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100

Standard body position: standing upright, facing forward, arms at sides, palms forward, feet slightly apart.

Anatomical Position

100

Strong connective tissue with tightly packed collagen fibers (tendons, ligaments).

Dense Fibrous Tissue  

100

Receives signals.

Dendrite

100

Contains DNA; controls cell activities

Nucleus

100

Circular muscle that opens/closes a passage.

Sphincter

200

The body’s ability to maintain a stable internal environment

Homeostasis

200

Flexible connective tissue that cushions joints and provides structure.

Cartilage

200

Contains nucleus; controls the neuron.

Cell Body (Soma)

200

Fluid-filled sac that reduces friction in joints

Bursa

200

Elasticity – Ability to return to original shape.
Extensibility – Ability to stretch.
Contractility – Ability to shorten (contract).

Elasticity
Extensibility
Contractility

300

Molecules with a hydrophilic head and hydrophobic tails; make up the cell membrane.

Phospholipids

300

Turning palm upward.

Supination

300

Gaps in myelin where impulse jumps.

Node of Ranvier

300

Immovable joint in the skull.

Suture point

300

Fluid between lung and chest wall that reduces friction.

Pleural Fluid

400

Bone tissue; provides support, protection, and storage of minerals.

Osseous Tissue

400

Frontal (coronal) – Divides body into front/back.

Sagittal – Divides into left/right.

Transverse – Divides into top/bottom

Oblique – At an angle.


Planes

400

Produces myelin in PNS.

Schwann Cell

400

Fibrous – No movement (sutures).

Cartilaginous – Slight movement (vertebrae).

Synovial – Freely movable (knee, shoulder).

Types of Joints

400

Airways branching from trachea into lungs.

Bronchi

500

Smooth, glassy cartilage found in joints, nose, trachea; reduces friction.

Hyaline Cartilage

500

Sends impulses away from cell body.

Axon

500

Fatty covering that speeds signal transmission

Myelin Sheath

500

Connect bone to bone.

Ligaments

500

Air sacs where gas exchange occurs.

Alveoli