Explain the attachment theory and its importance in the healthy development of an infant. How could attachment between the mom and newborn, be impacted by a family illness? How to maximize the attachment between a mom and newborn when there is an immediate family member with a life-threatening disease?
Discuss the importance of advocacy as it pertains to patient care. What is the nurse’s role in patient advocacy? Describe a situation in which you were involved with patient advocacy. Explain what the advocacy accomplished for the patient, and what the repercussions would have been if the patient would not had an advocate.
Review the concept of passive transport and define the following: a. Passive diffusion: b. Active diffusion c. Osmosis d. Facilitated diffusion 2. Review from your textbook figure 3.8, then explain in your own words the abnormal shapes of the red blood cells in the following picture. What kind of solutions have those cells been placed in and what has happened as a result?
Once a patient has been diagnosed with CHF congestive heart failure, the patient must change their lifestyle and personal habits. How would you explain what CHF is to the patient? How would you make him/her understand the dangers of excess salt?
How would you explain the importance of regularly weighing themselves and what weight changes should warrant a call to their care provider?
What are the different types of epithelial tissue? 2. Name one location where stratified squamous epithelium is found? What is the function of the epithelium in that location? 3. Name four different types of microscopes that are used by researchers. 4. What is the name of the microscope that most students use in their biology labs? 5. What is the meaning of the word a monocular?
6. What is the meaning of the word a binocular? 7. What is the magnification (usually) of the ocular lens of the microscope that is the answer to question #4? 8. What is the total magnification of a slide that is viewed through the ocular lens of a microscope using a low power objective lens that is4X? (Please show your calculation for full credit.)
9. What is the total magnification of a slide that is viewed through the ocular lens of a microscope using a low power objective lens that is10X?
(Please show your calculation for full credit.) 10. What is the total magnification of a slide that is viewed through the ocular lens of a microscope using a low power objective lens that is 40X? (Please show your calculation for full credit.)
Define “cell” Understand how a cell’s shape and function are related, and the diversity of human cells Name the 3 basic components of every human cell Explain difference between germ and somatic cells and know basic characteristics of each (i.e. diploid vs. haploid, number of chromosomes, mitosis vs. meiosis)
Blood is classified as a connective tissue because it arises from mesenchymal tissue and has a nonliving fluid matrix it connects parts of the body together it provides support it contains fibroblasts In which body cavities is the heart located?
Mediastinal, thoracic, and ventral pleural, ventral, and thoracic pericardial, ventral, and thoracic pleural, dorsal, and abdominal
Which type of serous membrane is located within the lower meciastinum? parietal peritoneum visceral pleura parietal pericardium parietal pleura In which body cavities is the heart located? mediastinal, thoracic, and ventral pleural, ventral, and thoracic pericardial, ventral, and thoracic pleural, dorsal, and abdominal Which of the following statements is correct?
Inferior is sometimes referred to as dorsal. Supericial is sometimes referred to as internal. Anterior is sometimes referred to as caudal, Posterior is sometimes referred to as ventral. The terms anterior and ventral are synonymous in humans.
The body cavity that contains the uterus is the: Ventral Dorsal Pleural Pericardial Vertebral Arteries, veins, and lymphatics keep clots from sticking as long as their is intact and healthy. mesothelium transitional epithelium simple cuboidal epithelium endothelium
Describe the two basic functions of the plasma membrane. 2. What specific molecule is typically most abundant on each side of a plasma membrane? Explain how this influences basic membeane structure. (Note: explain means to give physiological reasons why).
3. Draw and label a section of the plasma membrane of a human cell. Your drowing should include: A phospholipid bilayer: – Each phospholipid should include at least one unsaturated, fatty acid tai – Your plasma membrane should be at least 15-20 phospholipids in length –
Label the outside surface and the inside surface of your bilayer. (You can write “out” on one side and “in” on the other side) – Labela phospholipid. – Label the hydrophilic (polar) head of a phospholipid. –
Label the hydrophobic (nonpolar) talls of a phospholipid. – Make one of the phospholipids a glycolipid and label it, “glycolipid.” (Make sure the glycolipid is on the correct surface of the bilayer.)
Cholesterol – Drow and label two or more cholesterol molecules within the phospholipid bilayer. – Proteins and glycoproteins – Draw and Iabel membrarve proteins, including= – An integral protein that spans the membrane. – Label the polar regions of the integral protein. – Label the nonpolar region of the integral protein. – A peripheral protein. (Make sure it is on the correct surface of the bilayer.) – A glycoprotein.
(Make sure the carbohydrate portion of the glycoprotei extends from the correct surface of the membrane-) Use a bracket and labelling lines to indicate the following regions of the plasm membrane: – polar – nonpolar.
4. Describe one or more functions of the integral proteins.
5. Describe a function of the glycolipids and glycoproteins.
6. Which part of the phospholipid bilayer prevents ions and most small, polar molecules from passing freely through the membrane? Explain.
7. What characteristic of the phospholipids maintains membrane fluidity? Exploin. What other membrane component helps maintain membrane fluidity?
Explain. 8. Describe the consequences of a plasma membrane becoming solid. What functions would be lost? Explain.
Explain the functions of the autonomic nervous system (ANS). 2. Describe the differences between the somatic and the autonomic (visceral) reflex arcs. 3. Identify autonomic effectors and plexuses giving examples of each. 4. Discuss the specific functions of the sympathetic and parasympathetic divisions.
5. Compare the structures and locations of the parasympathetic ganglia and sympathetic ganglia. 6. Define the following fibers: preganglionic, postganglionic, cholinergic and adrenergic.
7. List the specific neurotransmitters secreted within the ANS. 8. Explain the roles of adrenergif (alpha and beta) receptors and the cholinergic (nicotinic and muscarinic) receptors in the ANS.
9. Compare the physiological responses of the sympathetic and parasympathetic systems on the: heart, lungs, blood vessels, digestive tract, liver, spleen, skeletal muscles, urinary bladder, salivary glands, intrinsic muscles of the cye. 10. Deseribe the role of the hypothalamus and brainstem in controlling the ANS
Assuredpapers.com provides custom papers such as Essays, Term papers, Research papers, Theses, and Dissertations to its global clientele. These papers are only deemed as reference materials meant for providing assistance to our customers.
Email: support@assuredpapers.com
website: assuredpapers.com
phone: +1 (617) 871 9964