Test One

Front 1

Digital

Back 1

Fingers and toes

Front 2

Coxal

Back 2

Hip

Front 3

Femoral

Back 3

Thigh

Front 4

Patellar

Back 4

Anterior knee

Front 5

Crural

Back 5

Anterior lower leg

Front 6

Sural

Back 6

Posterior lower leg

Front 7

Tarsal

Back 7

Ankle

Front 8

Metatarsal

Back 8

Top of foot

Front 9

Plantar

Back 9

Bottom of foot

Front 10

Otic

Back 10

Ear

Front 11

Hallux

Back 11

Big toe

Front 12

Scapular

Back 12

Shoulder

Front 13

Gluteal

Back 13

Dat ass

Front 14

Sacral

Back 14

Base of spine

Front 15

Lumbar

Back 15

Lower back outside of spine

Front 16

Vertebral

Back 16

Spine

Front 17

Calcaneal

Back 17

Heel

Front 18

Occipital

Back 18

Back of head

Front 19

Perineal

Back 19

Between anus and external genitalia

Front 20

Popliteal

Back 20

Posterior knee

Front 21

Antebrachial

Back 21

Forearm

Front 22

Antecubital

Back 22

Anterior elbow

Front 23

Olecranal

Back 23

Posterior elbow

Front 24

Brachial

Back 24

Upper arm

Front 25

Palmar

Back 25

Palm

Front 26

Acromial

Back 26

Shoulder

Front 27

Fibular/Peroneal

Back 27

Side of leg

Front 28

Frontal

Back 28

Forehead

Front 29

Orbital

Back 29

Eye

Front 30

Nasal

Back 30

Nose

Front 31

Mental

Back 31

Chin

Front 32

Cervical

Back 32

Throat

Front 33

Sternal

Back 33

Sternum

Front 34

Axillary

Back 34

Armpit

Front 35

Mammary

Back 35

Boobs!!

Front 36

Umbilical

Back 36

Belly

Front 37

Inguinal

Back 37

Groin

Front 38

Carpal

Back 38

Wrist

Front 39

Pollex

Back 39

Thumb

Front 40

Metacarpal

Back 40

Back of hand

Front 41

Cavities

Back 41

Back (Definition)

Front 42

Receptor

Back 42

Monitors environment. Responds to stimuli by sending input to the control center.

Front 43

Negative Feedback

Back 43

Homeostasis. Withdrawal effect. Blood sugar.

Front 44

Positive Feedback Mechanisms.

Back 44

Labor. Blood clotting.

Front 45

Anatomical Position

Back 45

Body erect. Feet slightly apart. "Standing at attention."

Front 46

Atomic number

Back 46

Number of protons

Front 47

Mass number

Back 47

Mass of protons and neutrons

Front 48

Isotopes

Back 48

Same number of protons. Different number of neutrons.

Front 49

Atomic weight

Back 49

Average of relative weights of all isotopes of an element.

Front 50

Mixture

Back 50

Two or more components physically intermixed.

Front 51

Mixture

Back 51

Two or more components physically intermixed.

Front 52

Solution

Back 52

Homogeneous mixture. Air. Seawater.

Front 53

Mixture

Back 53

Two or more components physically intermixed.

Front 54

Solution

Back 54

Homogeneous mixture. Air. Seawater.

Front 55

Colloid

Back 55

Heterogenous mixtures. Translucent. Cytosol. Jello.

Front 56

Mixture

Back 56

Two or more components physically intermixed.

Front 57

Solution

Back 57

Homogeneous mixture. Air. Seawater.

Front 58

Colloid

Back 58

Heterogenous mixtures. Translucent. Cytosol. Jello.

Front 59

Suspension

Back 59

Heterogenous mixture with large, settling solutes. Blood.

Front 60

Electron shell

Back 60

Two in first. Eight in second.

Front 61

Anabolic

Back 61

Constructive. Joining amino acids into protein.

Front 62

Catabolic

Back 62

Decomposition. Glycogen broken down into sugar.

Front 63

Strong base

Back 63

14

Front 64

Strong base

Back 64

14

Front 65

Strong acid

Back 65

1

Front 66

Desmosomes

Back 66

Anchoring junctions binding cells together

Front 67

Desmosomes

Back 67

Anchoring junctions binding cells together

Front 68

Tight junction

Back 68

Integral protein molecules in the plasma membranes of adjacent cells fuse together

Front 69

Passive processes

Back 69

Simple and facilitated diffusion. Osmosis.

Front 70

Passive processes

Back 70

With concentration gradient. Simple and facilitated diffusion. Osmosis.

Front 71

Isotonic solution

Back 71

Cells retain normality

Front 72

Hypertonic solution

Back 72

Cells lose water and shrink

Front 73

Hypertonic solution

Back 73

Cells lose water and shrink (higher concentration of solutes than outside cell)

Front 74

Hypotonic solution

Back 74

Cells take on water until they are bloated and burst. (Contain lower concentration of solutes than outside cell)

Front 75

Active transport

Back 75

Against concentration gradient. Solute pumps move solutes. Expends energy.

Front 76

Monosaccharide

Back 76

Glucose. Galactose. Fructose. Deoxyribose. Ribose.

Front 77

Disaccharide

Back 77

2 monosaccharides. Sucrose. Lactose. Maltose.

Front 78

Polysaccharide

Back 78

Chain of monosaccharides. Glycogen. Starch.

Front 79

Lipids

Back 79

Building blocks of fat and cholesterol. Generate highest amount of atp.

Front 80

Triglyceride

Back 80

Neutral fats. Saturated=solid. Unsaturated=liquid.

Front 81

Fat soluble vitamins

Back 81

A. D. E. K.

Front 82

Protein

Back 82

Most abundant dry material.

Front 83

Glycocalyx

Back 83

Carbohydrate rich area at cell surface.

Front 84

Epithelial tissue

Back 84

Forms membranes and glands. Covers body surface and lines cavities and tracts inside the body.

Front 85

Connective tissue

Back 85

Most abundant. Provides support, allows movement, transports materials. Skin. Bone. Cartilage.

Front 86

Oxidation

Back 86

Loses and electron

Front 87

Reduction

Back 87

Reactant gains an electron

Front 88

Properties of water

Back 88

High heat capacity. High heat of vaporization. PolR solvent properties.

Front 89

Salt

Back 89

Ionic compound containing cations and anions.

Front 90

Macromolecules

Back 90

Carbohydrates. Lipids. Proteins. Nucleic acids.

Front 91

Carbohydrates

Back 91

Organic compounds the building block for sugar, starch, and cellulose.