HEL — Triticum aestivum

Summary

TRAESCS2B02G581900 (HEL, PR4) on wheat chromosome 2B encodes a Barwin-domain protein with RNA nuclease, chitin-binding, hydrolase, sugar-binding, transmembrane receptor serine/threonine kinase, and protein-binding activities. It is associated with antifungal innate immune response, killing of cells of other organism, response to herbivore and virus, systemic acquired resistance, HR-PCD, detoxification, glutathione metabolism, coumarin anabolism, phenylpropanoid metabolism, flavonoid anabolism, lignin anabolism, secondary cell wall biogenesis, phloem transport, leaf vascular tissue pattern formation, and auxin signaling. The protein localizes to secretory vesicles, the extracellular region, and the plasmalemma. Associations include leaf vein morphology trait, wheat powdery mildew disease response, stem rust, grain weight, salt tolerance, and resistance to Botrytis cinerea. Related genes in other species link the family to leaf venation and vascular development.

Annotations

Chromosome
2B
Related genes
HEL, HSFC1B, VH1, TLP1, MYBS3, TRAESCS1B02G022900, HOX7, TRAESCS7B02G105700
GO terms
Learning, glutathione metabolism, Hydrolase Activity, innate immunity, defence response to fungi, Chitin Binding, sugar binding, HR-PCD
Publications
17956859, 20192832, 11161023, 12668776, 25643917, 25261123, 22731664, 23234406
Traits
antifungal activity, Premature Senescence, Leaf Cell Death, Abnormal Leaf Venation, Reduced Vein Number, vascular development, pathogen defense response, seed germination under salt stress, salt tolerance, insect resistance