Prosthetics, Artificial Limbs, Implants and Their Biomedical Applications
Emin Taner Elmas
Abstract
This article is a document which gives general information about the biomedical applications of prosthetics, artificial limbs, implants and their biomedical applications.Prosthetic and implant technologies constitute one of the most dynamic areas of modern medicine, based on both engineering and biology.The solutions developed in this field not only compensate for limb loss, but also offer functional and aesthetic improvements that directly affect the individual's quality of life.Prosthetic and implant technologies are likely to become much more functional, durable and biocompatible in the coming years, along with developments in rapidly advancing fields such as biomaterial science, microelectronics, artificial intelligence and tissue engineering.Prosthetics that can perform basic functions today are turning into smart systems that can perceive the user's intentions, adapt to environmental conditions and provide real-time feedback in the near future.Brain-computer interfaces, which specifically target neuromuscular interaction, are paving the way for revolutionary developments in prosthetic use.These technologies can provide more natural and intuitive control by communicating directly with the nervous system.Similarly, prosthetics equipped with sensors are reaching a level where they can perceive sensory data such as heat, pressure or touch and transmit it back to the user.In addition, hybrid structures that can integrate with living cells are being designed through tissue engineering, and it is aimed to integrate biological tissues developed in a laboratory environment with prosthetic systems.In terms of energy sources, studies on longer-lasting, lighter and wirelessly rechargeable battery systems are ongoing.Advanced battery technologies will increase the lifespan of implants and bionic prosthetics and reduce maintenance requirements.However, the development of prosthetic technologies is not limited to technical achievements alone.Issues such as ethics, social access and safety must also be considered in terms of sustainability and justice principles in this field.Retinal implants still face many technical challenges.Prosthesis and implant systems are one of the most strategic biomedical fields that contribute to human health with technological advances, and innovations in this field are likely to radically transform both clinical practices and individual lives in the coming period .