Describe how changes in the environment can alter expression?

We have discussed three methods of horizontal gene transfer. Correctly match the method with its name.

How does crossing 2 true-breeding individuals show which version of the trait is dominant?

6. Can a genetic mutation sometimes cause someone to grow an extra arm?
__ true
__ false

7. Mutations are the changes to the nucleotide sequence of the genetic material of an organism?
__ true
__ false

8. Mutations can not be caused by copying errors in the genetic material during cell division?
__ true
__ false

9. Which of these factor(s) are associated with DNA damage?

A. Alkylating agents
B. UV
C. All of these
D. Free Radicals

Which tissues and organs are involved in the immune response, and how does each function.

Discuss at least 3 of the causes that have led to all the sea turtles being listed as endangered species. Your discussion should include the reasons why sea turtles are in decline, as well as steps being taken to help sea turtles recover from the cause

The choices describe possible scenarios and outcomes from Gram staining with standard stains (e.g., crystal violet and safranin). Match the scenario with the most likely outcome and explain why this occurs.

Describe how a temperate/lysogenic phage can contribute to disease, and give one example

Catalase testing is one of several tests used to detect presence of an electron transport chain in a cell. Catalase is made by a cell to detoxify H₂O₂. How does presence of H₂O₂ relate to the presence of an electron transport chain?

Succinyl-CoA inhibits both citrate synthase and α-ketoglutarate dehydrogenase. How is succinyl-CoA able to inhibit both enzymes?

Listen to the interview with Richard Rothstein on the National Public Radio Fresh Air segment. Then answer the following questions regarding the content of the interview.

1. What are some ways that government policies instituted in the early to middle 20th century impacted the demographics of housing?

2. Discuss ways that these policies may play a role in susceptibility to disease to COVID-19 infection?

QUESTION 14

1. 445 moles of NADH are produced by the Citric Acid Cycle (CAC). How many moles of glucose needed to be broken down during glycolysis in order to produce enough pyruvate for the CAC to produce this many moles of NADH?

   Note: Brock, a Biology of Microorganisms considers the synthesis of Acetyl-CoA to be part of the Citric Acid Cycle. This is different than what you may have learned in BIOL-151 where the Morris Book considers Acetyl Co-A Synthesis a seperate step. See page 89 of Brock for full details.

   Round your answer to one decimal place.

QUESTION 15

1. If 82 moles of ATP are produced by glycolysis, how many moles of glucose were broken down?

   For every molecule of glucose broken down, 2 molecules of ATP are generated.

QUESTION 16

1. NADH and FADH are produced by the Citric Acid Cycle (CAC) and these electron shuttles go on to the Electron Transport Chain (ETC). A mole of NADH will produce 3 moles of ATP from the ETC. A mole of FADH₂ will produce 2 moles of ATP from the electron transport chain. A single mole of pyruvate will produce 4 moles of NADH and 1 mole of FADH2 from the CAC. Therefore, every  14 moles of ATP came from 1 mole of pyruvate.

   Given:

   The ETC produced 78 moles of ATP from the products of the CAC.

   Find:

   How many moles of pyruvate entered the CAC?

   Note: Brock, a Biology of Microorganisms considers the synthesis of Acetyl CoA from Pyruvate to be part of the Citric Acid Cycle. This is different than what you may have learned in BIOL-151 where the Morris Book considers Acetyl Co-A Synthesis a separate step. See page 89 of Brock for full details.

   Round your answer to one decimal place.