Raw data and analysis of the results corresponding to the manuscript Nuclear microautophagy drives vacuolar targeting of yeast iron-regulated proteins during lipid and iron limitation [DATASET]

Figure 1: Contribution of different pathways to the vacuolar localization of Aft1 protein in iron-deficient mga2Δ cells.-- Figure 2: Activation of piecemeal nuclear microautophagy occurs in iron-deficient mga2Δ cells.-- Figure 3: Piecemeal nuclear microautophagy drives Aft1 accumulation to the vacuole under iron deficiency in mga2Δ cells. -- Figure 4: Aft1 vacuolar exclusion in mga2Δ cells does not restore iron regulon activation. -- Figure 5: Aft1 vacuolar exclusion in mga2Δ cells is insufficient to recover growth under iron-deficient conditions. -- Figure 6: Cth2 localizes to the vacuole in iron-deficient cells defective in unsaturated fatty acid production. -- Figure 7. Aft1 vacuolar exclusion in mga2Δ cells does not restore iron regulon activation.