All of the following are true regarding a neurotransmitters Except:

a) they can generate a postsynaptic potential

b) they may be taken up through the membrane of the postsynaptic cell

c) they may diffuse away from the synapse

d) they may be degraded by an enzyme in the postsynaptic cell’s membrane

e) they may open a chloride ligand gated channel

2) Testosterone, estradiol (estrogen) and cortisol are all made from

a) eicosanoids

b) thromboxane

c) chains of amino acids

d) triglycerides

e) cholesterol

The cells of nervous tissue that generate and transmit action potentials are _____________

Spaces between segments of the myelin sheath are called the __________________

Vesicles containing neurotransmitters in the axon terminals of neurons are called ___________ vesicles.

The fluid-filled space at a synapse through which neurotransmitters diffuse is the synaptic __________________________

The neuron that receives the message is the _______________________ neuron; its plasma membrane contains receptors for neurotransmitters.

The outer 2 mm of the cerebrum that consists of gray matter is the __________________

The most inferior portion of the brainstem is the ________________________________

The innermost of the three meninges covering the brain is the _____________________

The cavities in the brain that contain cerebrospinal fluid are the __________________

The terminal end of the spinal cord is the _________________________

please type it

Using approximately 200 words, Explain the role of antidiuretic hormone (vasopressin) in controlling extracellular fluid osmolarity and its affect on urine volume and concentration.

Using approximately 200 words, correlate events in the uterine cycle to the ovarian cycle.

Select the correct statement about the hormonal events of the ovarian cycle A. High estrogen levels result in a surge of LH release. B. The LH surge stimulates further development of the secondary oocyte C. Rising levels of estrogen start follicle development D. The follicle begins to secrete progesterone in response to estrogen stimulation

Normally menstruation occurs when A. Blood levels of estrogen and progestrone increae. B. the corpus luteum secretes estrogen. C. blood levels of estrogen and progesterone decrease D. blood levels of FSH fall off

Discuss hormonal factors involved in the maturation of an ovum, ovulation and formation and maintenance of the corpus lyceum during a normal menstrual cycle

What are the group of muscles that have a primary action to protect the internal organs?b.In this group of muscles, which of them is the deepest?c.In this group of muscles, which of them is the most superficial?d.Is the muscle in ‘c’ medial or lateral to the muscle in ‘b’?

e.In this group of muscles, which of them have fascicles that run obliquely in anupward motion (from origin to insertion)?

f.In this group of muscles, which of them have fascicles that run obliquely in adownward motion (from origin to insertion)?

g.Is the muscle in ‘e’ superficial or deep to the muscle in ‘f’?

h.In doing sit ups, which of these muscles would be the dominant one?

SUMMARY of DIGESTIVE ENZYNMES

What is the strongest type of cell junction found in the body? List the four basic tissue types found in the body, briefly describing their function. Give an example of where you would find these epithelia in the body: 1) simple columnar; 2) stratified squamous; 3) transitional; 4) pseudostratified columnar. Which type of muscle tissue contains cells that can divide? What do we call the cells in nervous tissue that conduct electrical impulses? Provide THREE (3) examples of connective tissue and where they can be found in the body. How is cartilage different from all other connective tissues?

Explain why carbohydrate metabolism is necessary for fat metabolism (i.e. why do fat's burn in a carbohydrate flame?).

Give an accounting of how many ATP are generated through oxidative metabolism (AEROBIC GLYCOLSIS) metabolism of one molecule of glucose during exercise. Your answer should include a detailed accounting of exactly where the ATP were generated and should add up to your correct total # of ATP. Please highlight or bold your ATP counts.

Please list 2 locations and 2 functions

Blood: