proteins

This forum made possible through the generous support of SDN members, donors, and sponsors. Thank you.

queenskillers

Member
10+ Year Member
7+ Year Member
15+ Year Member
Advertisement - Members don't see this ad
does the primary structure (seq of AA's) or does secondary structure (a helix, b pleated) determine conformation of DNA
 
does the primary structure (seq of AA's) or does secondary structure (a helix, b pleated) determine conformation of DNA

From what I remember (vaguely) it should be the primary structure. Maybe because when you denature a protein, you loose secondary, and tertiary structure but not the primary. Therefore, primary structure posses all the info needed to fold the protein.

*Hope this helps!
 
From what I remember (vaguely) it should be the primary structure. Maybe because when you denature a protein, you loose secondary, and tertiary structure but not the primary. Therefore, primary structure posses all the info needed to fold the protein.

*Hope this helps!
i think that's right...primary determines conformation of DNA
 
I assume you mean conformation of the protein....

Primary does. It depends on the order of the aa since their interactions will determine how it can arrange itself into a secondary conformation and fold into a tertiary conformation.