Griffith’s data suggested that something from the dead virulent type s bacteria transformed the nonvirulent type r bacteria into virulent type s. the experiment of avery, macleod & mccarty, which is depicted, identified dna as griffith’s "transforming principle." based on this information, would you expect a mouse injected with the cocktails above to live or die?

A mouse injected with heat-killed type S-bacteria and R strain bacteria would die.

Explanation:

The “transforming principle” proved by Avery, MacLeod & McCarty indicates that the DNA of an organism carries the hereditary material that can be transformed. Consequently, the genetic material of a bacteria can be modified with surrounding DNA. A dead type of S bacteria when conjugated with non-virulent R bacteria and injected to a mouse can mutate and kill the host. As the R strain bacteria takes some of the heat-killed S bacteria DNA that survived the heating process, it can mutate to the latter and generate a sugar-based shield that protects it from the host’s immune system.

genetic variation can be caused by mutation (which can create entirely new alleles in a population), random mating, random fertilization, and recombination between homologous chromosomes during meiosis (which reshuffles alleles within an organism's offspring).

meiosis is the first to occur after the nuclei of opposite of opposite mating types fuse