Systematic analysis now commonly includes ________ to identify, characterize, and determine relationships between new strains of bacterial species.
A) whole genome analysis
B) microscopy
C) staining
D) pigments

Question

Quizplus · Accepted Answer

Whole genome analysis is commonly used in systematic analysis to identify, characterize, and determine relationships between new strains of bacterial species. This approach involves sequencing the entire genome of the organism and analyzing it to determine its genetic makeup and unique characteristics. This allows researchers to better understand the organism's biology and its relationships to other species, and can be useful in a range of applications, from epidemiology to drug discovery. Microscopy, staining, and pigments may be useful in identifying and characterizing bacterial species, but they do not provide the same level of detail and depth as whole genome analysis.

Systematic Analysis Now Commonly Includes ________ to Identify, Characterize, and Determine