Conservative and Semiconservative Replication
Conservative and Semiconservative Replication are the two proposed models of replication. There are significant difference between Conservative and Semiconservative Replication of DNA. In the conservative replication model, DNA helices do not unwind and produce one entirely new and one entirely old helix. In semiconservative replication, the strands work as template strands and form new helices. Each of the helix has one new strand and one old strand. Semiconservative replication gives a clear explanation of the unwinding of DNA. It is the actual process by which DNA replicates inside the cell, hence it is considered a biologically significant method.
Difference between Conservative and Semiconservative Replication
Conservative Replication and Semiconservative Replication are the two proposed models of replication. In the DNA replication process of conservative replication, the original DNA remains intact and serves as a template for the synthesis of two new DNA molecules.
In semiconservative replication, each original DNA strand serves as a template for the synthesis of a new strand, resulting in two DNA molecules, each with one original strand and one new strand. Semiconservative replication is the most accepted model of DNA replication. In this article, we will read about semiconservative and conservative replication and the differences between them.
Table of Content
- Difference Between Conservative and Semiconservative Replication
- What is Conservative Replication?
- What is Semiconservative Replication?
- Conclusion: Conservative and Semiconservative Replication
- FAQs on Conservative and Semiconservative Replication
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