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Inspiration is fundamental and it’s becoming clear that in Biomedical Research it is the animal kingdom that is taking the spotlight. With the rising use of technology in medicine, the field is applying one of the most intriguing notions in biology of the evolution of reminiscent features, increasingly changing the way scientists refine and develop medical technologies.
Every one of us can give an example of the wings of birds and insects. Bird wings and insect wings, are a classical example of analogous structures, which can be considered features of various species that share a function, but developed through technologies that differ from a mutual ancestor.
Today biomedical engineers and scientists are focusing on blatant functional mimicry as opposed to direct evolutionary ancestry, and this approach is recently yielding success as domains in biomedical engineering are advancing.
The legs of cheetahs and kangaroos are good examples of how a cheetah and kangaroo, which are totally different species, as they have developed legs that are designed to provide long distance dash and endurance. With this, cheetah and kangaroo legs have led to the invention of Bio inspired prosthesis that dynamically aid the movement of e
Some molluscs such as clams and oysters possess two-valved shell structures that open and close under pressure. This phenomenon occurs due to the application of pressure and resembles the opening and closing of human heart valves. This research has also informed the design of heart valves which are synthetic and durable as they mimic the function of human valves without needing human or animal tissue.
Wings of dragonflies and a few other insects are able to clean themselves and resist bacterial colonization. Studying these features has led to the creation of surfaces that are anti-microbial for both artificial skin as well as for other medical appliances which helps to lower the risks of infection among patients.
The uniqueness of analogous structures is their ability to function without the constraints of a shared evolutionary lineage, which is beneficial when tackling biomedical problems. Scientists are now applying machine learning and biomechanics to investigate whether functional features of organisms, even those that are not related, may provide solutions for new medical implants, robotic devices, and diagnostic tools.
To illustrate, some researchers seek to enhance neural interfaces within brain-computer technologies by studying fish and their electric sense. While human systems are quite different from these animals, the functional goals such as signal detection provide exciting models.
Learning from analogous biology is not only about retrieving options from resorts to refine technology; it also makes it more humane. Solutions evolved in nature are a lot older and more sophisticated. Hence, a twenty-first century medical technology can utilize the knowledge of nature in a more sophisticated and sophisticated. In relation to nature knowledge, a medical technology can utilize it in a more strategic, affirmative, and eco-friendly way.
Pharma and biotech specialists are immensely poised to understand these biological parallels, especially at a time when inter-disciplinary research is gaining more importance. This also covers in the area of altering medicines, propelled medicine, and personalized medicine.
The world of biological research and evolutionary biology continues to flourish, and marsh that has biological impetus is crossing the line. Analogous structures will always stand as the fountain of creativity. They remind us that not every innovation is builds on a unique foundation or concept. Sometimes an invention or innovation is just about new perspective that is often found in nature.
Form and function has that differentiation and a concept with unlimited possibilities or potentials can most certainly be the shape of modern medicine.
