true or false 1.) The unique stem-loop structures of the transfer RNA helps the RNA perform its function of joining ribosomal proteins to form the sites for protein synthesis. 2.) DNA molecules can perform their function in replication and transcription as long as the 2 strands remain intact and not separated. 3.) Histone proteins are able to associate with DNA segments because of the anionic nature of the amino acids arg and lys. 4.) The long solenoid structure of the chromatin material binds to a protein scaffold and folds further to form the chromatin/chromosome structure. 5.) Primary amines and keto groups of the nitrogen bases are involved in base-pairing in double stranded DNA.
true or false 1.) The unique stem-loop structures of the transfer RNA helps the RNA perform its function of joining ribosomal proteins to form the sites for protein synthesis. 2.) DNA molecules can perform their function in replication and transcription as long as the 2 strands remain intact and not separated. 3.) Histone proteins are able to associate with DNA segments because of the anionic nature of the amino acids arg and lys. 4.) The long solenoid structure of the chromatin material binds to a protein scaffold and folds further to form the chromatin/chromosome structure. 5.) Primary amines and keto groups of the nitrogen bases are involved in base-pairing in double stranded DNA.
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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true or false
1.) The unique stem-loop structures of the transfer RNA helps the RNA perform its function of joining ribosomal proteins to form the sites for protein synthesis.
2.) DNA molecules can perform their function in replication and transcription as long as the 2 strands remain intact and not separated.
3.) Histone proteins are able to associate with DNA segments because of the anionic nature of the amino acids arg and lys.
4.) The long solenoid structure of the chromatin material binds to a protein scaffold and folds further to form the chromatin/chromosome structure.
5.) Primary
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