Plz write in your own text and don't copy answers that was answered before since my teacher has (Plagiarism checker) thank you

In 800 APA essay discuss the control of thyroid gland and hyper and hyposecretion from it on the body

or close to 800 words

If a daughter expresses a sex-linked recessive gene, she inherited the trait from:

a) her mother

b) her father

c) both parents

d) neither parents.

can you show work using  the punnet square, thank you.

7. Answer the following after setting the assortative mating setting to 1 and running the simulation for greater than 100 generations.  

1. After greater than 100 generations what is the new allele frequencies?  

2. Did the assortative mating favor either allele? .

3. Which other population parameter was affected by the change in assortative mating?  

4. Which mechanism of evolution was illustrated by the change in assortative mating?

8. Answer the following after changing the Genotype Relative Fitness for white koi to 0.5. Continue the simulation through 100 generations.

1. What are the allele frequencies after 100 generations?  

2. What are the genotypic frequencies after 100 generations?

3. Why is the frequency of q not equal to 0.0, even if the frequency of the white koi is zero?

4. Which type of mechanism of evolution is demonstrated by the reduced genotype relative fitness experiment?

5. Which change to the genotype relative fitness parameters would simulate a natural selection pattern of stabilizing selection?

Describe in words how fatty acids are released in the body AND how fatty acids arrive at the appropriate cellular location for use (no structures). Beginning from this point, provide the details in words (names of structures, enzymes, cofactors, etc.) for one round of fatty acid degradation.  Include the tissue and cellular locations for each part of the process of harvesting fatty acids for energy. What pathway does the primary product enter next? Provide details in words (names of structures, enzymes, cofactors, etc.) for the reaction steps where carbon leaves the pathway. You don't have to go over the entire pathway – only the steps where carbon is lost.

3.Walk me step by step how to pour 1% gels from scratch. 2 gels = 100mL

a.Make 1L of 1x TAE from a 50x stock

b.Weigh out the agarose for 2 gels

c.How much TAE to add?

d.Heat up obviously

e.Cool down

f.Add Ethidium Bromide, how much?

i.Also note a safety precaution

g.How much DNA do I load and how much dye to add?

h.What happens if there is no dye?

i.What voltage and time do you set?

4.Make a buffer from scratch

a.1L of 5M NaCl and 1L of 1M Tris (look up MW)

b.Once your stock solutions are made make 1L of 200mM NaCl and 20mM Tris (use water to fill to 1L)

A 30 y male was delivered to andrology department for medical evaluation due to ineffective sexual competency. His physical examination and interview with the specialized physician revealed some other symptoms that were related to wounds that won’t heal, unexplained weight loss, hair loss, lack of alertness and sometimes diarrhea. These symptoms were seen in the last 6 months only and nothing seen before.

Semen analysis

Other tests

A substantial amount of genetic information is exchanged between bacterial genomes through the process of horizontal transfer. Explain the different mechanisms of how genetic information is transferred in bacteria, explain the relevance of each mechanism and give examples from the real world of horizontally transferred genes.

A hybrid protein resulting from the fusion of two chromosomes (chromosome 22 and chromosome 9) following a translocation can result in this type of cancer

Question 30

	1) Chronic Myeloid Leukemia
	2) Lung Cancer
	3) Breast Cancer
	4) Familial adenomatous polyposis (FAP)
	5) Hereditary nonpolyposis colon cancer (HNPCC)

The ability of cancer cells to move to different tissues is known as

Question 33

	1) Dysplasia
	2) Angiogenesis
	3) malignancy
	4) Metaplasia
	5) Metastasis

The role of most microRNAs within a eukaryotic cell is to:

Question 5

	1) associate with ribosomal proteins to facilitate translation.
	2) repress the expression of genes by inhibiting translation of specific mRNAs.
	3) regulate RNA polymerase activity in the nucleus.
	4) regulate the splicing of primary transcripts to mRNAs.
	5) bind with other RNAs to stabilize their secondary structure.

Describe two epigenetic modifications known to facilitate the expression of genes in eukaryotes.

Binding of an agonist to an adrenergic GPCR receptor results in:
A.   The GalphaS subunit dissociating from the Gbeta-Ggamma subunits.
B.   The Gbeta subunit dissociating from the GalphaS-Ggamma subunits.
C.   The Ggamma-subunit dissociating from the GalphaS-Gbeta subunits.
D.   None of the above are correct.
E.   All of the above are correct.

mTORC signaling occurs when:
A.   the cell has an energy deficit and requires more nutrients.
B.   the cell has an adequate supply of nutrients and is in a high-energy state
C.   the muscles are fatigued and require additional oxygen.

In the citric acid cycle, the acetyl-coA is linked to a pre-existing molecule of_______________.
A.   citrate (citric acid)
B.   oxaloacetate
C.   fumarate
D.   succinate
E.   pyruvate

What type of enzyme is required to catabolize an unsaturated fatty acid but not a saturated fatty acid?
dehydrogenase
mutase
hydratase  
isomerase

please answer all of it or it cannot don't answer question

Explain in detail why this statement is FALSE:

"Viruses infect bacteria and reproduce by delivering proteins into their cytoplasm."

1)Which of the following statements is NOT TRUE about different types of Cancers?

Chromosomal abnormalities can never lead to cancer

Genetically modified HSV virus has been approved for treating Melanoma

Smoking is the leading cause for lung cancer

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2) Which of the following is NOT linked to aggression in human beings?

Mutation in serotonin receptor gene

Monoamine Oxidase type A gene

Karyotype XYY

FMR 1 gene

Some viruses like HPV can cause cervical cancer

3)Which of the following is NOT a Multifactorial Disease/trait?

Skin Color

Club Foof

Intelligence

Blood type

a) Sketch a model for the electron-transport pathway in the mitochondrial inner membrane. Show the pathways of the electrons transport from the reduced forms of coenzyme in the mitochondrial electron-transport chain. What is the functional role of electron transport system in metabolism?

b) What is an uncoupler or uncoupling agent? Provide an example of an uncoupling agent.