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Drought stress in plants caused by water deficiency. In Vitro selection with mutation techniques offered stress tolerancein plants. Shoot tips of chilli pepper (Capsicum annuum . L.) exposed for gamma radiations at the doses (0, 10 and 20Gy). Irradiated shoots were exposed to stress tolerance in the presence of Polyethylene Glycol (PEG 6000) in MSmedium. Analysis of variance results for all characters studied were found to be significant, highest dose 20 Gyinteraction with 40 g.l-1of PEG gave highest number 6.2 shoot. explant-1 whereas 10 Gy and 40 g.l-1of PEG gave highestplant height 6.04 cm. Further, higher accumulation of proline reached 26.97 mg. g-1 at interaction of 20 Gy+ 60 g.l-1PEG while highest accumulation of CHO found at 20 Gy+ 40 g.l-1 PEG.

Response of irradiated chilli pepper shoots (Capsicum annuum. L.) propagated in vitro to drought stress tolerance