Molecular Genetics: DNA, RNA, Protein Synthesis – Animations

MOLECULAR GENETICS: DNA, RNA, PROTEIN SYNTHESIS
Gary Kaiser

[blue]Proteins[/blue]
GIF animation showing the formation of a peptide bond.
GIF animation showing an enzyme-substrate reaction.
[blue] DNA Replication, Transcription, and Translation[/blue]
GIF animation illustrating DNA replication by complementary base pairing.
GIF animation illustrating the replication of leading and lagging strands of DNA.
GIF animation illustrating RNA polymerase unwinding the DNA helix during transcription.
GIF animation illustrating the synthesis of mRNA complementary to DNA during transcription.
GIF animation illustrating RNA processing.
Flash Animation illustrating the formation of the initiation complex during translation.
Flash Animation illustrating the joining of the 50S ribosomal subunit to the initiation complex during translation.
Flash Animation illustrating the insertion of amino acids into a growing protein during translation.
Flash Animation illustrating the termination of translation.
Flash Animation summarizing translation.
[blue]Genetic Regulation[/blue]
GIF animation of the repressible trp operon in the absence of a co-repressor.
GIF animation of the repressible trp operon in the presence of a co-repressor. GIF animation of the inducible lac operon in the absence of an inducer.
GIF animation of the inducible lac operon in the presence of an inducer.
GIF animation an activator protein in the absence of an inducer.
GIF animation an activator protein in the presence of an inducer.
GIF animation showing antisense RNA.
GIF animation showing non-competitive inhibition by an allosteric enzyme.