Anatomy Chapter 4-8, Exam 2

Front 1

What are the 5 levels of organization from smallest to largest?

Back 1

1. Cells
2. Tissues
3. Organs
4. Organ System
5. Organism

Front 2

Groups of cells similar in structure and function:

Back 2

Tissues

Front 3

What are the four types of tissues?

Back 3

1. Epithelial
2. Connective
3. Muscle
4. Nerve

Front 4

Epithelial tissue is supported by ________

Back 4

Connective tissue

Front 5

True or False: Epithelial tissues contain no blood vessels but supplied by nerve fibers

Back 5

True

Front 6

True or False: Epithelial tissues rapidly replaces lost cells by cell division

Back 6

True

Front 7

What are the 3 different cell layers of Epithelium?

Back 7

1. Simple
2. Stratified
3. Pseudostratified

Front 8

Define psuedostratified:

Back 8

Looks layered but it's not, all cells rest on a basement membrane

Front 9

What are the three shapes of epithelial tissues?

Back 9

1. Cuboidal
2. Columnar
3. Squamous

Front 10

Where would you find simple squamous epithelium?

Back 10

1. Alveoli (air sacs) of lungs
2. Lining of heart
3. Blood vessels
4. Lymphatic vessels

Front 11

Where would you find simple cuboidal epithelium?

Back 11

1. Kidney tubules
2. Ducts
3. Ovary surface

Front 12

Where would you find simple columnar epithelium?

Back 12

1. Digestive tract
2. Gallbladder
3. Uterine tubes

Front 13

Function of the nervous tissue:

Back 13

Internal communication

Front 14

Function of the muscle tissue:

Back 14

Contracts to cause movement

Front 15

Functions of the epithelial tissue:

Back 15

1. Forms boundaries between different environments
2. Protects
3. Secretes
4. Absorbs
5. Filters

Front 16

Functions of connective tissue:

Back 16

1. Supports
2. Protects
3. Binds
-other tissues together

Front 17

Examples of nervous tissue are:

Back 17

1. Brain
2. Spinal cord
3. Nerves

Front 18

Examples of muscle tissue are:

Back 18

1. Muscles of the heart
2. Muscles of walls of hollow organs (smooth)

Front 19

Examples of epithelial tissue:

Back 19

1. Lines digestive tract organs and hollow organs
2. Skin surface

Front 20

Examples of connective tissue:

Back 20

1. Bones
2. Tendons
3. Fat and other soft padding tissue

Front 21

Functions of simple squamous epithelium:

Back 21

1. Diffusion
2. Provide a slick, friction-reducing lining in lympathic and cardiovascular systems

Front 22

Function of simple cuboidal epithelium:

Back 22

Secretion and absorbtion

Front 23

Function of simple columnar epithelium:

Back 23

Secretion and absorbtion

Front 24

Goblet cells are found in this layer

Back 24

Simple columnar epithelium

Front 25

Function of pseudostratified columnar epithelium:

Back 25

Secretion and propulsion of mucus

Front 26

Present in male sperm-carrying ducts and trachea and is cilliated:

Back 26

Pseudostratified columnar epithelium

Front 27

Function of stratified squamous epithelium:

Back 27

Protection of underlying areas subjected to abrasion

Front 28

Where would you find stratified squamous epithelium?

Back 28

1. Lining esophagus
2. Mouth
3. Vagina

Front 29

Quite rare epithelium tissue that is found in some sweat and mammary glands (typically 2 layers thick)

Back 29

Stratified cuboidal epithelium

Front 30

This epithelium tissue is limited in the body but found in the pharynx, and male urethra.

Back 30

Stratified cuboidal epithelium

Front 31

Basal cells are:

Back 31

Cuboidal

Front 32

Surface cells are:

Back 32

Dome shaped

Front 33

Stretches to permit the distension of the urinary bladder (expands with fluid):

Back 33

Transitional epithelium

Front 34

Lines the urinary bladder, ureters and part of the urethra

Back 34

Transitional epithelium

Front 35

Ductless glands that produce hormones:

Back 35

Endocrine glands

Front 36

A ______ is one or more cells that makes and secretes an aqueous fluid

Back 36

Gland

Front 37

Intracellular:

Back 37

Inside the cell

Front 38

Intercellular:

Back 38

In between cells

Front 39

True or False: Endocrine glands secrete amino acids, proteins, glycoproteins, and steroids.

Back 39

True

Front 40

More numerous than endocrine glands

Back 40

Exocrine glands

Front 41

Examples of exocrine glands:

Back 41

1. Mucous
2. Sweat
3. Oil
4. Salivary glands

Front 42

The only important unicellular gland the __________

Back 42

Goblet cell

Front 43

Multicellular exocrine glands are composed of a ______ and ________ unit

Back 43

Duct and secretory

Front 44

Exocrine glands:

Back 44

Secrete their products onto body surfaces (skin) or into body cavities

Front 45

_____ tissue binds all tissue together :

Back 45

Connective Tissue

Front 46

_____ tissue supports all cells and tissues:

Back 46

Connective Tissue

Front 47

True or False: Connective tissue has a large amount of matrix

Back 47

True

Front 48

These three things are common in connective tissue:

Back 48

1. Cells
2. Fiber
3. Matrix

Front 49

-blast means:

Back 49

Young cell

Front 50

-cyte means:

Back 50

Mature cell

Front 51

Strongest connective tissue:

Back 51

Bone

Front 52

Simplest connective tissue:

Back 52

connective tissue proper

Front 53

Liquid connective tissue:

Back 53

blood

Front 54

Chondrocyte means:

Back 54

cartilage

Front 55

Types of fibers in connective tissue:

Back 55

Collagen, Elastic and reticular

Front 56

Connective tissue proper is:

Back 56

Soft, Loose

Front 57

Cartilage is:

Back 57

Rubbery

Front 58

Bones are:

Back 58

Hard, Rigid

Front 59

Matrix is __% water, calcium phosphate and hydroxyl apallia:

Back 59

65%

Front 60

Matrix is __% collagen fiber

Back 60

35%

Front 61

The ______ lines the medullary cavity

Back 61

Endosteum

Front 62

_______ is dense, fibrous connective tissue

Back 62

Periosteum

Front 63

Bone is very _____ (bloody)

Back 63

Vascular

Front 64

True or False: Hematopoietic tissue is found in infants and adults

Back 64

True

Front 65

Hematopoietic tissue in infants is found:

Back 65

In the medullary cavity and all areas of spongy bone

Front 66

Hematopoietic tissue in adults is found in:

Back 66

1. The inner layer of flat bones
2. The head of the femur and humerus

Front 67

Dense outer layer of the bone

Back 67

Compact bone

Front 68

What does dense mean?

Back 68

Doesn't have much space

Front 69

Honeycomb of trabeculae (beams) filled with yellow bone marrow that contain lots of space:

Back 69

Spongy bone

Front 70

What does lamallae mean?

Back 70

Lots of layers

Front 71

True or false: The haversian system carries blood, nerves and lymphatic vessels

Back 71

True

Front 72

If the matrix in bones wa 70/30, the bones would be:

Back 72

Brittle

Front 73

If bone matrix ratio was 50/50 you would have:

Back 73

Soft bone

Front 74

Osteoblasts are:

Back 74

Bone forming cell

Front 75

Osteocytes are:

Back 75

Mature bone cells

Front 76

Osteoclasts are:

Back 76

Large cells that break down bone matrix

Front 77

True or False:Unmineralized bone matrix has more collagen than calcium phosphate

Back 77

True

Front 78

True or False: Osteoids are unmineralized bone matrix composed of proteoglycans, glycoproteins and collagen

Back 78

True!

Front 79

What are the five things calcium is necessary for?
(They are calcium dependent)

Back 79

1. Transmission of nerve impulses
2. Muscle contraction
3. Blood coagulation (clotting)
4. Secretion by glands and nerve cells
5. Cell division

Front 80

Interstitial means:

Back 80

From inside out

Front 81

Appositional means:

Back 81

From outside, in

Front 82

Intramembraous means:

Back 82

Direct bone formation without a cartilage model (Bones of the skull are formed this way)

Front 83

Endochondrial Ossification means:

Back 83

Indirect and uses a cartilage model

Front 84

-ase means:

Back 84

Enzymes

Front 85

What does divergent mean?

Back 85

Open up

Front 86

What does convergent mean?

Back 86

To close

Front 87

Where two different bones touch eachother

Back 87

Articulations

Front 88

Osteoporosis means

Back 88

Loss of bone

Front 89

A disease in which bone reabsorption outpaces bone deposit

Back 89

Osteoporosis

Front 90

Osteoporosis occurs most often in ___________ ______

Back 90

Postmenopausal women

Front 91

Synarthrosis joints are:

Back 91

1. Fibrous
2. immovable

Front 92

Amphiarthrosis joints are:

Back 92

1. cartilageinous
2. slightly movable

Front 93

Synovial joints are:
(diarthrosis)

Back 93

immovable

Front 94

Examples of a synarthrosis joint is:

Back 94

1. Skull sutures

Front 95

Examplse of ampiarthrosis joints are:

Back 95

1. Pubic Symphysis
2. Intervertebral disc

Front 96

Synovial fluid is _____ with no ____ ____ ______

Back 96

Thick, red blood cells (lubricating)

Front 97

To produce synovial fluid, you need a ________ _______ movement plus the correct speed of motion

Back 97

Convergent wedge

Front 98

When you hear "fibrous" they're usually talking about:

Back 98

Connective tissue

Front 99

True or False: Sutures bind bones tightly together but allow for growth during youth

Back 99

True

Front 100

Cartilaginous Joints lack:

Back 100

A joint cavity

Front 101

The two types of cartilaginous joints:

Back 101

1. Synchondroses
2. Symphyses

Front 102

Covering around bone:

Back 102

Periosteum

Front 103

Hyaline cartilage prevents:

Back 103

Bone from rubbing together

Front 104

Examples where hyaline cartilage is located:

Back 104

1. intervertebral joints
2. pubic symphysis

Front 105

When hyaline cartilage cover cap wears away, it is the beginning of what:

Back 105

Arthritic Change

Front 106

Synovial joints have:

Back 106

1. Hyaline Cartilage
2. Joint cavity
3. Articular capsule
4. Synovial fluid
5. Fluid produced by convergent motion
6. Reinforcing ligaments
7. Wide range of motion

Front 107

The more "free" a joint is, the easier it is to:

Back 107

Dislocate

Front 108

Hinge joint: Also called:

Back 108

Ginglymus joint

Front 109

Example of a hinge joint:

Back 109

Elbow

Front 110

Ball and socket joint: also called:

Back 110

Enarthrosis

Front 111

Example of a ball and socket joint

Back 111

Shoulder-arm
Femur-hip

Front 112

Hinge joints are:

Back 112

Fixed

Front 113

Ball and socket joints move:

Back 113

freely

Front 114

Pivot joint: Also called:

Back 114

Trochoid

Front 115

True or false: Pivoit joints rotary motion in one plane:

Back 115

True

Front 116

Example of a pivot joint:

Back 116

Radius rotates on the humerus

Front 117

Condyloid joints: also called:

Back 117

Ellipsoid (cupped hands)

Front 118

True or False: Condyloid joints permit motion in 2 planes, but not rotation

Back 118

True

Front 119

Example of a condyloid joint:

Back 119

Carpal-Carpal

Front 120

Arthroidal joint: also called:

Back 120

Gliding

Front 121

Example of arthroidal joint:

Back 121

Saddle joint, thumb, carpal- metacarpal

Front 122

Movement of a plane joint:

Back 122

Slipping of surfaces

Front 123

Plane joints are ____ bones

Back 123

flat bones

Front 124

Example of plane joints:

Back 124

Intercarpal or intertarsal bones

Front 125

True or False: Plane joints don't allow for rotary motion

Back 125

True

Front 126

Gliding:

Back 126

Intercarpal. intertarsal

Front 127

Angular flexion:

Back 127

Example- flexing muscles

Front 128

Dorsiflexion means:

Back 128

lifting foot to shin

Front 129

Plantar flexion means:

Back 129

pointing toes

Front 130

Circumduction:

Back 130

Circular movement

Front 131

Example of a rotation joint

Back 131

hip or shoulder joint

Front 132

Example of protration and retraction would be in the ____

Back 132

mandible

Front 133

Gliding movement resembles:

Back 133

the queen wave

Front 134

Axis allows you to say _____ with your head

Back 134

no

Front 135

Rotation means:

Back 135

turning of a bone around its own long axis

Front 136

Pronation:

Back 136

Hand face down

Front 137

Supination:

Back 137

Hand palm up

Front 138

Bring foot in:

Back 138

inversion

Front 139

Bring foot out:

Back 139

eversion

Front 140

Sticking jaw out:

Back 140

protraction

Front 141

Sticking jaw back in:

Back 141

retraction

Front 142

Extension of a synovial capsule

Back 142

Bursa

Front 143

Bursa can be:

Back 143

1. Articular
2. Subcutaneous

Front 144

Inflammation of the bursa:

Back 144

Bursitis

Front 145

Examples of Bursitis:

Back 145

1. Tennis elbow
2. Housemaids knee
3. Bunion- Joint in great toe

Front 146

Any joint inflammation:

Back 146

Arthritis

Front 147

Causes of arthritis

Back 147

1. Infection
2. Misuse- cracking knuckles
3. Aging
4. Gout

Front 148

What are the two types of arthritis

Back 148

1. Osteoarthritis
2. Rheumatoid arthritis

Front 149

Cartilage injuries can be repaired with:

Back 149

Arthroscopic surgery

Front 150

When bones are forced out of alignment:

Back 150

dislocation

Front 151

Partial dislocation of a joint:

Back 151

Subluxation

Front 152

Calcitionin is a:

Back 152

Polypeptide (protein)

Front 153

Calcitonin _____ blood ca levels

Back 153

lowers

Front 154

Parathyroid hormones ______ ca levels

Back 154

raises

Front 155

Osteoblasts and osteocytes do what:

Back 155

Make bone

Front 156

Osteoclasts do what:

Back 156

Destroy bone

Front 157

What do the canaliculi do:

Back 157

Get rid of waste products

Front 158

Osteomalacia is a ______ insufficiency.

Back 158

Vitamin D

Front 159

Inadequately mineralized bones lead to this:

Back 159

Rickets

Front 160

Disease of "losing bone"

Back 160

Osteoporosis

Front 161

Band of fiberous connective tissue that connects bone to bone:

Back 161

ligament

Front 162

Muscle to bone:

Back 162

Tendon

Front 163

Rigid bar that moves on a fulcrum at a fixed point:

Back 163

Lever

Front 164

Effort in a lever system is the:

Back 164

force applied

Front 165

Resistance moved by effort in a lever system:

Back 165

Load

Front 166

What are the three components of a lever system:

Back 166

1. Bone
2. Joint
3. Muscle

Front 167

Nodding your head 'yes' is an example of what class lever system:

Back 167

Class one

Front 168

Class one lever system consists of:

Back 168

LFE
(load, fulcrum, effort)

Front 169

Standing on your tippy toes is an example of what class lever system:

Back 169

Class two

Front 170

Class two lever system consists of:

Back 170

FLE
(fulcrum, load, effort)

Front 171

Most common class of lever system in the body:

Back 171

Class three

Front 172

Class three lever system consists of:

Back 172

LEF
(load, effort, fulcrum)

Front 173

Stability is determined by:

Back 173

Articular surfaces and ligaments

Front 174

Muscle tone is accomplished by:

Back 174

Muscle tendons

Front 175

What does antagonistic mean?

Back 175

Opposing

Front 176

Chief cells of the parathyroid gland:

Back 176

Parathyroid hormones

Front 177

What does cruciate mean:

Back 177

To cross

Front 178

The type of arthritis you dont want:

Back 178

Rheumatoid arthritis

Front 179

Deposition of uric acid crystals in joints and soft tissues

Back 179

Gouty arthritis

Front 180

Composed of compact bone that surrounds the medullary cavity:

Back 180

Diaphysis

Front 181

Yellow bone marrow inside this:

Back 181

Medullary cavity

Front 182

Another name for yellow bone marrow:

Back 182

Fat

Front 183

Compact bone is _____

Back 183

Solid

Front 184

When you get old the _______ ________ gets hard when you stop growing

Back 184

Epiphyseal line

Front 185

What does antagonistic mean?

Back 185

Opposing

Front 186

Chief cells of the parathyroid gland:

Back 186

Parathyroid hormones

Front 187

What does cruciate mean:

Back 187

To cross

Front 188

The type of arthritis you dont want:

Back 188

Rheumatoid arthritis

Front 189

Deposition of uric acid crystals in joints and soft tissues

Back 189

Gouty arthritis

Front 190

Composed of compact bone that surrounds the medullary cavity:

Back 190

Diaphysis

Front 191

Yellow bone marrow inside this:

Back 191

Medullary cavity

Front 192

Another name for yellow bone marrow:

Back 192

Fat

Front 193

Compact bone is _____

Back 193

Solid

Front 194

When you get old the _______ ________ gets hard when you stop growing

Back 194

Epiphyseal line

Front 195

Surrounds the medullary cavity

Back 195

Endosteum

Front 196

Surrounds the bone:

Back 196

Periosteum

Front 197

Epiphyses is covered by:

Back 197

Hyaline (articular) cartilage

Front 198

What does hematopolesis mean:

Back 198

Blood cell production

Front 199

Enzymes rely on:

Back 199

Calcium

Front 200

There are ____ bones in the skeletal system:

Back 200

206

Front 201

What are the 4 types of skeletons:

Back 201

Hydro skeleton
braced frame
exoskeleton
endoskeleton

Front 202

Blood cells are produced by the ______ cavity

Back 202

Medullary Cavity

Front 203

Example of hydro skeleton:

Back 203

Jellyfish, earthworm

Front 204

Example of braced frame skeleton:

Back 204

Any solid material

Front 205

Example of exoskeleton:

Back 205

Crab
Lobster

Front 206

Example of endoskeleton:

Back 206

Bone-
Axial
Appendicular

Front 207

Axial skeleton runs _____

Back 207

Vertically (spine)

Front 208

Appendicular skeleton:

Back 208

Legs, arms

Front 209

The bones of the ear are called:

Back 209

Auditory Ossicles

Front 210

How many bones are in the ear;

Back 210

6

Front 211

True or false: Bone is built on the decay of cartilage

Back 211

True

Front 212

The ratio of matrix:

Back 212

65 % and 35%

Front 213

Hemoatopoietic tissue in infants is found in the:

Back 213

Medullary cavity and all areas of spongy bone

Front 214

Hematopoietic tissue in adults is found in:

Back 214

Inner layer of flat bones, head of femur and humerus

Front 215

Avascular means:

Back 215

If cut, doesnt bleed

Front 216

True or False: Epithelial tissue rapidly replaces lost cells by cell division

Back 216

True

Front 217

Single layer of flattened cells with disc shaped nuclei and very little cytoplasm

Back 217

Simple Squamous epithelium

Front 218

Single layer of cube-like cells with large spherical central nuclei

Back 218

Simple cuboidal epithelium

Front 219

Single layer of tall cells with oval nuclei; many contain cillia

Back 219

Simple columnar epithelium

Front 220

Single layer of cells with different heights; some do not reach the free surface: Cilliated

Back 220

Psuedostratified columnar epithelia

Front 221

Thick membrane composed of serveral layers of cells, found in areas subjected to abrasion

Back 221

Stratified squamous epithelium

Front 222

Epithelial tissue that is quite rare in the body, found in sweat and mammary glands

Back 222

Stratified cuboidal epithelial

Front 223

Epithelial tissue that is limited, found in the pharynx, male urethra, and lines some gladular ducts

Back 223

Stratified cuboidal epithelial

Front 224

Stretches to permit the distention of the urinary bladder

Back 224

Transitional epithelium

Front 225

Examples of this gland include muceus, sweat, oil and salivary glands

Back 225

Exocrine glands

Front 226

One or more cells that make and secrete aquaous fluid

Back 226

A gland

Front 227

Ductless glands that produce hormones

Back 227

Endocrine Glands

Front 228

Secrete amino acids, proteins, and glycoproteins and steroids into blood vessels or intercellular spaces

Back 228

Endocrine glands

Front 229

This tissue:
1. Binds all tissues together
2. Supports all cells and tissues
3. Has a large amount of matrix
4. Has a small cell population

Back 229

Connective tissue

Front 230

Loose fibers are:

Back 230

Subcutaneous

Front 231

Dense fibers are:

Back 231

Ligaments and tendons

Front 232

Types of fibers:

Back 232

1. Collagen
2. Elastic
3. Reticular

Front 233

Contains water, collagen, mucopolysccharides, hylauronic acid and chondrotin

Back 233

Matrix

Front 234

What are the 5 types of connective tissue?

Back 234

1. Mucous
2. Loose areolar
3. White fibrous
4. Elastic
5. Adipose

Front 235

Loose, only occurs in embryos

Back 235

Mucous Connective Tissue

Front 236

This connective tissue is semi-fluid, loose and fills spaces between organs, lies beneath epithelial membranes and beneith skin

Back 236

Loose (Areolar) Connective tissue

Front 237

This connective tissue wraps and cushions organs and is widely distributed throughout the body with a gel-like matrix

Back 237

Connective tissue proper: loose

Front 238

This type of connective tissue is composed of densly packed collagen, provides strong support (tendons and ligaments)

Back 238

White fibrous connective tissue

Front 239

This type of connective tissue:
Attaches muscle to bone, or bone to bone
Its major cell is fibroblasts

Back 239

Connective tissue proper: Dense regular

Front 240

This type of connective cell is:
Very loose
Fat cells
Contain collagen and elastic fibers

Back 240

Adipose Connective Tissue

Front 241

This type of connective tissue:
Contain Chondroblasts, lacunae, perichondrium, and has no blood vessels

Back 241

Cartilage connective tissue

Front 242

This type of connective tissue:
Supports, reinforces, cushions and resists compression
Forms the costal cartilage
Found in end of long bones

Back 242

Hyaline Cartilage

Front 243

This type of cartilage:
Contains no blood vessels or nerves
Surrounded by perichondrium that resists outward expansion

Back 243

Skeletal Cartilage

Front 244

This type of connective tissue:
Maintains the shape of a structure while allowing flexability
Supports the external ear

Back 244

Elastic Connective tissue

Front 245

This cartilage is found in:
1. Surface of bones
2. Ribs
3. Nose
4. Trachea

Back 245

Hyaline Cartilage

Front 246

This cartilage is found in:
1. Intervertebral discs
2. Pubic symphysis

Back 246

White fibrous

Front 247

This cartilage is found in:
1. External ear
2. Eustachian Tube

Back 247

Yellow Elastic Cartilage

Front 248

This cartilage is most abundant in skeletal cartilage

Back 248

Hyaline

Front 249

This cartilage provides flexability and resilience

Back 249

Hyaline

Front 250

This system is the structural unit of compact bone:

Back 250

Haversian System

Front 251

Weight-bearing, column-like matrix tubes composed of mainly collagen

Back 251

Lamella

Front 252

Central canal containing blood vessels and nerves

Back 252

Haversian Canal

Front 253

Channels lying at right angles to the central canal, connecting blood and nerve supply of the periosteum to that of the haversian canal

Back 253

Volkmann's Canal

Front 254

Mature bone cells

Back 254

Osteocytes

Front 255

Small cavities in the bone that contain osteocytes

Back 255

Lacunae

Front 256

Hair-like canals that connect lacunae to eachother and the central canal

Back 256

Canaliculi

Front 257

The only tissue that can contract

Back 257

Muscle tissue

Front 258

This tissue is:
1. Highly cellular
2. Well vascular
3. Responsible for movement
4. Irritable-contractive
5. Skeletal, cardiac or smooth

Back 258

Muscle tissue

Front 259

Skeletal muscle is:

Back 259

Voluntary Striated

Front 260

Cardiac Muscle is:

Back 260

Involuntary Striated

Front 261

Smooth Muscle is:

Back 261

Involuntary nonstriated

Front 262

This type of muscle tissue is:
1. Long, cylindrical, multinucleated with striations
2. Initiates and controls voluntary movement

Back 262

Skeletal Muscle tissue

Front 263

This type of muscle tissue is located in the walls of the heart and is involuntary striated

Back 263

Cardiac Muscle tissue

Front 264

This type of muscle tissue is: involuntary nonstriated

Back 264

Smooth muscle tissue

Front 265

This type of tissue:
1. is the main component of the brain, spinal cord and nerves
2. Generate, and conduct nerve impulses

Back 265

Nervous tissue

Front 266

Neurons contain 3 different aspects:

Back 266

Sensory
Motor
Association

Front 267

Sensory nerves are:

Back 267

Input

Front 268

Motor nerves are:

Back 268

Output

Front 269

There are 2 cell types in nervous tissue:

Back 269

Neurons and glial cells

Front 270

1. Blood supply
2. Very little regeneration
3. No mitosis
4. Cell death

Characteristics of what type of tissue

Back 270

Nervous

Front 271

Chromatolysis means:

Back 271

Cell death

Front 272

What are the 3 types of body membranes?

Back 272

1. Muceous
2. Serous
3. Synovial

Front 273

This membrane lines cavities that open to the outside- except the ear

Back 273

Mucous membrane

Front 274

This membrane lines cavities close to the outside with 2 layers of membranes:
1. Viceral
2. Parietal

Back 274

Serous Membrane

Front 275

Visceral means:

Back 275

Inner

Front 276

Parietal means:

Back 276

Outer

Front 277

Pleura, and pericardium are examples of:

Back 277

Serous membrane

Front 278

This membrane consists of moveable joints:

Back 278

Synovial membrane

Front 279

Cutaneous means:

Back 279

Skin

Front 280

This membrane moistens membranes found in cloased ventral body

Back 280

Serous