Feedback Mechanisms in Two-tail and Half-tail Systems

Match the following components with their respective transport method in the blood:

Oxygen in plasma = Dissolved in plasma Oxygen in hemoglobin = Transported via hemoglobin CO2 in bicarbonate = Transported in bicarbonate form CO2 in carbaminoHb = Bound to hemoglobin as carbaminoHb

Match the following percentages with the correct transport location for CO2:

60% = Bicarbonate 30% = CarbaminoHb 10% = Plasma 0% = Not a transport location for CO2

Match the following descriptions with the correct component in blood gas transport:

Primary carrier of oxygen = Hemoglobin Primary carrier of carbon dioxide = Bicarbonate Minor carrier of carbon dioxide = CarbaminoHb Fluid component of blood = Plasma

Match the following values with their corresponding gas transport mechanism:

5ml = Total volume transported 4.82 = Volume transported via hemoglobin 2.4 = CO2 transported in bicarbonate form 0.4 = CO2 transported in plasma Signup and view all the answers

Match the following blood gas transport components with their respective proportions:

Oxygen = Majority transported by hemoglobin CO2 = Significant proportion transported as bicarbonate Plasma = Minor carrier of CO2 in gas exchange CarbaminoHb = Minor carrier of CO2 bound to hemoglobin Signup and view all the answers

Match the following gases with their diffusion characteristics in the respiratory zone:

Oxygen (O2) = Diffuses to blood as if the biological membrane doesn't exist Carbon Dioxide (CO2) = Diffuses even more easily than O2 Signup and view all the answers

Match the following statements with their correct descriptions in the respiratory zone:

Gas Exchange = Area where O2 diffuses to blood and CO2 diffuses easily Biological Membrane = Seems to be non-existent for O2 diffusion Signup and view all the answers

Match the following comparisons with the correct gas characteristics in the respiratory zone:

Oxygen (O2) = Not as easily diffused as CO2 Carbon Dioxide (CO2) = 20 times more soluble than O2 Signup and view all the answers

Match the following terms with their roles in the respiratory zone:

Gas Exchange = Facilitates O2 diffusion to blood and easy CO2 diffusion Diffusion Rate = Higher for CO2 due to its solubility Signup and view all the answers

Match the following gases with their behavior in the respiratory zone:

Carbon Dioxide (CO2) = 20 times easier to diffuse than Oxygen (O2) Oxygen (O2) = Diffuses to blood efficiently Signup and view all the answers

Match the following terms with their descriptions:

Two tails = Feedback decreases with increased concentration Feedback = Works in half tail only when below 60 Concentration = Affects feedback in a certain way Half tail = Feedback works below a specific point Signup and view all the answers

Match the following statements with the correct interpretation:

Increasing concentration = Decreases feedback in two tails scenario Feedback below 60 = Only works in half tail situation Effect of concentration on feedback = Different for two tails and half tail scenarios Threshold for feedback to work = Set at 60 for half tail condition Signup and view all the answers

Match the following scenarios with the appropriate terms:

Concentration is raised = Feedback decreases in two tails Feedback is at 55 = Operational only in half tail situation Below 60 feedback = Applies to half tail case Specific point for feedback to take effect = Defined as 60 Signup and view all the answers

Match the following concepts with their corresponding actions:

Two tails and concentration increase = Decrease in feedback observed Half tail and concentration rise = No impact on feedback until certain level Feedback at 65 = Doesn't work under half tail condition Threshold of 60 for feedback to be effective = Characteristic of half tail scenario Signup and view all the answers

Match the following relationships correctly:

Concentration and feedback interaction = Varies based on type of tail scenario Operational range for feedback = Limited to below 60 in some cases Effect of concentration change on feedback = Different mechanisms for two tails and half tail Feedback response at 70 concentration level = Dependent on the tail condition Signup and view all the answers

Match the following concepts with their descriptions:

Permeability (K) = Opposite of resistance Resistance (R) = Directly related to pressure difference Airway resistance = 1 = Requires pressure difference = 1 to maintain constant flow Pressure difference = 1 = Needed to keep flow constant at 6L/min Signup and view all the answers

Match the following relationships with the correct interpretation:

𝐾 ∝ 1 𝑅 = Permeability is inversely proportional to resistance Physiological airway resistance = 1 = Significant resistance in the airways 𝑭 = 𝑹 → 𝑹 = 𝑭 = Relationship between force and resistance Opposite of resistance = Permeability (K) = Definition of permeability in relation to resistance Signup and view all the answers

Match the following values with their respective descriptions:

6L/min = Constant flow rate 1 = Pressure difference required for flow maintenance Vague concept = Description of permeability Signup and view all the answers

Match the following statements with their correct implications:

Physiological airway resistance = 1 = Challenge in maintaining airflow Pressure difference = 1 = Critical for flow stability Permeability is a vague concept = Complexity in understanding this property Flow rate of 6L/min = Maintained with specific pressure difference Signup and view all the answers

Match the following blood pressures with the corresponding circulatory system:

25mmHg = Pulmonary circulation 8mmHg = Systemic circulation 14-15mmHg = Systemic circulation 100mmHg = Systemic circulation Signup and view all the answers

Match the following blood pressures with their respective values observed in the circulatory system:

80mmHg = 95mmHg 7-10mmHg = 30mmHg 30mmHg = Pulmonary circulation 100mmHg = Systemic circulation Signup and view all the answers

Match the following blood pressure ranges with their corresponding circulatory system:

14-15mmHg = Systemic circulation 7-10mmHg = Pulmonary circulation 30mmHg = Pulmonary circulation 80mmHg = Systemic circulation Signup and view all the answers

Match the following blood pressures with the pressure measurement scenario described:

25mmHg = (if it was surrounding a muscle knowing that the starting point is 40 and the ending point is 20, we measure the pressure in the center to get 30mmHg) 95mmHg = (if it was surrounding a muscle knowing that the starting point is 40 and the ending point is 20, we measure the pressure in the center to get 30mmHg) 8mmHg = (if it was surrounding a muscle knowing that the starting point is 40 and the ending point is 20, we measure the pressure in the center to get 30mmHg) 100mmHg = (if it was surrounding a muscle knowing that the starting point is 40 and the ending point is 20, we measure the pressure in the center to get 30mmHg) Signup and view all the answers

Match the following blood pressures with their corresponding values in mmHg:

7-10mmHg = 8mmHg 80mmHg = 100mmHg 25mmHg = 30mmHg 14-15mmHg = 95mmHg Signup and view all the answers