|
Rmu_sc0000990.1_g000015.1
|
rosa_multiflora |
-
|
Pre-mRNA-splicing factor |
Detail
|
|
Rmu_sc0000990.1_g000016.1
|
rosa_multiflora |
-
|
RING-H2 finger protein |
Detail
|
|
Rmu_sc0000990.1_g000017.1
|
rosa_multiflora |
-
|
ribonuclease H protein |
Detail
|
|
Rmu_sc0000994.1_g000002.1
|
rosa_multiflora |
-
|
DUF1771 |
Detail
|
|
Rmu_sc0000994.1_g000007.1
|
rosa_multiflora |
-
|
Converts the prephenate produced from the shikimate- chorismate pathway into phenylalanine |
Detail
|
|
Rmu_sc0000994.1_g000010.1
|
rosa_multiflora |
-
|
Pentatricopeptide repeat-containing protein At1g06145-like |
Detail
|
|
Rmu_sc0000995.1_g000001.1
|
rosa_multiflora |
-
|
Glucuronokinase |
Detail
|
|
Rmu_sc0000996.1_g000001.1
|
rosa_multiflora |
-
|
26S proteasome non-ATPase regulatory subunit |
Detail
|
|
Rmu_sc0000996.1_g000002.1
|
rosa_multiflora |
-
|
Potassium channel |
Detail
|
|
Rmu_sc0000996.1_g000006.1
|
rosa_multiflora |
-
|
Protein FAR1-RELATED SEQUENCE 5-like |
Detail
|
|
Rmu_sc0000996.1_g000007.1
|
rosa_multiflora |
-
|
Protein FAR1-RELATED SEQUENCE 5-like |
Detail
|
|
Rmu_sc0000997.1_g000003.1
|
rosa_multiflora |
-
|
dipeptidyl-peptidase activity |
Detail
|
|
Rmu_sc0000997.1_g000005.1
|
rosa_multiflora |
-
|
Ribonuclease H protein |
Detail
|
|
Rmu_sc0000997.1_g000011.1
|
rosa_multiflora |
-
|
TMV resistance protein N-like |
Detail
|
|
Rmu_sc0000998.1_g000001.1
|
rosa_multiflora |
-
|
Truncated transcription factor CAULIFLOWER |
Detail
|
|
Rmu_sc0000998.1_g000003.1
|
rosa_multiflora |
-
|
Protein FAR1-RELATED SEQUENCE 5-like |
Detail
|
|
Rmu_sc0000998.1_g000004.1
|
rosa_multiflora |
-
|
Protein of unknown function (DUF3339) |
Detail
|
|
Rmu_sc0000998.1_g000005.1
|
rosa_multiflora |
-
|
Protein of unknown function (DUF3339) |
Detail
|
|
Rmu_sc0000998.1_g000006.1
|
rosa_multiflora |
-
|
Nodulin-like |
Detail
|
|
Rmu_sc0000998.1_g000007.1
|
rosa_multiflora |
-
|
Removal of H(2)O(2), oxidation of toxic reductants, biosynthesis and degradation of lignin, suberization, auxin catabolism, response to environmental stresses such as wounding, pathogen attack and oxidative stress |
Detail
|