A - Ff and Ff is the answer
Answer:
The correct answer is "strengths: inexpensive, easy to culture, short life cycle, large number of offspring; weaknesses: invertebrate model, some diseases such as immunological cannot be modelled, anatomical features are very different from humans"
Explanation:
The fruit fly <em>Drosophila melanogaster</em> is one of the most used animal model for genetic and biomedical studies. There are many advantages of using Drosophila as model, including that it is very inexpensive to handle, it is easy to culture, it has a short life cycle allowing to observe the changes in phenotype very quickly and its large number of offspring allows to include several repetitions per trait in a study. However, there are some weaknesses of using Drosophila to study human biology. First, obviously the fruit fly is very different from humans, it is an invertebrate and its anatomical features are very different, which makes impossible to model some disorders such as immunological diseases.
Answer:
Lists of options to complete the question
A. The nurse could be reprimanded for not clearing the information first with hospital administration
B. There won't be any consequences because the client's real name was not used
C. The nurse could be fired for breach of confidentiality
D. There won't be any consequences because the information was posted on a website for nursing professionals
The ANSWER IS SURELY C.
C. The nurse could be fired for breach of confidentiality
Explanation:
If the nurse decides to use anonymous for the client while publishing it, it's still possible to know who the nurse is writing about.
Social media policy is to be followed strictly by Many health care facilities. The nurses could be fired for such a post as it's not only a HIPAA violation but an offence against the Health Information Technology for Economic and Clinical Health Act (HITECH Act) and is punishable by the law for violations of the client's privacy.
Answer:
Humans have nearly 30,000 genes that determine traits from eye color to risk for hereditary diseases. Those genes sit along six feet of DNA, which are organized into chromosomes and stuffed into each and every human cell. Chromosomes are coiled into loops and then organized into many large domains called topologically associating domains (TADs).
Explanation: