c. Ribulose 5-phosphate levels would decrease. d. NADH to NAD+ ratios would decrease. e. Methemoglobin levels would increase
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Instruction: Choose the best answer from the following questions and provide a one-paragraph explanation for your response.
Question: In the RBCs of the patient described above, which of the following would be expected?
a. ADP to ATP ratios would be elevated above normal.
b. NADP+ would increase relative to NADPH.
c. Ribulose 5-phosphate levels would decrease.
d. NADH to NAD+ ratios would decrease.
e. Methemoglobin levels would increase.
Step by step
Solved in 3 steps
- In the RBCs of the patient described in the picture, which of the following would be expected? Explain. A. ADP to ATO ratios would be elevated above normal B. NADP+ would increase relative to NADPH C. Ribulose 5-phosphate levels would decrease D. NADH to NAD+ ratios would decrease E. Methemoglobin levels would increasequestion: In a red blood cell entering the left atrium in a human, hyperventilation leads to a decrease in the amount of CO2 bound to hemoglobin but little or no increase in the amount of O2 bound to hemoglobin. answer should clearly state whether or not the statement is correct and then concisely explain why. the answer should be like more than three but less than 5 sentences and address all of the points in the statement. Here is an example: Both transmembrane carrier proteins and transmembrane channel proteins can mediate active transport of a hydrophilic solute through a cell plasma membrane. This statement is incorrect. Movement of a solute through a channel protein is always passive, whereas carrier-mediated transmembrane transport can be either passive or active. A transmembrane channel protein creates a pore through the membrane allowing for simple diffusion of a hydrophilic solute down a concentration gradient through the membrane. In contrast, transmembrane carrier…In the RBCs of the patient described above, which ONE of the following listed below would be expected? And give the explanation. (3 sentences) ADP to ATP ratios would be elevated above normal. NADP+ would increase relative to NADPH. Ribulose 5-phosphate levels would decrease. NADH to NAD+ ratios would decrease. Methemoglobin levels would increase.
- In the RBCs of the patient in the picture, which of the following would be expected? Explain. A. ADP to ATP ratios would be elevated above normal B. NADP+ would increase relative to NADPH C. Ribulose 5-phosphate levels would increase D. NADH to NAD+ ratios would decrease E. Methemoglobin levels would increaseQuestion 1. Choose a flow measurement technique that can be used for both blood and breath flow measurements. Explain its principle in detail and how it can be used for blood and breath flow measurements.Give typed explanation Mr. Sampson’s next step is to undergo a complete fitness evaluation, which includes a submaximal cardiorespiratory capacity test. Determine whether medical clearance from Mr. Sampson’s health care provider is recommended before performing the cardiorespiratory test and beginning a subsequent exercise program. Justify your answer with an explanation for your decision.
- The effect of length on flow rate. A: the fluid reservoir is placed on top of the bench (Figure 2A) to give a pressure head. This is connected to the flow module by rubber tubing with a clamp on it. A 5-mL volumetric flask is used to collect fluid, and the time taken with different lengths of tubes is recorded on a stopwatch. (Figure 2B) The calculated flow rate plotted against the length of tube. a. Interpret the graph/data b. Would you expect the length of blood vessels to change in the body as a means of controlling flow? Comment on your answer. c. Is this likely to be a common mechanism for controlling blood flow to different tissues?Forma Blood clotting involves a complex series of events. Test your knowledge of these events by placing the following reactions in the proper order. A. Sticky fibrin threads form a web at the site of the injury. _B. Both the intrinsic and extrinsic pathways result in the production of the enzyme prothrombin activator. C. Thrombin transforms the soluble plasma protein fibrinogen into insoluble fibrin. D. Red blood cells and platelets become ensnared in the fibrin web to create a clot of fibrin, blood cells, and platelets. E. Prothrombin is converted to the enzyme thrombin. F. Prothrombin activator acts on the globulin prothrombin (factor II).A soccer coach is seeking your advice about using a tank of oxygen on the sidelines so players might breathe from it during time outs or when they come off the field. Provide 3 mechanisms to explain/justify your answer to the coach. Consider the following in your answer. 98% O2 Hb saturation is achieved with each breath. The other way for oxygen to be carried to muscle would be dissolved in blood. This is minimal and still doesn’t affect Hb saturation Pulmonary ventilation is not considered to limit aerobic capacity A higher breathing rate actually helps to eliminate CO2 and therefore raise pH CO2 transport in blood also involves buffering H+ forming bicarbonate HCO3. On exhalation the H disassociates and forms water – again helping to maintain pH
- Question 2 Calculate the MCH given the following parameters (show calculations): Hct: 20.0% RBC: 1.5 x 106/uL Hgb= 6.0 g/dL 21pg 40pg O 31pgequation. Droduct Property ess Your Learning Direction: Write the capital letter of the correct answer. 1. Which of the following statements about the human respiratory system is NOT TRUE? A. when we breathe in, air travels from the pharynx to the trachea B. the bronchioles branch into bronchi C. Alveolar ducts connect to the alveolar sacs D. gas exchange between the lungs and the blood takes place in the alveolus 2. Which of the following statements about the circulatory system is NOT TRUE? A. blood in the pulmonary vein is deoxygenated B. blood in the inferior vena cava is deoxygenated C. blood in the pulmonary artery is deoxygenated D blood in the gorto in ouganntodCould you please answer this question. Thanks so much. What is the ventilator order for this patient? Defend your answer. Patient Barry King is a 27-year-old, asthma patient with COVID-19, who now needs Mechanical ventilation due to respiratory failure related to complications from COVID. He currently weighs 75kg. His current vitals are as follows: RR-24, Breath sounds- coarse crackles in both lungs. His temperature is 102.3, BP- 152/100, HR- 115 bpm, FiO2 on 50% high flow oxygen and ABG results are:pH- 7.29, PACO2-58, PAO2-49, HCO3-23. The MD wants you to suggest ventilator orders for RT to carry out. Please write reasonable orders and defend your order (include Vt, RR, Mode, PEEP, FiO2 and other procedures or orders that would help).