Attach your constant acceleration work. Below are instructio…

Attach your constant acceleration work. Below are instructions for uploading your work: Take photos of your work with your phone and merge the images (if needed) into a single PDF file with Camscanner or a similar app. (You will not be able to merge files on your computer). Send the file from your phone to your Dwight Gmail account. (If you are using a Mac and an iPhone, you can airdrop the file from your phone to your computer and skip the email part). Either download the file from your email or accept the airdrop. Important: You need to know where your chrome downloads default save to (or where your airdrops save to). Do they go to the downloads folder? Desktop? Somewhere else? This is important for the next step.   On Canvas click “Choose a File”. In the fire explorer window that pops up, locate and choose the PDF file of your work. Once you see that the file has been uploaded to Canvas, you can submit your quiz.   Important: You will be unable to drag and drop the file containing your work. The only way to upload the file is to locate it through the file explore window which pops up when you click “Choose a File”

Your team develops a molecular rescue experiment using CRISP…

Your team develops a molecular rescue experiment using CRISPR-based gene editing. Which genes would you target to restore proper mesodermal patterning? How would you test whether the intervention successfully restored normal development? What potential risks should be considered when editing the genetic material of an alien species

The lead scientist has proposed a holo-simulation to model t…

The lead scientist has proposed a holo-simulation to model the effects of various interventions before live experimentation. What key variables would you include in a computational model of X. primordialis embryonic development? How could machine learning be used to predict the success of different rescue strategies?

Autopsies of defective embryos reveal that the neural ectode…

Autopsies of defective embryos reveal that the neural ectoderm fails to form, leading to embryos without central nervous systems. Explain the default model of ectodermal differentiation and how it is normally induced to become neural tissue. Which organizer-derived molecules might be missing, leading to this failure? If a synthetic signaling molecule had to be introduced to rescue neural induction, what would you propose?