Gnur 293 exam 3 - Study guides, Class notes & Summaries

GNUR 293 Loyola University Chicago -GNUR 293 Exam 3 Module 10 Alterations in Cardiac Function Questions with Complete Solutions

GNUR 293 Exam 3 Vascular Pathophysiology Questions with complete solutions.

GNUR 293 Exam 3 with complete solution

GNUR 293: Alterations in Blood Pressure Exam 3 – Cardiovascular Questions with Complete Solutions

GNUR 293: Alterations in blood flow (exam 3) Questions with Complete Solutions

Atrophy Correct Answer-cells shrink and reduce their differentiated functions in response to normal and injurious factors cause of atrophy (5) Correct Answer--disuse -poor nutrition -denervation -ischemia -persistent cell injury 2 biochemical pathways for atrophy Correct Answer-1. ubiquitin- proteosome system 2. lysosomes Hypertrophy Correct Answer-increased cell mass accompanied by an augmented functional capacity in response to physiologic and pathophysiologic demands -musc...

Arterial blood pressure Correct Answer-pressure differences between the left and right sides of the heart that produce systemic movement of blood systole is Correct Answer-contraction diastole is Correct Answer-relaxation BP = Correct Answer-Co x SVR CO = Correct Answer-SV x HR SV (stroke volume) Correct Answer-amount of blood ejected out of ventricle with each contraction SVR (systemic vascular resistance) Correct Answer-determined by the radius of arteries and degree of vesse...

GNUR 293 Final Exam Review Questions And Answers 2024/2025 1 / 5 1. Is apoptosis always a pathophysiologic process? 2. Reperfusion injury following an ischemic episode results in increased free radical reproduction and leads to further tissue damage due to: a. production of excessive lactate b. excessive intracellular calcium c. excess body fat and adipose tissue d. production of exotoxins 3. a patient is 85 and got their flu shot. this is important bc 4. which type of IRREVERS...

GNUR 293 Exam 3

GNUR 293 - Exam 3 Study Guide/GNUR 293 - Exam 3 Study Guide. Alterations in Blood Flow How do pressure, resistance, velocity, turbulence, compliance and Starling’s forces impact blood flow? Pressure: Blood moves from high pressure (systemic arteries) to low pressure (veins) More pressure = increased flow Increased Blood = Increased Pressure Resistance: resistance that must be overcome to push blood through the circulatory system; movement of blood through the vascular system is...