RESEARCHERS SOLVE FIRST STRUCTURE OF A KEY TO INTACT DNA INHERITANCE BACTERIA, INCLUDING S. AUREAS, USE MECHANISM TO SPREAD ANTIBIOTIC RESISTANCE
December 20, 2007
December 20, 2007
HOUSTON, Dec. 20 -- The University of Texas System of MD Anderson Cancer Center issued the following news release:
Researchers have solved the structure of a DNA-protein complex that is crucial in the spread of antibiotic resistance among bacteria. Knowing this structure also provides fundamental insight into how cells successfully divide into two new cells with intact DNA.
The report in the Dec. 20th issue of Nature focuses on how DNA separates and maintains its in . . .
Researchers have solved the structure of a DNA-protein complex that is crucial in the spread of antibiotic resistance among bacteria. Knowing this structure also provides fundamental insight into how cells successfully divide into two new cells with intact DNA.
The report in the Dec. 20th issue of Nature focuses on how DNA separates and maintains its in . . .