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BMET Course 104 Clinical Applications QUESTIONS WITH 100% CORRECT ANSWERS, GRADED A+ BMET Course 104 Clinical Applications QUESTIONS WITH 100% CORRECT ANSWERS, GRADED A+ BMET Course 104 Clinical Applications QUESTIONS WITH 100% CORRECT ANSWERS, GRADED A+
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insertion into canals, passageways, or body cavities
organ
occupies space
single direction, opening and closing under changing pressure on each face
firm plastic with tip consisting of a large opening surrounded by a bulbous head
the vanes expand creating a negative pressure that draws air through the input port applying suction to the patient circuit
developed drawing air through the intake valve while pulling the discharge valve closed
pumps except that piston slides up and down inside of a cylinder
through a narrowed chamber expanding to a larger passage that creates suction from a port located at the point of expansion
develops a vacuum through positive pressure displacement
inside a sealed chamber with 2 reed valves
tip/catheter and suction unit for purpose of COLLECTING FLUIDS AND DEBRIS aspirated from body.
and prevents bacterial contamination of the suction unit
pressure
out small particles of dirt and debris exiting the pressure developing mechanism
pneumatic compression to help prevent blood clots in the deep veins of the legs
a positive pressure on the airway for the purpose of splinting it open during rest
consistently ON during treatment
transducer head, expressed in cm2, that produces the therapeutically effective ultrasonic vibrational energy
1 second
to the treatment area, measured in Watts/cm
ultrasound waves of less than 50% duty cycle, that do NOT produce heating of the body tissues
muscles, joints
surrounding outside air
increase pressure of a gas
lowers the boiling point so heat can be absorbed
another and exists at temperatures above absolute zero
of the material heats as the other side cools
refrigerant with the coolness of the ambient air
environment with the coolness of the refrigerant
refrigerant
a warmer body to a cooler object
water vapor molecules surrounding the body (fan)
gas
stable internal physiologic conditions, such as body temperature under fluctuations environmental conditions
a body cavity, breaking the integrity of the skin, or interruption of normal body functions
entry into a body cavity, breaking the integrity of the skin, or interruption of normal body functions
warmer objects to colder objects (sun rays)
the skin surface
administering therapy or monitoring the patient
temperature sensors to regulate the circulated air or fluid temperature
temperature probe to regulate the circulated air or fluid temperature
but monitors the patient temperature prove to provide a displayed temperature
care units
birth