In terms of acute Q10 and chronic Q10+ define good acclimation. When would an animal have good acclimation? In terms of acute Q10 and chronic Q10+ define bad acclimation. When would an animal have bad acclimation?
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In terms of acute Q10 and chronic Q10+ define good acclimation. When would an animal have good acclimation? In terms of acute Q10 and chronic Q10+ define bad acclimation. When would an animal have bad acclimation?
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- Help me pleaseQ15: using the diagram please answer (type) all the parts to this question, all 3 parts please A: What about forelimbs and hindlimbs determine locomotion type? B: Find a frog from our list which you would consider a jumper and a frog which might be more of a hopper. What are they? C: Why did you determine they would move in that way?Define homeostasis. What happens when homeostasis fails? List the three basic components of a control system and give an example. Describe the components of a reflex pathway. Contrast the response loop and the feedback loop. Explain the relationship between a regulated physiological variable and its setpoint. Is the physiological variable exactly at its setpoint? Compare and contrast negative and positive feedback. Give a biological example of each. Is the setpoint constant or can it change over time? If setpoints can change over time, what is this called? Chapter 2:
- In the absence of any environmental cues, a circadian rhythm is said to be entrained, in phase, free running, or phase-shifted?Name 3 stressors affecting homeostatic balance. Choose 1 stressor to elaborate on, stating the stimulus, sensor, control centre, effector and response.Select the statements that correctly describe positive feedback pathways. 1. A sensor/receptor is required to monitor and limit levels. 2. A sensor/receptor is unnecessary to monitor and limit levels. 3. Feedback prevents homeostasis. 4. Feedback contributes to homeostasis. 5. Feedback stimulates the effector to continue to do the same thing. 6. Feedback stops the effector from doing one thing and stimulates it to do the opposite. 7. When the target level for a hormone is reached, feedback results in a reduction of that hormone being released. 8. When a target level for a hormone is reached, feedback results in an increase of that hormone being released. Record your answers in ascending (lowest to highest) order.
- How does investigating the homeostasis changes during exercise illustrate homeostatic feedback mechanisms in three ways? Please put emphasis on homeostasis changes during exerciseA behavioral physiologist is studying the homeostatic control of blood pH. In a trial, a lizard runs on a treadmill for a set amount of time and the blood pH is measured. The blood pH drops as carbon dioxide is released into the bloodstream. Which component of the homeostatic feedback system is responsible for determining if the blood pH is far enough from normal that a response is necessary? Sensor Effector Assimilator IntegratorAcclimatization is adaptations in a lab-controlled setting. True False Exercising and training at altitude provides benefits for performance at sea-level. True False
- Name 3 stressors affecting homeostatic balance. Choose 1 stressor to elaborate on, stating the stimulus, sensor, control centre, effector and response. Include a diagram with your explanation and identify the importance of homeostasis.What is the purpose of studying the physiological mechanism of the animal on the eco-physiological status of hibernating bats (Chiroptera)?Select the statements that correctly describe negative feedback pathways. 1. A sensor/receptor is required to monitor and limit levels. 2. A sensor/receptor is unnecessary to monitor and limit levels. 3. Feedback contributes to homeostasis. 4. Feedback prevents homeostasis. 5. Feedback stimulates the effector to continue to do the same thing. 6. Feedback stops the effector from doing one thing and stimulates it to do the opposite. 7. When the target level for a hormone is reached, feedback results in an increase of that hormone being released. 8. When the target level for a hormone is reached, feedback results in a reduction of that hormone being released. Record your answers in ascending (lowest to highest) order.