ILLNESSES AND DISEASES
CARDIOVASCULAR STRUCTURES
RESPIRATORY STRUCTURES
CARDIOVASCULAR DYNAMICS
RESPIRATORY DYNAMICS
100

This coronary artery disease involves a gradual narrowing of the coronary arteries resulting from the accumulation of hard deposits of cholesterol.

Atherosclerosis

100

This specialized cardiac muscle tissue forms the heart

Myocardium

100

Air enters the respiratory system through this cavity.

Nasal

100

Volume of blood pumped out of the left ventricle in one minute. With training it increases during maximal levels of exercise.

Cardiac Output

100

The two methods our lungs use to maximize the rate of gas exchange.

Large surface area and minimal distance for diffusion of gases.

200

What is the correct (physiological) name for a heart attack.

Myocardial Infarction

200

These blood vessels have very thick muscular walls which carry blood away from the heart to the different tissues and organs of the body.

Arteries

200

Zone responsible for the conveying air from the outside, moisturizing air, filtering air and warming the air.

Conductive Zone

200

This reading is measured in beats per minute. At rest  it is lower in a trained versus untrained individual.

Heart Rate

200

Name the three main functions of the respiratory system.

Supply oxygen to the blood, remove carbon dioxide from the blood and regulate blood pH

300

This disease is characterized by spasm of the smooth muscles that line the respiratory system, an over secretion of mucous and swelling of the cells lining the respiratory tract.

Asthma

300

Found in the right atrium it initiates the electrical signals in the heart.

Sinoatrial Node

300

Location of diffusion of oxygen and carbon dioxide.

Alveoli

300

There are three systems that aid in venous return. One is the thoracic pump, one is the nervous system, name the third system…

Skeletal Muscle Pump, Thoracic Pump, Nervus System

300

Air is expelled from the lungs due to relaxation of this key muscle.

Diaphragm

400

People with COPD cannot perform normal everyday activities without experiencing a shortness of breath. This is known as:

Dyspnea

400

This side of the heart is responsible for pulmonary circulation.

Right Side

400

Alveoli are found at the end of this structure.

Terminal Bronchiole

400

The first wave in an electrocardiogram.

T Wave

400

Maximal amount of oxygen that can be taken in and used for the metabolic production of ATP during exercise.

VO2Max

500

Name 3 of the 6 risk factors for coronary artery disease.

Poor diet, smoking, elevated blood lipids, hypertension, family history and physical inactivity

500

This part of the heart receives blood after it has passed through the bicuspid (mitral) valve.

Left ventricle

500

Involves the exchange of gases at the level of the tissues.

Internal Respiration

500

During each heartbeat, blood pressure varies between a maximum and minimum pressure. Name the minimum pressure observed in the arteries during the relaxation phase of the ventricle.

Diastolic Blood Pressure

500

With proper aerobic training the OBLA curve shifts in this direction.  

Right – With training LT and OBLA occurs are more intense levels of exercise

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