You have been asked to assist a deconditioned patient with an aerobic exercise program. Which of the following do you NOT expect to find upon assessing your patient’s baseline prior to beginning the exercise session?
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Fluid within a joint capsule is called what?
Fluid within a joint capsule is called what?
Would you like to have a longer, more in-depth case in this…
Would you like to have a longer, more in-depth case in this class or just stick to shorter cases?
The PTA is performing a MMT to reassess quadriceps strength….
The PTA is performing a MMT to reassess quadriceps strength. The pt. is in side lying, and the knee is flexed to begin the test. The pt. extends the knee to -20°. PROM is full. What strength will the PTA report that this patient has?
What are some muscular substitutions that may occur when try…
What are some muscular substitutions that may occur when trying to instruct a patient to correctly perform Kegel exercises for pelvic floor strengthening?
As the PTA is reviewing the pt’s chart, (s)he notes that the…
As the PTA is reviewing the pt’s chart, (s)he notes that the pt. had a positive Homan’s sign. This would indicate which of the following:
A PTA is interviewing a pt. prior to treatment. The patient…
A PTA is interviewing a pt. prior to treatment. The patient reports that she has a bunion on her right foot. The clinician will document this as:
A PTA is collecting data on a patient diagnosed with patello…
A PTA is collecting data on a patient diagnosed with patellofemoral pain syndrome. AROM measurements for the Right knee are: 0°of extension and 120° of knee flexion. End feel was assessed as being soft for flexion and firm for extension. AROM measurement is considered ________________ for flexion, and endfeel is __________________ for the joint.
A PTA determines a target training heart rate of 145 bpm for…
A PTA determines a target training heart rate of 145 bpm for his/her patient. What HR should the patient attain during the warm-up phase of the aerobic program?
The hydromechanics of drag are present as a resistive force…
The hydromechanics of drag are present as a resistive force in all of the following exercise descriptions except: