1729+ Topic-wise solved MCQs for:
Molecular Biology

1. 101. History of DNA as the Genetic Material, Nucleic Acid Molecules Genetic Information in Molecular Biology  Save
2. 102. Manufacturing the Message 1 in Molecular Biology  Save
3. 103. Palindromes, Inverted Repeats and Stem and Loop Structures in Molecular Biology  Save
4. 104. Post-Translational Modifications of Proteins in Molecular Biology  Save
5. 105. Various Classes of RNA Have Different Functions 1 in Molecular Biology  Save
6. 106. Alternative Splicing Produces Multiple Forms of RNA in Molecular Biology  Save
7. 107. Chromosome Replication Initiates at OriC & Terminates at TerC in Molecular Biology  Save
8. 108. Hybridization of DNA and RNA in Molecular Biology  Save
9. 109. Introns are Removed from RNA by Splicing 2 in Molecular Biology  Save
10. 110. Molecular Basis of Homologous Recombination in Molecular Biology  Save
11. 111. Plasmid DNA Replicates by Two Alternative Methods 1 in Molecular Biology  Save
12. 112. Recombination in Higher Organisms 1  Save
13. 113. Reverse Transcriptase PCR in Molecular Biology  Save
14. 114. Ribosomes Read the Genetic Code in Molecular Biology  Save
15. 115. Site Specific Recombination in Molecular Biology  Save
16. 116. Site-Directed Mutagenesis & Overview of Recombination in Molecular Biology  Save
17. 117. Alternative Helical Structures of DNA in Molecular Biology  Save
18. 118. Chemical Mutagens Damage DNA in Molecular Biology  Save
19. 119. Degradation of Proteins in Molecular Biology  Save
20. 120. Degradation of mRNA in Molecular Biology  Save
21. 121. Introns are Removed from RNA by Splicing 1 in Molecular Biology  Save
22. 122. Inverse PCR & Randomly Amplified Polymorphic DNA(RAPD) in Molecular Biology  Save
23. 123. Many Plasmids Help their Host Cells in Molecular Biology  Save
24. 124. Overview of DNA Repair in Molecular Biology  Save
25. 125. Properties of DNA Polymerase 1 in Molecular Biology  Save
26. 126. RNAs in Gene Regulation  Save
27. 127. Replicating Linear DNA in Eukaryotes  Save
28. 128. The Multitude of Transposable Elements 1 in Molecular Biology  Save
29. 129. The Ribosome : The Cells Decoding Machine 1 in Molecular Biology  Save
30. 130. Types of Genetic Mutations in Molecular Biology  Save
31. 131. Chemical Structures of Nucleic Acids in Molecular Biology  Save
32. 132. Coding and Non-Coding RNA in Molecular Biology  Save
33. 133. Construction of DNA and RNA Libraries in Molecular Biology  Save
34. 134. Engineered Genes and Their Use in Molecular Biology  Save
35. 135. Gene Regulation Ensures a Physiological Response in Molecular Biology  Save
36. 136. Genes Are Expressed by Making RNA 1 in Molecular Biology  Save
37. 137. Genome Organization 1 in Molecular Biology  Save
38. 138. How Is the Beginning of a Gene Recognized in Molecular Biology  Save
39. 139. Introns are Removed from RNA by Splicing 3 in Molecular Biology  Save
40. 140. Manipulating DNA in Molecular Biology  Save
41. 141. Overview of Protein Synthesis 1 in Molecular Biology  Save
42. 142. Overview of Protein Synthesis 2 in Molecular Biology  Save
43. 143. Plasmid DNA Replicates by Two Alternative Methods 2 in Molecular Biology  Save
44. 144. Proteins are Chains of Amino Acids in Molecular Biology  Save
45. 145. RNA is Processed in Several Ways  Save
46. 146. Repeated Sequences are a Feature of Eukaryotic DNA in Molecular Biology  Save
47. 147. The Genetic Code 2 in Molecular Biology  Save
48. 148. Three Possible Reading Frames Exist in Molecular Biology  Save
49. 149. Transcriptional Regulation in Eukaryotes is More Complex than in Prokaryotes 1  Save
50. 150. X-Chromosomes Inactivation Occurs in Female XX Animals  Save

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