAAATGTTGCT
TTTATCTGTATTATTAAATACACATATAAAGTTTACAGATACATATTTGCTCCAGAATTA
GTTCATGATTTGCAATATCACAGAAAGAAGTTAAACGAAGCTGAGAAGTAAGTTAAAAAT
CAATAAACTGATCCTAATATTAATAATAGCAATAATGCTAAAAATAACAACAACAATAAT
AATGCCTACACTACTCCTGAAAATGGTTTACAAATCGAAATTGCAGATAATATCCAATAA
AATGAAATTGCACTCTAAAATCCATCTAAAAAATCTGTAGAATTAGAACATAAATAAGAA
AAGGCTTCAAAGAGGACTGCGTCTTTATAAAATGTGGAACACTAACAAAATTTAAATGTC
GAATTTACTGATTTAAAACTTTAAATGAATCATGATCTAGATAAAGGCAGTGGAAGAAAA
TTAAATAAACCTCAAAGCTAAAATTTCATCACTATTTAAAATAATGATTAGAGCGTGCTT
CATAGCGAACAAAGTAACATGGTGAATTTTAATAATAAATAGGTCACCTATAAAAATATC
AATCACAATAATGAGAGCACAAGAAGTCTAATTAAAAATCACTACAATAACAACATTCTA
GCTGTAAATAATGCTTATTAAAATAATAACATAATCTCTAATATGCATACAGCCAATTAG
CTTAGTAATAATAATTTAATTAATAATCACAGTGACAACATTTTAGTTAAAAATTTAAGC
GAATCTTCTTAAAACTAATCAAATAAAGCTCAAGAAAACGATCATCCTTTGACTGTGTTC
TAGAAAAATAAGCAATTTTACATTATTAAAAATGAGATTTCTGATCATCCTCAAATACAT
GCCAATAACCAACTTAATTTTATGGAAAATAACGATGAAGACGAAGAAAGAGCCTTTAGT
TAAAATAGCTAGGCCGCAAGTGATAATAAGAAAAAAGGCAGTCCATCTAGCGATTAAAAT
GATAAAGCGAAGTAGACTAGTGTCAATGCGTTTGTGCAAGAAAACGAAGATTTTAATGAC
GATGAAATGAATGAATACAGCAACAGCATCAATAAAATAAACAAACTCCCAAAAGAGTAA
AATAAAAAAATCAGTGTTTATGAAAAAGAGTCTCAACTCCAATCCAAAATCCACACGAAT
AAAGGAGTATTTGGAGAAGAACCTGACAGACCTTCCCATCTAGGCGACAGCAAAAAAATA
TACATTGGAAATGACTAATTTGAAAGTGTAGCAGAAACTGTCCCCAAAACAAATGTCCTA
ATAAACAATGAAAACGAAACATCTCAATAACTTAAAGAGTTGAATACATTCAATATCAAC
TACCAAAATACTAAAGTTAATATCATTTAATCTGAGAAAAACTCAGAACTTCCCCCCGCA
ACCCGCTACGAAGGAGTTAAAATACCTCAAGCTGACTCTGACAACGAAATCGAATATCAA
ACCGATAACCTCGATATGTAAAAAATGGAAGAAATACAAAAATATATGTCTAAGAGCAAG
TTCTCTTAGCTTCCATAATAATAAGAAGATAAACACTAAGACTGA

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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).