NAME	SIZE	high-low-up	high-wt-up	low-wt-up
NAME	SIZE	high-low-down	high-wt-down	low-wt-down
1 PS	327	-68%	-69%	-63%
1.1 PS.LIGHTREACTION	221	-66%	-68%	-56%
1.1.1 PS.LIGHTREACTION.PHOTOSYSTEM II	92	-80%	-79%	-62%
1.1.1.1 PS.LIGHTREACTION.PHOTOSYSTEM II.LHC-II	38	-92%	-92%	+11%
1.1.1.2 PS.LIGHTREACTION.PHOTOSYSTEM II.PSII POLYPEPTIDE SUBUNITS	53	-72%	-74%	-68%
1.1.2 PS.LIGHTREACTION.PHOTOSYSTEM I	49	-90%	-90%	-80%
1.1.2.1 PS.LIGHTREACTION.PHOTOSYSTEM I.LHC-I	20	-100%	-100%	-85%
1.1.2.2 PS.LIGHTREACTION.PHOTOSYSTEM I.PSI POLYPEPTIDE SUBUNITS	27	-85%	-85%	-85%
1.1.4 PS.LIGHTREACTION.ATP SYNTHASE	33	-55%	-61%	-15%
1.1.6 PS.LIGHTREACTION.NADH DH	15	-33%	-67%	-47%
1.2 PS.PHOTORESPIRATION	40	-63%	-65%	-28%
1.3 PS.CALVIN CYCLE	64	-83%	-80%	-75%
2 MAJOR CHO METABOLISM	135	+18%	+16%	+20%
2.1 MAJOR CHO METABOLISM.SYNTHESIS	42	-50%	-31%	+40%
2.1.2 MAJOR CHO METABOLISM.SYNTHESIS.STARCH	33	-39%	-33%	+18%
2.2 MAJOR CHO METABOLISM.DEGRADATION	92	+23%	+20%	+32%
2.2.1 MAJOR CHO METABOLISM.DEGRADATION.SUCROSE	47	+28%	+30%	+32%
2.2.1.3 MAJOR CHO METABOLISM.DEGRADATION.SUCROSE.INVERTASES	21	+33%	+33%	-29%
2.2.2 MAJOR CHO METABOLISM.DEGRADATION.STARCH	45	-53%	+16%	+38%
2.2.2.1 MAJOR CHO METABOLISM.DEGRADATION.STARCH.STARCH CLEAVAGE	21	+33%	+38%	+52%
3 MINOR CHO METABOLISM	106	+22%	+25%	+41%
3.2 MINOR CHO METABOLISM.TREHALOSE	24	+17%	+29%	+58%
3.5 MINOR CHO METABOLISM.OTHERS	40	+18%	+18%	-35%
4 GLYCOLYSIS	88	-32%	-26%	+19%
4.1 GLYCOLYSIS.CYTOSOLIC BRANCH	63	-32%	-27%	+19%
5 FERMENTATION	16	+63%	+44%	+13%
7 OPP	32	+41%	+31%	-38%
7.1 OPP.OXIDATIVE PP	19	+47%	+53%	-11%
8 TCA / ORGANIC TRANSFORMATION	102	+36%	-24%	-39%
8.1 TCA / ORGANIC TRANSFORMATION.TCA	66	+38%	+23%	-36%
8.1.1 TCA / ORGANIC TRANSFORMATION.TCA.PYRUVATE DH	23	-30%	-30%	-39%
8.2 TCA / ORGANIC TRANSFORMATION.OTHER ORGANIC ACID TRANSFORMATIONS	28	+36%	-32%	-71%
9 MITOCHONDRIAL ELECTRON TRANSPORT / ATP SYNTHESIS	127	+54%	+25%	-57%
9.1 MITOCHONDRIAL ELECTRON TRANSPORT / ATP SYNTHESIS.NADH-DH (TYPE I)	43	+86%	+51%	-49%
9.1.1 MITOCHONDRIAL ELECTRON TRANSPORT / ATP SYNTHESIS.NADH-DH (TYPE I).COMPLEX I	17	+71%	-100%	-71%
9.1.2 MITOCHONDRIAL ELECTRON TRANSPORT / ATP SYNTHESIS.NADH-DH (TYPE I).LOCALISATION NOT CLEAR	26	+92%	+58%	-27%
9.9 MITOCHONDRIAL ELECTRON TRANSPORT / ATP SYNTHESIS.F1-ATPASE	41	+10%	+10%	-39%
10 CELL WALL	341	+13%	-26%	-11%
10.1 CELL WALL.PRECURSOR SYNTHESIS	67	+51%	+34%	-15%
10.2 CELL WALL.CELLULOSE SYNTHESIS	40	-23%	+3%	+45%
10.2.1 CELL WALL.CELLULOSE SYNTHESIS.CELLULOSE SYNTHASE	31	-23%	+23%	+52%
10.5 CELL WALL.CELL WALL PROTEINS	48	+17%	+13%	-10%
10.5.1 CELL WALL.CELL WALL PROTEINS.AGPS	19	-53%	-47%	-100%
10.5.1.1 CELL WALL.CELL WALL PROTEINS.AGPS.AGP	19	-53%	-47%	-100%
10.6 CELL WALL.DEGRADATION	110	-36%	-39%	-10%
10.6.1 CELL WALL.DEGRADATION.CELLULASES AND BETA-1,4-GLUCANASES	28	-57%	-50%	+43%
10.6.2 CELL WALL.DEGRADATION.MANNAN-XYLOSE-ARABINOSE-FUCOSE	36	+14%	-36%	-25%
10.6.3 CELL WALL.DEGRADATION.PECTATE LYASES AND POLYGALACTURONASES	37	-41%	-30%	+49%
10.7 CELL WALL.MODIFICATION	37	+30%	+41%	+22%
10.8 CELL WALL.PECTINESTERASES	23	+17%	+48%	-9%
11 LIPID METABOLISM	411	+21%	+27%	+20%
11.1 LIPID METABOLISM.FA SYNTHESIS AND FA ELONGATION	121	-34%	-34%	-23%
11.1.8 LIPID METABOLISM.FA SYNTHESIS AND FA ELONGATION.ACYL COA LIGASE	18	+33%	+44%	+56%
11.2 LIPID METABOLISM.FA DESATURATION	15	-60%	-60%	-40%
11.3 LIPID METABOLISM.PHOSPHOLIPID SYNTHESIS	36	-25%	-28%	-19%
11.6 LIPID METABOLISM.LIPID TRANSFER PROTEINS ETC	22	+55%	+55%	+27%
11.8 LIPID METABOLISM.EXOTICS (STEROIDS, SQUALENE ETC)	73	+26%	+18%	-18%
11.8.1 LIPID METABOLISM.EXOTICS (STEROIDS, SQUALENE ETC).SPHINGOLIPIDS	34	-26%	-21%	-18%
11.9 LIPID METABOLISM.LIPID DEGRADATION	114	+26%	+42%	+26%
11.9.2 LIPID METABOLISM.LIPID DEGRADATION.LIPASES	31	+45%	+42%	+26%
11.9.2.1 LIPID METABOLISM.LIPID DEGRADATION.LIPASES.TRIACYLGLYCEROL LIPASE	29	+41%	+41%	+55%
11.9.3 LIPID METABOLISM.LIPID DEGRADATION.LYSOPHOSPHOLIPASES	45	+18%	+29%	-29%
11.9.4 LIPID METABOLISM.LIPID DEGRADATION.BETA-OXIDATION	30	+33%	+50%	+33%
12 N-METABOLISM	22	-36%	-27%	+32%
13 AMINO ACID METABOLISM	294	+16%	+22%	+16%
13.1 AMINO ACID METABOLISM.SYNTHESIS	223	+27%	+19%	+19%
13.1.1 AMINO ACID METABOLISM.SYNTHESIS.CENTRAL AMINO ACID METABOLISM	30	+37%	+33%	+10%
13.1.1.3 AMINO ACID METABOLISM.SYNTHESIS.CENTRAL AMINO ACID METABOLISM.ALANINE	16	-31%	-38%	+6%
13.1.3 AMINO ACID METABOLISM.SYNTHESIS.ASPARTATE FAMILY	49	-31%	-29%	-53%
13.1.3.4 AMINO ACID METABOLISM.SYNTHESIS.ASPARTATE FAMILY.METHIONINE	27	+33%	+33%	-70%
13.1.4 AMINO ACID METABOLISM.SYNTHESIS.BRANCHED CHAIN GROUP	21	-38%	-57%	-62%
13.1.5 AMINO ACID METABOLISM.SYNTHESIS.SERINE-GLYCINE-CYSTEINE GROUP	31	+39%	+13%	+26%
13.1.5.3 AMINO ACID METABOLISM.SYNTHESIS.SERINE-GLYCINE-CYSTEINE GROUP.CYSTEINE	23	-22%	-26%	+26%
13.1.6 AMINO ACID METABOLISM.SYNTHESIS.AROMATIC AA	64	+41%	+36%	+30%
13.1.6.1 AMINO ACID METABOLISM.SYNTHESIS.AROMATIC AA.CHORISMATE	17	+53%	+35%	+24%
13.1.6.5 AMINO ACID METABOLISM.SYNTHESIS.AROMATIC AA.TRYPTOPHAN	28	+21%	+39%	+46%
13.2 AMINO ACID METABOLISM.DEGRADATION	57	+30%	+39%	+25%
13.2.3 AMINO ACID METABOLISM.DEGRADATION.ASPARTATE FAMILY	18	+28%	+33%	+28%
15 METAL HANDLING	69	+22%	+29%	+9%
15.2 METAL HANDLING.BINDING, CHELATION AND STORAGE	48	+19%	+17%	-29%
16 SECONDARY METABOLISM	272	+35%	+40%	+29%
16.1 SECONDARY METABOLISM.ISOPRENOIDS	97	+23%	+30%	+18%
16.1.1 SECONDARY METABOLISM.ISOPRENOIDS.NON-MEVALONATE PATHWAY	31	+26%	+32%	+13%
16.1.2 SECONDARY METABOLISM.ISOPRENOIDS.MEVALONATE PATHWAY	19	+26%	+37%	-37%
16.1.4 SECONDARY METABOLISM.ISOPRENOIDS.CAROTENOIDS	24	-75%	-58%	+54%
16.1.5 SECONDARY METABOLISM.ISOPRENOIDS.TERPENOIDS	16	+56%	+44%	-19%
16.2 SECONDARY METABOLISM.PHENYLPROPANOIDS	72	+57%	+46%	+43%
16.2.1 SECONDARY METABOLISM.PHENYLPROPANOIDS.LIGNIN BIOSYNTHESIS	44	+55%	+50%	+59%
16.5 SECONDARY METABOLISM.SULFUR-CONTAINING	24	+46%	+54%	+38%
16.5.1 SECONDARY METABOLISM.SULFUR-CONTAINING.GLUCOSINOLATES	22	+50%	+59%	+36%
16.5.1.1 SECONDARY METABOLISM.SULFUR-CONTAINING.GLUCOSINOLATES.SYNTHESIS	20	+50%	+60%	+40%
16.5.1.1.1 SECONDARY METABOLISM.SULFUR-CONTAINING.GLUCOSINOLATES.SYNTHESIS.ALIPHATIC	20	+50%	+60%	+40%
16.8 SECONDARY METABOLISM.FLAVONOIDS	45	+42%	+44%	+33%
16.8.3 SECONDARY METABOLISM.FLAVONOIDS.DIHYDROFLAVONOLS	20	+35%	+40%	-40%
17 HORMONE METABOLISM	361	+24%	+25%	+42%
17.1 HORMONE METABOLISM.ABSCISIC ACID	51	+29%	+57%	+63%
17.1.1 HORMONE METABOLISM.ABSCISIC ACID.SYNTHESIS-DEGRADATION	16	+19%	+13%	+81%
17.1.2 HORMONE METABOLISM.ABSCISIC ACID.SIGNAL TRANSDUCTION	20	+60%	+55%	+40%
17.2 HORMONE METABOLISM.AUXIN	125	+20%	+20%	+37%
17.2.2 HORMONE METABOLISM.AUXIN.SIGNAL TRANSDUCTION	29	-52%	-45%	+38%
17.2.3 HORMONE METABOLISM.AUXIN.INDUCED-REGULATED-RESPONSIVE-ACTIVATED	85	+24%	+24%	+38%
17.3 HORMONE METABOLISM.BRASSINOSTEROID	42	-17%	+31%	+52%
17.3.1 HORMONE METABOLISM.BRASSINOSTEROID.SYNTHESIS-DEGRADATION	20	-45%	-50%	+30%
17.3.2 HORMONE METABOLISM.BRASSINOSTEROID.SIGNAL TRANSDUCTION	21	-14%	+43%	+71%
17.4 HORMONE METABOLISM.CYTOKININ	18	-33%	-11%	+56%
17.5 HORMONE METABOLISM.ETHYLENE	68	-24%	+13%	+18%
17.5.1 HORMONE METABOLISM.ETHYLENE.SYNTHESIS-DEGRADATION	38	+16%	+16%	+21%
17.5.2 HORMONE METABOLISM.ETHYLENE.SIGNAL TRANSDUCTION	24	-42%	-50%	-21%
17.6 HORMONE METABOLISM.GIBBERELIN	20	+60%	+55%	-20%
17.7 HORMONE METABOLISM.JASMONATE	33	+79%	+73%	+42%
17.7.1 HORMONE METABOLISM.JASMONATE.SYNTHESIS-DEGRADATION	24	+75%	+75%	+33%
18 CO-FACTOR AND VITAMINE METABOLISM	80	-28%	-36%	-23%
19 TETRAPYRROLE SYNTHESIS	70	-80%	-73%	+13%
20.1.2 STRESS.BIOTIC.RECEPTORS	424	+22%	+33%	+29%
20.1.2.1 STRESS.BIOTIC.RECEPTORS.CC-NBS-LRR	337	-18%	+30%	+29%
20.1.2.2 STRESS.BIOTIC.RECEPTORS.TIR-NBS-LRR	25	+68%	+60%	+56%
20.1.3 STRESS.BIOTIC.SIGNALLING	25	+52%	+24%	-32%
20.1.7 STRESS.BIOTIC.PR-PROTEINS	60	+43%	+45%	+28%
20.1.7.3 STRESS.BIOTIC.PR-PROTEINS.PR3/4/8/11 (CHITINASES AND CHITIN BINDING PROTEINS)	16	+31%	+50%	+38%
20.2 STRESS.ABIOTIC	284	+20%	+27%	+29%
20.2.1 STRESS.ABIOTIC.HEAT	218	+20%	+25%	+32%
20.2.3 STRESS.ABIOTIC.DROUGHT/SALT	36	+25%	+31%	+28%
21 REDOX	192	-22%	-35%	-31%
21.1 REDOX.THIOREDOXIN	71	+46%	+20%	-27%
21.1.1 REDOX.THIOREDOXIN.PDIL	18	+61%	+67%	-11%
21.2 REDOX.ASCORBATE AND GLUTATHIONE	68	+26%	-28%	-37%
21.2.1 REDOX.ASCORBATE AND GLUTATHIONE.ASCORBATE	31	+19%	-48%	-52%
21.4 REDOX.GLUTAREDOXINS	18	-44%	-44%	-17%
23 NUCLEOTIDE METABOLISM	178	-26%	-29%	-34%
23.1 NUCLEOTIDE METABOLISM.SYNTHESIS	38	-50%	-63%	-55%
23.1.2 NUCLEOTIDE METABOLISM.SYNTHESIS.PURINE	19	-58%	-74%	-42%
23.2 NUCLEOTIDE METABOLISM.DEGRADATION	28	+32%	+36%	+21%
23.3 NUCLEOTIDE METABOLISM.SALVAGE	47	-23%	-23%	-28%
23.3.2 NUCLEOTIDE METABOLISM.SALVAGE.NUCLEOSIDE KINASES	15	-40%	-47%	+27%
23.3.3 NUCLEOTIDE METABOLISM.SALVAGE.NUDIX HYDROLASES	18	+39%	+44%	-33%
23.4 NUCLEOTIDE METABOLISM.PHOSPHOTRANSFER AND PYROPHOSPHATASES	49	+10%	-33%	-47%
24 BIODEGRADATION OF XENOBIOTICS	15	+33%	+33%	-27%
25 C1-METABOLISM	39	+15%	-36%	-21%
26.2 MISC.UDP GLUCOSYL AND GLUCORONYL TRANSFERASES	176	+30%	+26%	+32%
26.3 MISC.GLUCO-, GALACTO- AND MANNOSIDASES	130	+22%	+22%	+23%
26.3.2 MISC.GLUCO-, GALACTO- AND MANNOSIDASES.BETA-GALACTOSIDASE	17	-41%	-35%	+29%
26.3.5 MISC.GLUCO-, GALACTO- AND MANNOSIDASES.GLYCOSYL HYDROLASE FAMILY 5	85	+13%	+18%	+27%
26.4 MISC.BETA 1,3 GLUCAN HYDROLASES	52	+44%	+48%	-15%
26.4.1 MISC.BETA 1,3 GLUCAN HYDROLASES.GLUCAN ENDO-1,3-BETA-GLUCOSIDASE	44	+30%	+48%	+14%
26.6 MISC.O-METHYL TRANSFERASES	22	+27%	-41%	-27%
26.7 MISC.OXIDASES - COPPER, FLAVONE ETC	70	+17%	+21%	+34%
26.8 MISC.NITRILASES, NITRILE LYASES, BERBERINE BRIDGE ENZYMES, RETICULINE OXIDASES, TROPONINE REDUCTASES	38	+39%	+37%	+24%
26.9 MISC.GLUTATHIONE S TRANSFERASES	40	+43%	+43%	+35%
26.10 MISC.CYTOCHROME P450	119	+38%	+39%	+39%
26.12 MISC.PEROXIDASES	27	+37%	+41%	+33%
26.13 MISC.ACID AND OTHER PHOSPHATASES	79	+41%	+35%	+29%
26.18 MISC.INVERTASE/PECTIN METHYLESTERASE INHIBITOR FAMILY PROTEIN	16	-56%	-75%	-56%
26.19 MISC.PLASTOCYANIN-LIKE	15	+27%	+33%	+13%
26.21 MISC.PROTEASE INHIBITOR/SEED STORAGE/LIPID TRANSFER PROTEIN (LTP) FAMILY PROTEIN	37	-30%	-30%	-35%
26.22 MISC.SHORT CHAIN DEHYDROGENASE/REDUCTASE (SDR)	45	+20%	+29%	+16%
26.24 MISC.GCN5-RELATED N-ACETYLTRANSFERASE	17	+24%	+18%	+18%
26.27 MISC.CALCINEURIN-LIKE PHOSPHOESTERASE FAMILY PROTEIN	16	+63%	+44%	+50%
26.28 MISC.GDSL-MOTIF LIPASE	47	-38%	-34%	-30%
27.1 RNA.PROCESSING	342	-41%	-38%	+25%
27.1.1 RNA.PROCESSING.SPLICING	90	-33%	-7%	+31%
27.1.2 RNA.PROCESSING.RNA HELICASE	52	-75%	-52%	+73%
27.1.3 RNA.PROCESSING.3' END PROCESSING	32	+9%	+13%	+31%
27.1.19 RNA.PROCESSING.RIBONUCLEASES	50	-32%	-36%	+8%
27.2 RNA.TRANSCRIPTION	75	+33%	+33%	-15%
27.3.3 RNA.REGULATION OF TRANSCRIPTION.AP2/EREBP, APETALA2/ETHYLENE-RESPONSIVE ELEMENT BINDING PROTEIN FAMILY	72	+25%	+36%	+31%
27.3.4 RNA.REGULATION OF TRANSCRIPTION.AUXIN RESPONSE TRANSCRIPTION FACTOR FAMILY (ARF)	29	-45%	-24%	+59%
27.3.5 RNA.REGULATION OF TRANSCRIPTION.ARR	23	+13%	+13%	+52%
27.3.6 RNA.REGULATION OF TRANSCRIPTION.BASIC HELIX-LOOP-HELIX FAMILY (BHLH)	119	+21%	+34%	+40%
27.3.7 RNA.REGULATION OF TRANSCRIPTION.C2C2(ZN) CONSTANS-LIKE ZINC FINGER FAMILY (CO-LIKE)	33	-36%	-27%	+39%
27.3.8 RNA.REGULATION OF TRANSCRIPTION.C2C2(ZN) DOF ZINC FINGER FAMILY	32	+41%	+38%	+34%
27.3.9 RNA.REGULATION OF TRANSCRIPTION.C2C2(ZN) GATA TRANSCRIPTION FACTOR FAMILY	30	-27%	+30%	+43%
27.3.11 RNA.REGULATION OF TRANSCRIPTION.C2H2 ZINC FINGER FAMILY	121	+40%	+43%	+30%
27.3.12 RNA.REGULATION OF TRANSCRIPTION.C3H ZINC FINGER FAMILY	34	+12%	+29%	+26%
27.3.20 RNA.REGULATION OF TRANSCRIPTION.G2-LIKE TRANSCRIPTION FACTOR FAMILY (GARP)	15	+27%	+40%	+20%
27.3.21 RNA.REGULATION OF TRANSCRIPTION.GRAS TRANSCRIPTION FACTOR FAMILY	33	+24%	+36%	+30%
27.3.22 RNA.REGULATION OF TRANSCRIPTION.HOMEOBOX TRANSCRIPTION FACTOR FAMILY (HB)	60	+23%	+33%	+45%
27.3.23 RNA.REGULATION OF TRANSCRIPTION.HEAT-SHOCK TRANSCRIPTION FACTOR FAMILY (HSF)	28	+25%	+39%	+61%
27.3.25 RNA.REGULATION OF TRANSCRIPTION.MYB DOMAIN TRANSCRIPTION FACTOR FAMILY	91	+32%	+42%	+36%
27.3.26 RNA.REGULATION OF TRANSCRIPTION.MYB-RELATED TRANSCRIPTION FACTOR FAMILY	28	-14%	-14%	-11%
27.3.27 RNA.REGULATION OF TRANSCRIPTION.NAC DOMAIN TRANSCRIPTION FACTOR FAMILY	47	+34%	+38%	+53%
27.3.29 RNA.REGULATION OF TRANSCRIPTION.TCP TRANSCRIPTION FACTOR FAMILY	28	-46%	+11%	+39%
27.3.30 RNA.REGULATION OF TRANSCRIPTION.TRIPLE-HELIX TRANSCRIPTION FACTOR FAMILY (TRIHELIX)	21	+52%	+14%	+43%
27.3.32 RNA.REGULATION OF TRANSCRIPTION.WRKY DOMAIN TRANSCRIPTION FACTOR FAMILY	53	+60%	+66%	+30%
27.3.35 RNA.REGULATION OF TRANSCRIPTION.BZIP TRANSCRIPTION FACTOR FAMILY	107	+37%	+46%	+45%
27.3.40 RNA.REGULATION OF TRANSCRIPTION.AUX/IAA FAMILY	27	-56%	+26%	+56%
27.3.44 RNA.REGULATION OF TRANSCRIPTION.CHROMATIN REMODELING FACTORS	41	-34%	-15%	+63%
27.3.50 RNA.REGULATION OF TRANSCRIPTION.GENERAL TRANSCRIPTION	30	-10%	-33%	-30%
27.3.52 RNA.REGULATION OF TRANSCRIPTION.GLOBAL TRANSCRIPTION FACTOR GROUP	21	-19%	-100%	+48%
27.3.55 RNA.REGULATION OF TRANSCRIPTION.HDA	18	+44%	+39%	+28%
27.3.57 RNA.REGULATION OF TRANSCRIPTION.JUMONJI FAMILY	22	-36%	+32%	+68%
27.3.59 RNA.REGULATION OF TRANSCRIPTION.METHYL BINDING DOMAIN PROTEINS	19	-5%	-5%	+32%
27.3.60 RNA.REGULATION OF TRANSCRIPTION.NIN-LIKE BZIP-RELATED FAMILY	19	+47%	+58%	+32%
27.3.63 RNA.REGULATION OF TRANSCRIPTION.PHD FINGER TRANSCRIPTION FACTOR	32	-44%	+50%	+50%
27.3.67 RNA.REGULATION OF TRANSCRIPTION.PUTATIVE TRANSCRIPTION REGULATOR	148	-43%	+9%	+36%
27.3.69 RNA.REGULATION OF TRANSCRIPTION.SET-DOMAIN TRANSCRIPTIONAL REGULATOR FAMILY	40	-65%	-28%	+68%
27.3.99 RNA.REGULATION OF TRANSCRIPTION.UNCLASSIFIED	190	-23%	-24%	+25%
27.4 RNA.RNA BINDING	240	-18%	+28%	+37%
28.1 DNA.SYNTHESIS/CHROMATIN STRUCTURE	346	-45%	-37%	-24%
28.1.1 DNA.SYNTHESIS/CHROMATIN STRUCTURE.RETROTRANSPOSON/TRANSPOSASE	75	+24%	-27%	-45%
28.1.1.4 DNA.SYNTHESIS/CHROMATIN STRUCTURE.RETROTRANSPOSON/TRANSPOSASE.HAT-LIKE TRANSPOSASE	63	+24%	-27%	-41%
28.1.3 DNA.SYNTHESIS/CHROMATIN STRUCTURE.HISTONE	55	-56%	-69%	-67%
28.1.3.2 DNA.SYNTHESIS/CHROMATIN STRUCTURE.HISTONE.CORE	51	-61%	-75%	-73%
28.1.3.2.3 DNA.SYNTHESIS/CHROMATIN STRUCTURE.HISTONE.CORE.H3	21	-71%	-71%	-81%
28.1.3.2.4 DNA.SYNTHESIS/CHROMATIN STRUCTURE.HISTONE.CORE.H4	16	-88%	-88%	-88%
28.2 DNA.REPAIR	110	-41%	-28%	+36%
28.99 DNA.UNSPECIFIED	158	+20%	+33%	+31%
29.1 PROTEIN.AA ACTIVATION	80	-49%	-35%	-36%
29.2.1.1 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.PROKARYOTIC	134	-49%	-51%	-76%
29.2.1.1.1 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.PROKARYOTIC.CHLOROPLAST	94	-70%	-69%	-74%
29.2.1.1.1.1 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.PROKARYOTIC.CHLOROPLAST.30S SUBUNIT	27	-74%	-78%	-67%
29.2.1.1.1.2 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.PROKARYOTIC.CHLOROPLAST.50S SUBUNIT	66	-68%	-65%	-79%
29.2.1.1.3 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.PROKARYOTIC.UNKNOWN ORGANELLAR	23	-9%	-65%	-74%
29.2.1.1.3.2 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.PROKARYOTIC.UNKNOWN ORGANELLAR.50S SUBUNIT	16	+100%	-69%	-88%
29.2.1.2 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.EUKARYOTIC	359	-92%	-75%	-80%
29.2.1.2.1 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.EUKARYOTIC.40S SUBUNIT	135	-38%	-73%	-81%
29.2.1.2.2 PROTEIN.SYNTHESIS.RIBOSOMAL PROTEIN.EUKARYOTIC.60S SUBUNIT	223	+98%	-75%	-79%
29.2.2 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS	187	-48%	-45%	-24%
29.2.2.2 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS.ASSEMBLY FACTORS	18	-100%	-100%	+100%
29.2.2.2.1 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS.ASSEMBLY FACTORS.DEXD-BOX HELICASES	16	-100%	-100%	+100%
29.2.2.3 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS.PRE-RRNA PROCESSING AND MODIFICATIONS	150	-55%	-50%	-26%
29.2.2.3.3 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS.PRE-RRNA PROCESSING AND MODIFICATIONS.METHYLOTRANSFERASES	99	-46%	-48%	-20%
29.2.2.3.4 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS.PRE-RRNA PROCESSING AND MODIFICATIONS.WD-REPEAT PROTEINS	19	-63%	-47%	+21%
29.2.2.3.5 PROTEIN.SYNTHESIS.RIBOSOME BIOGENESIS.PRE-RRNA PROCESSING AND MODIFICATIONS.DEXD-BOX HELICASES	16	-63%	-19%	+31%
29.2.3 PROTEIN.SYNTHESIS.INITIATION	98	+30%	-21%	-38%
29.2.4 PROTEIN.SYNTHESIS.ELONGATION	44	-98%	-100%	+14%
29.3 PROTEIN.TARGETING	317	+35%	+26%	-21%
29.3.1 PROTEIN.TARGETING.NUCLEUS	62	-27%	-13%	+53%
29.3.2 PROTEIN.TARGETING.MITOCHONDRIA	30	+30%	+20%	-47%
29.3.3 PROTEIN.TARGETING.CHLOROPLAST	38	-71%	-63%	-32%
29.3.4 PROTEIN.TARGETING.SECRETORY PATHWAY	152	+51%	+45%	-24%
29.3.4.1 PROTEIN.TARGETING.SECRETORY PATHWAY.ER	18	+44%	+56%	-22%
29.3.4.2 PROTEIN.TARGETING.SECRETORY PATHWAY.GOLGI	17	+65%	+47%	+24%
29.3.4.3 PROTEIN.TARGETING.SECRETORY PATHWAY.VACUOLE	28	+36%	+57%	+21%
29.3.4.99 PROTEIN.TARGETING.SECRETORY PATHWAY.UNSPECIFIED	78	+55%	+45%	-24%
29.3.5 PROTEIN.TARGETING.PEROXISOMES	18	+11%	-100%	-22%
29.4.1 PROTEIN.POSTRANSLATIONAL MODIFICATION.KINASE	368	+27%	+36%	+34%
29.4.1.57 PROTEIN.POSTRANSLATIONAL MODIFICATION.KINASE.RECEPTOR LIKE CYTOPLASMATIC KINASE VII	48	+31%	+38%	-17%
29.5.1 PROTEIN.DEGRADATION.SUBTILASES	40	+20%	+33%	+33%
29.5.2 PROTEIN.DEGRADATION.AUTOPHAGY	22	+64%	+41%	+36%
29.5.3 PROTEIN.DEGRADATION.CYSTEINE PROTEASE	48	+48%	+42%	+40%
29.5.4 PROTEIN.DEGRADATION.ASPARTATE PROTEASE	48	-25%	+38%	+38%
29.5.5 PROTEIN.DEGRADATION.SERINE PROTEASE	75	+19%	+20%	-16%
29.5.7 PROTEIN.DEGRADATION.METALLOPROTEASE	42	-55%	-40%	+40%
29.5.9 PROTEIN.DEGRADATION.AAA TYPE	25	+28%	+32%	+12%
29.5.11.1 PROTEIN.DEGRADATION.UBIQUITIN.UBIQUITIN	38	+42%	+37%	-55%
29.5.11.3 PROTEIN.DEGRADATION.UBIQUITIN.E2	53	+72%	+28%	-53%
29.5.11.4.1 PROTEIN.DEGRADATION.UBIQUITIN.E3.HECT	15	+100%	+73%	+87%
29.5.11.4.2 PROTEIN.DEGRADATION.UBIQUITIN.E3.RING	423	+32%	+35%	+37%
29.5.11.4.3 PROTEIN.DEGRADATION.UBIQUITIN.E3.SCF	240	-15%	+21%	+36%
29.5.11.4.3.2 PROTEIN.DEGRADATION.UBIQUITIN.E3.SCF.FBOX	219	-16%	+22%	+39%
29.5.11.4.5 PROTEIN.DEGRADATION.UBIQUITIN.E3.BTB/POZ CULLIN3	23	+26%	+48%	+48%
29.5.11.4.5.2 PROTEIN.DEGRADATION.UBIQUITIN.E3.BTB/POZ CULLIN3.BTB/POZ	17	+18%	+47%	+53%
29.5.11.5 PROTEIN.DEGRADATION.UBIQUITIN.UBIQUITIN PROTEASE	47	+32%	+36%	+51%
29.5.11.20 PROTEIN.DEGRADATION.UBIQUITIN.PROTEASOM	78	+79%	+60%	-50%
29.6 PROTEIN.FOLDING	99	-22%	-32%	-56%
29.7 PROTEIN.GLYCOSYLATION	62	+47%	+45%	-40%
29.8 PROTEIN.ASSEMBLY AND COFACTOR LIGATION	36	-31%	-47%	-22%
30.1 SIGNALLING.IN SUGAR AND NUTRIENT PHYSIOLOGY	41	+39%	+46%	+32%
30.1.1 SIGNALLING.IN SUGAR AND NUTRIENT PHYSIOLOGY.MISC	39	+41%	+49%	+33%
30.2.2 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT II	19	-21%	-26%	+58%
30.2.3 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT III	45	-60%	-53%	+44%
30.2.6 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT VI	32	-50%	-44%	-47%
30.2.8 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT VIII	23	+13%	+30%	+26%
30.2.10 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT X	24	+42%	+54%	+58%
30.2.11 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT XI	46	+15%	+35%	+52%
30.2.12 SIGNALLING.RECEPTOR KINASES.LEUCINE RICH REPEAT XII	15	-20%	-20%	+47%
30.2.16 SIGNALLING.RECEPTOR KINASES.CATHARANTHUS ROSEUS-LIKE RLK1	28	-18%	+21%	+36%
30.2.17 SIGNALLING.RECEPTOR KINASES.DUF 26	72	+22%	+33%	-25%
30.2.19 SIGNALLING.RECEPTOR KINASES.LEGUME-LECTIN	25	+68%	+68%	+52%
30.2.24 SIGNALLING.RECEPTOR KINASES.S-LOCUS GLYCOPROTEIN LIKE	26	+42%	+42%	+54%
30.2.99 SIGNALLING.RECEPTOR KINASES.MISC	23	+22%	+30%	+39%
30.3 SIGNALLING.CALCIUM	238	+26%	+33%	-16%
30.4 SIGNALLING.PHOSPHINOSITIDES	58	+10%	+64%	+50%
30.4.1 SIGNALLING.PHOSPHINOSITIDES.PHOSPHATIDYLINOSITOL-4-PHOSPHATE 5-KINASE	22	-45%	+59%	+82%
30.5 SIGNALLING.G-PROTEINS	251	+18%	+22%	+9%
30.6 SIGNALLING.MAP KINASES	70	+27%	+40%	+40%
30.7 SIGNALLING.14-3-3 PROTEINS	21	+100%	-100%	+19%
30.11 SIGNALLING.LIGHT	137	-26%	+24%	+47%
30.11.1 SIGNALLING.LIGHT.COP9 SIGNALOSOME	15	+53%	+40%	+33%
30.99 SIGNALLING.UNSPECIFIED	16	+25%	+25%	+44%
31.1 CELL.ORGANISATION	348	-25%	-26%	+26%
31.2 CELL.DIVISION	104	+14%	+30%	+32%
31.3 CELL.CYCLE	105	-27%	-23%	-37%
31.3.1 CELL.CYCLE.PEPTIDYLPROLYL ISOMERASE	38	+53%	-34%	-45%
31.4 CELL.VESICLE TRANSPORT	177	+35%	+50%	-19%
31.5 CELL.CELL DEATH	20	+10%	+10%	+30%
33 DEVELOPMENT	492	+16%	+16%	+21%
33.1 DEVELOPMENT.STORAGE PROTEINS	16	+50%	+50%	+63%
33.2 DEVELOPMENT.LATE EMBRYOGENESIS ABUNDANT	20	+35%	-25%	-25%
33.3 DEVELOPMENT.SQUAMOSA PROMOTER BINDING LIKE (SPL)	23	+13%	+26%	+57%
33.99 DEVELOPMENT.UNSPECIFIED	426	+17%	+14%	+24%
34.1 TRANSPORT.P- AND V-ATPASES	65	+46%	+25%	+20%
34.1.1 TRANSPORT.P- AND V-ATPASES.H+-TRANSPORTING TWO-SECTOR ATPASE	26	+65%	+100%	-65%
34.2 TRANSPORT.SUGARS	53	+30%	+32%	+32%
34.3 TRANSPORT.AMINO ACIDS	57	+35%	+42%	+32%
34.4 TRANSPORT.NITRATE	15	+40%	+53%	+47%
34.7 TRANSPORT.PHOSPHATE	18	+28%	+33%	+17%
34.8 TRANSPORT.METABOLITE TRANSPORTERS AT THE ENVELOPE MEMBRANE	41	-37%	+12%	+27%
34.9 TRANSPORT.METABOLITE TRANSPORTERS AT THE MITOCHONDRIAL MEMBRANE	87	-31%	+14%	+28%
34.10 TRANSPORT.NUCLEOTIDES	16	+38%	+44%	+31%
34.12 TRANSPORT.METAL	82	+23%	+48%	+41%
34.13 TRANSPORT.PEPTIDES AND OLIGOPEPTIDES	46	+37%	+41%	+43%
34.14 TRANSPORT.UNSPECIFIED CATIONS	48	-19%	+13%	+33%
34.15 TRANSPORT.POTASSIUM	51	-22%	+33%	+43%
34.16 TRANSPORT.ABC TRANSPORTERS AND MULTIDRUG RESISTANCE SYSTEMS	98	+16%	+23%	+40%
34.18 TRANSPORT.UNSPECIFIED ANIONS	29	-21%	+38%	+41%
34.19 TRANSPORT.MAJOR INTRINSIC PROTEINS	40	+52%	+33%	+30%
34.19.1 TRANSPORT.MAJOR INTRINSIC PROTEINS.PIP	22	+55%	+45%	+64%
34.22 TRANSPORT.CYCLIC NUCLEOTIDE OR CALCIUM REGULATED CHANNELS	19	+42%	+32%	+26%
34.99 TRANSPORT.MISC	81	+44%	+23%	+6%
35.1.3 NOT ASSIGNED.NO ONTOLOGY.ARMADILLO/BETA-CATENIN REPEAT FAMILY PROTEIN	22	+18%	+18%	+23%
35.1.5 NOT ASSIGNED.NO ONTOLOGY.PENTATRICOPEPTIDE (PPR) REPEAT-CONTAINING PROTEIN	344	-62%	-41%	+38%
35.1.27 NOT ASSIGNED.NO ONTOLOGY.TETRATRICOPEPTIDE REPEAT (TPR)	177	-39%	-32%	+32%
35.1.40 NOT ASSIGNED.NO ONTOLOGY.GLYCINE RICH PROTEINS	17	+53%	+59%	+47%
35.1.41 NOT ASSIGNED.NO ONTOLOGY.HYDROXYPROLINE RICH PROTEINS	35	-14%	-17%	+37%
35.1.42 NOT ASSIGNED.NO ONTOLOGY.PROLINE RICH FAMILY	16	+31%	+19%	+6%