Gonadotropes secrete two hormones that act on the gonads: _________ and _______

Nutrition is an important factor associated with risks for chronic diseases. For example, we know that some dietary factors promote disease while others are preventative. Choose one chronic disease – cardiovascular disease, hypertension, diabetes or cancer – and describe how nutrition can prevent or reduce the risk for that disease. Also, describe some nutritional behaviors that can increase the risk for your chosen disease.

1. Frank has been drinking a lot of liquid and eating salty potato chips. As a result, his blood volume and blood pressure are elevated. Describe the endocrine mechanisms his body will use to normalize his blood pressure and blood volume.

How does schizophrenia affect the prefrontal cortex and the neuronal pathway? (can i please have a detailed explanation, as i'm very confused about the topic)

Define the term allergen. How do allergens differ from the antigens that cause Type II, III, and IV hypersensitivity reactions?

Consider a neural circuit of a person without Alzheimer’s disease and a person with Alzheimer’s disease, specifically the pre-synaptic cell and post-synaptic cell. In 3-5 sentences describe how the cell structure and function differs between them. (If you wish, you can use a labelled diagram to answer the question instead)

How is carbonic anhydrase important in gas transport?

Which statement is true about the differences between the endocrine and nervous systems? Select all correct answer choices.

a. The endocrine system can create signals that last longer than the signals produced by the nervous system.

b. The nervous system creates slower transmitting signals compared to the signals of the endocrine system.

c. An endocrine cell can potentially reach more target cells with its signals than one neuron.

Which of the following doesn’t belong?

(Group of answer choices)

1. Type 1 alveolar cells.

2. zymogenic cells.

3. enteroendocrine cells

4. oxyntic cells.

5. goblet cells.

Enamel:

1. is made of the same material as bone.

2. is the hardest substance in the human body.

3. none of the above.

4. all of the above.

5. forms the surface of the crowns of teeth.

Pharyngeal constrictor muscles:

1. assist with gustation.

2. are used mainly used in relaxed expiration.

3. assist with mastication.

4. none of the above

5. are used for deglutition.

qestion about Neutrophil

(1) Neutrophil

1. elevated in reponse to larger parasites& allergens

2. mainly elevated in response to allergens

3. not actually a cell

4. phagocytizes stuff

5. elevated in response to bacterial infection

Basophil

1. elevated in reponse to larger parasites& allergens

2. mainly elevated in response to allergens

3. not actually a cell

4. phagocytizes stuff

5. elevated in response to bacterial infection

Eosinophil

1. elevated in reponse to larger parasites& allergens

2. mainly elevated in response to allergens

3. not actually a cell

4. phagocytizes stuff

5. elevated in response to bacterial infection

Macrophage

1. elevated in reponse to larger parasites& allergens

2. mainly elevated in response to allergens

3. not actually a cell

4. phagocytizes stuff

5. elevated in response to bacterial infection

Platelet

1. elevated in reponse to larger parasites& allergens

2. mainly elevated in response to allergens

3. not actually a cell

4. phagocytizes stuff

5. elevated in response to bacterial infection

What are the changes that occur to cellular energy metabolism during metabolic rate suppression? Name and explain three important processes that are targeted for inhibition in this state.

description, function & location

Epithelial Tissues: Simple squamous Simple cuboidal Simple columnar Stratified squamous Pseudostratified ciliated columnar (PCCE) Transitional

Connective Tissues: Mesenchyme Areolar Reticular Adipose Dense regular Dense irregular Elastic Hyaline cartilage Fibrocartilage Elastic cartilage Bone

Explain how the abortion pill and emergency contraceptive pills work.

You are a single molecule of glucose. Describe ALL of the anatomy that you would see, including transporters and pumps, as you travel from the afferent arteriole all the way to your reabsorption back into the kidney tissues. Second, describe all of the anatomy that you would see if your human had taken a sodium/glucose co-transport inhibitor.