One form of DNA damage, methylation of adenosine residues, destabilizes them. At 37 °C, the tj/2 for residue breakdown decreases from 37 y to 37 min. By how much does the activation energy decrease upon adenosine methylation? (Assume that A is constant.) | 24 kJ/mol ) 7.8 kJ/mol 18 kJ/mol 34 kJ/mol

One form of DNA damage, methylation of adenosine residues, destabilizes them. At 37 °C, the tj/2 for residue breakdown decreases from 37 y to 37 min. By how much does the activation energy decrease upon adenosine methylation? (Assume that A is constant.) | 24 kJ/mol ) 7.8 kJ/mol 18 kJ/mol 34 kJ/mol

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter9: Parenteral Medication Labels And Dosage Calculation

Section: Chapter Questions

Problem 6.4P

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One form of DNA damage, methylation of adenosine residues, destabilizes them. At 37 °C, the t1/2 for
residue breakdown decreases from 37 y to 37 min. By how much does the activation energy decrease upon
adenosine methylation? (Assume that A is constant.)
24 kJ/mol
7.8 kJ/mol
18 kJ/mol
34 kJ/mol

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