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Glucose transport proteins are activated

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Glucose transport proteins are activated

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3. A problem with hormones and feedback could have led to a buildup of toxic substances in Anna Garcia's body, ultimately leading to her death.

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3. A problem with hormones and feedback could have led to a buildup of toxic substances in Anna Garcia's body, ultimately leading to her death.

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2. A problem with insulin receptors will cause cells to become resistant to insulin and will hinder the body's ability to maintain normal blood glucose levels.

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2. A problem with insulin receptors will cause cells to become resistant to insulin and will hinder the body's ability to maintain normal blood glucose levels.

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1. Blood sugar is regulated by both positive and negative feedback, since insulin is released to reduce blood glucose levels when it is too high and glycogen is released to increase blood sugar levels when it is too low.

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1. Blood sugar is regulated by both positive and negative feedback, since insulin is released to reduce blood glucose levels when it is too high and glycogen is released to increase blood sugar levels when it is too low.

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Glycogen is secreted by alpha islet cells in the pancreas

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Glycogen is secreted by alpha islet cells in the pancreas

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Liver converts glucose to glycogen to store

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Liver converts glucose to glycogen to store

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Insulin attaches to insulin receptors on cells

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Insulin attaches to insulin receptors on cells

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The pancreas acts as a negative feedback mechanism; when blood glucose levels get too high, insulin is released to help bring it back to normal.

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The pancreas acts as a negative feedback mechanism; when blood glucose levels get too high, insulin is released to help bring it back to normal.

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Insulin is secreted by beta islet cells in the pancreas

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Insulin is secreted by beta islet cells in the pancreas

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A mechanism that controls how hormones are released to maintain homeostasis in the body.