Endocrine
Blood
Heart
Blood Vessels
100

This is how steroid (lipid soluble) hormones travel in the blood.

Bound to a (transport) protein
100

The majority of formed elements in the blood are these cells.

RBCs

100

Name the two (double) layers of the serous pericardium.

parietal and visceral pericardium
100

Name three differences between the arteries and veins.

Arteries- more/thicker muscle, smaller lumen, no valve

200

This is how non-steroid (water soluble) hormones get into a cell.

Through receptors on the cell membrane

200

What is the function of white blood cells?

immunity/protection

200

This fluid is contained within the pericardial cavity.

Pericardial fluid

200

This is the most leaky type of capillary.

Sinusoid capillary

300

Hormones that reduce the activity of the body are termed this.

Inhibitory

300

These are the medical terms for RBCs, WBCs, and platelets.

Erythrocytes

Leukocytes

Thrombocytes

300

Name the three layers of the heart from the inside to the outside.

Endocardium

Myocardium

Epicardium

300

This type of capillary has tiny pores in the walls.

Fenestrated capillaries

400

This is the major link between the nervous system and the endocrine system (Hint: it's in the brain).

Hypothalamus

400
Which blood protein (albumin, globulin, or fibrinogen) helps to maintain blood osmotic pressure?

Albumin

400

The majority (95%) of the heart is made up of this type of tissue.

Cardiac muscle

400

This term is used when substances move FROM the blood vessels (capillaries) into the interstitial fluid.

Filtration

500

This structure within the brain controls the pituitary gland.

Hypothalamus

500

Which blood protein (albumin, globulin, or fibrinogen) helps to produce antibodies?

Globulin
500
How many chambers of the heart are there/

Four

500

This term is used when substances move from the interstitial fluid INTO the blood vessels (capillaries).

Reabsorption