Semi-conservative replication: Difference between revisions
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Semi-conservative replication is the mechanism by which [[DNA|DNA]] replicates in [[Cell|cells]]. The parent strand splits in two and uses itself as a template to form a second [[Complementary strand|complementary strand]]. Together the template strand and the complementary strand bond together to form a new double strand of DNA. One parent double strand of DNA will thus become two daughter double strands of DNA <ref>Hartl, D and Jones, E (2009). Genetics- Analysis of genes and genomes. 7th ed. Sudbury: Jones and Bartlett publishers, Inc. 192.</ref>.<br> | Semi-conservative replication is the mechanism by which [[DNA|DNA]] replicates in [[Cell|cells]]. The The parent strand splits in two and uses itself as a template to form a second [[Complementary strand|complementary strand]]. The exposed bases on the single stranded DNA complementary base pair to [[Nucleotides|nucleotides]]. A (Adenine) pairs with T (Thymine) and C (Cytosine) pairs with G (Guanine). <ref>Alberts et al. Molecular biology of the cell fifth edition 2007. Page 266</ref>Together the template strand and the complementary strand bond together to form a new double strand of DNA. One parent double strand of DNA will thus become two daughter double strands of DNA <ref>Hartl, D and Jones, E (2009). Genetics- Analysis of genes and genomes. 7th ed. Sudbury: Jones and Bartlett publishers, Inc. 192.</ref>.<br> | ||
The term "semi-conservative" refers to the fact that each of daughter double helix contains one conserved strand from the parent DNA, as well as one newly synthesised strand. <br>[[Image:Semi-conservative replication.gif]] | The term "semi-conservative" refers to the fact that each of daughter double helix contains one conserved strand from the parent DNA, as well as one newly synthesised strand. <br>[[Image:Semi-conservative replication.gif]] | ||
Revision as of 22:21, 23 November 2014
Semi-conservative replication is the mechanism by which DNA replicates in cells. The The parent strand splits in two and uses itself as a template to form a second complementary strand. The exposed bases on the single stranded DNA complementary base pair to nucleotides. A (Adenine) pairs with T (Thymine) and C (Cytosine) pairs with G (Guanine). [1]Together the template strand and the complementary strand bond together to form a new double strand of DNA. One parent double strand of DNA will thus become two daughter double strands of DNA [2].
The term "semi-conservative" refers to the fact that each of daughter double helix contains one conserved strand from the parent DNA, as well as one newly synthesised strand. 