QUESTION 12 Using relevant clinical examples, describe how each of the following helps to lower blood...

Question

Question

Add a comment Improve this question Transcribed image text

Answer 1

Answer #1

Bile acid sequestrant reduce blood cholesterol;

Bile help Too to and sequestrarts are medicone That lower your LDL (Bad, cholestaol. much cholesterol as your blood car stick

HMG-CoA reductase inhibitor reduces Blood cholesterol:

HMG COA reductase Thibitors, drugs act by decreasing liver cholestrol synthesis resulting in rep - regulation of LDL receptor

Add a comment

Answer 2

Similar Homework Help Questions

QUESTION 12 Using relevant clinical examples, describe how each of the following helps to lower blood...

QUESTION 12 Using relevant clinical examples, describe how each of the following helps to lower blood cholesterol: (1) bile acid sequesterants (2) HMG-CoA reductase inhibitors
pharmacology Assignments, Chapter 47, Lipid-Lowering Agents Learning Objective(s) Written Assignments 1. Describe how fats are metabolized....

pharmacology Assignments, Chapter 47, Lipid-Lowering Agents Learning Objective(s) Written Assignments 1. Describe how fats are metabolized. Identify the difference between LDL and HDL and how each contributes to coronary artery disease. 2. How is hyperlipidemia treated across the lifespan? What are the drugs of choice for the various age groups, genders, and racial groups? Learning Objective(s) Group Assignments 1. Each member of the group chooses therapeutic actions, indications, pharmacokinetics, contraindications, the most common adverse reactions, or the important drug drug...
QUESTION 15 Define angina using relevant clinical examples. Describe the goal and primary mechanism of angina...

QUESTION 15 Define angina using relevant clinical examples. Describe the goal and primary mechanism of angina treatment

m , 1 1. Describe the prevalence and pathophy 2. Describe the use of non-drug measures...

m , 1 1. Describe the prevalence and pathophy 2. Describe the use of non-drug measures the prevalence and pathophysiology related to hypertension e the use of non-drug measures in the treatment of hypertension ss the following mechanism of action, side effects, patient education related to a. Diuretics b. Renin-Angiotensin-Aldosterone Medications (RAAS) c. Calcium Channel Blockers (CCBS) d. Beta-Blockers (BBS) e. Vasodilators 4. Describe the prevalence and pathophysiology related to hyperlipidemia & metabolic syndrome 5. Identify the use of non-drug...
Anti-lipemic Medications: 1. What are the main subclasses of antilipemic medications? 2. Describe, briefly, how each...

Anti-lipemic Medications: 1. What are the main subclasses of antilipemic medications? 2. Describe, briefly, how each works 3. What is the most clinically important adverse effect of HMG-CoA class of medications? Why is it so important? 4. How would you determine if a patient may be at risk for developing this adverse reaction? s. In order for atorvastatin to be most effective, when should it be administered? 6. What are the contraindications for bile acid sequestrant medications? 7. What do...
biochemistry 4) Using resources from outside of class and the following numerical list of characteristics, place...

biochemistry 4) Using resources from outside of class and the following numerical list of characteristics, place each number in order from smallest to largest) which accurately describes the specific receptor (on next page). located at cell surface associated with the protein, Clathrin ligand binding activates phospholipase C a transmembrane protein a DNA binding protein located in the interior of a cell receptor-ligand complex moves to the lysosome receptor-ligand complex becomes concentrated in the nucleus 9. receptor activation can inhibit the...

Question 12 (1 point) Which of the following decreases blood volume? 1) Adrenergic receptor blockers 2)...

Question 12 (1 point) Which of the following decreases blood volume? 1) Adrenergic receptor blockers 2) Peripherally acting sympatholytics 31 Calcium Channel Blockers 4 ACE inhibitors Question 13 (1 point) Calcium channel blockers are antidysrhythmic 1) classi
Question 1 20 pts 1. a type of oil that is rich in monounsaturated fatty acids...

Question 1 20 pts 1. a type of oil that is rich in monounsaturated fatty acids olive 2. a type of nut that is rich in omega-3 fatty acids (ALA) walnuts 3. a lipid that contains glycerol, two fatty acids, and a phosphate group phospholipid 4. a dietary lipid found only in animal foods cholesterol 5. organ in the body that produces all the cholesterol a body needs liver 6. type of lipid with a multi-ring structure sterol 7. a...
Explain each of the following strategic options with relevant examples: 1. Vertical Intergration ...

Explain each of the following strategic options with relevant examples: 1. Vertical Intergration 2. Concentric diversification 3. Conglomerate diversification 4. Divestment

Provide three examples (both structure and name for each case) for the following carboxylic acid and...

Provide three examples (both structure and name for each case) for the following carboxylic acid and its derivatives (a) Carboxylic acid (b) Acid halide (c) Acid anhydride (d) Ester (e) Thioester (0) Amide 1. 6x3-18 2. Write a preparation method for one compound from each category in question 1 . 6x2-12 The following two are the general reaction mechanisms for carbonyl group containing compounds. What is the difference between them? Write mechanism from a reaction describe in question 2. 3....

QUESTION 12 Using relevant clinical examples, describe how each of the following helps to lower blood...

Homework Answers