Education · 11/10/2024

A recent study by Professor Schaller's team at Dartmouth College elucidates the molecular mechanisms underlying the corpse flower's unique thermogenesis and scent composition. Through genetic analysis, they discovered that alternative oxidase genes play a crucial role in heat generation, and putrescine is a significant component of the distinctive odor, aiding in attracting pollinators. This research provides new insights into plant adaptation and ecological roles, offering implications for plant conservation and management. The findings shed light on how this remarkable plant uses heat and smell to ensure its survival.