IBUPROFEN:
Class | Non steroidal anti inflammatory drug |
Brand names | Advil,Motrin,Ibu-tab,Brufen |
Mechanism | It is a cyclooxygenase(COX) enzyme,which is used for the synthesis of prostagladins via the arachidonic pathway.Cyclooxygenase convert the arachidonic acid to prostagladin H2 in the human body.Ibuprofen inhibit the cyclooxygenase enzyme that lower the lower the production of prostagladins.It has anticoagulant effect by inhibiting the conversion of arachidonic acid to thromboxane A2 which is important for platelet aggregation. |
Indication | Inflammation, Fever, Menstrual cramps, Osteoarthritis, Rheumatoid arthritis, Patent ductus arteriosus |
Side effects | Abdominal pain,Ulceration,nausea,headache,constipation,Tinnitus,Heart failure,edema |
Contraindication | Liver problems,Asthma,Hypertension,Peripheral arterial disease,Urticaria |
13. Complete the following table (10-20 words each). Drugs Indication Mechanism of action Ibuprofen (Brufen) Pain
Complete the following table (10-20 words each) Drugs Indication Mechanism of action 1 )Ibuprofen (Brufen) Pain ----------------------------------------------- 2) Aluminium hydroxide gel Gastric acidity -------------------------------------------------- 3)Phenytoin ( dilantin) -------------- Blocks the sodium channels in the neurons of the brain 4)Loperamide (Imodium A-D) Diarrhoea ------------------------------------------------ 5)Isosorbide dinitrate (Sorbitrate) Angina ------------------------------------------------- 6)Sertraline (Zoloft) Anxiety / depression -------------------------------------------------- 7)Amiodarone Arrhythmia --------------------------------------------- 8)Amoxicillin ------- Kills the bacteria by inhibiting bacterial cell wall synthesis 9)Atropine sulphate Organophosphate poisoning ----------------------------------------- 10)Clexane Risk of Deep Vein Thrombosis ----------------------------------------------------...
Complete the following table (10-20 words each). Drugs Indication Mechanism of action Ibuprofen (Brufen) Pain ------ Aluminium hydroxide gel Gastric acidity Phenytoin ( dilantin) -------- Blocks the sodium channels in the neurons of the brain Loperamide (Imodium A-D) Diarrhoea Isosorbide dinitrate(Sorbitrate) Angina Sertraline (Zoloft) Anxiety / depression Amiodarone Arrhythmia Amoxicillin Kills the bacteria by inhibiting bacterial cell wall synthesis Atropine sulphate Organophosphate poisoning Clexane Risk of Deep Vein Thrombosis Ondansetron Anti-Emetic, Inhibits 5-HT3 receptors resulting in inhibition of the...
Be able to explain the mechanism of action of the following anti-cancer drugs: Vinblastine, and Avastin
Venous and arterial ulcers Complete the following table (10-30 words each) Characteristics Venous ulcers Arterial ulcers 25.1) Common History 25.2) Classic Site 25.3) Exudate level 25.4) Pain 25.5) Oedema 25.6) Skin Colour 25.7) Local Skin Temperature
25) Venous and arterial ulcers Complete the following table (10-30 words each) Characteristics Venous ulcers Arterial ulcers 25.1) Common History Feedback 25.2) Classic site Feedback 25.3) Exudate level Feedback 25.4) Pain Feedback 25.5) Oedema Feedback 25.6) Skin Colour Feedback 25.7) Local Skin Temperature
25) Venous and arterial ulcers Complete the following table (10-30 words each) Characteristics Venous ulcers Arterial ulcers 25.1) Common History Minimum word required : 10Please enter atleast 10 words Minimum word required : 10Please enter atleast 10 words Feedback 25.2) Classic Site Minimum word required : 10Please enter atleast 10 words Minimum word required : 10Please enter atleast 10 words Feedback 25.3) Exudate level Minimum word required : 10Please enter atleast 10 words Minimum word required : 10Please enter atleast...
Draw a detailed mechanism for each of the following reactions, including an indication of any proton transfer that takes place. c) HN
25) Venous and arterial ulcers Complete the following table (10-30 words each) Characteristics 25.1) Common History Venous ulcers Arterial ulcers 25.2) Classic Site Venous ulcers Arterial ulcers 25.3) Exudate level Venous ulcers Arterial ulcers 25.4) Pain Venous ulcers Arterial ulcers 25.5) Oedema Venous ulcers Arterial ulcers 25.6) Skin Colour Venous ulcers Arterial ulcers 25.7) Local Skin Temperature Venous ulcers Arterial ulcers
13. Briefly describe the four modes of action of antibacterial drugs and give an example drug for each mode of action. 14. What are the four types of acquired immunity and how do they differ in mechanism? 15. Case Study Question: Mr. B, age 42, is a construction worker in San Antonio. He recently developed a forefoot pedal ulcer, with a high risk of subsequent amputation. His physician referred him for evaluation using the current standard approach to imaging a...
Look up the following cancer drugs/therapyand explain how each works. In your answer include mechanism of action, drug/therapytarget (specific protein), and specific pathway targeted. Explain why this is an anti-cancer drug/therapy(what is it doing to the cancer cells?) Be sure to include references used .a.ABT-737 b.ONYX-015 c.vinblastine d.cyclapolin e.TNP-470