TGD | Gene Details

Identifiers and Description

Gene Model Identifier
TTHERM_00912240

Standard Name
ABC3 (ABC transporter protein 3)

Aliases
PreTt23731 | 162.m00060

Description
ABC transporter family protein

Genome Browser

Gene Ontology Annotations

Cellular Component
integral to membrane (IEA) | GO:0016021
Molecular Function
ATP binding (IEA) | GO:0005524
ATPase activity, coupled to transmembrane movement of substances (IEA) | GO:0042626
ATPase activity (IEA) | GO:0016887
Biological Process
transport (IEA) | GO:0006810

Domains

( PF00270 ) DEAD/DEAH box helicase
( TIGR00955 ) pigment precursor permease
( TIGR01194 ) cyclic peptide transporter
( PF08661 ) Replication factor A protein 3
( PF02463 ) RecF/RecN/SMC N terminal domain
( TIGR00958 ) antigen peptide transporter 2
( TIGR01842 ) type I secretion system ATPase
( TIGR01846 ) type I secretion system ATPase
( TIGR02831 ) stage II sporulation protein M
( TIGR03375 ) type I secretion system ATPase
( TIGR01288 ) nodulation ABC transporter NodI
( TIGR01193 ) ABC-type bacteriocin transporter
( TIGR02829 ) stage III sporulation protein AE
( PF00005 ) ABC transporter, ATP-binding protein
( PF00664 ) ABC transporter transmembrane region
( PF07264 ) Etoposide-induced protein 2.4 (EI24)
( TIGR01192 ) glucan exporter ATP-binding protein
( TIGR02673 ) cell division ATP-binding protein FtsE
( TIGR02769 ) nickel import ATP-binding protein NikE
( TIGR02770 ) nickel import ATP-binding protein NikD
( TIGR02323 ) phosphonate C-P lyase system protein
( TIGR02324 ) phosphonate C-P lyase system protein
( TIGR02857 ) thiol reductant ABC exporter, CydD
( TIGR02868 ) thiol reductant ABC exporter, CydC
( TIGR01166 ) cobalt ABC transporter, ATP-binding protein
( TIGR01189 ) heme ABC exporter, ATP-binding protein
( TIGR00968 ) sulfate ABC transporter, ATP-binding protein
( TIGR03415 ) choline ABC transporter, ATP-binding protein
( TIGR00954 ) Peroxysomal long chain fatty acyl
( TIGR01277 ) thiamine ABC transporter, ATP-binding protein
( TIGR02204 ) ABC transporter, permease/ATP-binding protein
( TIGR02633 ) D-xylose ABC transporter, ATP-binding protein
( TIGR02982 ) ABC exporter ATP-binding subunit, DevA
( TIGR00957 ) multi drug resistance-associated protein (MRP)
( TIGR00972 ) phosphate ABC transporter, ATP-binding protein
( TIGR01187 ) polyamine ABC transporter, ATP-binding protein
( TIGR02142 ) molybdate ABC transporter, ATP-binding protein
( TIGR03410 ) urea ABC transporter, ATP-binding protein
( TIGR03411 ) urea ABC transporter, ATP-binding protein
( TIGR02203 ) lipid A export permease/ATP-binding protein
( TIGR02315 ) phosphonate ABC transporter, ATP-binding protein
( TIGR03269 ) methyl coenzyme M reductase system,
( TIGR02211 ) lipoprotein releasing system, ATP-binding protein
( TIGR02314 ) D-methionine ABC transporter, ATP-binding protein
( TIGR01184 ) nitrate ABC transporter, ATP-binding proteins
( TIGR01186 ) glycine betaine/L-proline transport ATP binding
( TIGR01271 ) cystic fibrosis transmembrane conductor regulator
( TIGR00960 ) Type II (General) Secretory Pathway
( TIGR01188 ) daunorubicin resistance ABC transporter, ATP-binding
( TIGR03005 ) ectoine/hydroxyectoine ABC transporter, ATP-binding protein
( TIGR03265 ) putative 2-aminoethylphosphonate ABC transporter, ATP-binding
( TIGR03258 ) 2-aminoethylphosphonate ABC transport system, ATP-binding

Gene Expression Profile

Tetrahymena Functional Genomics Database: TTHERM_00912240

Homologs (v.2006 protein sequences)

Source Identifier Score Description

ParameciumDB GSPATP00008991001 9.99976367231303e-177 Paramecium tetraurelia GSPATP0
0008991001 protein

FlyBase FBgn0032456 9.99530525570754e-113

IPI(HUMAN) IPI:IPI00008463.2 1.00036029423542e-110 MP00000080094 Tax_Id=9606 ATP
-binding cassette, sub-family
C, member 1 isoform 6

WormBase F57C12.4 1.00036029423542e-110 WBGene00003408 mrp-2 ATP-bindi
ng transport family

DictyBase DDB0216251 1.00019006141631e-108 abcC3 ABC transporter C family
protein

DictyBase DDB0187670 1.00019006141631e-108 abcC3 ABC transporter C family
protein

TAIR AT3G60160 1.00001985756599e-106 ABC transporter family protein

SGD YDR135C 9.99849682679538e-105 YCF1 SGDID:S000002542, Chr IV
from 727547-723000, reverse co
mplement, Verified ORF, "Vacuo
lar glutathione S-conjugate tr
ansporter of the ATP-binding c
assette family, has a role in
detoxifying metals such as cad
mium, mercury, and arsenite; a
lso transports unconjugated bi
lirubin; similar to human cyst
ic fibrosis protein CFTR"

CryptoDB EAK90427 3.99835079381278e-75 Cryptosporidium parvum (Iowa)
protein EAK90427

ToxoDB 641.m01578 3.99864882211489e-70 Toxoplasma gondii multidrug re
sistance protein, putative / A
BC transporter, putative

PlasmoDB PF14_0455 8.99749837979985e-17 Plasmodium falciparum 0455

Source	Identifier	Score	Description
ParameciumDB	GSPATP00008991001	9.99976367231303e-177	Paramecium tetraurelia GSPATP0 0008991001 protein
FlyBase	FBgn0032456	9.99530525570754e-113
IPI(HUMAN)	IPI:IPI00008463.2	1.00036029423542e-110	MP00000080094 Tax_Id=9606 ATP -binding cassette, sub-family C, member 1 isoform 6
WormBase	F57C12.4	1.00036029423542e-110	WBGene00003408 mrp-2 ATP-bindi ng transport family
DictyBase	DDB0216251	1.00019006141631e-108	abcC3 ABC transporter C family protein
DictyBase	DDB0187670	1.00019006141631e-108	abcC3 ABC transporter C family protein
TAIR	AT3G60160	1.00001985756599e-106	ABC transporter family protein
SGD	YDR135C	9.99849682679538e-105	YCF1 SGDID:S000002542, Chr IV from 727547-723000, reverse co mplement, Verified ORF, "Vacuo lar glutathione S-conjugate tr ansporter of the ATP-binding c assette family, has a role in detoxifying metals such as cad mium, mercury, and arsenite; a lso transports unconjugated bi lirubin; similar to human cyst ic fibrosis protein CFTR"
CryptoDB	EAK90427	3.99835079381278e-75	Cryptosporidium parvum (Iowa) protein EAK90427
ToxoDB	641.m01578	3.99864882211489e-70	Toxoplasma gondii multidrug re sistance protein, putative / A BC transporter, putative
PlasmoDB	PF14_0455	8.99749837979985e-17	Plasmodium falciparum 0455

General Information

Paragraph No Gene Name Paragraph Text
23 ABC3 ABC3 shares homology with ABC transporter proteins from other eukaryotes. It contains an ATP-binding domain that hydrolyzes ATP in to provide energy for the protein to translocate various molecules across a biological membrane. Paragraph by undergraduates at the Keck Science Department, Pitzer College

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00912240(coding)
ATGTTCTAAGACTACCAATAAAGATAACTTACATTTAAATGTATGCAAAATTTGAGAAGA
AATACAAAAATATTGAAGAGTGTTAAAATAATTAGAAGAAGCTTGCTGAAATATTTTGAT
TTATATATGTTAAATATATTGCCTGCTAATAATATTGATTAAGTTTTAATAAATAAAAAA
CACTTAAAAAAAAATAGAAAGCTAGCAAATTATCTTAAATAAAGAATTGACCTATAAAAT
GGATTAATCTCAAAATTTGTCTTCAAAGACGCTTTTAGAGAGCAAGGAAGCTAAGTAAAA
TCCAAAAGACCCTTTCTCAAAAATAAATTTCTTTTCAAGAATATTGTTCTTTTGGGTGTT
TTCATTGATAAAACTATCTTGTATTTCTTGTATCTGATGAGTAATGTGTTTAAAATGATG
TCCTTTTAATTGATCTTAGATGCATTTGATGATCCTTTACGTGGTAAAAGTTTTTCTCCA
ATGATTTTTGGAATGGTCTTGCTTGCTAGTTCATTTATTTTATAATCTATAATTTATTCT
AACTATAAATTCTATTATAGTTAGTTGACTGTAAGAATGACAGGTGCTCTTAGTATAAAG
ATCTTTAAAAAAACTTTTTGTTTTGCTATGTAAAGAAACTAATTGTATAAAGTTGGAGAT
ATCTTAAATATGATTTAAGTTGATATTTTACAAATAGTTTCTTATGTTTAAAGCGTTTTT
ACTTTAGCCTTCTCTTTTTTGCTCATATTAGTGTCTTTCTATTTATGCTATAAATAATTA
AATAATGTTAAAATCATACTTGTGATGGCTGTATGTGTTTTAATTGCCTCTACTATTTCT
TTAGTTTTCGGTAAATGGTATGGAAATATCTAAAAAAAATTCATGCACTAAAAAGATCTT
CGTATGAGATCTCTTGAAGAAATGATGAGAGGAATTAAAACCATTAAGTATAACTGTCTA
GAATCCTTTTTTGATGAAAGAATCATGCATAAAAGAGAAAAAGAAATCAAAGAACTAAAG
CTGTAAAATGTTCTAAGTAGTTTAAATGAATTTATCTCTAATTTTTCATGTACAGTTGCA
ATATTTATTGTTACACTTATATTTGGTATAAGTTCTTTGTCATAATTTTTAATGATCAAT
AGCTCATATAACATCATATTAAATTTTCTTATCTCTGTTCCTAGTTCTATACAGGGTATT
GTTGTAGGCTCTAATTCTATGAAGAGAATTGATATTTTCTTAACAGAGAGTTTTGTTTAT
TAATAATGTATAAATAGCAATGATTAACAAAATGCAATTTCTTTAATTAATTCAAATTTT
TCTTGGAAGAACTCTCTTGATATCAATTAAATTGAAGAGTCTGTTTAATTATCCAAAAGA
GAAAGATAATCATTTAGTTAGTAATCCTAATCTAATTTATTTGAAATAAAAAATTTAAGT
TTAACCATAAAGAAAGGAGAATATGTTGTTTTTTATGGGGATTTAGGAAGTGGAAAGACT
TCTATCCTTCAAGGCATATTAGGAGAAATGGAAGTAAATGGAGGATAAATTATGTATGAA
TAAATGGTTTAAATTAATGGATAAATCAGTATCTGTTCATAAGAACCTTGGATAATTTAA
GATACTGTAAAAGAAAACATTGTCTTTGGTTAAATTTTTGACAAAGACAGATATAAACAA
GTTTTAAAAGTATGCAGTTTAGAGGAAGATATTTCTTATTTTATTGATGGAGATCAAACA
AACATAGGAGAAAAAGGAGATACACTTTCTGGAGGATAAAGGAAAAGAGTAAATTTAGCA
AGATCAATCTATAAGGAAGCAGATATTTACTTTTTAGATGATCCTCTTAGTGCTCTTGAT
ATTGGAGTATCTACTTAGATAGCTAAAGAGTGCTTTGAGGGAATGTTAAAAGATAAGACA
AGAGTAATTTTTACAAACAGCTTAACTGGAATGAATAAAGCAGATAGGATATTTGTAGTA
AAAAATGGCTAGATTGTGAACGAAGGAAATTACAATTAAATTAAAAAAATAATTGCCTAA
GCAAATAATAATAGTTAGTATGATCTTGAGTAAGACATGCATGATGAGGAAAAGGAGAGA
GCATAATCTATAAAAATTCTTAAAAGCCAAAGAAAAGAATAAAATAATGAGAATAATTAC
ACAAAAAAATTAATTTAATCAGAAGATATATAACAGGGAAATTTTAAATTAGAAATCCTT
AAAGAGTTTTTTAAAAGTGTTGGAGGAACTCCATTTATAATAATTAGCATCATATTAATA
GCTGCTTACACAGTTGCAGGTGTGTTTTCTAAATTAATATAATTAGATGTGTCTAAAGAT
GCTCCTAAAGATTAATAATTTAAAGTCATGATGGGGTACTGTGCTTTGAACGCTTTATGC
CTTTTATTGGTAATGGCTTTTGAGCTTTATATTGTAATTAAAATGGCAAATCTCTCAAAG
TAATTACATAAATCCATCGTTTTTGAATTGCTCAGAGCTTCCTTTACAAAATTTTATAAC
TTGATTACATCAGGAAGAATTATGAATCGCCTTTCTAAGGATATTTATCAAGTAGATATG
TAGGTTACTTAGGATATGTCTAGTAATTATTACAATATTGGAGGTTTATTTTTTTCTATA
ATTACAACATTTATCATTTGTAATATATCTACCATTCCCATTGGTATTTGCTACATCTTC
CTAGCTGTTTTTATTGCATTTATATTCTTAAAAGCAAAAAGATAGTTAGCTAGAATAGAG
GCTACTTCTAAAAGTCCAATTTTGCAATACTTTTCAGAAATAATAAGAGGTATATTTTAT
GTTCGCTATTGCGTTTGCTACTAAAAAATGAAAAATACTTTCCAAGAATATGTTGATATA
GATTTGAGAAATCAAATAGCTCTTAATGGAGTTGAATTTTGGTTTGAATGTATTTCAAAT
TTTTTAAACATGTTCCCAGTTTTAATAAGTGTAGCAATTGTGTATTATGACATGTCTGTT
TCAGCAAATAACGCTGTGTTAATGGCTGTGTAAGTATCAGGAATAGCTATCAGCTTAGTT
TATTTTACTAAATCATGGATATCTTATGAAACTCATTTAGTAAATTATGAAAGATGCCTT
AAATTAAAAGAGAGTATTATTCCTGAAGATTACGAGTTATAAATTTAAACAATAAATTCT
TAAATTTAATAAAATAATTAATCTAATAATTCTAACTATAAACAACCTGATATAGAATCA
AACTAAAGAAGTTACAATAGCTAGTTTGAATCTGAATATGACTGCTTTTATTAGCAATAA
ATAGTTTTCAAAAATGCTTCTTTTTAATATAGGGAAGACCTCCCTAATTGTTTATAGAAT
CTCAGTATAAAATTTTCGGGTAATGAAAAAATTGGTGTAGTAGGAAGAACAGGAGCAGGA
AAAACATCAATAACTCTAGCTCTAACTAAAGTACTAGATCTTGTTGAAGGAGATGTACTA
ATTAATGGAAAAAGCATTTCTGAGTATCCTCTAAAAAATCTAAGAAAAAGTATAATAAGT
GTTGTAAGTTAAGAACCTTATATTTATGAAGGAAGTCTTAAATAAAACCTTGATCCGTAT
AATTAATACACAGAAAACTAGATTATAGATGCATTTAAGAAATGTGGATTTAGTACTTTT
CGTTCTTTTAAAGATGGACTTAAAACCTAAATTAGTTAACTGGGTGATAACTTATCAGAA
GGTGAAAAGCAGTTAATCAGCATATGCCGCATAATCTTGAAAAAATCTAAGATAATAATT
GTCGACGAACCAACTAGTCATATCGACGCATCTATGGAAGATCATGTCACAAAAGTTCTA
AATGACTGTTTTTAAGATTGCTTAATGATTACGATAGCCCACAAAATAAAAACCATTATG
AATAGCGACAAAATACTTGTTTTAGACCATGGTTAAGTAAAAGAATTTGATAGTCCTTAA
ACTCTGCTTTAAAATAAATAATCTTTATTTTCTGGAATACTGAATAAGATTAATTAAAAT
GGAATCAATTGA

>TTHERM_00912240(protein)
MFQDYQQRQLTFKCMQNLRRNTKILKSVKIIRRSLLKYFDLYMLNILPANNIDQVLINKK
HLKKNRKLANYLKQRIDLQNGLISKFVFKDAFREQGSQVKSKRPFLKNKFLFKNIVLLGV
FIDKTILYFLYLMSNVFKMMSFQLILDAFDDPLRGKSFSPMIFGMVLLASSFILQSIIYS
NYKFYYSQLTVRMTGALSIKIFKKTFCFAMQRNQLYKVGDILNMIQVDILQIVSYVQSVF
TLAFSFLLILVSFYLCYKQLNNVKIILVMAVCVLIASTISLVFGKWYGNIQKKFMHQKDL
RMRSLEEMMRGIKTIKYNCLESFFDERIMHKREKEIKELKLQNVLSSLNEFISNFSCTVA
IFIVTLIFGISSLSQFLMINSSYNIILNFLISVPSSIQGIVVGSNSMKRIDIFLTESFVY
QQCINSNDQQNAISLINSNFSWKNSLDINQIEESVQLSKRERQSFSQQSQSNLFEIKNLS
LTIKKGEYVVFYGDLGSGKTSILQGILGEMEVNGGQIMYEQMVQINGQISICSQEPWIIQ
DTVKENIVFGQIFDKDRYKQVLKVCSLEEDISYFIDGDQTNIGEKGDTLSGGQRKRVNLA
RSIYKEADIYFLDDPLSALDIGVSTQIAKECFEGMLKDKTRVIFTNSLTGMNKADRIFVV
KNGQIVNEGNYNQIKKIIAQANNNSQYDLEQDMHDEEKERAQSIKILKSQRKEQNNENNY
TKKLIQSEDIQQGNFKLEILKEFFKSVGGTPFIIISIILIAAYTVAGVFSKLIQLDVSKD
APKDQQFKVMMGYCALNALCLLLVMAFELYIVIKMANLSKQLHKSIVFELLRASFTKFYN
LITSGRIMNRLSKDIYQVDMQVTQDMSSNYYNIGGLFFSIITTFIICNISTIPIGICYIF
LAVFIAFIFLKAKRQLARIEATSKSPILQYFSEIIRGIFYVRYCVCYQKMKNTFQEYVDI
DLRNQIALNGVEFWFECISNFLNMFPVLISVAIVYYDMSVSANNAVLMAVQVSGIAISLV
YFTKSWISYETHLVNYERCLKLKESIIPEDYELQIQTINSQIQQNNQSNNSNYKQPDIES
NQRSYNSQFESEYDCFYQQQIVFKNASFQYREDLPNCLQNLSIKFSGNEKIGVVGRTGAG
KTSITLALTKVLDLVEGDVLINGKSISEYPLKNLRKSIISVVSQEPYIYEGSLKQNLDPY
NQYTENQIIDAFKKCGFSTFRSFKDGLKTQISQLGDNLSEGEKQLISICRIILKKSKIII
VDEPTSHIDASMEDHVTKVLNDCFQDCLMITIAHKIKTIMNSDKILVLDHGQVKEFDSPQ
TLLQNKQSLFSGILNKINQNGIN

>TTHERM_00912240(gene)
ATGTTCTAAGACTACCAATAAAGATAACTTACATTTAAATGTATGCAAAATTTGAGAAGA
AATACAAAAATATTGAAGAGTGTTAAAATAATTAGAAGAAGCTTGCTGAAATATTTTGAT
TTATATATGTTAAATATATTGCCTGCTAATAATATTGATTAAGTTTTAATAAATAAAAAA
CACTTAAAAAAAAATAGAAAGCTAGCAAATTATCTTAAATAAAGAATTGACCTATAAAAT
GGATTAATCTCAAAATTTGTCTTCAAAGACGCTTTTAGAGAGCAAGGAAGCTAAGTAAAA
TCCAAAAGACCCTTTCTCAAAAATAAATTTCTTTTCAAGAATATTGTTCTTTTGGGTGTT
TTCATTGATAAAAGTAAATTGTATAATTTATTAATAGGATATTTAATTATATTTATTCAA
AAAGAATGCTCAAAAAAGGAGCTTAGAACAAGAAGATATATTCTAGCTGAATAAAAAAGA
TTAAAGCTAATATAATTTTGAGAAATTTGATAAAATTTATGAAGAGCTTATTAACAATCC
TAAAGTTAAAAACAAAATAAAGACTACTTTTTACCGAATTTATAAAAGTAATTTTTATTA
TTATTAAATACTTCTACTTTTATTAAATCAAGCAAAGTAAAATTTAAAATATTTATATTG
AATTAAAAAGAGGAAATTATTATTTCAGCTATCTTGTATTTCTTGTATCTGATGAGTAAT
GTGTTTAAAATGATGTCCTTTTAATTGATCTTAGATGCATTTGATGATCCTTTACGTGGT
AAAAGTTTTTCTCCAATGATTTTTGGAATGGTCTTGCTTGCTAGTTCATTTATTTTATAA
TCTATAATTTATTCTAACTATAAATTCTATTATGTAACATAAAATATTTAATTCTTTCAA
TAATATTTAAATTTTATTCAATATTCAACAAAGAGTTAGTTGACTGTAAGAATGACAGGT
GCTCTTAGTATAAAGATCTTTAAAAAAACTTTTTGTTTTGCTATGTAAAGAAACTAATTG
TATAAAGTTGGAGATATCTTAAATATGATTTAAGTTGATATTTTACAAGTAATTTTAAAT
ATTTAAAATAAAATATTATTTTCAAAAATATAAAATTTATATATTTTTTTTAAAGATAGT
TTCTTATGTTTAAAGCGTTTTTACTTTAGCCTTCTCTTTTTTGCTCATATTAGTGTCTTT
CTATTTATGCTATAAATAATTAAATAATGTTAAAATCATACTTGTGATGGCTGTATGTGT
TTTAATTGCCTCTACTATTTCTTTAGTTTTCGGTAAATGGTATGGAAATATCTAAAAAAA
ATTCATGCACTAAAAAGATCTTCGTATGAGATCTCTTGAAGAAATGATGAGAGGAATTAA
AACCATTAAGTATAACTGTCTAGAATCCTTTTTTGATGAAAGAGTAAATTATTTTCAAAT
TAGATTTAATAGTTTAACTAAATCTTTTTTAGATCATGCATAAAAGAGAAAAAGAAATCA
AAGAACTAAAGCTGTAAAATGTTCTAAGTAGTTTAAATGAATTTATCTCTAATTTTTCAT
GTACAGTTGCAATATTTATTGTTACACTTATATTTGGTATAAGTTCTTTGTCATAATTTT
TAATGATCAATAGCTCATATAACATCATATTAAATTTTCTTATCTCTGTTCCTAGTTCTA
TACAGGGTATTGTTGTAGGCTCTAATTCTATGAAGAGAATTGATATTTTCTTAACAGAGA
GTTTTGTTTATTAATAATGTATAAATAGCAATGATTAACAAAATGCAATTTCTTTAATTA
ATTCAAATTTTTCTTGGAAGAACTCTCTTGATATCAATTAAATTGAAGAGTCTGTTTAAT
TATCCAAAAGAGAAAGATAATCATTTAGTTAGTAATCCTAATCTAATTTATTTGAAATAA
AAAATTTAAGTTTAACCATAAAGAAAGGAGAATATGTTGTTTTTTATGGGGAGTAATCTA
TTTATTTTTTTATTTTATCTTTTAAACTAATTTTTTTTACTTTAGTTTAGGAAGTGGAAA
GACTTCTATCCTTCAAGGCATATTAGGAGAAATGGAAGTAAATGGAGGATAAATTATGTA
TGAATAAATGGTTTAAATTAATGGATAAATCAGTATCTGTTCATAAGAACCTTGGATAAT
TTAAGATACTGTAAAAGAAAACATTGTCTTTGGTTAAATTTTTGACAAAGACAGATATAA
ACAAGTTTTAAAAGTATGCAGTTTAGAGGAAGATATTTCTTATTTTATTGATGGAGATCA
AACAAACATAGGAGAAAAAGGGTAATAGCTTTTTGTATATTTTATAAATTTTTTATATCA
TATGTTTTGAGGATACAATTTTTAAAAATCTACTACTCAAATACAAAATAAAAAAAAATA
TTAAAATTGAAGTGAAATTTTGTTTTTATTTTATTTATTTATTTATTTATTTATTTTTTA
GAGATACACTTTCTGGAGGATAAAGGAAAAGAGTAAATTTAGCAAGATCAATCTATAAGG
AAGCAGATATTTACTTTTTAGATGATCCTCTTAGTGCTCTTGATATTGGAGTATCTACTT
AGATAGCTAAAGAGTGCTTTGAGGGAATGTTAAAAGATAAGACAAGAGTAATTTTTACAA
ACAGCTTAACTGGAATGAATAAAGCAGATAGGATATTTGTAGTAAAAAATGGCTAGATTG
TGAACGAAGGAAATTACAATTAAATTAAAAAAATAATTGCCTAAGCAAATAATAATAGTT
AGTATGATCTTGAGTAAGACATGCATGATGAGGAAAAGGAGAGAGCATAATCTATAAAAA
TTCTTAAAAGCCAAAGAAAAGAATAAAATAATGAGAATAATTACACAAAAAAATTAATTT
AATCAGAAGATATATAACAGGGAAATTTTAAATTAGAAATCCTTAAAGAGTTTTTTAAAA
GTGTTGGAGGAACTCCATTTATAATAATTAGCATCATATGTATAATTTTTCAGAAATAAT
ATTTTTACTTACTTTCAATAATTTTATCAGTAATAGCTGCTTACACAGTTGCAGGTGTGT
TTTCTAAATTAATATAATTAGATGTGTCTAAAGATGCTCCTAAAGATTAATAATTTAAAG
TCATGATGGGGTACTGTGCTTTGAACGCTTTATGCCTTTTATTGGTAATGGCTTTTGAGC
TTTATATTGTAATTAAAATGGCAAATCTCTCAAAGTAATTACATAAATCCATCGTTTTTG
AATTGCTCAGAGCTTCCTTTACAAAATTTTATAACTTGATTACATCAGGAAGAATTATGA
ATCGCCTTTCTAAGGATATTTATCAAGTAGATATGTAGGTTACTTAGGATATGTCTAGTA
ATTATTACAATATTGGAGGTTTATTTTTTTCTATAATTACAACATTTATCATTTGTAATA
TATCTACCATTCCCATTGGTATTTGCTACATCTTCCTAGCTGTTTTTATTGCATTTATAT
TCTTAAAAGCAAAAAGATAGTTAGCTAGAATAGGTAATGTTCATTTTACATTCAGAAATT
CATAACTAAAATTTATTTATTTATTTATTCAGAGGCTACTTCTAAAAGTCCAATTTTGCA
ATACTTTTCAGAAATAATAAGAGGTATATTTTATGTTCGCTATTGCGTTTGCTACTAAAA
AATGAAAAATACTTTCCAAGAATATGTTGATATAGATTTGAGAAATCAAATAGCTCTTAA
TGGAGTTGAATTTTGGTTTGAATGTATTTCAAATTTTTTAAACATGTTCCCAGTTTTAAT
AAGTGTAGCAATTGTGGTAAGAAATTAATTTTTGTCAATTTCATTTTTAAAGTATTATTT
TATTAGTATTATGACATGTCTGTTTCAGCAAATAACGCTGTGTTAATGGCTGTGTAAGTA
TCAGGAATAGCTATCAGCTTAGTTTATTTTACTAAATCATGGATATCTTATGAAACTCAT
TTAGTAAATTATGAAAGATGCCTTAAATTAAAAGAGTAAATATTTTTAAAAATGTTGAAT
TATATAAAAAATATTTATTTTTGGTATTTAAAAAGGAGTATTATTCCTGAAGATTACGAG
TTATAAATTTAAACAATAAATTCTTAAATTTAATAAAATAATTAATCTAATAATTCTAAC
TATAAACAACCTGATATAGAATCAAACTAAAGAAGTTACAATAGCTAGTTTGAATCTGAA
TATGACTGCTTTTATTAGCAATAAATAGTTTTCAAAAATGCTTCTTTTTAATATAGGGAA
GACCTCCCTAATTGTTTATAGAATCTCAGTATAAAATTTTCGGGTAATGAAAAAATTGGT
GTAGTAGGAAGAACAGGAGCAGGAAAAACATCAATAACTCTAGCTCTAACTAAAGTACTA
GATCTTGTTGAAGGAGATGTACTAATTAATGGAAAAAGCATTTCTGAGTATCCTCTAAAA
AATCTAAGAAAAAGTATAATAAGTGTTGTAAGTTAAGAACCTTATATTTATGAAGGAAGT
CTTAAATAAAACCTTGATCCGTATAATTAATACACAGAAAACTAGATTATAGATGCATTT
AAGAAATGTGGATTTAGTACTTTTCGTTCTTTTAAAGATGGACTTAAAACCTAAGTAAAT
ATTTATCATATTTATTATTTAGTATAACTTTTTCAAAAACAGATTAGTTAACTGGGTGAT
AACTTATCAGAAGGTGAAAAGCAGTTAATCAGCATATGCCGCATAATCTTGAAAAAATCT
AAGATAATAATTGTCGACGAACCAACTAGTCATATCGACGCATCTATGGAAGATCATGTC
ACAAAAGTTCTAAATGACTGTTTTTAAGATTGCTTAATGATTACGATAGCCCACAAAATA
AAAACCATTATGAATAGCGACAAAATACTTGTTTTAGACCATGGTTAAGTAAAAGAATTT
GATAGTCCTTAAACTCTGCTTTAAAATAAATAATCTTTATTTTCTGGAATACTGAATAAG
ATTAATTAAAATGGAATCAATTGA

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Identifiers and Description

Gene Model Identifier

Standard Name

Aliases

Description

Genome Browser

Gene Ontology Annotations

Cellular Component

Molecular Function

Biological Process

Domains

Gene Expression Profile

Homologs (v.2006 protein sequences)

General Information

Associated Literature

Sequences

Wiki Links

External Links

Paragraph No	Gene Name	Paragraph Text
23	ABC3	ABC3 shares homology with ABC transporter proteins from other eukaryotes. It contains an ATP-binding domain that hydrolyzes ATP in to provide energy for the protein to translocate various molecules across a biological membrane. Paragraph by undergraduates at the Keck Science Department, Pitzer College