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Cuvier's beaked whale has remarkable diving capabilities, reaching depths of 2,992 meters and staying submerged for up to 3 hours and 42 minutes, thanks to physiological adaptations like collapsing lungs and reduced heart rates that conserve oxygen. Researchers note that these whales rely on myoglobin in their muscles to store and release oxygen during deep dives, enabling them to exceed known physiological limits. Scientists are eager to study these adaptations further, as findings may lead to advancements in medical treatments for conditions like collapsed lungs. The unique capabilities of the Cuvier's beaked whale highlight the extraordinary evolutionary traits of marine mammals and raise questions about the origins of these abilities. Understanding these adaptations could not only enhance wildlife conservation efforts but also inspire medical innovations. In light of this, the ongoing research into the Cuvier's beaked whale serves as a bridge between marine biology and human health advancements.