Abstract:
The giant squid is an exceptionally intriguing organism with unique features, residing in the depths of the ocean at a depth of 1.5 km. To survive in these dark, high-pressure conditions and evade predators, this giant creature requires specific adaptations in its anatomy and way of life. The anatomy and physiology of the giant squid have inspired engineering and medical topics in human life. In this study, we will explore the potential applications of its defense system, digestion, nervous system, respiration, blood circulation, reproduction, and especially its skin in solving biotechnological challenges.
Description:
The giant squid is an exceptionally intriguing organism with unique features, residing in the depths of the ocean at a depth of 1.5 km. To survive in these dark, high-pressure conditions and evade predators, this giant creature requires specific adaptations in its anatomy and way of life. The anatomy and physiology of the giant squid have inspired engineering and medical topics in human life. In this study, we will explore the potential applications of its defense system, digestion, nervous system, respiration, blood circulation, reproduction, and especially its skin in solving biotechnological challenges.
