What are the 2 attendance marker assignments that will confirm your enrollment for the course and prevent you from being dropped within the first 3 days of the course?

A patient presents with progressive difficulty walking, loss of sensation around the great toe, and foot drop. Upon examination, they have a positive straight leg raise test with pain radiating down the posterior thigh. Which of the following diagnoses is MOST likely?

A physical therapist performs a motion assessment of a patient with low back pain with lower extremity pain. Pain centralized during the repeated flexion assessment. Which of the following interventions would be most appropriate?

With exception to quizzes, late assignments are not accepted.  Therefore, late assignments near the end of the semester will NOT be accepted.  

An example of an emergency circumstance is:

A physical therapist reviews the medical record of a patient diagnosed with peripheral arterial disease. Which of the following physical examination findings MOST severely limit the patient’s ability to participate in an ambulation exercise program

The York Technical College Attendance Statement Attendance Statement (3-30-4000.1) at https://www.yorktech.edu/_resources/pdf_documents/2021%20YTC_PoliciesandProcedures.pdf states:

You must attain an 80% or higher on this quiz or you must take it again.

According to professionalism with emails, your email to the professor should include:

1. Describe the general organization of the cerebellum (3 points) 2. Describe the organization and function of the cerebellar cortex by addressing each of the following: a. The major cell types found in the cerebellar cortex (2 points) b. The specific layer(s) in which each cell type is primarily located (2 points) c. The primary neurotransmitter released by each cell type and its effect (indicate whether excitatory or inhibitory) (2 points) d. The main sources of synaptic input to Purkinje cells (2 points) e. The targets, neurotransmitter, and effect (inhibitory/excitatory) of Purkinje cell axonal outputs (1.5 points) f. What type of plasticity is seen at the Purkinjee cell circuit during motor learning (2.5 points)