జర్నల్ ఆఫ్ ప్లాంట్ జెనెటిక్స్ అండ్ బ్రీడింగ్

నైరూప్య

Autophagy-Related Protein Uvatg14 Adds to Mycelial Development, Abiogenetic Propagation, Destructiveness and Cell Stress Reaction In Rice Bogus Muck Parasite Ustilaginoidea Virens

Xiayan Pan, Zongtao Sun

Autophagy is a developmentally saved debasement process that corrupts harmed proteins to keep up with homeostasis and to safeguard cells against stress. In this review, we distinguished and portrayed a basic autophagyrelated protein, UvAtg14, in Ustilaginoidea virens, which is the ortholog of MoAtg14 in rice impact organism Magnaporthe oryzea. UvAtg14 is co-limited with UvAtg8 (an autophagy marker protein) and is exceptionally communicated at 1-3 days post-immunization. Erasure of the UvATG14 quality hindered GFP-UvAtg8 dealing and autophagic absorption and essentially decreased mycelial development, abiogenetic propagation, and destructiveness of U. virens. UvATG14 erasure freaks additionally showed expanded aversion to different abiotic stresses. Our discoveries show that UvAtg14 is a key autophagic protein and adds to mycelial development, conidia creation, and pathogenicity in U. virens.