"Locus.Angler"	"r.value"	"Name"	"TAIR.description"	"ethylene..3h..petiole..13."	"mock..30min..seedling..110."	"IAA..30min..seedling..110."	"IAA..1h..seedling..110."	"IAA..3h..seedling..110."	"zeatin..30min..seedling..110."	"zeatin..1h..seedling..110."	"zeatin..3h..seedling..110."	"GA3..30min..seedling..110."	"GA3..1h..seedling..110."	"GA3..3h..seedling..110."	"ABA..30min..seedling..110."	"ABA..1h..seedling..110."	"ABA..3h..seedling..110."	"MJ..30min..seedling..110."	"MJ..1h..seedling..110."	"MJ..3h..seedling..110."	"ACC..30min..seedling..110."	"ACC..1h..seedling..110."	"ACC..3h..seedling..110."	"BL..30min..seedling..110."	"BL..1h..seedling..110."	"BL..3h..seedling..110."	"ABA..3.uM..imbided.seed..116."	"ABA..30.uM..imbided.seed..116."	"GA..3h..imbibed.seed..119."	"GA..6h..imbibed.seed..119."	"GA..9h..imbibed.seed..119."	"GA..3h..imbibed.seed..134."	"GA..6h..imbibed.seed..134."	"GA..9h..imbibed.seed..134."	"GA..30min..whole.plant..99."	"GA..60min..whole.plant..99."	"GA..3h..whole.plant..99."	"IAA..0.1uM..1h..seedling..144."	"IAA..0.1uM..3h..seedling..144."	"IAA..1uM..1h..seedling..144."	"IAA..1uM..3h..seedling..144."	"ppi..3h..seedling..113."	"ppi..12h..seedling..113."	"uni..3h..seedling..113."	"uni..12h..seedling..113."	"brz220..3h..seedling..113."	"brz220..12h..seedling..113."	"brz91..3h..seedling..113."	"brz91..12h..seedling..113."	"pac..3h..seedling..113."	"pac..12h..seedling..113."	"px..3h..seedling..113."	"px..12h..seedling..113."	"pno8..3h..seedling..113."	"pno8..12h..seedling..113."	"ibup..3h..seedling..113."	"B9..3h..seedling..113."	"AgNO3..3h..seedling..113."	"AVG..3h..seedling..113."	"Sal..3h..seedling..113."	"MG132..3h..seedling..113."	"X246T..3h..seedling..113."	"PCIB..3h..seedling..113."	"TIBA..3h..seedling..113."	"NPA..3h..seedling..113."	"CHX..3h..seedling..113."	"Colm..3h..seedling..113."	"ColPNO8..3h..seedling..113."	"ColBrz..3h..seedling..113."	"glucose..8h..seedling..14."	"sucrose..8h..seedling..15."	"deoxyglucose..8h_seedling..14."	"methylglucose..8h..seedling..14."	"K.depleted..whole.rosette..97."	"K.depleted..root..97."	"Sulfate.depleted..2h..root..112."	"Sulfate.depleted..4h..root..112."	"Sulfate.depleted..8h..root..112."	"Sulfate.depleted..12h..root..112."	"Sulfate.depleted..24h..root..112."	"mannitol..8h..seedling..14."	"CO2..1000ppm..guard.cell.enriched..11."	"CO2..1000ppm..mature.leaf..11."	"CO2..high.light..whole.rosette..95."	"CO2..medium.light..whole.rosette..95."	"CO2..low.light..whole.rosette..95."	"CO2..2h..juvenile.leaf..151."	"CO2..4h..juvenile.leaf..151."	"CO2..6h..juvenile.leaf..151."	"CO2..12h..juvenile.leaf..151."	"CO2..24h..juvenile.leaf..151."	"CO2..48h..juvenile.leaf..151."	"dark..45min..seedling..109."	"dark..4h..seedling..109."	"far.red..45min..seedling..109."	"far.red..4h..seedling..109."	"red.pulse1..seedling..109."	"red.pulse2..seedling..109."	"red..45min..seedling..109."	"red..4h..seedling..109."	"blue..45min..seedling..109."	"blue..4h..seedling..109."	"UV.A.pulse1..seedling..109."	"UV.A.pulse2..seedling..109."	"UV.AB.pulse1..seedling..109."	"UV.AB.pulse2..seedling..109."	"UV.A..18h..mature.leaf..72."	"UV.B..18h..mature.leaf..72."	"Locus"	"Probeset"	"Name.1"	"TAIR.description.1"	"Annotation.score"	"GO.keywords"	"FunCat.keywords"	"AraCyc.annotations"	"KEGG.annotations"	"BioPath.annotations"	"AcylLipid.category"	"Literature.annotations"	"Gene.Family"	"X90..quantile.DE"	"max..DE"
"At3g13730"	"1"	"CYP90D1"	"Encodes a cytochrome P-450 gene that is involved in brassinosteroid biosynthesis, most likely in the conversion step of teasterone (TE) to 3-dehydroteasterone (3DT), and/or 6-deoxoteasterone (6-deoxoTE) to 6-deoxo-3-dehydroteasterone (6-deoxo3DT); or the  | member of CYP90D"	-0.0520220	-0.05202200	-0.75127030	-0.8987047	 0.02689223	-0.07142289	-0.5833837	 0.5642133	-0.6350883	-0.16962460	 0.4353237	-0.4851902	-0.58547310	0.02689223	 0.1115123	-0.05166148	 0.7920380	-0.77808340	-0.8987047000	 0.5341257	-0.06512717	-0.8987047	 0.02689223	-0.05202200	-0.0520220	-0.0520220	-0.0520220	 0.13683447	-0.0520220	-0.0520220	 0.13683447	-0.7071042	 0.04620379	0.11099641	-0.4732497	-0.370996200	-0.6735574	-0.4313697	 0.7670214	0.7164480	0.467390190	0.5353073	0.6369987	0.7858775	0.80846670	0.5685042	0.7968198	0.5105714	0.8405005	-0.08460233	 0.7485187	 0.6649445	-0.182868823	 0.005849553	0.6198715	 0.2127940	 0.39208350	 0.48133232	-0.01518961	-0.18286880	 0.1595579	 0.47523270	 0.1797262	0.03160419	 0.1800015	0.6805899	-0.0520220	 0.48220620	-0.0520220	 1.1022090	-0.2114443	 0.1838796	-0.18217060	-0.4709332	-0.04825057	-0.203465100	-0.7489218	-0.05202200	-1.11209000	-0.0520220	-0.05202200	-0.05202200	-0.05202200	-0.05202200	-0.05202200	-0.05202200	-0.05202200	-0.05202200	-0.05202200	-0.20497070	-0.03604469	-0.20497070	-0.25977528	-0.20497070	-0.13326469	 0.10304370	-0.59070110	-0.20497070	 0.15828220	-0.20497070	-0.5907011	-0.2049707	-0.04706989	-0.09243883	-0.20058760	"At3g13730"	"256788_at"	"CYP90D1"	"Encodes a cytochrome P-450 gene that is involved in brassinosteroid biosynthesis, most likely in the conversion step of teasterone (TE) to 3-dehydroteasterone (3DT), and/or 6-deoxoteasterone (6-deoxoTE) to 6-deoxo-3-dehydroteasterone (6-deoxo3DT); or the  | member of CYP90D"	 7	"brassinosteroid biosynthesis | brassinosteroid biosynthesis | brassinosteroid biosynthesis"	""	""	""	""	""	"triterpene, sterol, and brassinosteroid metabolism | brassinosteroid biosynthesis"	"cytochrome P450 family, exact substrate in downstream brassinolide synthesis not identified "	1.532907	2.214298
"At3g30180"	"0.528"	"CYP85A2"	"Encodes a cytochrome p450 enzyme that catalyzes the last reaction in the production of brassinolide.  It is capable of converting 6-deoxocastasterone into castasterone, a C-6 oxidation, as well as the further conversion of castasterone into brassinolide b"	-1.0186764	-0.22371810	-0.70687220	-0.3637779	 0.45958491	-0.15069170	-0.4948192	-0.2677411	-0.3181633	-0.45492650	-0.2016292	-0.1740193	-0.20165315	0.47108803	-0.5444886	-0.69047570	-0.5300307	 0.16678670	 0.0006593779	-0.3602589	-0.77904010	-1.6997700	-2.36806700	-0.13119340	-0.4481398	-0.2041829	-0.2937927	-0.33734293	-0.2041829	-0.2937927	-0.33734293	-0.4919946	-0.11920762	0.08267813	-0.2122069	-0.138598200	-0.4125203	-0.4691517	 2.0837790	2.1143510	2.027826204	1.7070320	2.2667862	2.4002143	2.02853300	1.9154080	2.0370170	1.6118940	0.1717316	-0.11446010	 0.3107967	-0.2970320	 0.352434841	 0.309124400	0.8194754	-0.2390197	 0.07130769	 0.23265296	 0.42569900	 0.55760180	 0.1768104	 0.59852540	-0.4094937	0.59777312	 0.3814218	2.2568799	-0.7008480	-0.24017410	-0.4426477	-0.5156741	-0.7829254	-0.7758160	-0.20717930	-0.3867537	-0.27495540	-0.069561650	-0.1608382	-0.45839930	-0.03338873	 0.3702988	 0.08519666	 0.11343280	-0.11180750	-0.11223860	-0.24326250	-0.34420570	-0.26116890	-0.43727940	-0.17681850	-0.01965525	-0.84273765	-0.09535781	-0.02251986	-0.04174007	-0.57113879	 0.03866346	-0.54835280	-0.23038470	-0.15084750	 0.06863497	-0.4882534	-0.6224725	-0.24446005	-0.64432228	-1.35143900	"At3g30180"	"256598_at"	"CYP85A2"	"Encodes a cytochrome p450 enzyme that catalyzes the last reaction in the production of brassinolide.  It is capable of converting 6-deoxocastasterone into castasterone, a C-6 oxidation, as well as the further conversion of castasterone into brassinolide b"	 9	"monooxygenase activity | brassinosteroid biosynthesis"	""	""	""	""	""	"triterpene, sterol, and brassinosteroid metabolism | brassinosteroid biosynthesis"	"cytochrome P450 family, C6-oxidase for 6-deoxycastasterone, other steroids conversion of castasterone to brassinolide"	2.817469	4.768282
"At4g36380"	"0.522"	"ROT3, CYP90C1"	"Encodes a cytochrome P-450 gene that is involved in leaf blade expansion by controlling polar cell expansion in the leaf length direction. Member of the CYP90C CYP450 family. ROT3 was shown to be involved in brassinosteroid biosynthesis, most likely in th"	-0.2644631	 0.01325032	-0.05376525	-0.7261826	-0.75427847	-0.22501060	-0.2861745	-0.2073498	-0.2436690	-0.20362400	 0.1826111	-0.1877491	-0.58968719	0.12024996	-0.2434425	-0.36571750	 0.4690049	-0.38795800	-0.3803242000	 0.1221249	-0.49116060	-0.8774214	-0.75637520	 0.06125299	 0.1786357	 0.3145089	 0.3295800	 0.35461006	 0.3145089	 0.3295800	 0.35461006	-0.2540854	-0.50122989	0.30080339	-0.4478206	-0.154514700	-0.7174299	-0.4346320	 0.3910707	0.6127749	0.274513820	0.5934124	0.5374019	0.8098304	0.30918080	0.6428749	0.5261559	0.7501970	0.2575892	 0.58441450	-0.1924161	 0.2320942	 0.073257713	 0.267604000	0.1576851	 0.3523668	-0.10548760	 0.01599333	-0.14573540	-0.02862879	-0.9102122	 0.46000030	-0.3999479	0.40735521	-0.3147574	0.6956810	 0.2245592	 0.05940372	 0.2466417	 0.6039265	 0.5166331	-0.3345632	-0.10910460	-0.1792518	-0.22156140	 0.088045890	-0.3278886	 0.40883550	 0.33111500	-0.8468534	 0.01325032	 0.01325032	 0.43334140	 0.01325032	 0.01325032	 0.01325032	 0.01325032	 0.01325032	-0.06617338	 0.08083414	-0.32632702	 0.12195320	 0.22404253	-0.01296845	-0.19391823	 0.08709237	 0.04097688	 0.01944499	 0.35479350	 0.04700853	-0.1258790	-0.1082928	-0.20681438	-0.22161341	-1.24572600	"At4g36380"	"246216_at"	"ROT3, CYP90C1"	"Encodes a cytochrome P-450 gene that is involved in leaf blade expansion by controlling polar cell expansion in the leaf length direction. Member of the CYP90C CYP450 family. ROT3 was shown to be involved in brassinosteroid biosynthesis, most likely in th"	 7	"brassinosteroid biosynthesis | leaf morphogenesis | monopolar cell growth | steroid hydroxylase activity"	"biosynthesis of secondary products derived from L-phenylalanine and L-tyrosine | biosynthesis of phenylpropanoids"	""	"Ascorbate and aldarate metabolism | Stilbene, coumarine and lignin biosynthesis | gamma-Hexachlorocyclohexane degradation | Fluorene degradation"	""	""	"triterpene, sterol, and brassinosteroid metabolism | brassinosteroid biosynthesis"	"cytochrome P450 family, conversion of typhasterol to castasterone, brassinolide biosynthesis"	1.350483	2.055556
"At4g00550"	"0.502"	"DGD2"	"encodes a UDP-galactose-dependent digalactosyldiacylglycerol(DGDG) synthase. Located in chloroplast outer membrane."	 0.1011057	-0.07660773	-0.24181540	-0.3955024	-0.09623038	-0.16968500	-0.2062381	 0.2143822	-0.1176951	-0.05888743	 0.1512661	-0.2671942	-0.07993005	0.24965097	-0.3044099	-0.29052820	 0.1321992	-0.09750062	-0.2607106000	 0.2121155	-0.08163968	 0.2379002	-0.04128312	 0.06197027	 0.1394259	-0.2939692	-0.1715177	 0.09653883	-0.2939692	-0.1715177	 0.09653883	-0.2267113	 0.11587894	0.07688689	-0.1244845	 0.002758928	-0.1093761	-0.5237735	-0.1104464	0.3622670	0.003956095	0.4290861	0.1006417	0.2922793	0.09900886	0.4417931	0.1626001	0.5817461	0.2887707	 0.18079060	 0.2151396	 0.4669644	-0.008802676	-0.043838880	0.2341320	 0.2397807	 0.54501040	-0.04383888	-0.25745440	-0.04383888	 0.6184555	-0.06892931	 0.4449066	0.54052793	 0.8128851	0.6559867	-0.4015383	-0.07660773	-0.2895333	-0.4053002	-0.1686015	-0.2058009	 0.03016516	-0.0743600	 0.40279270	-0.008805047	-0.1876906	 0.03030747	-0.47435250	-0.2324302	-0.07660773	-0.07660773	-0.07660773	-0.05533306	-0.07660773	-0.08194788	-0.11350800	-0.07660773	-0.07660773	-0.13601610	-0.07066885	-0.33922400	 0.02117282	-0.38455500	 0.05403281	-0.04124387	-0.18090890	 0.08288467	-0.03254412	-0.05118059	-0.0477720	-0.3030739	 0.07257752	-0.13049057	-0.06781971	"At4g00550"	"255681_at"	"DGD2"	"encodes a UDP-galactose-dependent digalactosyldiacylglycerol(DGDG) synthase. Located in chloroplast outer membrane."	10	"galactolipid biosynthesis | UDP-galactose:MGDG galactosyltransferase activity | UDP-glycosyltransferase activity | glycolipid biosynthesis | cellular response to phosphate starvation | UDP-galactosyltransferase activity"	""	"glycosylglyceride biosynthesis"	""	"Leaf Glycerolipid Biosynthesis | Leaf Glycerolipid Biosynthesis in Plastid"	"Synthesis of membrane lipids in plastids"	""	""	0.901304	1.336659