Describe how a disparity in the built environment

Describe how a disparity in the built environment may contribute to
disparities in health. Provide at least two examples (200 word minimum)

 
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What does light do when absorbed by photosystem I?

What does light do when absorbed by photosystem I?

 
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What is the importance of paralogs and orthologs to reconstructing phylogenies?

What is the importance of paralogs and orthologs to reconstructing phylogenies?

 
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Based on your findings in parts a and b,

Based on your findings in parts a and b, if you could buy and preserve a parcel of land previously used for agriculture and convert it back to forest, would you choose to do this adjacent to a small existing forest or adjacent to a large existing forest? Describe your reasoning. (Here, focus specifically on maximizing the number of species in a forest, though in the real world there could be other factors to consider as well). (1 pt)

 
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GAVI is very interested in funding projects

GAVI is very interested in funding projects that provide novel delivery
mechanisms for vaccines. Dr. Bimmel has always wanted to find a way to make a vaccine for S. pneumoniae that targets all of the serotypes! This may be her opportunity! Her goal is one vaccine that would be completely protective against all strains of S. pneumoniae. She has an idea to make an edible vaccine that would contain the antigen derived from S. pneumoniae. Dr. Bimmel decides to try using yogurt as the delivery mechanism! She wants to clone a gene from S. pneumoniae that encodes an antigen and to express this gene in a microorganism that would grow in yogurt. Eating the yogurt would serve as the vaccine delivery. Consider the various molecules expressed by S. pneumoniae.

-What is/are the immunogenic compounds of the current pneumococcal vaccines?
-Choose one molecule that would be an appropriate choice to serve as the antigen for Dr. Bimmel’s vaccine preparation. What molecule have you chosen? What is the gene or genes needed to make that product?
-Explain how your choice would allow an immunized person protection from all strains of S. pneumoniae.
-If your answer to (1) is not the same as (2) explain why that is. Describe any advantages your choice from (2) has over (1).

 
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GAVI is very interested in funding projects

GAVI is very interested in funding projects that provide novel delivery
mechanisms for vaccines. Dr. Bimmel has always wanted to find a way to make a vaccine for S. pneumoniae that targets all of the serotypes! This may be her opportunity! Her goal is one vaccine that would be completely protective against all strains of S. pneumoniae. She has an idea to make an edible vaccine that would contain the antigen derived from S. pneumoniae. Dr. Bimmel decides to try using yogurt as the delivery mechanism! She wants to clone a gene from S. pneumoniae that encodes an antigen and to express this gene in a microorganism that would grow in yogurt. Eating the yogurt would serve as the vaccine delivery. Consider the various molecules expressed by S. pneumoniae.

-What is/are the immunogenic compounds of the current pneumococcal vaccines?
-Choose one molecule that would be an appropriate choice to serve as the antigen for Dr. Bimmel’s vaccine preparation. What molecule have you chosen? What is the gene or genes needed to make that product?
-Explain how your choice would allow an immunized person protection from all strains of S. pneumoniae.
-If your answer to (1) is not the same as (2) explain why that is. Describe any advantages your choice from (2) has over (1).”

 
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How does the Calvin Cycle work

How does the Calvin Cycle work and why is it so important? Also, what are dark reactions?

 
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The allele for hitchhiker’s thumb

The allele for hitchhiker’s thumb is recessive to the dominant straight
thumb. In a population of 500 students, 25% have hitchhiker’s thumb. How many students would you expect to be homozygous dominant for the trait?

 
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Which of the following have 4 limbs

Which of the following have 4 limbs (including wings)? Shark, salamander, penguin, duck-billed platypus, gray wolf?
Which of the following have amniote (egg in shell or protected embryo inside)? Shark, salamander, penguin, duck-billed platypus, gray wolf?

Which of the following have mammary glands? Shark, salamander, penguin, duck-billed platypus, gray wolf?

Which of the following have placenta? Shark, salamander, penguin, duck-billed platypus, gray wolf?

 
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What features have contributed

What features have contributed to making arthropods among the most
abundant animals on Earth, both in number of species and number of individuals?
Which ones, if any, are convergent?
Name 3 different types of arthropods (not all from the same group/order).

 
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