Published Paper Details:

Nanorobots, an innovative and developing technology that combines robotics and nanotechnology, has great potential for revolutionising the medical industry. These tiny, self-contained machines, which are generally nanoscale in size, have the potential to precisely move through the human body, carrying out specific functions and dispensing medicines at the cellular and molecular levels. An overview of nanorobot applications in medicine is given in this abstract, with a focus on how they have the potential to revolutionise healthcare. Nanorobots are capable performing a wide range of tasks, including tissue regeneration, medication delivery, diagnosis, and surgery. They can be made to transport therapeutic agents or payloads of medications, enabling targeted, localised illness therapy. Drugs are delivered to the damaged location with the least amount of systemic adverse effects thanks to their capacity to travel through the circulation or enter tissues. Nanorobots with sensors and imaging equipment can diagnose illnesses quickly and with great precision by spotting their early symptoms. Nanorobots can reach difficult anatomical areas and execute minimally invasive treatments, considerably enhancing surgical techniques. They have the capacity to lessen patient suffering, healing time, and complication danger. Nanorobots can also help with tissue healing by moving and assembling biological components at the cellular level, which encourages regeneration processes. Nanorobots provide focused treatments and therapies in personalised medicine, providing promise for the treatment of diseases including cancer, neurological problems, and hereditary abnormalities. They have the potential to improve therapeutic effectiveness and lessen side effects by molecularly customising treatments. The creation and incorporation of nanorobots into clinical practise nevertheless face difficulties, despite these fantastic prospects. These concerns span a variety of areas, including as biocompatibility, power supply, safety, and navigation control. For nanorobots to be used safely and productively in healthcare, it is imperative that these issues be resolved