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It is the core or the heart of physiology. It refers to the internal state which means balance.
It is the core or the heart of physiology. It refers to the internal state which means balance.
Homeostasis
A state in which the internal environment of the body are mainly under control of two systems, the ________ and _______.
A state in which the internal environment of the body are mainly under control of two systems, the ________ and _______.
Nervous system and endocrine system
It detects changes from the balanced state and sends messages in the form of ___________ to organs to counteract the change.
It detects changes from the balanced state and sends messages in the form of ___________ to organs to counteract the change.
Electrical signals or nerve impulses
It detects changes from the balanced state and sends messages in the form of electrical signals or nerve impulses to organs to counteract the change.
It detects changes from the balanced state and sends messages in the form of electrical signals or nerve impulses to organs to counteract the change.
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It detects changes from the ________ and sends messages in the form of electrical signals or nerve impulses to organs to counteract the change.
It detects changes from the ________ and sends messages in the form of electrical signals or nerve impulses to organs to counteract the change.
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It detects changes from the balanced state and _______ in the form of electrical signals or nerve impulses to organs to counteract the change.
It detects changes from the balanced state and _______ in the form of electrical signals or nerve impulses to organs to counteract the change.
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It detects changes from the balanced state and sends messages in the form of electrical signals or nerve impulses to organs to _______ the change.
It detects changes from the balanced state and sends messages in the form of electrical signals or nerve impulses to organs to _______ the change.
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It corrects changes by secreting molecules called Hormones into the blood; hormones affect specific body cells to restore homeostasis.
It corrects changes by secreting molecules called Hormones into the blood; hormones affect specific body cells to restore homeostasis.
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It corrects changes by secreting molecules called ______ into the blood; This affect specific body cells to restore homeostasis.
It corrects changes by secreting molecules called ______ into the blood; This affect specific body cells to restore homeostasis.
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It ________ by secreting molecules called Hormones into the blood; hormones affect specific body cells to restore homeostasis.
It ________ by secreting molecules called Hormones into the blood; hormones affect specific body cells to restore homeostasis.
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It corrects changes by secreting molecules called Hormones into the _____; hormones affect specific body cells to restore homeostasis.
It corrects changes by secreting molecules called Hormones into the _____; hormones affect specific body cells to restore homeostasis.
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It corrects changes by secreting molecules called Hormones into the blood; hormones affect specific ____ to restore homeostasis.
It corrects changes by secreting molecules called Hormones into the blood; hormones affect specific ____ to restore homeostasis.
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It corrects changes by secreting molecules called Hormones into the blood; hormones affect specific body cells to ________
It corrects changes by secreting molecules called Hormones into the blood; hormones affect specific body cells to ________
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It is a cycle of events in which a controlled condition in the body (e.g. body temperature and blood pressure) is continually monitored, evaluated, changed, re-monitored, re-evaluated and so on.
It is a cycle of events in which a controlled condition in the body (e.g. body temperature and blood pressure) is continually monitored, evaluated, changed, re-monitored, re-evaluated and so on.
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Feedback mechanism is a _______ in which a controlled condition in the body (e.g. body temperature and blood pressure) is continually monitored, evaluated, changed, re-monitored, re-evaluated and so on.
Feedback mechanism is a _______ in which a controlled condition in the body (e.g. body temperature and blood pressure) is continually monitored, evaluated, changed, re-monitored, re-evaluated and so on.
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Feedback mechanism is a cycle of events in which a _______in the body (e.g. body temperature and blood pressure) is continually monitored, evaluated, changed, re-monitored, re-evaluated and so on.
Feedback mechanism is a cycle of events in which a _______in the body (e.g. body temperature and blood pressure) is continually monitored, evaluated, changed, re-monitored, re-evaluated and so on.
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Feedback mechanism is a cycle of events in which a controlled condition in the body (e.g. body temperature and blood pressure) is continually ______, _____, ______, ________, _______and so on.
Feedback mechanism is a cycle of events in which a controlled condition in the body (e.g. body temperature and blood pressure) is continually ______, _____, ______, ________, _______and so on.
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What are the basic component of a feedback mechanism?
What are the basic component of a feedback mechanism?
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It is a body structure that monitors a change in a controlled condition; this change stimulus.
It is a body structure that monitors a change in a controlled condition; this change stimulus.
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It is the processing center
It is the processing center
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It evaluates the input it received from the receptors and generates output commands to appropriate organs when they are needed.
It evaluates the input it received from the receptors and generates output commands to appropriate organs when they are needed.
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Receptor sends information called ____ to the control center
Receptor sends information called ____ to the control center
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It is the body structure that receives output from the control center and produces a response that changes the controlled situation.
It is the body structure that receives output from the control center and produces a response that changes the controlled situation.
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It is the body structure that ______ from the control center and ________ that changes the controlled situation.
It is the body structure that ______ from the control center and ________ that changes the controlled situation.
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It refers to any organ of the body that can act as a receptor
It refers to any organ of the body that can act as a receptor
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Receptor is the structure that _______ in a controlled condition; this change stimulus.
Receptor is the structure that _______ in a controlled condition; this change stimulus.
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What are the two types of feedback mechanism?
What are the two types of feedback mechanism?
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It refers reverses of change in a controlled condition bringing it back to normal.
It refers reverses of change in a controlled condition bringing it back to normal.
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Negative feedback mechanism refers to the ______of change in a controlled condition bringing it back to normal.
Negative feedback mechanism refers to the ______of change in a controlled condition bringing it back to normal.
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Negative feedback mechanism refers reverses of change in a _______ bringing it back to normal.
Negative feedback mechanism refers reverses of change in a _______ bringing it back to normal.
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Negative feedback mechanism refers reverses of change in a controlled condition bringing it back to ______.
Negative feedback mechanism refers reverses of change in a controlled condition bringing it back to ______.
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Example for this type of feedback mechanism are body temperature and blood pressure.
Example for this type of feedback mechanism are body temperature and blood pressure.
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It refers to strengthening a controlled condition.
It refers to strengthening a controlled condition.
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Positive feedback mechanism ________ a controlled condition
Positive feedback mechanism ________ a controlled condition
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Examples of this feedback mechanism are childbirth and blood cutting.
Examples of this feedback mechanism are childbirth and blood cutting.
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It increases blood flow and decrease blood pressure
It increases blood flow and decrease blood pressure
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