Terminology to go with chart of glands and hormones Flashcards

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1
Q

Type of communication pathways: Chemicals secreted into the blood stream.

A

Endocrine

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2
Q

Type of communication pathways: Chemicals secreted outside of the body or tubes that lead outside of the body.

A

Exocrine

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3
Q

Type of communication pathways: Chemicals only effect nearby cells.

A

Paracrine

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4
Q

Type of communication pathways: When cells release chemicals that only effect the cell that created the chemical.

A

Autocrine

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5
Q

Types of communication chemicals: Chemical messengers in the cerebral spinal fluid/nervous system.

A

Neurotransmitters

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6
Q

Types of communication chemicals: Chemical messengers in blood/many are neurotransmitters.

A

Hormone

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7
Q

Types of communication chemicals: Lipid based compounds/lipid suable - nonpolar goes through cell membrane.

A

Steroid

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8
Q

Types of communication chemicals: Short protein/water suable - polar can’t go through cell membrane.

A

Polypeptides

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9
Q

Types of communication chemicals: Ammino acids - some are lipid suable or fat suable.

A

Amines

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10
Q

Other compounds that act as hormones

A

Nitrous Oxide (NO), ATP, other kinds of chemicals

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11
Q

Brain (hypothalamus) sends signals to the pituitary gland (master gland), which then sends signals to other endocrine glands, which then targets organs/cells. (chain reaction caused by hormones)

A

Neuroendocrine pathway

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12
Q

Binds receptor proteins on cell membrane/one some proteins can bine with certain hormones.

A

Water soluble hormones action

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13
Q

Goes through the cell membrane directly to the nucleus/can go to any cell/hormone binds to proteins in the cell and interacts with genetic material.

A

Lipid soluble hormone action

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14
Q

Hormone effects: Start or increase metabolic activity.

A

Stimulation

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15
Q

Hormone effects: Stops or reduces metabolic activity.

A

Inhibition

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16
Q

Hormone effects: Hormones that amplify the effect of another hormone. (positive feedback)

A

Agonists

17
Q

Hormone effects: Hormone counter or cancels the effect of another hormone. (negative feedback)

A

Antagonists

18
Q

Hormones overload calls - cells reduce number of receptors.

A

Down-regulation

19
Q

Lack of hormones causes cells to make more receptors making them hypersensitive.

A

Up-regulation