Group 1 Flashcards

0
Q

Which level is exemplified by how the functional properties of complex protein molecules that make up protein filaments produce the contractions of the musculature of the heart
Chemical cellular organ tissue

A

Chemical

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1
Q

The study of the timing and sequencing of events related to the heartbeat such as the opening and closing of valves is

A

Physiology

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2
Q

The study of function and how living organisms perform their vital function

A

Physiology

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3
Q

Study of structures that cannot be seen without magnification

A

Microscopic anatomy

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4
Q

The examination of relatively large structures and features usually visible with the unaided eye

A

Gross or macroscopic anatomy

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5
Q

The chemical breakdown of complex materials for absorption and use by the organism

A

Digestion

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6
Q

The elimination of chemical waste products generated by the organism

A

Excretion

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7
Q

The movement of fluid within the organism

A

Circulation

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8
Q

Indicates that the organism recognizes changes in it’s infernal or external environment

A

Responsiveness

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9
Q

Changes the organism’a behavior capabilities or structure

A

Adaptability

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10
Q

Inherited patterns for growth (an increase in size) and development(changes in structure and function) produce organisms characteristic of their species

A

Growth and development

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11
Q

Refers to oxygen absorption and utilization and carbon dioxide generation and release

A

Respiration

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12
Q

An initial stimulus produces a response that exaggerates or enhances the change in original conditions rather than opposing it

A

Positive feedback

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13
Q

An effector activated by the control center opposes or negates the original stimulus. ____ tends minimize change, keeping variation in key body systems within limits compatible with our long term survival

A

Negative feedback

Homeostatic mechanisms using negative feedback normally ignore minor variations and they maintain a normal range rather than a fixed value

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14
Q

Isolate and protect neurons while forming a supporting framework

A

Neuroglia

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15
Q

Transmit information in the form of electrical impulses

A

Neurons

16
Q

Mass of connective tissue that separates the two pleural cavities and stabilize the positions of embedded organs and blood vessels

A

Mediastinum

17
Q

Tough flexible network that provides support and resists distortion

A

Reticular tissue

18
Q

Where is reticular tissue found

A

Liver kidney spleen lymph nodes and bone marrow

19
Q

Fibers form an interwoven mesh work in no consistent pattern

A

Dense irregular connective tissue

20
Q

Where is dense regular connective tissue found

A

Cords ( tendons) or sheets connecting skeletal muscle to bone and in cords ( ligaments ) that interconnect bones or stabilize the positions of internal organs

21
Q

Has a spring resilient nature that allows this type of tissue to tolerate cycles of extension and recoil

A

Elastic tissue

22
Q

Example of simple tubular

A

Intestinal glands

23
Q

Example of simple coiled tubular

A

Merocrine sweat glands

24
Q

Example of simple branched tubular

A

Gastric glands

Mucous glands of esophagus tongue duodenum

25
Q

Example of simple alveolar (acinar)

A

A stage in the embryonic development of simple branched glands , not found in adults

26
Q

Simple branched alveolar

A

Sebaceous oil glands

27
Q

Type of intercellular attachment that forms a barrier that isolates the basolateral surfaces and deeper tissue from the contents of the lumen

A

Occluding junction