Chapter 1- Intro to A&P Flashcards

0
Q

Palpation

A

Feeling with hands (ex: pulse)

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1
Q

Anatomy

A

The study of form/structure

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2
Q

Auscultation

A

Listening to natural sounds of the body (heart, lungs)

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3
Q

Percussion

A

Tapping for echo sounds- reveals abnormal pockets of air/fluid

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4
Q

Physiology

A

The study of function

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5
Q

Properties of life

A

Cellular organization, biochemical unity (proteins, lipids, carbs, DNA), metabolism, responsiveness, development

BORDM

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6
Q

Catabolism

A

Breaking bond; breaking things down to release energy

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7
Q

Anabolism

A

Making bond; synthesis that requires energy to go into chemical bonds

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8
Q

Excrete

A

Only used for urine/feces

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9
Q

Secretion

A

Tears, sweat, etc.

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10
Q

Pathology

A

Study of disease (Patho- means sick/ill)

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11
Q

Reductionism

A

Suggests that a human body can be understood by studying its simpler components

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12
Q

Holism

A

Suggest that there are properties possessed by the whole organism that are not apparent from the study of its parts, such as psychological factors

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13
Q

The inductive method of the scientific method

A

Involves making numerous observations and then forming generalizations and predictions

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14
Q

The hypothetico-deductive method

A

Begins with the formulating of a hypothesis followed by a deduction.

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15
Q

Scientific fact

A

Observation

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16
Q

Law of nature

A

Generalization supported by much scientific evidence

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17
Q

Theory

A

Well-substantiated statement designed to explain a natural phenomenon (simple event)

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18
Q

Dynamic (changing) equilibrium

A

Balanced change

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19
Q

Feedback loops

A

General name for these mechanisms which alter the original changes that triggered them

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20
Q

Extrinsic regulation

A

Involves nervous or endocrine (hormone) systems

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21
Q

Hormones

A

Chemical messengers produced in one part of the body having an effect in another (target)

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22
Q

Negative feedback

A

Main way body returns to stable conditions (homeostasis); ex: thermostat; vasoconstriction/vasodilatation of blood vessels to exchange heat with outside environment

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23
Q

Integumentary organ system

A

Protect tissues, regulate body temp, support sensory receptors (ex: skin, hair, nails, sweat glands)

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24
Skeletal system
Provide framework, protect soft tissue, provide attachments for muscles, produce red blood cells (bones, ligaments, cartilage)
25
Muscular system
Cause movements, maintain posture, produce body heat (muscles)
26
Nervous system
Detect changes, receive and interrupt sensory info, stimulate muscles and glands (brain, spinal cord, nerves, sense organs)
27
Endocrine system
Control metabolic activities (glands that secrete hormones (pituitary, thyroid, adrenal, etc.)
28
Cardiovascular
Move blood through blood vessels and transport substances through body (heart, arteries, capillaries, veins)
29
Lymphatic
Return tissue fluid to the blood, carry certain absorbed food molecules, defend the body against infection (lymphatic vessels, lymph nodes, thymus, spleen)
30
Zygote
Fusion of sperm and egg
31
What is the main function of sweating?
To cool off
32
Assimilation
Becomes part of your body
33
Prokaryotic cell
More primitive; no nuclear membrane; genetic material is in cytoplasm just not protected by nuclear membrane
34
Eukaryotic cell
Have nuclear membranes
35
What is unique about red blood cells?
When they are being synthesized in bone marrow, they have a nucleus. However, once they become red blood cells, they no longer have a nucleus or genetic material
36
What's the one part of the body that has many nuclei in one single cell?
Muscle
37
Auto feedback
Body automatically does "it"; don't have to think about it
38
Negative feedback
Main way body returns to stable conditions; vasodilation/constriction to exchange heat with environment Stops a process; we make things but need to know when to stop making them
39
Positive feedback
Self- amplifying cycle for quick results Alot of times this is harmful; tells "it" to keep going
40
Dolton (atomic mass unit (amu))
Mass of one proton; structure of nucleus (protons neutrons electrons)
41
Denatured enzyme
Affected by pH or temperature; when a protein changes shape and can no longer functioning. functioning -----> nonfunctioning
42
Biochemical unity
All living things contain similar components: proteins, lipids, carbs, and DNA; unique to living materials or those of biological origin
43
Metabolism
All physical and chemical changes that occur within living cells either catabolism or anabolism; assists in maintenance of homeostasis
44
Responsiveness
Excitability via detention of a change in conditions; detection by cell (eye, taste) reaction to stress via receptors may cause an action by an effector (muscle, gland)
45
Development
Change in form and/or function over lifetime
46
Growth
Increase in size
47
Differentiation
Non specialized ➡️ specialization
48
When is a person declared legally dead?
When they don't show brain waves for 30mins, has no reflexes, and no heartbeat or respiration without assistance
49
Organism
Single complete individual
50
Organ system
Group of organs; unique purpose
51
Tissues
Group of similar cells and non-living producers serving a specific function; may form a discrete region of an organ
52
What are the 4 major classes of tissue
Muscular, nervous, epithelial, connective
53
Cells
Smallest unit of an organism capable of performing all basic functions of life; surrounded by membrane
54
Organelles
Microscopic cellular structures that carry out individual functions
55
Molecules
Make up all cellular components; comprised of atoms
56
reductionism
Suggests that a human body can be understood by studying its simpler components
57
Holman
Suggests that there are properties possessed by the whole organism that are not apparent from the study of its parts, such as psychological factors Treating the whole person not just individual symptoms
58
What's a way to illuminate experimenter bias?
Double-blind method in which neither the physician not the patient know which treatment was received (only head scientist knows)
59
Phenomenon
An event
60
Homeostasis
The body's ability to maintain relatively constant internal conditions and to return to those if upset Not static or exact (an acceptable range) Dynamic (changing) equilibrium- balanced change; feedback loops
61
Feedback loops
General name for these mechanisms which later the original changes that triggered them
62
Extrinsic regulation
Nervous/endocrine systems
63
Hormones
Chemical messengers produced in one part of the body having effect in another
64
Supine
Palms face forward (anterior)
65
Prone
Palms face rear (posterior)