Names and Function VI
Names and Functions VII
Names and Functions VIII
Names and Functions IX
Miscellaneous/ Names and Functions X
200

These transport oxygen throughout the body

red blood cells

200

The tough, white sac that encloses and protects the heart

pericardium

200

the smallest tubes within the lungs

bronchioles

200

excessive fluid in the lungs due to an infection

pneumonia

200

This is the cause of most cases of lung cancer in the United States

cigarette smoking

400

Blood travels from the heart to the lungs through this

pulmonary arteries

400

the liquid portion of the blood

plasma

400

the body's chemical factory

liver

400

a buildup of fatty and fibrous tissue in the liver

cirrhosis

400

These vessels carry blood toward the heart

veins

600

This valve connects the left atrium and the left ventricle of the heart

bicuspid

600

DAILY DOUBLE

Describe the blood flow through the heart; use your description to tell why ventricular fibrillation is deadly but atrial fibrillation rarely is.

600

The dividing wall of the right and left chambers of the heart

septum

600

allergic condition characterized by periodic spasms of the bronchial tubes

bronchial asthma

600

These vessels supply the heart muscle

coronary arteries

800

Location where blood cells are manufactured

bone marrow

800

Disorder in which blood is unable to form clots

hemophilia

800

The vessel through which blood flows out of the heart and to the body

aorta

800

Resting blood pressure exceeding 140mmHg systolic or 90mmHg diastolic

hypertension

800

Amount of air that is inhaled and exhaled during normal breathing

tidal volume

1000

Why is normal exhalation at rest considered a passive process?

exhalation does not require muscle contraction

1000

The movement of blood from digestive organs to the liver

portal circulation

1000

tiny, disk-shaped fragments produced in the bone marrow to serve as patch kits

platelets

1000

the heart, blood vessels, and the blood they contain

cardiovascular system

1000

Why are cardiac muscle cells more dependent on a steady supply of nutrients than are skeletal muscle cells?

cardiac muscle cells have a higher density of mitochondria than skeletal muscle cells

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