|
Prupe.4G020900.3_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G020900.2_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G243900.1_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G011100.1_v2.0.a1
|
prunus_persica |
-
|
Fumarylacetoacetase N-terminal |
Detail
|
|
Prupe.4G210800.1_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G205800.1_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G205800.2_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G270000.1_v2.0.a1
|
prunus_persica |
-
|
Actin-binding domain of plant-specific actin-binding protein |
Detail
|
|
Prupe.4G270000.2_v2.0.a1
|
prunus_persica |
-
|
Actin-binding domain of plant-specific actin-binding protein |
Detail
|
|
Prupe.4G019900.1_v2.0.a1
|
prunus_persica |
-
|
cellular response to nitrogen starvation |
Detail
|
|
Prupe.4G078300.1_v2.0.a1
|
prunus_persica |
-
|
Belongs to the MCM family |
Detail
|
|
Prupe.4G131900.1_v2.0.a1
|
prunus_persica |
-
|
L-ascorbate oxidase-like |
Detail
|
|
Prupe.4G200600.1_v2.0.a1
|
prunus_persica |
-
|
zinc finger |
Detail
|
|
Prupe.4G200600.2_v2.0.a1
|
prunus_persica |
-
|
zinc finger |
Detail
|
|
Prupe.4G030200.1_v2.0.a1
|
prunus_persica |
-
|
Protein present in Fab1, YOTB, Vac1, and EEA1 |
Detail
|
|
Prupe.4G052700.1_v2.0.a1
|
prunus_persica |
-
|
Triose phosphate phosphate translocator |
Detail
|
|
Prupe.4G052700.3_v2.0.a1
|
prunus_persica |
-
|
Triose phosphate phosphate translocator |
Detail
|
|
Prupe.4G052700.2_v2.0.a1
|
prunus_persica |
-
|
Triose phosphate phosphate translocator |
Detail
|
|
Prupe.4G032800.1_v2.0.a1
|
prunus_persica |
-
|
None |
Detail
|
|
Prupe.4G205100.1_v2.0.a1
|
prunus_persica |
THI1
|
Involved in biosynthesis of the thiamine precursor thiazole. Catalyzes the conversion of NAD and glycine to adenosine diphosphate 5-(2-hydroxyethyl)-4-methylthiazole-2-carboxylic acid (ADT), an adenylated thiazole intermediate. The reaction includes an iron-dependent sulfide transfer from a conserved cysteine residue of the protein to a thiazole intermediate. The enzyme can only undergo a single turnover, which suggests it is a suicide enzyme. May have additional roles in adaptation to various stress conditions and in DNA damage tolerance |
Detail
|