Gene detail

Gene detail information of Glyur002511s00035434

Functional Annotation

Database	Orthologs	E value	Annotation
TAIR	AT3G13080.1	0	multidrug resistance-associated protein 3
NR	XP_006586123.1	0	PREDICTED: ABC transporter C family member 3-like isoform X3 [Glycine max]
COG	NP_969385.1	3.00E-153	multidrug ABC transporter permease/ATPase [Bdellovibrio bacteriovorus HD100]
Swissprot	tr\|Q9LK64\|AB3C_ARATH	0	ABC transporter C family member 3
trEMBL	tr\|I1KYH1\|I1KYH1_SOYBN	0	Uncharacterized protein {ECO:0000313\|EnsemblPlants:GLYMA08G43810.1}

Sequence

Transcript Sequence

>Glyur002511s00035434.1
ATGTCGTTTTTCCTCTCATTCCATTTTCTTACACACCCTGCTGCCACTAGTGGTTTTCCAACTTCTTTCCTGAACGTGAAACCGGTCTTCTTGCATGGCTTATCCGGTTCCCTACATCTACTGCTTTTAGTGGCGCTTTTAGTGTCATGGTTGTGGAAGAAAGTCACAGTTGGATTTGGAGCCAGAGACAGTTGCAGAGAGAAAACCAATAACACCCTCTTCACAAGGACTCTTGTTTGTTCTCTGTNTGTTTCTGCTTTCAATCTTCTGCTGTGTTTGTTTGATTACTTCAGTTGGTATAAAAATGGTTGGTCAGAAGAAAAGCTCGTGACCCTTTTGGATTTGGNGCTCAAAACAGTTGCTTGGGGTGTTGTTTGTGTTTGCCTGCACGGTGGGGAACTTTTCTTCAGTTCAGGTGAAAGAAGATTACCATTCTTCTTCTTCAGAGCTTGGTGTGTCTTCTACCTCTTTGTTTCCAGTTATTGCTTTACAGTGGACATTGTTCTCTATGAAAATCACGCTGCTTTGCCAATTCAGTACATTGTTTCTGATGTTTTCTCTGCTTGTGTGGGTTTATTCATCTGTTACCTGGGGTGTTTTGTGAAAAATGAGGGTGGAGTAAAAGATAGCACTCTTCAAGAACCTCTTTTGAATGTTGATGATGATACAATTGATGGTACCAAGGGGGTTGACACTGTTACCCCTTACTCTACTGCTGGGATTTTCAGCATTCTTACCTTCTCTTGGATTGGTCCTCTGATTAGTGTTGGAAAGAAGAAGACTTTAGACCTTGAGGATGTACCCCAACTTGACACAAGAGACAGTTCAGGTGGAGCTTTTCTAACTTTCAGTGATAAGCTTGANGAATATTGTGGTGGTGACATTAACACAGTGACCACACTTAAGCTAGTGAAGTCATTGGCATTCTCAGCCTGGAAAGAGATTCTGTTGACAGCCATCCTTGCATTGGTAAACACATTGGCTTCTTATGTGGGTCCTTATCTCATTGATGGCTTTGTTCAATATCTTAATGGACAAAGGAATTTTGAAAATGAGGGTCTTGTTTTGGTGTCTGCATTTTTTGTGGCAAAGCTTGTGGAGTGCTTGTCCCGGAGGCACTGGTTCTTTAGGTTGCAGCAGGTTGGAATTAGAGTCCAAGCACTGCTTGTGACAACCATCTATAATAAGGCTTTGACCCTTTCATGCCAATCCAAGCAGGGCCACACTTCCGGGGAGATAATCAATTTCATGACTGTTGATGCTGAAAGAGTTGGTGACTTCAGCTGGCACTTGCATGATCTTTGGTCTGTAGCTGTGCAGGTTTTAGTAGCCTTGTTGGTGTTGTATAGAAATCTTGGCCTTGCTTCAATTTCTGGGATTGTTGCAACTGTCATTGTAATCTTGGCAAATTTTCCCTTAGGGTCAGCCCAAGAGAAGTTTCAAGACAAGTTGATGGTGTCAAAAGATAATAGAATGAAAGCGACATCTGAGATTTTAAACAACATGAGGATTCTCAAACAGCAAGGATGGGAAATGAAGTTTCTGTCTAAGATAACTGAACTCAGGAAGACTGAGCAAGTTTGGTTAAAGAAATTTGTACACACTTTAACCATGGTTGTATTTGTGTTTTGGAGTGCCCCAGCATTTGTGTCTGTGGTTACTTTTGGTACTTGTATGCTTATAGGGGTCCCTCTTGAATCCGGNAAGATCTTATCTACACTTGCAACATTCCAGGTTCTCCAAGAATCCATTTATAATCTTCCAGACACAATCTCAATGATGGCACAAACTAAGGTTTCCCTTGATAGGATTGCATCTTTTCTTTGTCTTGATGACATGCAGTCTGATACAGTGGAAAAGCTTCCACGGGGTAGTTCTGATANAGCCATCGAGGTAGTTGGTGGAAACTTCTCTTGGGATTTTTCTTCCNCGAATGGCGCATTGAAAAACATAAATCTCAGAGTTTTACATGGAATGAGGGTTGCTGTTTGTGGTACTGTTGGATCAGGCAAGTCTACTTTACTTTCATGTATATTGGGAGAAGTACCCAAGATATCAGGGATCCTGAAGGTGTGTGGATCAAAGGCCTATGTAGCTCAGTCACCATGGATACAAAGTAGCAAGATAGAGGATAATATATTGTTTGGCAAGGAAATGGAAAGGGAAAGGTATGAGAAGGTCCTTGAAGCATGCTCCTTAAAGAAAGATCTTGAGATTTNGTCATTTGGAGATCAGACAATTATAGGGGAGAGGGGAATTAATTTGAGTGGTGGACAGAAACAAAGAATACAAATTGCTCGTGCTCTATATCAAGATGCTGATATATATCTATTTGATGATCCGTTTAGCGCTGTGGATGCTCATACAGGATNTCACCTCTTTAAGGAATGCTTGCTTGGTCTTTTAAGTTCAAAGACAGTTGTTTATGTCACCCATCAAGTAGAGTTCTTACCCNCTGCTGACCTTATCTTGGTTATGAAGGATGGGAAAATTACTCAATGCGGAAAGTATAATGATCTGCTCAACTCAGGCACTGATTTTATGGAACTTGTTGGTGCTCATAGAGAAGCTTTGTCTGCACTTGATTCACTAGATGTTGGCACAATGCCTGACAAAATAAGTATATCACAGCAGGATGTAAGTGCCTCTCTTTCCCATGGTGCTGAAAGAAAAGAAGGGAAGAAAGAATTGCAGTATGGTGGAACGGATGACAAGTGTGAGCCAAGAGGCCAGCTTGTTCAAGAAGAAGAAAGAGAGAAAGGTAAGGTTGGGTTTTCAGTCTATTGGAGGTATATCACAACATCATATGGAGGAGCTCTTGTGCCACTCATATTGCTNGCTGAAAGCCTGTTTCAACTTCTTCAAATTGGAAGCAGCTATTGGATGGCTTGGGCAACTCACATCTCNAAAGATGCGCAGCCACCTGTTGGAGGAGGCACACTCCTAGTTGTNTATGTAGCTTTGGCCATAGGAAGTTCTTTATGTGTCTTTGCCAGAGCAACATTTGTTGTCACAGCTGGTTATAAGACAGCTACTCTACTCTTCAATAAAATGCATTTCTGCATTTTCCGTGCTCCAATGTCATTCTTTGATGCCACTCCAAGTGGGAGAATCCTTAATAGGGCTTCTACTGACCAAAGTCAAGTAGATATAAACATCCCTTTTCAAACTGCATCATTTGCTTGCTCCGTGATCCATTTGGCCGGAATTATAGTGGTGATGTCCCTGGTTGCATGGCAGGTTTTCATTGTCTTTATTCCTATTACAGCAATCAGCATCTGGTTTCAGCAATATTACTTACCATCAGCCCGGGAACTATCGCGTTTAGTTGGANTATGCAAGGCTCCTGTCATTCAACATTTTGCTGAAACAATCTCAGGTACATCTACCATCAGGAGCTTTGATCAGGTGTCAAGATTTCAGCAAACAAACATGAAACTGATGGATGGATATTCACGCCCCAAGTTCAATATCNCCGGTGCCATGGAATGGTTGTGCTTGCGCTTGGATGTTTTGTCTTCTATCACATTTGCCTTTTGCTTGTTATTCTTGATATCTGTTCCACAAGGAGTCATAGATTCAGGTGTTGCTGGTTTAGCTGTAACCTATGGCCTTAATCTGAACATTGTAGAAGCATGGATGATATGGGAATTTAGCAACTTGGAGACCAAAATTATATCAGTAGAAAGAATACTTCAGTATACTTCCATTCCTAGTGAGCCTCCTCTTGTTGTAGAGGAAAACCGGCCACATGCTTCTTGGCCATCATATGGCACAGTTGATATTCACAACTTGCAGGTGCGTTATGCTCCCCATATGCCACTTGTGTTGCGTGGCCTTACATGCACATTTGTTGGAGGAATGAAAACTGGGATTGTTGGGAGAACGGGAAGCGGTAAATCAACTCTCATACAAGCGCTTTTCCGAATCGTTGAGCCTACTTTTGGGAGGATCATGATTGATGGCATCAACATATCTTCCATTGGACTTCATGATTTGAGGTCTAGACTGAGCATCATTCCTCAGGATCCAACCATGTTTGAAGGTACTGCCCTGGATATGTGTCAGCTTGGAGATGAAAGGCAATTGGTCTGTCTTGGTAGGGTGCTGCTTAAGAAGAGTAAGGTGTTGGTACTAGATGAAGCTACAGCATCAGTTGACACTGCTACAGATAATTTGATTCAGCAAACACTAGGGCAACATTTCTCTGATTGCACTGTCATTTCCATTGCACATAGAATAACTTCTGTTATTGACAGTGATATGGTTCTACTACTCAATCAAGGACTTATTGAGGAATATGATTCCCCAACAAGATTGCTAGAGGACAAGTTATCATCTTTTGCTCAACTTGTTGCAGAGTATACCACAAGGTCCAAAAACTCCAGTATGCTGTTACTCTTCTCTCACTATTCCTCCTCCATCATGATGATGCCCCCTGGTACTGATTTTCTCCTCCAACCCATGTTCACACGAGGGATATCTGCTTCACTGCACCTGGTCTTGTTACTTGTTCTGGTTGTATCATGGGTATGGGAGAAAGTCCATGTGGACCAAAGAGAAAAGAGTGAAAGTAGAAATAGATTCCCTGATCCTGGTTTCTTGTCCCACAAACACAGTCTAGTCTGTAGCTTAGCTATTTGTGTGTTTAACCTTGTGTTGTGCTTACTGAGCTACTTTCCCTTGTATGAAGAACATGATGGTTCAAATGAGCTTGTCACTATTTTGGATTTGGTTATCAAAACAGTAGCTTGGGGTGTTATTTGTGTTTATTTGCATGTTAGAAACTCCAATGCACAGGAACCTAGTTTCCCATGTTTCTTGAGAATTTGGTGCTGGGTCTATGCCTTTGTGTCTTCTTGTTGCCTTGTTACAGACTTTGTAATAATCTATGGAAACCATGTTTCCTTGCCAATCATATACCTGGTTTCTGATATAGGTTCCTCTGTTACGGGGTTGTTTCTTTGTTATGTTGGATGTTCTACCAACAATATGGCTAAACTTGCCCCTCTTGAAGAGTCCCTTTTGAACGGTGGCAACTCTAGTTTAAGCAACAATTCTGATCCCGAAAAGAATGGAGGAAATGAAATTTTAACCAGTTATTCAAGTGCTGGATTTTTCAGCATTCTTACTTTCTCATGGATGAGTCCACTAATAACTTTAGGGAATAAAAAAACTTTAGACCATGAGGACCTACCACTGCTTGGTATCAATGACAGTGCCTATGGGGCTTTTCAAACTTTTAGAAGCAAGCTTGAGTCAGAGTGTGGTAGTGTTAGGAGTGTGACAACTCTTAAGCTGGTCAAGGTGTTATTCTTCTCAACATGGCAAGGGATCCTTTTATCAGGCTTATTTGCATTCTTGTACACATGTGCTTCGTATGTTGGACCCTACCTTATTGACAACCTTGTCCAATACCTCAACGGGGAACACAGGTATAAAAATGAAGGCTATGTTTTGGTTATGGCATTTGTTACCGCAAAGCTTGTAGAGTGCCTTTCACAGAGGCACTGGATGTTTAAGTTCCAGCAGGTTGGGGTTAAGATGCAATCAATGTTGGTGGCAATGATCTATGCTAAAGGTTTGACCCTTTCATGTCAATCAAAGGAGGGACACAGCAGTGGTGAAAACATCAATTTGATGACTGTTGATGCTGAAAGGATTGGTGAATTCTGTTGGTACATGCATGATCCATGGATGGCTGTTCTGCAAGTTGCTTTGGCCTTGTTTATTCTTCATAGAAGTGTAGGGGTCGCTTCAATAGCCGCTTTTGCTGCCACTGTAATTGTGATGCTGCTAAACCATCCTGTGGCATCATTGCAAGAGAAGTTCCAAAGTAAGGTAATGGAGTTCAAAGATAAAAGAATGAAGGCGACGTCTGAGATTCTAATGAATATGAGGATTCTAAAACTGCAAGCATGGGAGATGAAGTTCTTATCAAAGATCATTCAGCTTAGGAAGTCAGAGGAAACATGGCTGAAGAAATTTCTTGTTGGTACAGCAATTGTTAGATTTCTCTTCTTTAATGCCCCAACGTTTGTTGCTGTGGCTACTTTTGGGACTTGTGTTCTTATAGGCATCCCACTTGAATCAGGGAAGATCTTATCTGCTCTTGCTACATTCAGAATTCTTCAAATGCCCATCTACAGTCTTCCTGACACAATTTCAATGATTGCACAAACTAAGGTTTCCCTAGATAGGATTGTAGCATTTCTTCGTCTAGATGACTTGAAAACTGATGTTGTGGAGAAGCTTCCGCGGGGTAGTTCTGATATAGCAATTGAGTTAGTAGATGGAAATTTCTCTTGGGATTTATCTTCTATAAATACAACATTGAAAAACATAAATCTCAGAGTTTTTCATGGCATGAGGGTTGCTGTTTGTGGTACTGTTGGATCAGGCAAGTCTAGTTTACTTTCTTGTATAATAGGGGAAGTACCAAAGCTATCTGGGACCCTGAAGGTGTGTGGAACAAAGGCTTATGTTGCTCAATCACCATGGATACAGAGTGGCAAGATAGAGGAGAACATACTATTTGGTAGAGAGATGGATAGGGAAAAGTATGAGAAGGTGCTAGAAGCATGTGCCTTGATAAAAGACCTAGAGGTTCTACCATTTGGTGATCAGACCATTATTGGAGAGAAGGGAATCAATTTGAGTGGTGGACAGAAGCAAAGAGTACAAATAGCCCGAGCTCTTTATCAAGATGCTGATATATATCTGCTTGATGATCCCTTTAGTGCTGTGGATGCTCATACAGGATCCCATATCTTTAAGGAGTGTTTGCTTGGCCTTTTGAAAGCAAAAACTGTGATATACATAACTCATCAAGTAGAGTTCTTACCTGATGCTGATCTAATATTGGTCATGAAAGAAGGAAGGATAACTCAATCAGGAAAATACAATGACATTCTTAGGTCAGGCACCGATTTTATGGAACTTGTAGGTGCACATAGAGCAGCTTTGTCTTCAGTTAAGTCCTTAGAGAGAAGGCACACATTTAAATCATCAAGTATTACCATGAAGGACACAGATTCATTAAGTGATTTTGAACGTGAGCAAGAAGTGGAAAACATAGATGATCAAATTGGCAAGTCAGAGGACACAATTGAGCCGAAAGGCCAACTTGTTCAAGAAGAAGAACGGGAAAAGGGTAGAGTTGGGTTTAAAGTCTTCTGGAAATACATCACAACAGCTTATGGAGGAGCTCTTGTACCCTTCATATTACTTTCACAGGCACTTACTGTGGTTCTTCAGATTGGAAGCAATTATTGGATGGCTTTGGCAACTCCTGTTTCAGCAACTGCAGAACCTGATATTGGAAGCTTTACACTCATGGTTGTCTATGTTTCTTTGGCGATTGGAAGTTCCTTTACCACCCTTGCCAGAGCAGTTCTTGCTGTGATAGCTGGATACAAGACAGCCACCATGCTTTTCAACAAAATGCATTTGTGCTTTTTTCGAGCGCCAATGTCATTTTTTGATGCCACCCCAAGTGGGAGAATTCTCAATAGAGCTTCAACAGACCAAAGTGCAATAGACATGAGCATGCCAAATCTAGCATGGGGATTTACCTACAATCTGATTCAGCTCTTTGGAAATATTGCTGTGATGTCCCAAGCTGCATGGCAGGTGTTTATCGTATTGATTCCTGTCATGGCAGCTTGCATATGGTACCAGCGATACTACGCAGCATCAGCACGGGAATTGGCACGATTGGTTGGCATATGCCAAGCTCCAGTTATACAACATTTTTCTGAAACGATTTCTGGATCCACAACCATAAGAAGTTTTGAGCAAGAATCAAGATTTAATGAAATAAATATGAAATTGATAGAAAAATACTCCCAACCCAAATTATACTGTGCTAGTGCAATGGAATGGCTAAGTTTCAGATTGGATATTTTATCCTCTACCATGTTTGCCTTCTGTTTGGTTTTCTTGATATCTTTTCCAAGTTCAATAGCTGATCCTGGCATTGCGGGATTGGCTGTGACATATGGGCTTAATCTAAATTATGTACAATTTAGTGTAATCTGGATTCTTTGCAATTTGGAGAACAAAATTATATCTGTAGAAAGGATACTTCAGTACACCTCCATCCCAAGTGAAGCACCTCTTGTTATAAAAGACAACCAACCAGATTATTCTTGGCCATCGTTCGGAGAAGTTCATATCCAGGATTTACAGGTTCGATATGCTCCTCATTTGCCTCTTGTTTTACGTGGTCTTACTTGCACTTTTACTGCTGGAGCAAAAACTGGCATTGTGGGAAGAACTGGAAGTGGGAAATCGACTTTAGTGCAAACACTTTTCAGACTTGTTGAACCTGTTGCAGGACAAATATTGATAGATAACATTAACATCTCTTTGATTGGAATTCATGATTTACGGTCCAGGCTAAGCATTATTCCTCAGGATCCAACAATGTTTGGAGGGACTGTAAGAAGCAACATGGACCCACTGGAAGAGTACACAGATGAACAGATTTGGGAGGCTCTGGATATGTGCCAACTTGGAGATGAAGTAAGGAAAAAAGAAGGGAAGCTTGACTCCATAGTTACTGAAAATGGAGAAAACTGGAGTATGGGTCAAAGGCAGTTGGTCTGCCTTGGCCGTGTTCTGCTTAAGAAAAGCAAGATCTTGGTGCTCGACGAAGCCACCGCATCGGTTGATACAGCTACAGATAATATTATTCAGCAAACAGTTAAGCAACATTTTTCAGAATGCACAGTCATTACCATTGCTCATAGAATAACTTCAATCCTCGATAGTGACATGGCAAGAACCTTTTTCTTTTCCTTCTTAATTTGTCACCTCTTTTCTGTTTTTTCACTCATAAATGTGAACATGATTTCTTTTCATACCGATCCCGCAGGGCTTGTTGAGGAATATGATTCACCAAACAAACTGCTTAAGAACAAATCTTCTTCTCTTGCTCAACTAGTTGCAGAATACACAAGGAGGTCAAACTCTGGTTTTGGAAGTTGA

Protein Sequence

>Glyur002511s00035434.1
MSFFLSFHFLTHPAATSGFPTSFLNVKPVFLHGLSGSLHLLLLVALLVSWLWKKVTVGFGARDSCREKTNNTLFTRTLVCSLXVSAFNLLLCLFDYFSWYKNGWSEEKLVTLLDLXLKTVAWGVVCVCLHGGELFFSSGERRLPFFFFRAWCVFYLFVSSYCFTVDIVLYENHAALPIQYIVSDVFSACVGLFICYLGCFVKNEGGVKDSTLQEPLLNVDDDTIDGTKGVDTVTPYSTAGIFSILTFSWIGPLISVGKKKTLDLEDVPQLDTRDSSGGAFLTFSDKLXEYCGGDINTVTTLKLVKSLAFSAWKEILLTAILALVNTLASYVGPYLIDGFVQYLNGQRNFENEGLVLVSAFFVAKLVECLSRRHWFFRLQQVGIRVQALLVTTIYNKALTLSCQSKQGHTSGEIINFMTVDAERVGDFSWHLHDLWSVAVQVLVALLVLYRNLGLASISGIVATVIVILANFPLGSAQEKFQDKLMVSKDNRMKATSEILNNMRILKQQGWEMKFLSKITELRKTEQVWLKKFVHTLTMVVFVFWSAPAFVSVVTFGTCMLIGVPLESGKILSTLATFQVLQESIYNLPDTISMMAQTKVSLDRIASFLCLDDMQSDTVEKLPRGSSDXAIEVVGGNFSWDFSSXNGALKNINLRVLHGMRVAVCGTVGSGKSTLLSCILGEVPKISGILKVCGSKAYVAQSPWIQSSKIEDNILFGKEMERERYEKVLEACSLKKDLEIXSFGDQTIIGERGINLSGGQKQRIQIARALYQDADIYLFDDPFSAVDAHTGXHLFKECLLGLLSSKTVVYVTHQVEFLPXADLILVMKDGKITQCGKYNDLLNSGTDFMELVGAHREALSALDSLDVGTMPDKISISQQDVSASLSHGAERKEGKKELQYGGTDDKCEPRGQLVQEEEREKGKVGFSVYWRYITTSYGGALVPLILLAESLFQLLQIGSSYWMAWATHISKDAQPPVGGGTLLVVYVALAIGSSLCVFARATFVVTAGYKTATLLFNKMHFCIFRAPMSFFDATPSGRILNRASTDQSQVDINIPFQTASFACSVIHLAGIIVVMSLVAWQVFIVFIPITAISIWFQQYYLPSARELSRLVGXCKAPVIQHFAETISGTSTIRSFDQVSRFQQTNMKLMDGYSRPKFNIXGAMEWLCLRLDVLSSITFAFCLLFLISVPQGVIDSGVAGLAVTYGLNLNIVEAWMIWEFSNLETKIISVERILQYTSIPSEPPLVVEENRPHASWPSYGTVDIHNLQVRYAPHMPLVLRGLTCTFVGGMKTGIVGRTGSGKSTLIQALFRIVEPTFGRIMIDGINISSIGLHDLRSRLSIIPQDPTMFEGTALDMCQLGDERQLVCLGRVLLKKSKVLVLDEATASVDTATDNLIQQTLGQHFSDCTVISIAHRITSVIDSDMVLLLNQGLIEEYDSPTRLLEDKLSSFAQLVAEYTTRSKNSSMLLLFSHYSSSIMMMPPGTDFLLQPMFTRGISASLHLVLLLVLVVSWVWEKVHVDQREKSESRNRFPDPGFLSHKHSLVCSLAICVFNLVLCLLSYFPLYEEHDGSNELVTILDLVIKTVAWGVICVYLHVRNSNAQEPSFPCFLRIWCWVYAFVSSCCLVTDFVIIYGNHVSLPIIYLVSDIGSSVTGLFLCYVGCSTNNMAKLAPLEESLLNGGNSSLSNNSDPEKNGGNEILTSYSSAGFFSILTFSWMSPLITLGNKKTLDHEDLPLLGINDSAYGAFQTFRSKLESECGSVRSVTTLKLVKVLFFSTWQGILLSGLFAFLYTCASYVGPYLIDNLVQYLNGEHRYKNEGYVLVMAFVTAKLVECLSQRHWMFKFQQVGVKMQSMLVAMIYAKGLTLSCQSKEGHSSGENINLMTVDAERIGEFCWYMHDPWMAVLQVALALFILHRSVGVASIAAFAATVIVMLLNHPVASLQEKFQSKVMEFKDKRMKATSEILMNMRILKLQAWEMKFLSKIIQLRKSEETWLKKFLVGTAIVRFLFFNAPTFVAVATFGTCVLIGIPLESGKILSALATFRILQMPIYSLPDTISMIAQTKVSLDRIVAFLRLDDLKTDVVEKLPRGSSDIAIELVDGNFSWDLSSINTTLKNINLRVFHGMRVAVCGTVGSGKSSLLSCIIGEVPKLSGTLKVCGTKAYVAQSPWIQSGKIEENILFGREMDREKYEKVLEACALIKDLEVLPFGDQTIIGEKGINLSGGQKQRVQIARALYQDADIYLLDDPFSAVDAHTGSHIFKECLLGLLKAKTVIYITHQVEFLPDADLILVMKEGRITQSGKYNDILRSGTDFMELVGAHRAALSSVKSLERRHTFKSSSITMKDTDSLSDFEREQEVENIDDQIGKSEDTIEPKGQLVQEEEREKGRVGFKVFWKYITTAYGGALVPFILLSQALTVVLQIGSNYWMALATPVSATAEPDIGSFTLMVVYVSLAIGSSFTTLARAVLAVIAGYKTATMLFNKMHLCFFRAPMSFFDATPSGRILNRASTDQSAIDMSMPNLAWGFTYNLIQLFGNIAVMSQAAWQVFIVLIPVMAACIWYQRYYAASARELARLVGICQAPVIQHFSETISGSTTIRSFEQESRFNEINMKLIEKYSQPKLYCASAMEWLSFRLDILSSTMFAFCLVFLISFPSSIADPGIAGLAVTYGLNLNYVQFSVIWILCNLENKIISVERILQYTSIPSEAPLVIKDNQPDYSWPSFGEVHIQDLQVRYAPHLPLVLRGLTCTFTAGAKTGIVGRTGSGKSTLVQTLFRLVEPVAGQILIDNINISLIGIHDLRSRLSIIPQDPTMFGGTVRSNMDPLEEYTDEQIWEALDMCQLGDEVRKKEGKLDSIVTENGENWSMGQRQLVCLGRVLLKKSKILVLDEATASVDTATDNIIQQTVKQHFSECTVITIAHRITSILDSDMARTFFFSFLICHLFSVFSLINVNMISFHTDPAGLVEEYDSPNKLLKNKSSSLAQLVAEYTRRSNSGFGS

Location information (JBrowse)

Scaffold	Start	End	Strand
Scaffold02511	23808	37001	+

Gene family

Gene family	subfamily
--	--

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID
--	--	--	--	--

Gene Ontology

biological_process

GO:0006810 transport

GO:0055085 transmembrane transport

cellular_component
GO:0016021 integral component of membrane

molecular_function

GO:0005524 ATP binding

GO:0016887 ATPase activity

GO:0042626 ATPase activity, coupled to transmembrane movement of substances

Pfam domain

Protein	Pfam accession	Pfam name	Alignment start	Alignment end	E-value
Glyur002511s00035434.1	PF00664.18	ABC_membrane	316	582	5.80E-24
Glyur002511s00035434.1	PF00005.22	ABC_tran	648	782	3.00E-19
Glyur002511s00035434.1	PF00664.18	ABC_membrane	946	1202	6.00E-23
Glyur002511s00035434.1	PF00005.22	ABC_tran	1278	1350	2.40E-13
Glyur002511s00035434.1	PF00664.18	ABC_membrane	1780	2047	1.80E-20
Glyur002511s00035434.1	PF00005.22	ABC_tran	2112	2246	1.60E-20
Glyur002511s00035434.1	PF00664.18	ABC_membrane	2409	2668	3.40E-24
Glyur002511s00035434.1	PF00005.22	ABC_tran	2742	2889	8.50E-30

Expression pattern

SRP053019

SRA Experiment	Description	TPM
SRR1783599	control	2.586
SRR1783600	control	2.602
SRR1783602	moderate drought stress	2.912
SRR1811619	moderate drought stress	2.920

DRP000996

SRA Experiment	Description	TPM
DRR006519	Root Summer glycyrrhizin high producing strain	2.395
DRR006520	Root Summer glycyrrhizin high producing strain	2.318
DRR006521	Root Winter glycyrrhizin high producing strain	0.911
DRR006522	Root Winter glycyrrhizin high producing strain	0.887
DRR006523	Root Summer glycyrrhizin low producing strain	2.670
DRR006524	Root Summer glycyrrhizin low producing strain	2.560
DRR006525	Leaf Summer glycyrrhizin high producing strain	2.257
DRR006526	Leaf Summer glycyrrhizin high producing strain	2.255

SRP065514

SRA Experiment	Description	TPM
SRR2867873	Salt Stress (root)	1.311
SRR2868004	Drought Stress (root)	1.651
SRR2967015	Control (root)	1.294

SRP215420

SRA Experiment	Description	TPM
SRR9715738	Leaf	1.385
SRR9715740	Leaf	2.203
SRR9715741	Leaf	0.737
SRR9715739	Root	0.213
SRR9715742	Root	0.538
SRR9715743	Root	0.540

SRP188776

SRA Experiment	Description	TPM
SRR8749027	MeJA induced 9h	2.201
SRR8749028	MeJA induced 9h	3.445
SRR8749029	MeJA induced 9h	1.413
SRR8749030	Uninduced	0.431
SRR8749031	Uninduced	0.273
SRR8749032	Uninduced	0.330

SRP175571

SRA Experiment	Description	TPM
SRR8400026	NaCl treatment - Root	3.272
SRR8400027	Control - Root	2.233