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What is a Biochip? A biochip is a very small chip that is linked to systems or networks, or embedded into devices, that is used to monitor, measure, or control biological functions Biochips have been used since the mid-1990s in medical and healthcare applications such as diagnostics and drug delivery, as well as in consumer products such as smart watches and fitness trackers. Biochips are highly specific and sensitive and can detect even the smallest of biological changes. They use either chemical or electrical signals to do this. They can also be used for storing biological information and can be programmed with different types of molecular interaction. Biochips also have the ability to analyze and store large amounts of data. The use of biochips has enabled medical professionals to rapidly diagnose diseases, evaluate treatments, and track patients’ progress over time. It has also enabled the development of personalized healthcare, with doctors able to monitor and respond to changes in patient’s health in real-time. The five best examples of biochip applications: 1) Diagnostics: Biochips can be used to detect a range of different diseases and medical conditions, including cancer and infectious diseases. They can detect very tiny amounts of biological material and provide results quickly. This makes them ideal for use in large-scale screening processes, such as in public health settings. 2) Drug delivery: Biochips can be used to deliver drugs to targeted areas within the body, such as tumors or infected organs. This allows a more targeted approach to drug delivery and can minimize drug toxicity in healthy tissue. 3) Food safety: Biochips are being used to detect food-borne pathogens and allergens, helping to ensure the safety of our food supply. 4) Personalized healthcare: Biochips can be used to monitor medical conditions in real-time, providing healthcare professionals with more accurate and timely information about patient health. This can enable more personalized, tailored treatment plans. 5) Prosthetics: Biochips are being used in the development of prosthetic limbs, allowing people to control their artificial body parts with a simple thought. This can significantly improve the quality of life of those who have lost limbs.