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Introduction To Biomedical Engineering

Subject : engineering
Instructions:
  • Answer 50 questions in 15 minutes.
  • If you are not ready to take this test, you can study here.
  • Match each statement with the correct term.
  • Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.

This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Heart rate x stroke volume






2. Total lung capacity - vital capacity






3. Because the devices may not state that they FDA- approved


4. Conflict of interest - competence - and age






5. Rotational movement of forearm such that the palm is facing anterior when standing in anatomic position






6. DNA synthesis






7. Motion where angle of joint is decreased in the sagittal plane






8. What specific steps are required before market approval






9. Protein channels to pass through cell membrane






10. Premarket approval - Are licenses to an individual company to market a specific device - require a lot of time and money to prove safety and effectiveness






11. Protein called tubulin






12. G1 - s - g2 - m






13. Hollow - cylindrical structures that aid in cell division by transporting chromosomes






14. Protocol submitted to IRB for approval






15. Food and drug administration - in charge of Regulating medical devices for their safety and effectiveness






16. Motion where the body part is extended toward the medial line (side- to- side)






17. Divides the body in left and right halves; aka median plane






18. Elastic bandages - crutches - exam gloves - hand- held surgical instruments






19. Clinical trial of new chemotherapy drug






20. Nearer to the trunk of the body






21. V diastole - V systole






22. Flexible - light - can be translucent or not transparent - can be degradable or stable - easy to work with - inexpensive






23. Strong and ductile - good conductor of heat and electricity - high melting point - high density - shiny and reflective - numerous






24. Toward the midline of the body






25. F/ A0






26. Closer to the feet






27. Lower than for a PMA device


28. As a osmotic barrier; phospholipid bilayer






29. Programmed cell death






30. Genotyping to determine risk factors for disease






31. Investigator






32. Growth phase 1






33. Institutional review board - consider the ethical aspects - to evaluate - approve - and monitor proposals to perform human research






34. Deliver oxygenated blood to cardiac tissue - derive oxygenated blood via Sinuses of Valsalva - fill with blood on diastole - heart muscle relaxes during diastole






35. By an IRB with or without the FDA


36. Back view (palms up)






37. Revisions returned to investigator






38. As the lung grows into the pleural cavity - it picks of a layer of this






39. Involves carries - channels - or direct diffusion from high concentration to low concentration






40. Stiff and brittle - good insulators of heat and electricity - very high melting point - hard - wear resistant






41. Serious level of risk; implants or necessary to sustain life; require PMA






42. Further from the midline of the body






43. Basic functional unit of skeletal muscles






44. The remainder of the pleura left in the cavity






45. Mitosis






46. Consent should be attained from the subject by a person NOT engaged in the research and completely independent






47. 2/3 diastolic pressure + 1/3 systolic pressure






48. Moderate risk to the user; most require 510(k)






49. Contains ribosomes - protein synthesis






50. ATP production - Kreb's cycle - contains two membranes