Co-expression analysis results by P450 (TAIR-GO data)
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Shown below is a list of P450 genes, which are co-expressed with genes placed into a GeneOntology (TAIR-GO) term. For more info on the co-expression analysis and the databases used refer to the methods methods page. Go to: AcylLipid Pathway list


AraCyc Pathway list


BioPath Pathway list

FunCat list
This list is sorted by the frequency of the annotation points of co-expressed genes in that pathway with the sum of annotation points for all genes in a given pathway being 100%. You may re-sort the table using the links below.
Gene Ontology (TAIR-GO) categories

KEGG Pathway list

LitPath list







Note that not all P450s have been placed in a pathway, and there may be multiple pathway entries for a given P450.






















Only Pathways with more than 5 genes are shown here, to see all entries download all data as tab delimited table






















__________ _______________________________________ ________ ______________________________ ______________________________
sort by sort by sort by sort by number or frequency of sort by number or frequency of
name pathway dataset co-expressed genes scores of co-expressed genes
CYP98A3 phenylpropanoid biosynthesis stress 5 100 % 50 100 %
CYP88A4 photorespiration stress 5 100 % 34 100 %
CYP71B20 photorespiration organ 5 100 % 34 100 %
CYP71B19 photorespiration organ 5 100 % 34 100 %
CYP71B35 photorespiration organ 5 100 % 34 100 %
CYP709B3 photorespiration organ 5 100 % 34 100 %
CYP83A1 photorespiration organ 5 100 % 34 100 %
CYP97B3 photorespiration organ 5 100 % 34 100 %
CYP86A2 photorespiration mutant 5 100 % 34 100 %
CYP706A5 photorespiration organ 5 100 % 34 100 %
CYP97A3 photorespiration mutant 5 100 % 34 100 %
CYP709B3 photorespiration stress 5 100 % 34 100 %
CYP72A11 photorespiration mutant 5 100 % 34 100 %
CYP90A1 photorespiration stress 5 100 % 34 100 %
CYP706A5 photorespiration mutant 5 100 % 34 100 %
CYP81D40 photorespiration mutant 5 100 % 34 100 %
CYP97B3 photorespiration mutant 5 100 % 34 100 %
CYP72A11 photorespiration organ 5 100 % 34 100 %
CYP90A1 photorespiration mutant 5 100 % 34 100 %
CYP97A3 photorespiration organ 5 100 % 34 100 %
CYP71B16 chloroplastic endopeptidase Clp complex mutant 7 100 % 28 100 %
CYP79A4P chloroplastic endopeptidase Clp complex mutant 7 100 % 28 100 %
CYP71B30P chloroplastic endopeptidase Clp complex mutant 7 100 % 28 100 %
CYP97B3 chloroplastic endopeptidase Clp complex mutant 7 100 % 28 100 %
CYP81D7 chloroplastic endopeptidase Clp complex mutant 7 100 % 28 100 %
CYP81D6 chloroplastic endopeptidase Clp complex mutant 7 100 % 28 100 %
CYP71B5 sexual reproduction hormone 5 100 % 20 100 %
CYP98A9 sexual reproduction mutant 5 100 % 20 100 %
CYP71B8 sexual reproduction hormone 5 100 % 20 100 %
CYP86C4 sexual reproduction mutant 5 100 % 20 100 %
CYP98A8 sexual reproduction organ 5 100 % 20 100 %
CYP98A8 sexual reproduction mutant 5 100 % 20 100 %
CYP86C2 sexual reproduction organ 5 100 % 20 100 %
CYP703A2 sexual reproduction organ 5 100 % 20 100 %
CYP86A sexual reproduction organ 5 100 % 20 100 %
CYP706A3 sexual reproduction hormone 5 100 % 20 100 %
CYP86A sexual reproduction hormone 5 100 % 20 100 %
CYP86C4 sexual reproduction organ 5 100 % 20 100 %
CYP86C3 sexual reproduction organ 5 100 % 20 100 %
CYP86C2 sexual reproduction mutant 5 100 % 20 100 %
CYP71B31 sexual reproduction hormone 5 100 % 20 100 %
CYP98A9 sexual reproduction organ 5 100 % 20 100 %
CYP89A3 sexual reproduction organ 5 100 % 20 100 %
CYP77A6 sexual reproduction organ 5 100 % 20 100 %
CYP86A4 sexual reproduction organ 5 100 % 20 100 %
CYP705A24 sexual reproduction mutant 5 100 % 20 100 %
CYP82G1 sexual reproduction hormone 5 100 % 20 100 %
CYP96A2 sexual reproduction hormone 5 100 % 20 100 %
CYP86C3 sexual reproduction mutant 5 100 % 20 100 %
CYP71B38 sexual reproduction hormone 5 100 % 20 100 %
CYP96A13 sexual reproduction hormone 5 100 % 20 100 %
CYP86C3 sexual reproduction hormone 5 100 % 20 100 %
CYP705A24 sexual reproduction organ 5 100 % 20 100 %
CYP96A15 sexual reproduction hormone 5 100 % 20 100 %
CYP97A3 photosynthetic electron transport organ 5 83 % 39 91 %
CYP72A11 photosynthetic electron transport organ 5 83 % 39 91 %
CYP97B3 photosynthesis light harvesting organ 6 75 % 50 86 %
CYP72A11 photosynthesis light harvesting organ 6 75 % 50 86 %
CYP72A11 chloroplastic endopeptidase Clp complex organ 6 86 % 24 86 %
CYP72A11 chloroplastic endopeptidase Clp complex mutant 6 86 % 24 86 %
CYP90A1 chloroplastic endopeptidase Clp complex mutant 6 86 % 24 86 %
CYP79A4P ATP-dependent proteolysis mutant 9 82 % 42 84 %
CYP81D6 ATP-dependent proteolysis mutant 9 82 % 42 84 %
CYP81D7 ATP-dependent proteolysis mutant 9 82 % 42 84 %
CYP90A1 ATP-dependent proteolysis mutant 9 82 % 42 84 %
CYP71B16 ATP-dependent proteolysis mutant 9 82 % 42 84 %
CYP71B30P ATP-dependent proteolysis mutant 9 82 % 42 84 %
CYP97B3 photosynthesis light harvesting in photosystem I organ 5 71 % 40 83 %
CYP72A11 photosynthesis light harvesting in photosystem I organ 5 71 % 40 83 %
CYP97B3 chlorophyll binding organ 10 77 % 86 83 %
CYP72A11 chlorophyll binding organ 10 77 % 86 83 %
CYP72A11 photosynthesis organ 14 70 % 112 81 %
CYP97A3 chlorophyll binding organ 9 69 % 80 77 %
CYP709B3 transcription initiation organ 6 75 % 50 77 %
CYP94D2 ATP-dependent proteolysis mutant 8 73 % 38 76 %
CYP72A13 ATP-dependent proteolysis organ 8 73 % 38 76 %
CYP79F2 glucosinolate biosynthesis organ 6 75 % 60 75 %
CYP79F1 glucosinolate biosynthesis organ 6 75 % 60 75 %
CYP74A glucosinolate biosynthesis organ 6 75 % 60 75 %
CYP79B2 tryptophan biosynthesis stress 12 71 % 98 74 %
CYP97C1 porphyrin biosynthesis organ 9 69 % 66 73 %
CYP97A3 porphyrin biosynthesis organ 9 69 % 66 73 %
CYP97A3 photosynthesis organ 12 60 % 100 72 %
CYP72A11 ATP-dependent proteolysis organ 9 82 % 36 72 %
CYP97B3 ATP-dependent proteolysis mutant 9 82 % 36 72 %
CYP97B3 chloroplastic endopeptidase Clp complex organ 5 71 % 20 71 %
CYP97A3 chloroplastic endopeptidase Clp complex organ 5 71 % 20 71 %
CYP94D2 chloroplastic endopeptidase Clp complex mutant 5 71 % 20 71 %
CYP71B34 chloroplastic endopeptidase Clp complex organ 5 71 % 20 71 %
CYP97A3 chloroplastic endopeptidase Clp complex mutant 5 71 % 20 71 %
CYP706A5 chloroplastic endopeptidase Clp complex mutant 5 71 % 20 71 %
CYP71B28 chloroplastic endopeptidase Clp complex organ 5 71 % 20 71 %
CYP81D1 response to jasmonic acid stimulus stress 5 71 % 39 71 %
CYP86A2 fatty acid biosynthesis mutant 10 67 % 86 69 %
CYP71B20 ATP-dependent proteolysis organ 7 64 % 34 68 %
CYP71B4 ATP-dependent proteolysis organ 7 64 % 34 68 %
CYP71B19 ATP-dependent proteolysis organ 7 64 % 34 68 %
CYP97A3 transcription initiation organ 5 63 % 44 68 %
CYP709B3 transcription initiation stress 5 63 % 44 68 %
CYP97B3 transcription initiation stress 5 63 % 44 68 %
CYP97A3 transcription initiation stress 5 63 % 44 68 %
CYP72A11 transcription initiation organ 5 63 % 44 68 %
CYP706A5 transcription initiation stress 5 63 % 44 68 %
CYP88A4 transcription initiation stress 5 63 % 44 68 %
CYP97C1 transcription initiation organ 5 63 % 44 68 %
CYP706A5 transcription initiation organ 5 63 % 44 68 %
CYP90A1 transcription initiation stress 5 63 % 44 68 %
CYP83A1 chlorophyll binding organ 8 62 % 70 67 %
CYP709B3 chlorophyll binding organ 8 62 % 70 67 %
CYP97B3 photosynthesis organ 12 60 % 92 67 %
CYP71B15 tryptophan biosynthesis stress 11 65 % 88 67 %
CYP79B2 tryptophan biosynthesis hormone 11 65 % 88 67 %
CYP71B6 tryptophan biosynthesis stress 11 65 % 88 67 %
CYP71A12 tryptophan biosynthesis stress 11 65 % 88 67 %
CYP71A13 tryptophan biosynthesis stress 11 65 % 88 67 %
CYP72A11 photosystem II organ 16 59 % 128 64 %
CYP72A11 ATP-dependent proteolysis mutant 8 73 % 32 64 %
CYP71B28 ATP-dependent proteolysis organ 8 73 % 32 64 %
CYP97B3 ATP-dependent proteolysis organ 8 73 % 32 64 %
CYP89A3 proteasome core complex (sensu Eukaryota) stress 12 63 % 72 63 %
CYP88A4 chlorophyll biosynthesis stress 9 64 % 85 63 %
CYP86A2 chlorophyll biosynthesis mutant 9 64 % 85 63 %
CYP90A1 chlorophyll biosynthesis mutant 9 64 % 85 63 %
CYP97A3 chlorophyll biosynthesis organ 9 64 % 85 63 %
CYP709B3 chlorophyll biosynthesis organ 9 64 % 85 63 %
CYP97B3 chlorophyll biosynthesis stress 9 64 % 85 63 %
CYP97B3 chlorophyll biosynthesis mutant 9 64 % 85 63 %
CYP90A1 chlorophyll biosynthesis stress 9 64 % 85 63 %
CYP97A3 chlorophyll biosynthesis mutant 9 64 % 85 63 %
CYP97B3 chlorophyll biosynthesis organ 9 64 % 85 63 %
CYP79B3 glucosinolate biosynthesis organ 5 63 % 50 63 %
CYP79F1 glucosinolate biosynthesis hormone 5 63 % 50 63 %
CYP71B7 glucosinolate biosynthesis organ 5 63 % 50 63 %
CYP79F2 glucosinolate biosynthesis stress 5 63 % 50 63 %
CYP706A5 glucosinolate biosynthesis organ 5 63 % 50 63 %
CYP79F1 glucosinolate biosynthesis stress 5 63 % 50 63 %
CYP83A1 glucosinolate biosynthesis organ 5 63 % 50 63 %
CYP79F2 glucosinolate biosynthesis hormone 5 63 % 50 63 %
CYP72A11 porphyrin biosynthesis organ 8 62 % 56 62 %
CYP97B3 fatty acid biosynthesis mutant 9 60 % 76 61 %
CYP72A11 photosystem I organ 20 54 % 161 61 %
CYP89A2 ATP-dependent proteolysis organ 6 55 % 30 60 %
CYP72A15 ATP-dependent proteolysis mutant 6 55 % 30 60 %
CYP97B3 photosystem II organ 15 56 % 118 59 %
CYP71B15 tryptophan biosynthesis mutant 10 59 % 78 59 %
CYP81F2 tryptophan biosynthesis stress 10 59 % 78 59 %
CYP81D1 tryptophan biosynthesis hormone 10 59 % 78 59 %
CYP71B15 tryptophan biosynthesis hormone 10 59 % 78 59 %
CYP86A2 cuticle biosynthesis stress 6 50 % 41 59 %
CYP97A3 photosystem II organ 14 52 % 116 58 %
CYP98A3 lignin biosynthesis stress 5 56 % 50 58 %
CYP73A5 lignin biosynthesis stress 5 56 % 50 58 %
CYP97A3 fatty acid biosynthesis mutant 8 53 % 72 58 %
CYP709B3 photosynthesis organ 10 50 % 80 58 %
CYP86C4 proteasome core complex (sensu Eukaryota) stress 11 58 % 66 58 %
CYP706A5 porphyrin biosynthesis organ 7 54 % 52 58 %
CYP71B19 chlorophyll binding organ 7 54 % 60 58 %
CYP74B2 chlorophyll binding organ 7 54 % 60 58 %
CYP71B20 chlorophyll binding organ 7 54 % 60 58 %
CYP97B3 photosystem I organ 19 51 % 151 57 %
CYP89A3 ubiquitin-dependent protein catabolism stress 23 56 % 128 56 %
CYP71A12 tryptophan biosynthesis mutant 9 53 % 74 56 %
CYP79B2 tryptophan biosynthesis mutant 9 53 % 74 56 %
CYP71A13 tryptophan biosynthesis mutant 9 53 % 74 56 %
CYP97A3 photosystem I organ 18 49 % 149 56 %
CYP71B34 ATP-dependent proteolysis organ 7 64 % 28 56 %
CYP97A3 ATP-dependent proteolysis mutant 7 64 % 28 56 %
CYP90A1 ATP-dependent proteolysis organ 7 64 % 28 56 %
CYP706A5 ATP-dependent proteolysis mutant 7 64 % 28 56 %
CYP89A3 proteasome regulatory particle, base subcomplex (sensu Eukaryota) stress 6 60 % 38 56 %
CYP86C4 proteasome regulatory particle, base subcomplex (sensu Eukaryota) stress 6 60 % 38 56 %
CYP81F4 chlorophyll binding mutant 7 54 % 58 56 %
CYP90A1 chlorophyll binding organ 7 54 % 58 56 %
CYP706A5 chlorophyll biosynthesis mutant 8 57 % 75 56 %
CYP81D40 chlorophyll biosynthesis mutant 8 57 % 75 56 %
CYP97C1 chlorophyll biosynthesis organ 8 57 % 75 56 %
CYP90A1 chlorophyll biosynthesis organ 8 57 % 75 56 %
CYP72A11 chlorophyll biosynthesis mutant 8 57 % 75 56 %
CYP72A11 chlorophyll biosynthesis organ 8 57 % 75 56 %
CYP71B15 response to pathogenic bacteria stress 9 53 % 64 52 %
CYP71B30P chlorophyll biosynthesis mutant 7 50 % 70 52 %
CYP81D6 chlorophyll biosynthesis mutant 7 50 % 70 52 %
CYP81D7 chlorophyll biosynthesis mutant 7 50 % 70 52 %
CYP79A4P chlorophyll biosynthesis mutant 7 50 % 70 52 %
CYP71B16 chlorophyll biosynthesis mutant 7 50 % 70 52 %
CYP71B6 tryptophan biosynthesis hormone 9 53 % 68 52 %
CYP94C1 tryptophan biosynthesis hormone 9 53 % 68 52 %
CYP74A tryptophan biosynthesis mutant 9 53 % 68 52 %
CYP74A tryptophan biosynthesis hormone 9 53 % 68 52 %
CYP97B3 porphyrin biosynthesis organ 6 46 % 46 51 %
CYP86C4 ubiquitin-dependent protein catabolism stress 20 49 % 116 51 %
CYP708A3 chlorophyll binding organ 6 46 % 52 50 %
CYP86A2 chlorophyll binding organ 6 46 % 52 50 %
CYP71B26 chlorophyll binding organ 6 46 % 52 50 %
CYP89A3 protein catabolism stress 23 48 % 128 50 %
CYP71B30P calmodulin binding mutant 5 38 % 37 49 %
CYP71B7 calmodulin binding mutant 5 38 % 37 49 %
CYP81D6 calmodulin binding mutant 5 38 % 37 49 %
CYP72A11 calmodulin binding mutant 5 38 % 37 49 %
CYP81D7 calmodulin binding mutant 5 38 % 37 49 %
CYP72A11 calmodulin binding organ 5 38 % 37 49 %
CYP71B19 calmodulin binding organ 5 38 % 37 49 %
CYP71B20 calmodulin binding organ 5 38 % 37 49 %
CYP79A4P calmodulin binding mutant 5 38 % 37 49 %
CYP71B16 calmodulin binding mutant 5 38 % 37 49 %
CYP71B34 chlorophyll biosynthesis organ 7 50 % 65 48 %
CYP706A5 chlorophyll biosynthesis stress 7 50 % 65 48 %
CYP706A5 chlorophyll biosynthesis organ 7 50 % 65 48 %
CYP83A1 chlorophyll biosynthesis organ 7 50 % 65 48 %
CYP97A3 chlorophyll biosynthesis stress 7 50 % 65 48 %
CYP86A2 chlorophyll binding mutant 6 46 % 50 48 %
CYP72A11 chlorophyll binding mutant 6 46 % 50 48 %
CYP706A5 chlorophyll binding mutant 6 46 % 50 48 %
CYP97B3 chlorophyll binding mutant 6 46 % 50 48 %
CYP81D40 chlorophyll binding mutant 6 46 % 50 48 %
CYP90A1 chlorophyll binding mutant 6 46 % 50 48 %
CYP709B3 ATP-dependent proteolysis organ 6 55 % 24 48 %
CYP97A3 ATP-dependent proteolysis organ 6 55 % 24 48 %
CYP81F2 response to pathogenic bacteria stress 8 47 % 58 47 %
CYP79B2 response to pathogenic bacteria stress 8 47 % 58 47 %
CYP79B2 response to pathogenic bacteria hormone 8 47 % 58 47 %
CYP81D8 response to pathogenic bacteria stress 8 47 % 58 47 %
CYP71B28 chlorophyll binding organ 6 46 % 48 46 %
CYP71B34 chlorophyll binding organ 6 46 % 48 46 %
CYP71B24 response to ethylene stimulus organ 6 43 % 24 46 %
CYP81D8 response to pathogenic bacteria mutant 8 47 % 57 46 %
CYP90A1 cuticle biosynthesis organ 5 42 % 32 46 %
CYP81D6 fatty acid biosynthesis mutant 7 47 % 56 45 %
CYP81D7 fatty acid biosynthesis mutant 7 47 % 56 45 %
CYP71B16 fatty acid biosynthesis mutant 7 47 % 56 45 %
CYP79A4P fatty acid biosynthesis mutant 7 47 % 56 45 %
CYP90A1 fatty acid biosynthesis mutant 7 47 % 56 45 %
CYP71B30P fatty acid biosynthesis mutant 7 47 % 56 45 %
CYP86C4 protein catabolism stress 20 42 % 116 45 %
CYP71B6 response to pathogenic bacteria stress 8 47 % 54 44 %
CYP72A8 response to pathogenic bacteria hormone 8 47 % 54 44 %
CYP71B6 response to pathogenic bacteria hormone 8 47 % 54 44 %
CYP71A13 response to pathogenic bacteria stress 8 47 % 54 44 %
CYP71B15 response to pathogenic bacteria hormone 8 47 % 54 44 %
CYP71A18 response to pathogenic bacteria mutant 7 41 % 54 44 %
CYP720A1 tryptophan biosynthesis mutant 8 47 % 58 44 %
CYP72A8 tryptophan biosynthesis hormone 8 47 % 58 44 %
CYP81D8 tryptophan biosynthesis stress 8 47 % 58 44 %
CYP71B19 chlorophyll biosynthesis organ 6 43 % 59 44 %
CYP71B20 chlorophyll biosynthesis organ 6 43 % 59 44 %
CYP706A5 photosynthesis organ 8 40 % 60 43 %
CYP709B3 photosystem I organ 14 38 % 114 43 %
CYP73A5 aromatic amino acid family biosynthesis, shikimate pathway stress 5 42 % 38 42 %
CYP709B3 porphyrin biosynthesis organ 5 38 % 38 42 %
CYP707A4 response to abscisic acid stimulus hormone 5 42 % 33 41 %
CYP715A1 response to pathogenic bacteria hormone 8 47 % 51 41 %
CYP94C1 tryptophan biosynthesis mutant 7 41 % 54 41 %
CYP709B3 chlorophyll biosynthesis mutant 6 43 % 55 41 %
CYP97C1 chlorophyll biosynthesis stress 6 43 % 55 41 %
CYP71B7 chlorophyll binding mutant 5 38 % 42 40 %
CYP71B16 chlorophyll binding mutant 5 38 % 42 40 %
CYP81D6 chlorophyll binding mutant 5 38 % 42 40 %
CYP71B26 chlorophyll binding mutant 5 38 % 42 40 %
CYP79A4P chlorophyll binding mutant 5 38 % 42 40 %
CYP71B30P chlorophyll binding mutant 5 38 % 42 40 %
CYP81D7 chlorophyll binding mutant 5 38 % 42 40 %
CYP71B34 ATP-dependent proteolysis mutant 5 45 % 20 40 %
CYP86A2 very-long-chain fatty acid metabolism stress 5 33 % 35 39 %
CYP74A response to pathogenic bacteria mutant 7 41 % 48 39 %
CYP74A response to pathogenic bacteria hormone 7 41 % 48 39 %
CYP71B15 response to pathogenic bacteria mutant 7 41 % 48 39 %
CYP81D1 response to pathogenic bacteria hormone 7 41 % 48 39 %
CYP94C1 response to pathogenic bacteria hormone 7 41 % 48 39 %
CYP81D8 response to pathogenic bacteria hormone 7 41 % 48 39 %
CYP71A12 response to pathogenic bacteria stress 7 41 % 48 39 %
CYP97B3 unidimensional cell growth mutant 5 38 % 41 39 %
CYP90A1 unidimensional cell growth mutant 5 38 % 41 39 %
CYP97B3 protein biosynthesis mutant 7 39 % 38 39 %
CYP72A8 response to ethylene stimulus organ 5 36 % 20 38 %
CYP71B4 response to ethylene stimulus organ 5 36 % 20 38 %
CYP72A11 response to ethylene stimulus organ 5 36 % 20 38 %
CYP71B19 response to ethylene stimulus organ 5 36 % 20 38 %
CYP71B20 response to ethylene stimulus organ 5 36 % 20 38 %
CYP81D7 protein folding mutant 5 36 % 38 38 %
CYP81D6 protein folding mutant 5 36 % 38 38 %
CYP79A4P protein folding mutant 5 36 % 38 38 %
CYP71B30P protein folding mutant 5 36 % 38 38 %
CYP71B16 protein folding mutant 5 36 % 38 38 %
CYP71A18 tryptophan biosynthesis mutant 7 41 % 50 38 %
CYP83B1 tryptophan biosynthesis stress 5 29 % 50 38 %
CYP72A11 electron transport organ 7 35 % 51 38 %
CYP97B3 electron transport organ 7 35 % 51 38 %
CYP88A4 porphyrin biosynthesis stress 5 38 % 34 38 %
CYP709B3 photosystem II organ 9 33 % 75 38 %
CYP72A11 fatty acid biosynthesis mutant 6 40 % 46 37 %
CYP706A5 fatty acid biosynthesis mutant 6 40 % 46 37 %
CYP706A5 photosystem I organ 12 32 % 98 37 %
CYP97A3 protein biosynthesis mutant 6 33 % 36 37 %
CYP709B3 protein biosynthesis organ 6 33 % 36 37 %
CYP97B3 protein biosynthesis organ 6 33 % 36 37 %
CYP97C1 protein biosynthesis organ 6 33 % 36 37 %
CYP72A11 protein biosynthesis organ 6 33 % 36 37 %
CYP71B34 protein biosynthesis organ 6 33 % 36 37 %
CYP97A3 protein biosynthesis organ 6 33 % 36 37 %
CYP706A5 protein biosynthesis organ 6 33 % 36 37 %
CYP88A4 protein biosynthesis stress 6 33 % 36 37 %
CYP97A3 protein biosynthesis stress 6 33 % 36 37 %
CYP89A3 tryptophan biosynthesis mutant 7 41 % 48 36 %
CYP71A18 tryptophan biosynthesis hormone 7 41 % 48 36 %
CYP81F2 tryptophan biosynthesis hormone 7 41 % 48 36 %
CYP715A1 tryptophan biosynthesis mutant 7 41 % 48 36 %
CYP708A3 chlorophyll biosynthesis organ 5 36 % 49 36 %
CYP74B2 photosynthesis organ 6 30 % 50 36 %
CYP74A jasmonic acid biosynthesis hormone 7 37 % 49 36 %
CYP71A13 response to pathogenic bacteria mutant 6 35 % 44 36 %
CYP94C1 response to pathogenic bacteria mutant 6 35 % 44 36 %
CYP84A4 response to pathogenic bacteria mutant 6 35 % 44 36 %
CYP71A12 response to pathogenic bacteria mutant 6 35 % 44 36 %
CYP81F2 response to pathogenic bacteria mutant 6 35 % 44 36 %
CYP79B2 response to pathogenic bacteria mutant 6 35 % 44 36 %
CYP90A1 growth mutant 8 33 % 63 36 %
CYP90A1 photosystem II organ 9 33 % 71 36 %
CYP88A4 fatty acid biosynthesis stress 5 33 % 44 35 %
CYP74A response to wounding hormone 8 36 % 62 35 %
CYP73A5 aromatic amino acid family biosynthesis stress 5 36 % 38 35 %
CYP71B23 toxin catabolism stress 7 16 % 46 34 %
CYP71B26 chlorophyll biosynthesis mutant 5 36 % 46 34 %
CYP81D40 fatty acid biosynthesis mutant 5 33 % 42 34 %
CYP90A1 very-long-chain fatty acid metabolism organ 5 33 % 30 34 %
CYP81D1 response to wounding stress 7 32 % 59 34 %
CYP97A3 electron transport organ 6 30 % 45 33 %
CYP81D8 tryptophan biosynthesis mutant 6 35 % 44 33 %
CYP81F2 tryptophan biosynthesis mutant 6 35 % 44 33 %
CYP82C3 tryptophan biosynthesis mutant 6 35 % 44 33 %
CYP96A5 tryptophan biosynthesis mutant 6 35 % 44 33 %
CYP81F3 tryptophan biosynthesis mutant 6 35 % 44 33 %
CYP71B28 photosystem II organ 8 30 % 66 33 %
CYP90A1 photosystem I organ 11 30 % 87 33 %
CYP79A4P protein biosynthesis mutant 6 33 % 32 33 %
CYP81D6 protein biosynthesis mutant 6 33 % 32 33 %
CYP71B30P protein biosynthesis mutant 6 33 % 32 33 %
CYP81D7 protein biosynthesis mutant 6 33 % 32 33 %
CYP71B16 protein biosynthesis mutant 6 33 % 32 33 %
CYP71B15 toxin catabolism stress 10 22 % 44 33 %
CYP86A2 long-chain fatty acid metabolism stress 5 29 % 35 32 %
CYP97B3 growth mutant 7 29 % 56 32 %
CYP71B20 photosynthesis organ 6 30 % 44 32 %
CYP71B19 photosynthesis organ 6 30 % 44 32 %
CYP83A1 photosynthesis organ 6 30 % 44 32 %
CYP73A5 proteasome core complex (sensu Eukaryota) hormone 6 32 % 36 32 %
CYP51A2 proteasome core complex (sensu Eukaryota) mutant 6 32 % 36 32 %
CYP71B19 photosystem I organ 10 27 % 84 32 %
CYP71B20 photosystem I organ 10 27 % 84 32 %
CYP71A13 toxin catabolism stress 9 20 % 42 31 %
CYP71B30P sterol biosynthesis mutant 5 25 % 50 31 %
CYP97A3 sterol biosynthesis mutant 5 25 % 50 31 %
CYP97B3 sterol biosynthesis mutant 5 25 % 50 31 %
CYP71B7 sterol biosynthesis mutant 5 25 % 50 31 %
CYP90A1 sterol biosynthesis mutant 5 25 % 50 31 %
CYP79A4P sterol biosynthesis mutant 5 25 % 50 31 %
CYP71B16 sterol biosynthesis mutant 5 25 % 50 31 %
CYP81D6 sterol biosynthesis mutant 5 25 % 50 31 %
CYP86A2 sterol biosynthesis mutant 5 25 % 50 31 %
CYP81D7 sterol biosynthesis mutant 5 25 % 50 31 %
CYP715A1 response to pathogenic bacteria mutant 6 35 % 38 31 %
CYP720A1 response to pathogenic bacteria mutant 6 35 % 38 31 %
CYP81F2 response to pathogenic bacteria hormone 6 35 % 38 31 %
CYP71A18 response to pathogenic bacteria hormone 6 35 % 38 31 %
CYP89A3 response to pathogenic bacteria mutant 6 35 % 38 31 %
CYP94C1 jasmonic acid biosynthesis hormone 6 32 % 42 31 %
CYP71B28 photosystem I organ 10 27 % 82 31 %
CYP71B34 photosystem II organ 8 30 % 61 31 %
CYP86A2 photosystem II organ 7 26 % 61 31 %
CYP71B19 photosystem II organ 7 26 % 61 31 %
CYP71B20 photosystem II organ 7 26 % 61 31 %
CYP86A2 protein biosynthesis organ 5 28 % 30 31 %
CYP706A5 protein biosynthesis mutant 5 28 % 30 31 %
CYP81F4 photosynthesis mutant 6 30 % 42 30 %
CYP86A2 electron transport mutant 5 25 % 41 30 %
CYP71B6 tryptophan biosynthesis mutant 5 29 % 40 30 %
CYP706A5 photosystem II organ 7 26 % 59 30 %
CYP71B15 toxin catabolism hormone 12 27 % 40 30 %
CYP71B34 photosystem I organ 10 27 % 77 29 %
CYP86A2 photosystem I organ 9 24 % 77 29 %
CYP83A1 photosystem I organ 9 24 % 77 29 %
CYP97A3 electron transport stress 5 25 % 39 29 %
CYP88A4 electron transport stress 5 25 % 39 29 %
CYP81D8 tryptophan biosynthesis hormone 6 35 % 38 29 %
CYP715A1 tryptophan biosynthesis hormone 6 35 % 38 29 %
CYP74A jasmonic acid biosynthesis stress 5 26 % 39 29 %
CYP96A5 response to pathogenic bacteria mutant 5 29 % 34 28 %
CYP82C3 response to pathogenic bacteria mutant 5 29 % 34 28 %
CYP81F3 response to pathogenic bacteria mutant 5 29 % 34 28 %
CYP71B22 response to pathogenic bacteria mutant 5 29 % 34 28 %
CYP90A1 long-chain fatty acid metabolism organ 5 29 % 30 28 %
CYP71B2 very-long-chain fatty acid metabolism hormone 5 33 % 24 27 %
CYP90A1 protein biosynthesis mutant 5 28 % 26 27 %
CYP94B1 jasmonic acid biosynthesis hormone 5 26 % 36 26 %
CYP94B1 jasmonic acid biosynthesis mutant 5 26 % 36 26 %
CYP96A4 jasmonic acid biosynthesis hormone 5 26 % 36 26 %
CYP98A3 proteasome core complex (sensu Eukaryota) hormone 5 26 % 30 26 %
CYP98A3 proteasome core complex (sensu Eukaryota) mutant 5 26 % 30 26 %
CYP81D6 growth mutant 6 25 % 46 26 %
CYP71B16 growth mutant 6 25 % 46 26 %
CYP81D7 growth mutant 6 25 % 46 26 %
CYP71B30P growth mutant 6 25 % 46 26 %
CYP79A4P growth mutant 6 25 % 46 26 %
CYP94C1 response to wounding hormone 6 27 % 46 26 %
CYP79B2 response to wounding hormone 5 23 % 46 26 %
CYP90A1 photosynthesis stress 5 25 % 36 26 %
CYP97C1 photosynthesis organ 5 25 % 36 26 %
CYP90A1 photosynthesis organ 5 25 % 36 26 %
CYP88A4 photosynthesis stress 5 25 % 36 26 %
CYP86A2 photosynthesis mutant 5 25 % 36 26 %
CYP709B3 electron transport organ 5 25 % 35 26 %
CYP97C1 electron transport organ 5 25 % 35 26 %
CYP706A5 electron transport organ 5 25 % 35 26 %
CYP71B22 tryptophan biosynthesis mutant 5 29 % 34 26 %
CYP84A4 tryptophan biosynthesis mutant 5 29 % 34 26 %
CYP71B24 jasmonic acid biosynthesis organ 5 26 % 35 26 %
CYP72A11 jasmonic acid biosynthesis organ 5 26 % 35 26 %
CYP71B26 photosystem II organ 6 22 % 51 26 %
CYP708A3 photosystem II organ 6 22 % 51 26 %
CYP74B2 photosystem II organ 6 22 % 51 26 %
CYP83A1 photosystem II organ 6 22 % 51 26 %
CYP90A1 development mutant 8 22 % 65 25 %
CYP71B16 development mutant 8 22 % 65 25 %
CYP81D7 development mutant 8 22 % 65 25 %
CYP79A4P development mutant 8 22 % 65 25 %
CYP71B30P development mutant 8 22 % 65 25 %
CYP81D6 development mutant 8 22 % 65 25 %
CYP97B3 development mutant 8 22 % 65 25 %
CYP74B2 photosystem I organ 8 22 % 67 25 %
CYP71B26 photosystem I organ 8 22 % 67 25 %
CYP708A3 photosystem I organ 8 22 % 67 25 %
CYP81D8 toxin catabolism stress 13 29 % 34 25 %
CYP71B23 toxin catabolism hormone 5 11 % 34 25 %
CYP81F4 photosystem II mutant 6 22 % 50 25 %
CYP94B1 response to wounding mutant 6 27 % 44 25 %
CYP71B24 calcium ion homeostasis organ 5 26 % 12 25 %
CYP86A2 photosynthesis organ 5 25 % 34 25 %
CYP86A2 fatty acid metabolism stress 6 24 % 44 24 %
CYP81D1 response to wounding hormone 5 23 % 42 24 %
CYP71B6 toxin catabolism stress 8 18 % 32 24 %
CYP90A1 photosystem II stress 6 22 % 47 24 %
CYP88A4 photosystem II stress 6 22 % 47 24 %
CYP88A4 photosystem I stress 8 22 % 62 23 %
CYP90A1 photosystem I stress 8 22 % 62 23 %
CYP94D2 development mutant 7 19 % 59 23 %
CYP94D2 electron transport mutant 5 25 % 31 23 %
CYP71B16 electron transport mutant 5 25 % 31 23 %
CYP97B3 electron transport mutant 5 25 % 31 23 %
CYP81D6 electron transport mutant 5 25 % 31 23 %
CYP79A4P electron transport mutant 5 25 % 31 23 %
CYP81D7 electron transport mutant 5 25 % 31 23 %
CYP71B30P electron transport mutant 5 25 % 31 23 %
CYP86A2 response to light mutant 6 16 % 42 23 %
CYP73A5 ubiquitin-dependent protein catabolism hormone 8 20 % 52 23 %
CYP79B2 response to wounding mutant 5 23 % 40 23 %
CYP96A4 response to wounding hormone 5 23 % 40 23 %
CYP89A2 toxin catabolism hormone 7 16 % 30 22 %
CYP74A response to wounding mutant 5 23 % 39 22 %
CYP71B2 long-chain fatty acid metabolism hormone 5 29 % 24 22 %
CYP98A3 ubiquitin-dependent protein catabolism hormone 9 22 % 50 22 %
CYP81F4 photosystem I mutant 7 19 % 58 22 %
CYP81D40 response to light mutant 5 14 % 40 22 %
CYP86A2 photosystem I mutant 7 19 % 57 21 %
CYP81D40 photosystem I mutant 7 19 % 57 21 %
CYP97A3 response to light organ 6 16 % 39 21 %
CYP90A1 fatty acid metabolism organ 6 24 % 39 21 %
CYP51A2 ubiquitin-dependent protein catabolism mutant 9 22 % 48 21 %
CYP81D8 defense response mutant 6 30 % 34 21 %
CYP97C1 response to light organ 5 14 % 38 21 %
CYP98A3 ubiquitin-dependent protein catabolism mutant 8 20 % 47 21 %
CYP706A5 photosystem II mutant 5 19 % 41 21 %
CYP81D40 photosystem II mutant 5 19 % 41 21 %
CYP86A2 photosystem II mutant 5 19 % 41 21 %
CYP81F2 response to wounding mutant 6 27 % 36 20 %
CYP97C1 photosystem I organ 7 19 % 54 20 %
CYP73A5 protein catabolism hormone 8 17 % 52 20 %
CYP86A fatty acid metabolism organ 5 20 % 37 20 %
CYP97A3 response to light mutant 5 14 % 37 20 %
CYP97C1 photosystem II organ 5 19 % 39 20 %
CYP90A1 response to light mutant 7 19 % 36 20 %
CYP706A5 response to light mutant 6 16 % 36 20 %
CYP98A3 protein catabolism hormone 9 19 % 50 19 %
CYP94C1 response to wounding mutant 5 23 % 34 19 %
CYP72A11 response to light organ 7 19 % 36 19 %
CYP72A8 toxin catabolism hormone 9 20 % 26 19 %
CYP71B6 toxin catabolism organ 5 11 % 26 19 %
CYP71B6 toxin catabolism hormone 5 11 % 26 19 %
CYP86A2 development mutant 6 17 % 48 19 %
CYP51A2 protein catabolism mutant 9 19 % 48 19 %
CYP706A5 response to light organ 6 16 % 34 18 %
CYP706A5 photosystem I mutant 6 16 % 49 18 %
CYP71B26 development mutant 6 17 % 47 18 %
CYP72A11 development mutant 6 17 % 47 18 %
CYP98A3 protein catabolism mutant 8 17 % 47 18 %
CYP71B35 photosystem I organ 6 16 % 48 18 %
CYP97B3 fatty acid metabolism organ 5 20 % 33 18 %
CYP86A2 fatty acid metabolism hormone 5 20 % 33 18 %
CYP710A1 toxin catabolism stress 8 18 % 24 18 %
CYP72A15 toxin catabolism hormone 8 18 % 24 18 %
CYP97B3 response to light mutant 6 16 % 32 17 %
CYP97B3 response to light organ 6 16 % 32 17 %
CYP81H1 photosystem I organ 5 14 % 45 17 %
CYP71B7 development mutant 5 14 % 43 17 %
CYP81D8 toxin catabolism hormone 11 24 % 22 16 %
CYP97A3 development mutant 5 14 % 40 16 %
CYP709B3 response to light organ 6 16 % 29 15 %
CYP702A3 development mutant 5 14 % 39 15 %
CYP88A3 development mutant 5 14 % 39 15 %
CYP71B38 development mutant 5 14 % 39 15 %
CYP81D8 toxin catabolism mutant 6 13 % 20 15 %
CYP76C2 toxin catabolism stress 6 13 % 20 15 %
CYP97A3 photosystem I stress 5 14 % 39 15 %
CYP90A1 photosystem I mutant 5 14 % 39 15 %
CYP71B16 ubiquitin-dependent protein catabolism mutant 6 15 % 33 14 %
CYP81D7 ubiquitin-dependent protein catabolism mutant 6 15 % 33 14 %
CYP79A4P ubiquitin-dependent protein catabolism mutant 6 15 % 33 14 %
CYP71B30P ubiquitin-dependent protein catabolism mutant 6 15 % 33 14 %
CYP81D6 ubiquitin-dependent protein catabolism mutant 6 15 % 33 14 %
CYP94D2 response to light mutant 6 16 % 26 14 %
CYP71B15 toxin catabolism organ 5 11 % 18 13 %
CYP72A14 toxin catabolism hormone 5 11 % 18 13 %
CYP71B2 fatty acid metabolism hormone 5 20 % 24 13 %
CYP81D6 protein catabolism mutant 6 13 % 33 13 %
CYP81D7 protein catabolism mutant 6 13 % 33 13 %
CYP79A4P protein catabolism mutant 6 13 % 33 13 %
CYP71B30P protein catabolism mutant 6 13 % 33 13 %
CYP71B16 protein catabolism mutant 6 13 % 33 13 %
CYP97B3 ubiquitin-dependent protein catabolism mutant 5 12 % 29 13 %
CYP94D2 ubiquitin-dependent protein catabolism mutant 5 12 % 29 13 %
CYP715A1 response to wounding hormone 5 23 % 22 13 %
CYP81D7 response to light mutant 5 14 % 22 12 %
CYP71B16 response to light mutant 5 14 % 22 12 %
CYP71B7 response to light mutant 5 14 % 22 12 %
CYP79A4P response to light mutant 5 14 % 22 12 %
CYP88A3 response to light mutant 5 14 % 22 12 %
CYP81D6 response to light mutant 5 14 % 22 12 %
CYP71B30P response to light mutant 5 14 % 22 12 %
CYP71A18 toxin catabolism mutant 8 18 % 16 12 %
CYP94D2 protein catabolism mutant 5 10 % 29 11 %
CYP97B3 protein catabolism mutant 5 10 % 29 11 %
CYP720A1 toxin catabolism mutant 7 16 % 14 10 %
CYP81F3 toxin catabolism mutant 7 16 % 14 10 %
CYP705A25 toxin catabolism organ 7 16 % 14 10 %
CYP715A1 toxin catabolism mutant 7 16 % 14 10 %
CYP71A12 toxin catabolism mutant 7 16 % 14 10 %
CYP82C3 toxin catabolism mutant 6 13 % 12 9 %
CYP71A16 toxin catabolism organ 6 13 % 12 9 %
CYP71B15 toxin catabolism mutant 6 13 % 12 9 %
CYP96A5 toxin catabolism mutant 6 13 % 12 9 %
CYP89A3 toxin catabolism mutant 6 13 % 12 9 %
CYP81D11 toxin catabolism organ 6 13 % 12 9 %
CYP705A13 toxin catabolism organ 6 13 % 12 9 %
CYP705A8 toxin catabolism organ 6 13 % 12 9 %
CYP71B24 response to light organ 5 14 % 12 7 %










page created by Juergen Ehlting 03/16/06