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Question
Match the items given in Column A with those given in Column B:
| Column A | Column B |
| a) Low purine diet | i) Low Carbohydrate Diet ii) Toxic mushroom |
| b) Tetany | |
| c) Hyperglycemia | iii) Cancer |
| d) Underweight | iv) Food Adulteration |
| e) Phalloidine | v) Milk |
| f) Nitrosamines | vi) Gout |
| g) PFA Act | vii) Calcium deficiency |
| h) Pasteurization | viii) High calorie diet |
| i) Aflatoxins | ix) Mercury |
| j) Industrial Pollutant | x) Aspergillus flavus |
| xi) High calorie diet | |
| xii) Genetic Changes |
a) Low purine diet - vi) Gout
b) Tetany _____________ __________ ______ _______ _____________ __________ _________ _____________ _______ _____________ ________ ___.
___________ ________ __ _________ _________ _____ ____ _________ __ ____ ___________ ___________ _______ ___.
____ __ ______ ____ ____________ __ ___ ___________ __________.
__ ___________ ________ ___ ____ __________ ____________ __.
__ _____ ____________ _________ ________ _____________ ____________ __________ ___ __ ______.
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Match the items given in Column A with those given in Column B:
| Column A | Column A |
| a) Lonization | i) Link different nucleotides in a nucleic acid |
| b) Intersticial fluid | ii) Contain red pigment haemoglobin |
| c) Ketone bodies | iii) Nephrotic Syndrome |
| d) Phosphodiester bonds | iv) Energy ‘currency’ of cell |
| e) Coenzyme A | v) Breakdown of RBCs to release their contents |
| f) Erythrocytes | vi) Fluid in between cells |
| g) Agglutination | vii) Transport of molecules/ions against concentration gradient |
| h) Protein in Urine | viii) Glycosuria |
| i) Adenosine Tri Phosphate (ATP) | ix) Clumping together of RBCs |
| j) Active transport | x) Formation of ions by dissociation of electrolytes |
| xi) Derived lipid | |
| xii) Coenzyme form of pantothenic acid | |
| xiii) Fluid inside cells |
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