BOR1 — Triticum aestivum

Summary

TRAESCS5A02G085200, designated TaBOR1 on bread wheat chromosome 5A, encodes a protein with bicarbonate transporter-like domains and is annotated with borate efflux transmembrane transporter activity. The gene is associated with borate membrane transport, cellular response to boron levels, and anion transmembrane transport. TaBOR1 has been linked to boron sensitivity, boron toxicity tolerance, boron efficiency, and seed yield, as well as to root development, embryo development, and response to abscisic acid. It is also connected to floral organ identity, stomatal opening, and abscisic acid sensitivity. The encoded protein localises to the plasma membrane, endosome, vacuole, mitochondria, cytosol, and nucleus. Studies of related genes in other species link the BOR family to boron transport, boron deficiency tolerance, and reproductive development.

Annotations

Chromosome
5A
Related genes
BOR1, L23H3.1, AP3, MADS2, MYB81, TIFY11A, SCE1, BOR2
GO terms
homeostasis, Endosome, membrane transport, SUMO Binding, Embryo Development Ending In Seed Dormancy, Cytosol, Monoatomic Anion Transport, inorganic anion exchanger activity
Publications
27129483, 20074036, 29415257, 23531152, 24577486, 21621519, 22247248, 29235975
Traits
water retention, disease resistance, boron efflux, boron toxicity tolerance, boron translocation, boron transport, boron uptake, female fertility