Instructiоns:Scаn eаch sheet оf yоur written work. You mаy use a scanner or your phone/tablet camera to scan your work.If using a phone or tablet for scanning, transfer your file(s) onto your computer with Honorlock running. You can use the UND email or OneDrive tab that you opened in Step 1 or a desktop app such as ICloud or Dropbox or Google Drive. Note: Honorlock will not allow you to access other cloud drives through a browser. Create a PDF file of your written work - combine images into a single PDF file. You can do so by using your scanner's installed software, directly on your phone using a scanning app, or using a desktop application such as MS Word or Pages. Note: Honorlock will block access third party websites (such as combinePDF.com) to combine and create a single PDF.Once you have the PDF file on your computer's local drive, open it using an application other than Chrome and scroll through each page slowly to record an image of your work on the Honorlock screen recording. Note: If Honorlock blocks opening of the file, just proceed to Question 3 and scroll through it in the Blackboard preview window. Make sure to complete this step carefully since this may be used a backup in case of file corruption/Blackboard issues.Answer the Yes/No question below and proceed to the next question.DO NOT SUBMIT OR CLOSE YOUR TEST before answering all the questions.Question:I have created a single PDF of my written work and scrolled through it on my computer to record images of it on my Honorlock recording.
Cаse Study 2: Amputаtiоn with Belоw-Knee Prоsthetic (M.L.) Scenаrio: M.L., a 45-year-old diabetic patient, underwent a below-knee amputation due to severe peripheral vascular disease complications. She uses a below-knee prosthetic to restore mobility and independence, relying on a custom socket and pylon system for weight-bearing and ambulation. Recently, her endocrinologist suspects a pituitary tumor due to hormonal imbalances from poorly controlled diabetes, which could impact her prosthetic rehabilitation by affecting her vision. 2.6 Which best describes the absolute refractory period? For a new transtibial amputee, neuromuscular adaptation during gait training relies on the precise timing and coordination of muscle contractions. At the neuronal level, the refractory period plays a critical role in regulating the frequency of action potentials, ensuring proper sequencing of motor unit activation and preventing excessive neural firing that could lead to fatigue or inefficient movement patterns. Tailoring gait training protocols to respect neural recovery periods helps facilitate smoother, more controlled walking patterns and reduces the risk of overuse fatigue.
Cаse Study 5: Trаumаtic Amputatiоn with Abоve-Knee Prоsthetic (D.H.) Scenario: D.H., a 28-year-old motorcyclist, sustained a traumatic above-knee amputation of his right leg following a high-speed accident. He is fitted with an above-knee prosthetic with a knee joint and pylon to restore walking ability. The prosthetic compensates for the lost limb, providing stability and controlled knee flexion for a natural gait. 5.4 A patient reports numbness in a strip of skin extending from the lateral thigh down to the knee. Which of the following best explains this pattern of sensory loss? D.H.’s residual limb still receives dermatome-based sensory input from his spinal nerves, even though the lower limb is amputated. Recognizing how dermatomal patterns correspond to spinal nerve roots helps in evaluating phantom limb pain, nerve sensitivity, and proper prosthetic socket design, ensuring areas of altered sensation are accommodated for optimal comfort and function.