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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. Number of subjects - safety assurances - privacy protection - informed consent documents






2. Front view (palms up)






3. <25% results in heart failure






4. Back view (palms up)






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


6. Toward the midline of the body






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






8. V diastole - V systole






9. Mitosis






10. Requires energy; move from low concentration to high concentration






11. Water adsorption - reduction of length - reduction of strength - weight loss






12. Investigational device exemption - allows companies and researches to use their new devices/technology for investigational use only - used to Generate data before PMA's






13. Neared to the end of the limbs






14. Divides the body in posterior and anterior halves






15. Closer to the head






16. Basic functional unit of skeletal muscles






17. Divides the body into superior and inferior halves






18. Ee


19. Conflict of interest - competence - and age






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






21. Motion where angle of joint is increased in the sagittal plane






22. Product development protocol - alternatives to IDE and PMA processes for new devices






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






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






25. Protein channels to pass through cell membrane






26. By an IRB with or without the FDA


27. Evaluations based on adherence to regulations and assurances of patient safety; may also suggest scientific improvements






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






29. Investigator






30. Three classes






31. What specific steps are required before market approval






32. Clinical evaluation of new devices are critical to prove safety


33. Delivers and stores proteins and lipids






34. The remainder of the pleura left in the cavity






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






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






37. R-R interval






38. Injury with tissue - bleeding and clotting (coagulation cascade) - acute inflammation - pink granulation tissues replaces matrix - tissue is remodeled back to original state






39. Total lung capacity - vital capacity






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






41. Metals - ceramics - polymers - biologics






42. Cardiac output < demand






43. Can pass through cell membrane directly






44. Revised version resubmitted to IRB for approval






45. Lower than for a PMA device


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






47. Heart rate x stroke volume






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






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






50. Provide additional knowledge without direct benefit to the patient