Gene regulation in eukaryotes may as well be translational or post translational

The major mechanism used to regulate the transcription process is the control of the binding between the RNA polymerase and the DNA since this bond forms the bridge through which he codes would be sent. Binding of non coding molecules known as repressors to the protein that triggers the binding also controls transcription by altering the structure of the protein to either enhance or prevent the binding process. Certain molecules such as activators and enhancers may also be used in favor of transcription by promoting the bonding of polymerase and DNA to be transcribed. Post transcriptional regulation involves regulating the amount of the mRNA to be translated.

This is done by splicing or capping of the some of the mRNA molecules. Gene regulation in eukaryotes may as well be translational or post translational. Translational regulatory mechanisms work by regulating the amount of mRNA to be processed into proteins. This is done by regulating the transport of these molecules from the nucleus to the cytoplasm from which translation takes place. Factors such as temperature changes have also been confirmed to alter the structures of the binding molecules resulting to antisense binding of the mRNA molecule to chromosomes. After translation has occurred, post translational mechanisms may occur in the cell such as degradation of the protein molecule formed or the proteins may be modified through addition of glucose, acetyl or fatty acid molecules (King, M.W. 2011, p. 1).