during micropexophagy, the glucosyltransferase is associated with the micropexophagic apparatus. GRAM domain is essential for proper protein association with its target membrane
during micropexophagy, the glucosyltransferase is associated with the micropexophagic apparatus. GRAM domain is essential for proper protein association with its target membrane
during micropexophagy, the glucosyltransferase is associated with the micropexophagic apparatus. GRAM domain is essential for proper protein association with its target membrane
during micropexophagy, the glucosyltransferase is associated with the micropexophagic apparatus. GRAM domain is essential for proper protein association with its target membrane
UGT80B1:GFP is localized in the hechtian strands, connecting the retracting protoplast from the cell wall. Wild-type exhibits clear cell periphery localization of SCM:GFP in one of the two cell files, differentiating developing H cells from N cells. In ugt80B1 mutants, a decrease in cell peripheral localization of SCM:GFP can be seen, and signal is detected in both H and N cell files indicating a loss in cell-type specific accumulation of SCRAMBLED (SCM). An increase in cytoplasmic punctae labeled with SCM:GFP is visible in both cell files in ugt80B1
UGT80B1:GFP is localized in the hechtian strands, connecting the retracting protoplast from the cell wall. Wild-type exhibits clear cell periphery localization of SCM:GFP in one of the two cell files, differentiating developing H cells from N cells. In ugt80B1 mutants, a decrease in cell peripheral localization of SCM:GFP can be seen, and signal is detected in both H and N cell files indicating a loss in cell-type specific accumulation of SCRAMBLED (SCM). An increase in cytoplasmic punctae labeled with SCM:GFP is visible in both cell files in ugt80B1