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Research Services
Physician Writing Service
Statistical Analyses
Research Impact
Medical Device Development: Creating and refining devices used in medical settings, including diagnostic and therapeutic tools.
Implants: Developing implantable devices like pacemakers, coronary stents, and prosthetics to improve patient outcomes.
Medical Imaging: Enhancing imaging technologies to improve the diagnosis and monitoring of diseases.
Tissue Engineering: Researching artificial organs and tissues to aid in organ transplantation and regenerative medicine.
Stem Cell Engineering: Utilizing stem cells for therapeutic purposes, including the engineering of tissues and organs.
Clinical Engineering: Ensuring the safety and efficacy of medical devices used in clinical trials and everyday practice.
3D Printing of Human Organs: Advancing the capability to print human tissues and organs for transplantation.
Stem Cell Engineering: Using stem cells for regenerative medicine to replace damaged tissues and organs.
Material Science: Developing new materials that can be used in medical implants and devices to improve biocompatibility and functionality.
Safety Standards: Establishing protocols and standards to ensure the safety and reliability of medical devices.
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The study of diagnostic and therapeutic application of engineering in a broad array is called biomedical engineering. It is an interdisciplinary area of research that entitles different engineering techniques to assist in developing biomedical devices for surgeons, patients and physicians in their health care practices. The concepts of biomedical engineering also help in the rehabilitation of disabled patients and the application of the principles and problem-solving techniques to answer problem associated with biology and medicine. This is so evident that biomedical engineering has been utilized from diagnosis to treatment and recovery through the proliferation of implantable medical devices like a pacemaker, artificial hips, etc. and future technologies such as 3D printing of human organs and stem cell engineering. Engineering is an innovative field from automobile to aerospace and biomedical engineering is a field to improve human health and healthcare system, whether it could be an advanced prosthetic limb or identification of proteins.
There are several research areas in biomedical engineering includes the experimental design and development of a medical device, implants, medical imaging, tissue engineering, stem cell engineering, clinical engineering, etc. Biomedical engineering works in a with a range of opportunities from innovation, designing and development of new technology through research, testing, implementing, and developing novel diagnostic tool and medical equipment to establishing safety standards for medical devices. Further, tissue engineering and stem cell engineering working towards identifying artificial organs and helps organ transplantation by helping the people live a better life. The development of implantable medical devices such as pacemakers, coronary stents, prosthetics, etc. has been a great achievement, and clinical engineers ensure the safety and reliability of such devices for everyday use in clinical trials. Ultimately, the future technologies of biomedical engineering in discovering and advancing novel medical devices and achievements in the fields like material science and engineering through interdisciplinary research.
PHD in Biomedical Engineering
PHD in Biomedical Engineering
PHD in Biomedical Engineering
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