After n cycles of PCR = 2^n copies of the target
sequence
Where n = 30 cycles as given in
the problem.
Substituting this to the
identified formula, let
2^30 1,073,741,824 copies of the target sequence.
<span>Therefore, a total of 1,073,741,824
copies would be produced.</span>
1. B) Daubert ruling
Daubert standard or Daubert ruling is used in the court to determine whether a scientist testimony could be admissible. The judge will be the gatekeeper and has to determine the admissibility of the testimony based on several checklist. It might sound similar to Frye standard which only testing the general acceptability of the testimony of the scientist in the particular field.
2. A) first officer reports to scene, securing the crime scene, crime scene survey, collection of physical evidence
Processing crime scene should be done in an orderly fashion to make the evidence collected reliable. Securing crime scene is important to make sure there no one change or destroy the evidence there. After that, doing a survey so you could do your work more efficient and doing less damage to the scene. Collecting the evidence would be done last.
Answer:
<em>Identifiable health information that is created or held by covered entities and their business associates.</em>
Explanation:
HIPPA can be described as a policy which is made to protect and safeguard the information of patients. HIPPA ensures that the information provided by a patient to health care systems such as a hospital, insurance company etc are private and not to be disclosed to anyone. HIPPA takes strict actions against any disclosure of information by a health care system or provider for a patient. However, HIPPA policies allow that some general information can be passed for business such as certain information of a patient to a health insurance company.
I need to see the image so i can answer
Answer:
By changing allelic association recombination can aid solution, either helping to bring two beneficial alleles from an otherwise well adopted genome. He natural selection only acts on the population heritable traits selecting for the beneficial alleles and thus increasing their frequency in the population, while selecting against deleterious alleles and thereby decreasing their frequency as the process known as adaptive evolution