Endocrinology
Metabolism
Cardio Physiology
Biomechanics
Neuromuscular Physiology
100

This hormone is released by the pancreas when plasma glucose levels are low

Glucagon

100

The speed of cellular chemical reactions is regulated by catalyst called

Enzymes

100

Which blood vessel is composed of one cellular layer and functions to exchange nutrients and waste materials between blood and tissues?

Capillaries

100

Newton’s Law indicating for every force, there is an equal and opposite reaction.

Newton's third law

100

consists of one alpha motor neuron and all the extrafusal muscle fibers it innervates

Motor Unit
200

This class of hormones are lipid soluble, pass through cell membranes and bind to receptors within the cell.

Steriod

200

this enzyme is the rate-lmiting step of glycolysis

phophofructokinase

200

Last functioning pacemaker of the heart (when there is no SA or AVN nodes)

Purkinje fibers

200

This is the pattern or sequence of joint motion without consideration of forces

Kinematics

200

Two main fuctions of motorneruon pool to produce force

Motor unit recruitment and firing rate

300

This hormone is released by the posterior pituitary gland and increases water reabsorption in the kidneys

ADH (vasopressin)

300

Rate limiting enzyme of citric acid cycle

isocitrate dehydrogenase

300

Highest sustainable work rate without progressively increasing blood lactate concentration

Maximal Lactate Steady State (MLSS)

300

This is the time between eccentric and concentric actions.

amortization phase

300

What part of the muscle cell allows an action potential to spread uniformly throughout the cell

T-tubules

400

This class of hormone cannot cross the cell membrane and relies on secondary messengers

non-steriod

400

These reactions are reactions that are linked, with the liberation of free energy in one reaction being used to "dirve" a second reaction. 

coupled reaction

400

What effects venous return to the heart? three answers

1. Skeletal muscle pump

2. Respiratory pump

3. vasoconstriction

400

This point marks the amount of transitional deformation indicating a shift from elastic to plastic.

Yield Point

400

An experimental drug is given to a patient. The drug is known to inhibit the activity of acetylcholinesterase. What effect would most likely be observed in the patient as a result of this drug?

Induce muscle contractions

500

The increase in number of cell receptors; more hormone can bind to the cell and lower concentrations of the hormone remain in the blood plasma

Up-regulation

500

The difference between oxygen uptake in the first few minutes of exercise and an equal time period after steady state has been obtained

o2 deficit

500

In a 12-lead ECG inverted t waves/ST depression is representative of what condition

Ischemia

500

This type of deformation allows an object to return to its original dimensions post disturbance.

Elastic deformation

500

At the neuromuscular junction, receptors respond to neurotransmitters to facilitate the depolarization of muscle cell membranes. This is the first step in that muscle cell's ultimate contraction. Which types of receptors would be most likely found on the muscle cell, directly interacting with the neurotransmitter at the neuromuscular junction?

Nicotinic ligand-gated channels

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