Given what you know about the role of the  respiratory system in the body, what aspects of homeostasis might using an e-cig interfere with?

How would  you collect data in order to identify what lover respiratory disorder the  patient is experiencing

BIO 135: Basic Anatomy & Physiology Chapter 14: Respiratory System 8. Gas Transport (p. 347-348; Fig. 14.10) a. 97% of oxygen entering the capillaries in the lungs will be transported to tissue cells in the red blood cells. How is the last 2 -3% of bound oxygen carried to tissue cells? i. When oxygen binds to hemoglobin in the lungs, the hemoglobin changes shape and the name changes to This O₂- blood travels throughout the body supplying oxygen to our tissue cells. to ii. At the tissue cells, oxygen diffuses from concentration from the systemic capillaries into the ECF and then into the tissue cells. Now the blood in the system capillaries have (high or low) oxygen concentrations. This causes the hemoglobin the red blood cells to change shape again and its name changes from oxyhemoglobin to This O₂ -- to pick up more blood is now on its way to the oxygen. b. Approximately. % of CO₂ that enters the systemic capillaries from the tissue cells, will travel as a dissolved gas in the blood.…

Describe how the cardiovascular system achieves homeostasis when an individual goes from a supine position to a standing position. (Tip: Use key concepts like stimulus, control center, effectors and responses to achieve homeostasis)      How does the the respiratory system respond and achieve homeostasis in an individual who is hyperventilating?  (Tip: Use key concepts like stimulus, control center, effectors and responses to achieve homeostasis)