Chapter 1, Problem 1M

This conceptual exercise is meant to get you thinking not only about organ system function,  but also about organ system DYSFUNCTION. For this extra credit assignment, please submit a brief essay (1-2 pages in length) discussing a disease state. Start by describing the way the organ system functions in a normal physiological state. Describe each organ in the system and its function. Next introduce the mechanism of dysfunction in the disease state. Be sure to discuss which organs are malfunctioning and how that affects the other organs in the system. Ie, which other organs have to pick up the slack and how do they accomplish this? Next discuss the impact this has on other organ systems. Ie, how are other organ systems which rely on the malfunctioning system affected and how do they compensate? Finally, discuss current treatment options and weigh their costs and benefits. If there are any, mention preventative measures a healthy individual could take to avoid the disease, if possible.

Although your body systems interact to keep you healthy, sometimes problems can prevent them from working properly. Choose any disorder or disease (contagious, inherited, age-related, or otherwise) and describe how it can disrupt the human body’s normal function, including the systems, organs, cells, molecules, and/or processes involved.

Diaphragm Right hypochondriac region Epigastric region Left hypochondriac region Right lumbar Left lumbar Umbilical region region region Right iliac region Hypogastric region Left iliac region Hello. I have a report that I want to explain in 9 regions, thank you Regions are : - Rt hypochondriac region · Lf hypochondriac region Epigastric region - Umbilical region · Rt lumbar region Lt lumbar region Hypogastric region Rt iliac region Lt iliac region

While of the following cavities would contain a peritoneum? 1. cranial 2. dorsal 3. ventral 4. thoracic 5. abdominal 6. pelvic 7. pericardial O 1, 2, 3, 4, 5, 6, 7 O 2, 3, 4, 5, 6, 7 O 3,5, 6 O 4, 5, 6, 7 O 5,6, 7

write a terminology in column B which meets the description of column A   COLUMN A COLUMN B 1. Cointaining the protein Keratin   2. A stem cell that can give rise to another blood cells   3. Acell the enguifs foreign microscopic particles to initiate immune responses   4. Layered cells in a tissue   5. Belonging to glands with ducts   6. Glands that are ductless   7. The outermost connective tissue in body surfaces and surfaces of internal organs   8. Characterized by a fine network of fibres.   9. Epithelium that appears to be stratified, with all the cells connected to the basement membrane   10. Ability to break down protein

Identify if the statement is True or False. If the statement is false, identify what is incorrect and correct it.  1. Homeostatic regulation refers to the adjustments that are met to keep homeostasis. Autoregulation or intrinsic regulation results when cell, organ or system adjusts its activity automatically. 2. The Tissue is a group of similar cells with common function. The body has four basic Tissues: Epithelial Tissue, Connective Tissue, Muscle Tissue and Nerve Tissue. 3. Pathologic Hypertrophy refers to an abnormal decrease in the size of each cell. Hypertrophy is a decrease in the size of cells and may be Physiologic or Pathologic.

Our pharmacy is located near several pediatricians’ offices, and each of these pediatricians has a preferred mouth rinse for sore throat. One doctor writes a combination of lidocaine, antacid, and Benadryl for a sore throat. Depending on the cause of the sore throat, she may add nystatin, an antifungal medication, or acyclovir, an antiviral medication. A typical prescription will read: antacid 1 part, lidocaine 2 parts, Benadryl 1 part, and nystatin 4 parts; dispense 8 ounces. We have found one of the simplest ways to calculate the amount of each drug to mix is by using fractions. First we add up the total number of “parts,” and this becomes our denominator or bottom number. For this compound, the denominator is 1 + 2 + 1 + 4 = 8. The numerator or top number is how many parts of that ingredient are used. For example, two parts of the mixture are lidocaine, so lidocaine is 2/8 of the mixture. To calculate how many ounces of lidocaine are needed, the fraction is multiplied by the total…

Our pharmacy is located near several pediatricians’ offices, and each of these pediatricians has a preferred mouth rinse for sore throat. One doctor writes a combination of lidocaine, antacid, and Benadryl for a sore throat. Depending on the cause of the sore throat, she may add nystatin, an antifungal medication, or acyclovir, an antiviral medication. A typical prescription will read: antacid 1 part, lidocaine 2 parts, Benadryl 1 part, and nystatin 4 parts; dispense 8 ounces. We have found one of the simplest ways to calculate the amount of each drug to mix is by using fractions. First we add up the total number of “parts,” and this becomes our denominator or bottom number. For this compound, the denominator is 1 + 2 + 1 + 4 = 8. The numerator or top number is how many parts of that ingredient are used. For example, two parts of the mixture are lidocaine, so lidocaine is 2/8 of the mixture. To calculate how many ounces of lidocaine are needed, the fraction is multiplied by the total…

Listen to the video about the effects of smoking in our lungs using the link below. https://www.youtube.com/watch?v=69R0E Rg mQ cancer cens basal goblet cells cells mucus cilia SILMAD I (a) normal (b) cancer develops tumour thin mucous layer narrow bronchioles PEN ER (c) cancer advances (d) tumour spreads 5 While the cancerous tumour is still walled in by the basal membrane in diagram C, the tumour breaks through the membrane in diagram D. At this stage, the tumour may spread to other parts of the body. Cancer cells often use lymph vessels as pathways to other parts of the body, where they continue to divide. e) Why does this characteristic make cancer especially dangerous? I