Explain why you cannot inherit an oncogene gene mutation but can inherit a tumor suppressor gene mutation.

You are working on a research project involving a novel transcription factor that regulates gene expression specifically in muscle cells (called MUSC1). You have already done an experiment where you showed that the addition of MUSC1 to muscle cells in culture greatly increased the expression of both actin and myosin (contractile proteins in muscle cells). Answer the following questions below:

Is MUSC1 a general or regulatory transcription factor? Explain your answer.

What two specific components would you expect MUSC1 to have as part of its protein structure?

Briefly describe the two main ways in which MUSC1 could act to stimulate transcription of actin and myosin

Describe an experiment that you could perform to demonstrate that MUSC1 binds to the promoter/enhancer region of actin and myosin genes.

A potential nuclear localization signal has been identified within the protein sequence of the transcription factor MUSC1. What experiments would you perform to demonstrate that this sequence is both necessary and sufficient for nuclear localization?

MUSC1’s entry into the nucleus is regulated so that it only goes into the nucleus to regulate the expression of contractile proteins at the correct time. Describe one mechanism by which this type of regulation can occur in the cell.

The extraction of DNA is a common procedure in biotechnology research laboratories. Research the methods of extracting DNA in biotechnology facilities. Describe how the extraction methods used in this lesson compare to those of research laboratories.

Create a well-organized information table covering the components and functions of human blood.

Create a second well-organized information table comparing and contrasting two types of diseases that affect the blood including causes, symptoms, treatment, and social impact on the individual, family, and community. (Anemia and Hemophilia)

Write a research paper detailing the principles of Koch's postulates.How did his discoveries contribute to chemotherapy. What are the exceptions to Koch's postulates and how do these apply to your nursing profession.

1. Explain how bryophytes, ferns and seed plants differ in their dependence on water for reproduction and growth.

Match the reproductive system cell with its description or function

How does an infectious disease become a pandemic disease? Include using key terms reservoir, mode/ vehicle of transmission, vectors, disease development, and based on the covid 19 that is happening this time. please and tnx.

The clinical symptoms of two forms of galactosemia show radically different severity.

1. Deficiency of galactokinase
2. Deficiency of UDP-glucose:galactose 1-phosphate uridylyltransferase

Although both types produce gastric discomfort after milk ingestion, deficiency of the transferase also leads to liver, kidney, spleen, and brain dysfunction and eventual death.

Explain, what products accumulate in the blood and tissues with each type of enzyme deficiency? (3 point)

List the symptoms for each type of deficiency. (3 point).

Explain which of these products is more toxic and why?

a)

How can increased CO2 in atmosphere affect the ratio of proteins and carbohydrates for humans?

B)

Discuss the hormonal regulation of germination.

c)

What properties of water help the plants with carrying it from root to the top of the tallest of the plants? What is the mechanism suggested for this transport?

What is the simplest evolutionary explanation for:

1. Nucleotide synthesis uses several amino acids
2. Deoxyribose is made from ribose

Hint: Determine which one came first. Provide detailed answer for full credit!