PIP2 — Brassica oleracea

Summary

BoPIP2 (BOLC102_C03P025420.1) on cabbage chromosome 3 encodes an aquaporin family protein with water channel activity, phospholipase D activity, and protein kinase activity. It is associated with phosphatidic acid metabolism, glucosinolate transport and breakdown, hydrogen peroxide membrane transport, response to desiccation, brassinosteroid response, regulation of stomatal closure, and circadian regulation of gene expression. The gene is linked to numerous agronomic traits including photosynthetic rate, stomatal resistance, root hair length, flowering time, vegetative growth, and responses to salt, drought, freezing, aluminum, and low temperature stress. It has been connected to disease tolerance, including downy mildew and powdery mildew responses, as well as bacterial resistance and basal defense. Localization evidence places the product at the plasma membrane, plasmodesmata, endoplasmic reticulum, Golgi, and plant-type vacuole.

Annotations

Chromosome
3
Related genes
PIP2, NHL3, MEE54, PIP2B, RD28, F4B14.60, FER, RKL1
GO terms
homeostasis, Memory, Water Channel Activity, secondary metabolism, Plant-type Vacuole, ubiquitin ligase binding, Filiform Apparatus, MRNA Binding
Publications
30124284, 33264621, 22884521, 15105442, 15040888, 28338727, 30018156, 19900291
Traits
immune response, polytubey block, pollen tube reception, endoplasmic reticulum body formation, indole glucosinolate biosynthesis, abscisic acid response, glucosinolate biosynthesis, salt stress response