More Related Content
What's hot
What's hot (20)
Similar to Neet PG MCQ Biochemistry 2018
Similar to Neet PG MCQ Biochemistry 2018 (20)
More from Tulip Academy
Recently uploaded
Recently uploaded (20)
Neet PG MCQ Biochemistry 2018
- 1. MCQs Revision Biochemistry for NEET Jan - 2018 DR. SMILY PRUTHI PAHWA (MD-BIOCHEMISTRY) See video on Youtube………. By Tulip academy of Medical sciences Or See video in mobile app – Search : tulip academy of medical sciences Watch Video on YouTube : https://www.youtube.com/watch?v=D0raz0zTkaA Our WebSite https://tamsmed.com
- 2. Q1 . Kinks in alpha structure are formed by which amino acid : 1) Glycine 2) Lysine 3) Methionine 4) Glutamate Our WebSite https://tamsmed.com
- 3. Q1 . Kinks in alpha structure are formed by which amino acid : 1) Glycine 2) Lysine 3) Methionine 4) Glutamate Our WebSite https://tamsmed.com
- 4. Q2. A patient’s lipid profile was done. His TGs levels were found to be 200 mg/dl, Total cholesterol was 300 mg/dl & HDL = 40 mg/dl. Calculate LDL: a. 220 b. 260 c. 60 d. 100 Our WebSite https://tamsmed.com
- 5. FRIEDWALD’S EQUATION • Total cholesterol = HDL + LDL + VLDL Our WebSite https://tamsmed.com
- 6. FRIEDWALD’S EQUATION • Total cholesterol = HDL + LDL + VLDL • LDL = Total cholesterol – HDL – TG/5 = 300 – 40 – (200/5) = 300 -40 -40 = 300-80 = 220 mg/dl Our WebSite https://tamsmed.com
- 7. • In mmol/L divide by 2.2 • LDL chol = total chol – HDL chol – TG/2.2 Our WebSite https://tamsmed.com
- 8. Q2. A patient’s lipid profile was done. His TGs levels were found to be 200 mg/dl, Total cholesterol was 300 mg/dl & HDL = 40 mg/dl. Calculate LDL: a. 220 b. 260 c. 60 d. 100 Our WebSite https://tamsmed.com
- 9. Q3. Lipoprotein lipase is activated by: a. Apo C-I b. Apo C-II c. Apo C-III d. Apo A-I Our WebSite https://tamsmed.com
- 10. Q3. Lipoprotein lipase is activated by: a. Apo C-I b. Apo C-II c. Apo C-III d. Apo A-I Our WebSite https://tamsmed.com
- 11. Role of Apoproteins in Lipoproteins 1. Structural Role 2. Enzyme Cofactors : Apo C-II activate Lipoprotein Lipase Apo C-III inhibits Lipoprotein Lipase Apo A-I activate LCAT Apo A-II inhibits LCAT 3. Ligands for Receptors Our WebSite https://tamsmed.com
- 12. Ligands for Receptors : • Apo E ligand for remnants • Apo B100 & Apo E LDL-Receptors • Apo A1 HDL-Receptors Our WebSite https://tamsmed.com
- 13. Q4. Tom cat urine smell is seen in: a) Hawkinsinuria b) Multiple Carboxylase defect c) G6PD d) Phenylketonuria Our WebSite https://tamsmed.com
- 14. Q4. Tom cat urine smell is seen in: a) Hawkinsinuria b) Multiple Carboxylase defect c) G6PD d) Phenylketonuria Our WebSite https://tamsmed.com
- 15. • Tom cat urine odour - Multiple Carboxylase defect • Mousy/Musty odour - Phenylketonuria • Burnt sugar like odour - MSUD • Swimming pool odour - Hawkinsinuria Our WebSite https://tamsmed.com
- 16. Q5. Odd chain fatty acids can form glucose by which pathway ? a) Propionyl CoA b) Glycerol c) Acetyl CoA entering TCA cycle d) Lactate Our WebSite https://tamsmed.com
- 17. Q5. Odd chain fatty acids can form glucose by which pathway ? a) Propionyl CoA b) Glycerol c) Acetyl CoA entering TCA cycle d) Lactate Our WebSite https://tamsmed.com
- 19. Q6. Muscle cannot maintain blood glucose because of deficiency of : a) Glucose-6- phosphatase b) Glycogen phosphorylase c) Hexokinase d) Phospho-gluco- mutase Q7. Muscle cannot make use of glycogen because of deficiency of : a) Glucose-6- phosphatase b) Glycogen phosphorylase c) Hexokinase d) Phospho-gluco- mutase Our WebSite https://tamsmed.com
- 20. Q6. Muscle cannot maintain blood glucose because of deficiency of : a) Glucose-6- phosphatase b) Glycogen phosphorylase c) Hexokinase d) Phospho-gluco- mutase Q7. Muscle cannot make use of glycogen because of deficiency of : a) Glucose-6- phosphatase b) Glycogen phosphorylase c) Hexokinase d) Phospho-gluco- mutase Our WebSite https://tamsmed.com
- 21. Q8. Malate shuttle is important in : a) Glycogenesis b) Glycolysis c) Gluconeogenesis d) Glycogenolysis Our WebSite https://tamsmed.com
- 22. Q8. Malate shuttle is important in : a) Glycogenesis b) Glycolysis c) Gluconeogenesis d) Glycogenolysis Our WebSite https://tamsmed.com
- 23. Q9. During prolonged starvation, rate of gluconeogenesis depends on : a) Increased alanine levels in liver b) Decreased cGMP levels in liver c) ADP in liver d) Decreased essential fatty acids in liver Our WebSite https://tamsmed.com
- 24. Q9. During prolonged starvation, rate of gluconeogenesis depends on : a) Increased alanine levels in liver b) Decreased cGMP levels in liver c) ADP in liver d) Decreased essential fatty acids in liver Our WebSite https://tamsmed.com
- 25. Q10. Which of the following is a Pallindrome ? a) GGCC b) GTCC c) TAAT d) TTCG Our WebSite https://tamsmed.com
- 26. Q10. Which of the following is a Pallindrome ? a) GGCC b) GTCC c) TAAT d) TTCG Our WebSite https://tamsmed.com
- 27. Download App for for more videos https://tamsmed.com/biochemistry.php Our WebSite https://tamsmed.com