Gene detail

Gene detail information of Glyur000616s00026610

Functional Annotation

Database	Orthologs	Annotation
TAIR	AT5G53460.3	NADH-dependent glutamate synthase 1
NR	KEH40309.1	NADH glutamate synthase [Medicago truncatula]
COG	YP_003368755.1	glutamate synthase (NADH) [Pirellula staleyi DSM 6068]
Swissprot	tr\|Q03460\|GLSN_MEDSA	Glutamate synthase [NADH], amyloplastic (Precursor)
trEMBL	tr\|A0A072VE66\|A0A072VE66_MEDTR	NADH glutamate synthase {ECO:0000313\|EMBL:KEH40309.1}

Sequence

Transcript Sequence

>Glyur000616s00026610.1
TATAAATCACACCCCCTCTGCCTCTTCCCACCAAGGAACCCTCACATAAACAGGTGCTTCAGGCGGCGCTTTTCTCTCCCCCCCCCTCTATCTCTCTCTCTCTCCATCTCTCTGTGTGCCTCGTTTGGGTGTTTCTGTAGCGGTCTGCTATTGTACCTGCAAACGTATCAGTCAGAGACAAACAAGCCTCATCGTGATTCGAATCTCTTCAATTAAATCTCTCGGATCACCATTCCCTTCTCACAAATCTCTCAGATCTGTTGCATTTATTGTGAAAAACACCCCGATTCTTCACGTATCCNATTATCTTCTATTTCGGTTGTTCACATCTGGTGTGTAACGGAATCTGGACACTTAACCGAGAGTTCCATAACTATCATAACTCTTTGAAAATAAATACACACCACTTCGAATCGACGAAACCACCAAAGCCGAAAACACCAAGGGCCTTTTTTATATTTTGTTTTATTGTTGTGGTTGACAATGTCGAGCTCTCTTTCGTTGACGTTTTCGGCTCTCAACAACCCNCAGTTAAGCGCGCTAAACAACCCTAACGCGCGTCTGCGTCCACGTCCTCTGGCGAGCGTGAGAAGCACGGTTGCNCGATGCTCCGCCACGTGCGTCGAGAGGAAGAGGTGGTTGGCGGGGACCAGGTTGCGTGGGACCGGGTCGGAGAGGATCCAGTTTTGGCAATCGGGCGGACCGGGTCGGTTGCCGCAGCTGAAGCTGGCGGTTCGGTCNGCATTCTCTGGGGTACCGGAGAAGCCGATGGGGCTTTACGATCCGGCTATGGATAAGGACTCGTGTGGTGTCGGATTCGTTGCTGAGTTGTCCGGTCAAAGCAGCCGCAAAACGGTAACCGATGCGTTGGAGATGTTGGTGCGGATGACACACAGAGGTGCCTGCGGATGTGAGGCAAACACTGGAGATGGTGCCGGGATTCTTGTGGCCATGCCTCATGCGTTCTACAAAGAGGCACGTTTGTTTGTTGTGGATTTTGAGCTTCCTCCCCAAGGAAAATATGCAGTTGGCATGCTTTTCTTGCCTAAATCCGATAGTCGGAGGAAGGAAAGCAAAAATATATTTAAAAAGGTTGCTGAGTCTCTGGGGCACTCGATTCTTGGTTGGCGTTCTGTGCCCACAGATAACACAGGATTGGGCAAATCAGCCGTGCAGACCGAGCCGGTGATCGAACAGGTGTTTCTTACTCCAAGTGCTAAATCAAAAGTTGATTTGGAAAGACAGATGTACATATTGAGGAAGCTCAGCATGGCAGCTATTGAAGCTGCATTAAACCTTGAAAATGANGGAATATCAGATTTCTATATCTGTTCACTTTCATCAAGGACTGTCGTTTATAAAGGACAGCTAACACCAGCTCAGTTGAGGGAATATTATTATGCAGACCTTGGCAATGAAAGGTTTACGAGCTACATGGCCCTGTTCTTCCGCTTCCTTGATTACAATTTGAATTTGGATGCTGGATTGGATGCAATGGTTGAGTTGATACATTCACGTTTTTCTACAAATACTTTTCCTAGCTGGGATCGTGCACAACCTATGCGTGTATTGGGTCACAATGGAGAAATCAACACGCTCAGAGGGAATGTGAACTGGATGAAAGCACGTGAGGGCTTACTGAAATNCAAGGAGCTTGGTTTATCAGAGAAGGAGTTAAAGAAGCTTTTACCAATTGTGGATGCAAATTCATCGGATTCAGGAGCTTTTGANGGTGTGCTTGAGTTTTTGCTTCATTCTGGAAAAAGTCTTCCGGAAGCTGTTATGATGATGATTCCTGAAGCTTGGCAAAATGACAAGAACATGGATCCTCAGCGTAAANCATTTTATGAATACTACTCTGCTCTCATGGAACCATGGGATGGGCCAGCTCTTATATCATTCACCGATGGTCACTATCTTGGAGCTACATTGGATAGGAATGGACTGCGACCAGGACGCTTCTATGTCACCCATAGTGGACGAGTTATTATGGCAAGTGAAGTTGGGGTTGTAGACATTCCTCCAGAAGATGTGTGTCGGAAAGGAAGACTAAATCCTGGAATGATGCTTCTGGTCGATTTTGAGAAGCATATAGTTGTAAATGATGATGCCTTAAAGGAACAATACTCATTGGCAAGACCCTATGGGGATTGGCTCAAAAATCAGAAGATTGAACTCAAAGACATAGTTAGCTCTGTTCATGAATCTGAAAGAGTGCCACCAACCATAGCTGGAGTGGCTCCACCATCTAATGATGATGTGGATATGGTAAATATGGGAATTCATGGTTTACTGGNTCCGTTGAAAGCATTTGGGTATACTGTTGAATCATTGGAAATGCTATTACTTCCAATGGCAAAAGATGGTGTAGAAGCCCTTGGGTCAATGGGAAATGATACTCCATTAGCTGTAATGTCTAATAGAGAAAAACTTACTTTTGAGTACTTCAAGCAAATGTTTGCTCAAGTGACAAACCCTCCTATTGATCCTATTCGAGAGAAAATAGTCACTTCTATGCAATGTATGGTTGGTCCAGAAGGTGATCTGACCGAAATCACCGAGGAACAATGCCACCGCCTTTCACTAAAAGGTCCCCTTTTATCCACCGAAGAAATGGAAGCCATCAAAAAAATGAATTATAGGGGATGGAGGAGCAAAGTTATAGACATAACTTACTCAAAGGAATGTGGTAAGAGAGGGTTGGAGGAAGCCTTAGACAGGATATGTGCAGAAGCACACAATGCAATTAATGAAGGCTACACCACCCTTGTTCTTTCTGATAGAGCCTTCTCAAGGAAACGTGTTGCTGTGAGCTCCCTTCTAGCTGTTGGTGCTGTCCATCAACATCTAGTTAAAACACTTGAGCGCACTAGAGTTGCCTTAATAGTTGAATCTGCTGAGCCACGTGAAGTGCACCATTTCTGCACACTTGTTGGTTTTGGCGCTGATGCTATATGCCCATATTTGGCCGTAGAGGCAATTTGGAGACTTCAGGTGGATGGAAAGATCCCGCCAAAAGCAAGTGGTGAATTCCACTCAAAAGAGGAGTTGGTCAAGAAGTATTTCAAAGCAAGCAACTATGGAATGATGAAGGTTCTTGCCAAAATGGGAATATCAACTTTGGCCTCATACAAAGGGGCTCAGATTTTTGAAGCCCTGGGTCTTTCATCAGAAGTAATTGAGAGGTGCTTTGCTGGAACTCCAAGTCGAGTTGAGGGTGCGACGTTTGAGATGCTTGCCCATGATGCTCTTCAACTGCACGAGTTGGCTTTTCCTTCTCGGTTGTTCTCTCCTGGAAGTGCAGAAGCGGCAGCATTGCCAAATCCTGGGGATTATCATTGGAGAAAAGGTGGCGAAGTTCATCTCAATGATCCACTTGCTATAGCAAAGCTTCAAGAGGCTGCCAGAACTAACAGTGTTGATGCATATAAACAGTATTCCAAAATCATTCATGAATTGAACAAGGCATGCAATTTGCGAGGGCTTCTGAAATTTAAAGAGACGGCAAATATGATTCCTATTGATGAAGTGGAACCTGCTAGTGAAATAGTTAAACGGTTTTGCACTGGGGCCATGAGTTATGGGTCAATATCATTGGAGGCCCACACCTCATTAGCAATGGCTATGAATAAACTCGGAGGGAAATCCAACACAGGTGAGGGAGGTGAGCAACCATCACGTATGGAGCCTCTTGCGGATGGGTCAAGGAATCCCAAAAGGAGTGCCATCAAGCAGGTCGCTAGTGGAAGATTTGGAGTTTCGAGTTACTACCTTACAAATGCTGATGAACTGCAGATAAAGATGGCCCAGGGAGCAAAACCTGGTGAAGGAGGTGAACTTCCTGGGCATAAGGTTGTAGGAGACATTGCTGTCACTAGGAATTCAACAGCCGGTGTAGGACTTATCAGTCCGCCTCCCCATCATGATATTTATTCTATCGAAGACCTTGCTCAATTAATTCATGATCTGAAGAATGCCAACCCAGCTGCTCGAATTAGTGTGAAATTAGTATCTGAAGCTGGAGTGGGGATAGTTGCTAGTGGAGTTGTTAAAGGTCATGCCGACCATGTCTTGATCTCAGGTCATGATGGAGGTACAGGTGCATCCAGATGGACTGGCATAAAGAATGCNGGGCTGCCTTGGGAACTTGGCCTGGCCGAGACCCACCAGACTTTGGTTGCTAATGACCTACGTGGTCGCACAGTTCTCCAAACTGATGGGCAACTGAAAACCGGAAGAGATGTGGCCATAGCAACACTTCTTGGTGCAGAAGANTTTGGTTTCAGTACTGCTCCACTGATTACTCTTGGCTGCATCATGATGCGAAAGTGCCACAAGAACACCTGTCCTGTTGGCATTGCTACTCAAGATCCAGTACTTAGAGAGAAATTTGCTGGAGAACCTGAGCATGTTATTAACTTCTTTTTTATGGTGGCAGAAGAGATGAGAGAAATCATGGCCCAGCTTGGGTTTAGAACAGTCACGGAGATGGTTGGCCGTTCAGATATGCTTGAAGTTGATAAAGAAGTTGTTAAGANCAACGAGAAACTAGAGAACATTGATCTCTCTCTACTGCTTAGACCTGCCGCTGAACTGCGACCAGAAGCTGCTCAATACTGTGTGCAAAAACAAGATCATAGTTTGGACATGGCTTTGGATAACAAGCTGATAAGTCTGTCCAATGCTGCTTTGGAAAAGGGTCTCCCAGTATACGTTGAAACACCAATCTGTAATGTAAACCGTGCTGTGGGCACTATGCTTAGCCATGAGGTGACTAAGAGGTACCACTTAGCTGGTCTTCCAACTGACACCATCCATATCAGATTTACTGGTAGTGCCGGCCAGAGCTTTGGTGCGTTCCTCTGTCCTGGTGTCACTTTGGAACTTGAAGGTGATAGTAATGATTATGTTGGTAAAGGATTATCAGGTGGCAAGATTGTAGTATATCCTCCAAAGGGAAGCAATTTTGACCCTAAGGAGAACATTGTCATTGGCAATGTGGCACTATATGGGGCAACACGTGGTGAAGCGTATTTCAATGGGATGGCAGCAGAAAGATTTTGTGTGCGTAATTCTGGAGCTAAAGCTGTAGTGGAAGGTGTTGGTGATCATGGATGCGAGTACATGACTGGTGGAACTGTTGTTGTTCTTGGGAAAACTGGTAGAAATTTTGCTGCGGGTATGAGTGGGGGGATTGCTTATGTTCTTGACATGGAAGGAAAATTCCAGTCCCGGTGTAACCTGGAGCTTGTAGATCTGGACAAGGTTGAAGAGGAAGAGGACATTATTACTCTTAGAATGTTGATACAGCAACATCAACGTCACACAAATAGTCTGCTTGCCAAAGAAGTGCTTGATGATTTTGAGAATCTTCTTCCTAAATTTGTCAAGGTATTCCCTCGGGAGTACAAACGTGTTCTTGCAAGTATGAAGTCTGATGCAGCCTCTAAAAATGCAGTGGAGCNTGCTGCTAAAGATGCGGAAGAGCAGGATGATGAAGCACAAGCAGTGGAGAAAGATGCTTTTGAAGAGCTTAAGAAACTGGCAACTGCATCTTTGAACGAGAAACCAAGTCAGGCTCCCAAGAGGCCAAGTCAAGTCACTGACGCTGTTAAACATAGAGGTTTTGTTGCTTATGAGCGTGAGGGTGTTCAGTATAGGGACCCAAATGTTCGCTTGAATGATTGGAACGAAGTGATGATGGAGACAAAGCCTGGTCCACTTTTGAAAACACAGTCAGCCCGTTGCATGGACTGTGGTACTCCTTTCTGTCATCAGGAAAATTCTGGATGTCCTCTTGGAAATAAAATACCAGAATTTAATGAGTTAGTATACCAAAATAGGTGGCGTGAAGCATTAGAGAGGCTTCTTGAAACAAATAACTTTCCCGAGTTCACTGGTCGGGTGTGCCCAGCGCCTTGTGAAGGTTCTTGTGTCCTTGGTATTATTGAGAATCCTGTGTCTATTAAAAACATTGAATGTGCTATCATAGACAAGGCTTTTGAGGAGGGTTGGATGGTTCCACGACCTCCAGTCAAGAGAACTGGGAAAATAGTAGCCATCGTTGGAAGTGGACCATCTGGCTTGGCAGCTGCTGATCAGCTAAATAAAATGGGTCATACAGTAACAGTGTATGAAAGAGCTGATCGGATTGGAGGGCTTATGATGTATGGGGTTCCCAACATGAAAACTGACAAGGTCGATATAGTTCAAAGGCGAGTCAATCTTATGGCTGAGGAAGGAATAAATTTTGTGGTGAACGCAAATGTTGGACATGATCCTTTATATTCTCTTGATCGGCTTCGGGAGGAAAATGATGCCATTGTGTTGGCTGTTGGAGCTACAAAACCAAGGGATCTTCCTGTACCTGGAAGGGAGCTGTCAGGAGTTCATTTTGCCATGGAGTTTCTCCATGCTAACACTAAAAGCTTGCTTGACAGCAATCTAGAGGACGGGAACTACATTTCTGCCAAGGGCAAGAAAGTTGTGGTCATTGGTGGGGGTGACACCGGCACAGATTGCATTGGAACCTCCATTCGTCATGGTTGTAGTAGCGTCGTAAATCTTGAACTTCTCCCTCAACCACCACAAACTAGGGGCCCAGGCAACCCATGGCCTCAGTGGCCTCGCATATTCCGTATAGATTACGGGCACCAAGAAGCTGCAACCAAATTTGGCAAAGACCCAAGGTCGTACGAGGTACTGACTAAGCGGTTTGTGGGAGATGAAAATGGAGTTTTGAAAGGACTTGAAGTGGTGCGTGTTCGCTGGGAGAAGGATGAAACCGGCAAGTTTCAGTTTAAGGAAATTGAGGGCTCCGAGGAGATTATTGAGGCNGACCTGGTTTTACTAGCCATGGGATTCCTTGGCCCCGAGTCTACAATTGCAGAGAAGTTGGGTGTGGAGCGAGACAACAGGTCAAACTTCAAGGCTGATTATGGTCGCTTCTCAACCAATGTCGACGGAGTGTTTGCTGCCGGTGATTGTCGCCGGGGTCAGTCGCTGGTGGTGTGGGCTATTTCAGAGGGACGGCAAGCCGCTGCACAAGTTGACAACTACCTAACCAAAGACGACCACAGTATTGCTGGGCAGGATGGATTTGTCAAGAGGCAACAGGACCTGAACAAGAAGCACCAGGGCAGCGGCAAACACACAGTGATGACTTAGGTTGCTTCTGTGATTTTTCACCATCTTTGTTGAGTTCCTAAAGGGAAATGCACAGAATAAAAGGAAAGTGATTGTTCTATGTTGGTTTACCTTTTAGGCATTCTTGGTTGGCAGTCGGTAAGCCAAAAGGGCGAAATAAGGAGAAAAACAATAAAGAAAAATAATTTGGTGTAAGGAAAGCAAGAGGTTGTCTTGGTGTTTGGTGGGTTTTTAGGGTACTAGGTAATTTTTGAGGATTGTTCAGTTGTTCATAGTTCTATTTTGGACTTCATTGTTGGGAAGGCTAGCTCTTTTAT

Protein Sequence

>Glyur000616s00026610.1
MSSSLSLTFSALNNPQLSALNNPNARLRPRPLASVRSTVARCSATCVERKRWLAGTRLRGTGSERIQFWQSGGPGRLPQLKLAVRSAFSGVPEKPMGLYDPAMDKDSCGVGFVAELSGQSSRKTVTDALEMLVRMTHRGACGCEANTGDGAGILVAMPHAFYKEARLFVVDFELPPQGKYAVGMLFLPKSDSRRKESKNIFKKVAESLGHSILGWRSVPTDNTGLGKSAVQTEPVIEQVFLTPSAKSKVDLERQMYILRKLSMAAIEAALNLENXGISDFYICSLSSRTVVYKGQLTPAQLREYYYADLGNERFTSYMALFFRFLDYNLNLDAGLDAMVELIHSRFSTNTFPSWDRAQPMRVLGHNGEINTLRGNVNWMKAREGLLKXKELGLSEKELKKLLPIVDANSSDSGAFXGVLEFLLHSGKSLPEAVMMMIPEAWQNDKNMDPQRKXFYEYYSALMEPWDGPALISFTDGHYLGATLDRNGLRPGRFYVTHSGRVIMASEVGVVDIPPEDVCRKGRLNPGMMLLVDFEKHIVVNDDALKEQYSLARPYGDWLKNQKIELKDIVSSVHESERVPPTIAGVAPPSNDDVDMVNMGIHGLLXPLKAFGYTVESLEMLLLPMAKDGVEALGSMGNDTPLAVMSNREKLTFEYFKQMFAQVTNPPIDPIREKIVTSMQCMVGPEGDLTEITEEQCHRLSLKGPLLSTEEMEAIKKMNYRGWRSKVIDITYSKECGKRGLEEALDRICAEAHNAINEGYTTLVLSDRAFSRKRVAVSSLLAVGAVHQHLVKTLERTRVALIVESAEPREVHHFCTLVGFGADAICPYLAVEAIWRLQVDGKIPPKASGEFHSKEELVKKYFKASNYGMMKVLAKMGISTLASYKGAQIFEALGLSSEVIERCFAGTPSRVEGATFEMLAHDALQLHELAFPSRLFSPGSAEAAALPNPGDYHWRKGGEVHLNDPLAIAKLQEAARTNSVDAYKQYSKIIHELNKACNLRGLLKFKETANMIPIDEVEPASEIVKRFCTGAMSYGSISLEAHTSLAMAMNKLGGKSNTGEGGEQPSRMEPLADGSRNPKRSAIKQVASGRFGVSSYYLTNADELQIKMAQGAKPGEGGELPGHKVVGDIAVTRNSTAGVGLISPPPHHDIYSIEDLAQLIHDLKNANPAARISVKLVSEAGVGIVASGVVKGHADHVLISGHDGGTGASRWTGIKNAGLPWELGLAETHQTLVANDLRGRTVLQTDGQLKTGRDVAIATLLGAEXFGFSTAPLITLGCIMMRKCHKNTCPVGIATQDPVLREKFAGEPEHVINFFFMVAEEMREIMAQLGFRTVTEMVGRSDMLEVDKEVVKXNEKLENIDLSLLLRPAAELRPEAAQYCVQKQDHSLDMALDNKLISLSNAALEKGLPVYVETPICNVNRAVGTMLSHEVTKRYHLAGLPTDTIHIRFTGSAGQSFGAFLCPGVTLELEGDSNDYVGKGLSGGKIVVYPPKGSNFDPKENIVIGNVALYGATRGEAYFNGMAAERFCVRNSGAKAVVEGVGDHGCEYMTGGTVVVLGKTGRNFAAGMSGGIAYVLDMEGKFQSRCNLELVDLDKVEEEEDIITLRMLIQQHQRHTNSLLAKEVLDDFENLLPKFVKVFPREYKRVLASMKSDAASKNAVEXAAKDAEEQDDEAQAVEKDAFEELKKLATASLNEKPSQAPKRPSQVTDAVKHRGFVAYEREGVQYRDPNVRLNDWNEVMMETKPGPLLKTQSARCMDCGTPFCHQENSGCPLGNKIPEFNELVYQNRWREALERLLETNNFPEFTGRVCPAPCEGSCVLGIIENPVSIKNIECAIIDKAFEEGWMVPRPPVKRTGKIVAIVGSGPSGLAAADQLNKMGHTVTVYERADRIGGLMMYGVPNMKTDKVDIVQRRVNLMAEEGINFVVNANVGHDPLYSLDRLREENDAIVLAVGATKPRDLPVPGRELSGVHFAMEFLHANTKSLLDSNLEDGNYISAKGKKVVVIGGGDTGTDCIGTSIRHGCSSVVNLELLPQPPQTRGPGNPWPQWPRIFRIDYGHQEAATKFGKDPRSYEVLTKRFVGDENGVLKGLEVVRVRWEKDETGKFQFKEIEGSEEIIEADLVLLAMGFLGPESTIAEKLGVERDNRSNFKADYGRFSTNVDGVFAAGDCRRGQSLVVWAISEGRQAAAQVDNYLTKDDHSIAGQDGFVKRQQDLNKKHQGSGKHTVMT

Location information (JBrowse)

Scaffold	Start	End	Strand
Scaffold00616	122700	134625	-

Gene family

Gene family	subfamily
--	--

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID
K00264	GLT1	EC:1.4.1.13 1.4.1.14	Biosynthesis of amino acids	map01230
			Nitrogen metabolism	map00910
			Alanine, aspartate and glutamate metabolism	map00250

Gene Ontology

biological_process

GO:0006537 glutamate biosynthetic process

GO:0006807 nitrogen compound metabolic process

GO:0008152 metabolic process

GO:0055114 oxidation-reduction process

molecular_function

GO:0003824 catalytic activity

GO:0005506 iron ion binding

GO:0010181 FMN binding

GO:0015930 glutamate synthase activity

GO:0016040 glutamate synthase (NADH) activity

GO:0016491 oxidoreductase activity

GO:0016638 oxidoreductase activity, acting on the CH-NH2 group of donors

GO:0016639 oxidoreductase activity, acting on the CH-NH2 group of donors, NAD or NADP as acceptor

GO:0045181 glutamate synthase activity, NAD(P)H as acceptor

GO:0050660 flavin adenine dinucleotide binding

GO:0051536 iron-sulfur cluster binding

Pfam domain

Protein	Pfam accession	Pfam name	Alignment start	Alignment end	E-value
Glyur000616s00026610.1	PF00310.16	GATase_2	108	321	6.80E-67
Glyur000616s00026610.1	PF00310.16	GATase_2	335	506	1.40E-68
Glyur000616s00026610.1	PF04898.9	Glu_syn_central	607	895	9.20E-120
Glyur000616s00026610.1	PF01645.12	Glu_synthase	960	1331	4.40E-161
Glyur000616s00026610.1	PF01493.14	GXGXG	1412	1601	2.20E-69
Glyur000616s00026610.1	PF14691.1	Fer4_20	1736	1844	1.70E-22
Glyur000616s00026610.1	PF07992.9	Pyr_redox_2	1858	2171	1.80E-17
Glyur000616s00026610.1	PF00070.22	Pyr_redox	1858	1899	0.00013

Expression pattern

SRP053019

SRA Experiment	Description	TPM
SRR1783599	control	11.522
SRR1783600	control	11.513
SRR1783602	moderate drought stress	13.764
SRR1811619	moderate drought stress	13.730

DRP000996

SRA Experiment	Description	TPM
DRR006519	Root Summer glycyrrhizin high producing strain	12.860
DRR006520	Root Summer glycyrrhizin high producing strain	12.758
DRR006521	Root Winter glycyrrhizin high producing strain	39.770
DRR006522	Root Winter glycyrrhizin high producing strain	38.751
DRR006523	Root Summer glycyrrhizin low producing strain	19.376
DRR006524	Root Summer glycyrrhizin low producing strain	19.420
DRR006525	Leaf Summer glycyrrhizin high producing strain	13.885
DRR006526	Leaf Summer glycyrrhizin high producing strain	14.003

SRP065514

SRA Experiment	Description	TPM
SRR2867873	Salt Stress (root)	113.319
SRR2868004	Drought Stress (root)	97.003
SRR2967015	Control (root)	105.364

SRP215420

SRA Experiment	Description	TPM
SRR9715738	Leaf	18.055
SRR9715740	Leaf	16.177
SRR9715741	Leaf	12.840
SRR9715739	Root	11.058
SRR9715742	Root	81.743
SRR9715743	Root	68.705

SRP188776

SRA Experiment	Description	TPM
SRR8749027	MeJA induced 9h	137.118
SRR8749028	MeJA induced 9h	330.400
SRR8749029	MeJA induced 9h	296.756
SRR8749030	Uninduced	288.885
SRR8749031	Uninduced	232.628
SRR8749032	Uninduced	355.359

SRP175571

SRA Experiment	Description	TPM
SRR8400026	NaCl treatment - Root	86.220
SRR8400027	Control - Root	42.604