Postharvest Physiology And Biochemistry Of Frui... Guide

. High temperatures accelerate this, leading to faster deterioration.

: The loss of moisture through pores like stomata and lenticels . Excessive water loss leads to shriveling and weight loss. Postharvest Physiology and Biochemistry of Frui...

: The process where oxygen is consumed to break down starches and sugars into energy, releasing heat and CO2cap C cap O sub 2 Excessive water loss leads to shriveling and weight loss

: Complex molecules like starches break down into simple sugars, and volatile compounds are synthesized to create distinct aromas. : Degradation of chlorophyll often reveals or synthesizes

: Enzymes such as pectinase and cellulase degrade cell walls, causing fruit to soften.

: Degradation of chlorophyll often reveals or synthesizes other pigments like carotenoids. Recommended Reference Guides

: A natural plant hormone that triggers ripening. Managing ethylene is critical for controlling the ripening speed of climacteric fruits like bananas and mangoes. Biochemical Changes During Ripening