Answer:
The very last one is the answer.
I was late for the bus, but I wasn’t worried because I run faster than anyone I know.
When Griffith injected the combination of Heat-killed S bacteria and Live R bacteria into the mice, it died. Its tissue sustained the S bacteria that could further kill other mice.
Answer: Option E
<u>Explanation:</u>
<u>Griffith Experiment 1928</u>
When Frederick Griffith's experiment of transformation in 1928 concluded the fact that DNA formula can be transferred through bacteria and the process is known as transformation.
Griffith used two strains of Streptococcus Pneumoniae: type III-S (smooth) and type II-R (rough) strain. He first injected the type III S bacteria into mice that caused its death.
Then he injected type II R strain that didn't affect its life. He then used a heat-killed S bacteria that also failed to kill the mice. Now, he used a combination of heat-killed S bacteria and type II R strain which proved to be deadly for the mice.
He was able to get both types of strains from the tissues of the dead mice which became the core of the transformation concept concluded that while using the combination of type II R and heat-killed S bacteria, DNA properties of type II R got converted into type III S bacteria that caused the death of the mice and remained distinguishable in the tissues i.e. it might further cause the death of other mice. This was termed as the Transformation Process.
The situation tells that a researcher reads a page from a book after which he made a brief note out of what he read and wrote it on the note card, The note he made is called a paraphase note which is composed of texts or info that are drawn from the material and are written in own words. Answer is paraphrase note.
The blues can be monozygotic (identical), which means they develop from one egg, which splits and two embryos are formed. They can also be dizygotic (fraternal), which means that each of the two twins develops from a separate ovum, which is fertilized by its own sperm cell. The explanation for the formation of dizygotic twins lies in the fact of the mother's hyperovulation, which is the release of more than one egg during ovulation. This fact again depends on the mother's genetics.
<span>detecting, converting, and transmitting</span>
