Introduction
Tissue engineering, the most innovative discipline in biomedical engineering, is about to disrupt the very meaning of disease treatment and rewrite the nature of tissue recovery and regeneration. The broad scope of biology, engineering, and materials science works towards finding tailor-made approaches for either diseased or injured tissues. It is a sign of the intense commitment found in the field. The challenge of engineering materials that can mimic the natural form and functions is the promise within the innovation of tissue engineering. These artificial replicas are designed to fit perfectly within the body’s complex system this essay embarks on an odyssey through the verdant realms of contemporary research, delving deep into the pulsating heart of two illustrious domains: the gorgeous reincarnation of skin and the mystical remodeling of cartilage. The second major feature of cellular aging is the loss of telomerase activity (Khademhosseini and Langer, 2016).
Firstly, skin is a complex organ that is primarily responsible for body defenses and, therefore, requires intact skin to be able to carry out functional activities after wound healing and skin aging. Skin tissue engineering has seen new improvements that have aimed at stepping up the process of wound healing, especially in cases where the….
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