ESM1 — Brassica oleracea
Summary
BoESM1 (BOLC102_C05P056720.1) on cabbage chromosome 5 encodes a GDSL/SGNH-hydrolase family protein with sinapine esterase, acetylajmaline esterase, serine O-acyltransferase, glycosidase, lipase, acyltransferase, and esterase activities, and is also associated with ADP and ATP hydrolase binding. The gene is linked to glucosinolate breakdown and metabolism, indole glucosinolate anabolism, and xanthophyll metabolism, as well as abscisic acid anabolism, photoprotection, and detection of bacteria. It has been connected to traits including violaxanthin and neoxanthin content, abscisic acid concentration, bacterial disease response, herbicide and zinc sensitivity, and meristem and root development. Phenotypically, BoESM1 is associated with nitrile formation, isothiocyanate production, insect resistance, and glucosinolate hydrolysis. Studies of related genes in other species link the family to disease resistance and neoxanthin biosynthesis.
Annotations
- Chromosome
- 5
- Related genes
- ESM1, RPT2A, ABA4, RPS2
- GO terms
- Pupation, oviposition, glucosinolate anabolism, Plant-type Vacuole, Response To Heat, Lipase Activity, Cytosolic Ribosome, Meristem Structural Organization
- Publications
- 27446097, 15208337, 17825468, 33961777, 30300945, 24377444, 22487254, 33889973
- Traits
- disease resistance, inflorescence architecture, hypersensitive cell death response, other miscellaneous trait, Higher Nitrile Ratio, Reduced Herbivore Damage, Susceptible to Pseudomonas with avrRpt2, Lacks Hypersensitive Response, Impaired RPM1-Mediated Resistance to Bacterial Effectors, Susceptible to Pseudomonas with avrRpm1, avrB, or avrRpt2