Biomedical Engineering

Biomedical Engineering

 Introduction to Biomedical Engineering:

Biomedical engineering (BME) is that the application of engineering principles and design ideas to medicine and biology for care functions (example: diagnostic or therapeutic). This field seeks to shut the gap between engineering and medicine, combining the planning and problem finding skills of engineering with medical biological sciences to advance health care treatment, together with identification, monitoring, and medical care. biomedical engineering has only recently emerged as its own study, as compared to several alternative engineering fields. Such Associate in Nursing evolution is common as a replacement field transitions from being Associate in Nursing knowledge base specialization among already-established fields, to being thought-about a field in itself. abundant of the add biomedical engineering consists of analysis and development, spanning a broad array of subfields. distinguished medical specialty engineering applications include the development of biocompatible prostheses, various diagnostic and therapeutic medical devices starting from clinical instrumentation to micro-implants, common imaging instrumentation like MRIs and EKGs, regenerative tissue growth, pharmaceutical medicine and therapeutic biologicals.

Biomedical engineering or bioengineering is that the application of engineering principles to the fields of biology and health care. Bioengineers work with doctors, therapists and researchers to develop systems, instrumentation and devices so as to resolve clinical issues. biomedical engineers have developed variety of life enhancing and life saving technologies. These includes the:

  • Prosthetics, like dentures and artificial limb replacements.
  • Surgical devices and systems, like robotic and laser surgery.
  • Systems to watch very important signs and blood chemistry.
  • Implanted devices, like hypoglycemic agent pumps, pacemakers and artificial organs.
  • Imaging ways, like ultrasound, X-rays, particle beams and resonance.
  • Therapeutic equipment and devices, like kidney dialysis and body covering electrical nerve stimulation.
  • Radiation medical care using particle beams and X-rays.
  • Physical medical care devices, like exercise equipment and wearable tech.

What are the responsibilities of Biomedical Engineers?

What are some important advances that made by Biomedical Engineers?

Can you explain biomaterials?

Can you define Biomechanics?

Define Bioinstrumentation?

Can you explain Isotopic Tracer Technique?

Explain biological Neuron Model? How is it different from Artificial Neuron?

Define microarrays? How they are related to DNA?

Can you explain Frame Shift Mutation? Is this mutation similar to Single nucleotide polymorphism?

Can you define myoelectric control?

Can you explain Systems Physiology?

Can you define Epilepsy?

What are the wave patterns seen in an EEG Scan?

Can you explain Therapeutic Cloning?

Explain Blood Brain Barrier?

Can you define BMI?

Explain Medical Imaging?

Define pathogens? Name some types of pathogens?

Can you explain MRI?

Define Rehabilitation Engineering?

Explain the difference between gram positive and gram-negative bacteria?

Explain Mechanism of the ELISA? What are their Uses?

Can you define Alzheimer's disease?

Explain the Principle behind the DNA Fingerprinting?

What are the commonly used technologies in medical imaging?

Define Prosthetic Limb? And It's Drawbacks?

Can you explain microarray?

Can you explain Gram Staining Method?

Can you explain Forbidden Clones?

Define Immunoglobulins? Explain it's Structure?

Explain the difference between Retrovirus and Provirus?

What are the differences between Introns and Exons?

Define the method of Perfusion? State some of it's drawbacks?

Explain the technique of Gene Conversion?

Define LMO? And it's importance?

Can you explain RCCS? And what is its Lifespan?

What is superiority Of TLC over Paper Chromatography?

What is clinical engineering in biomedical engineering?

Do you explain flow control in Biomedical Engineering?

Can you explain the popularity of biomedical engineering a passing fad?

Explain is biomedical engineering really Engineering? And is it better to study mechanical, chemical or electrical engineering?

What are the roles of Biomedical Engineer in an industry?

What are roles of biomedical engineer in a hospital?

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