Home > categories > Machinery & Equipment > Other Construction Machinery > List four fundamental differences between bacterial and eukaryotic transcription machinery.?
Question:

List four fundamental differences between bacterial and eukaryotic transcription machinery.?

nan

Answer:

I endure in suggestions seeing an exceedingly thrilling video on youtube, with this psychologist speaking approximately happiness. And he examine out specific fees from people who have been fairly chuffed, and their perspectives on life without telling you who they have been. Then he explianed that those eopl have been nicely regular (it became into american so i don't comprehend precisely who those peopel have been) yet they have been like MP's or people who had suffered great losses, the two funds/social/politically or for my area yet they have been so chuffed. i actually think of happiness is a suggestions set, so specific even whilst some thing is going incorrect in case you have a favorable view you could replace that 'failiure' right into a piositive gaining knowledge of adventure and probably even gaining new qualifications. eg, if somebody gets made redundant from their activity they might see it as a failure, finacially and socially. yet for my area it would desire to be their fulfillment as they have the oppertunity to detect new issues, or take time beyond regulation to spend with their households and new hobbies.
Bacterial - RNAp is only of 1 type and has 5 subunits. - Sigma factor does the promoter recognition. - alphaCTD is not involved in the RNAp control, but instead binds UP elements - Poly(A) tail is not added to the RNA produced. - No introns are present, hence no splicing machinery. - GTFs are absent. - The process is relatively simple. Eucaryotes - RNAp is of more than 4 types and has about 12 subunits. - TFIIB and many other factors do the promoter recognition. - CTD of RNAp plays important role in regulation and elongation and many other processes. - Poly(A) tail is added to the RNA produced. - Splicing machinery is present due to need for intron splicing - GTFs are present. - The process is relatively very complex.

Share to: