BOOKENDS FAL 2025 EXAM 2025/2026
QUESTIONS WITH ANSWERS GRADED A+
Describe the 3 neuro levels of recover - Complete recovery: through original processes.
Motor recovery: through alternative neural processes
Compensation: through alternative behavioral + neural processes
ABCDE of goals? - Actor, Behavior, Condition, Degree, Expected time
Compare and contrast tone vs hyperstiffness - Tone = neurologic.
Hyperstiffness = tightening of titen/loss of sarcomeres/joint capsule.
Tone can lead to hyperstiffness.
What thoracic landmarks are important for cardiopumonary? - 2nd, 4th, and 5th
intercostal spaces, sternal angle,
Where would you try and hear the middle lobe? - right 4th or 5th intercostal space
What is pleurisy? - Pleuritis: inflammation of pleura.
What are central chemoreceptors sensitive to? - high pCO2 and high H+ (in CSF)
What volumes is the functional residual capacity made of? - Expiratory reserve volume
and residual volume
pH=7.90
CO2=37
HCO3=20 - What does this mean?
QUESTIONS WITH ANSWERS GRADED A+
Describe the 3 neuro levels of recover - Complete recovery: through original processes.
Motor recovery: through alternative neural processes
Compensation: through alternative behavioral + neural processes
ABCDE of goals? - Actor, Behavior, Condition, Degree, Expected time
Compare and contrast tone vs hyperstiffness - Tone = neurologic.
Hyperstiffness = tightening of titen/loss of sarcomeres/joint capsule.
Tone can lead to hyperstiffness.
What thoracic landmarks are important for cardiopumonary? - 2nd, 4th, and 5th
intercostal spaces, sternal angle,
Where would you try and hear the middle lobe? - right 4th or 5th intercostal space
What is pleurisy? - Pleuritis: inflammation of pleura.
What are central chemoreceptors sensitive to? - high pCO2 and high H+ (in CSF)
What volumes is the functional residual capacity made of? - Expiratory reserve volume
and residual volume
pH=7.90
CO2=37
HCO3=20 - What does this mean?
