Slide 2- Chromosome your gene is located on and how many splice variants is has.
Slide 3- Tops results of your blast search results and PFAM results
Slide 4- Function of your gene according to your research
Slide 5- The Crispr site you decided on
Slide 6- Describe the different amplicon you designed
Slide 7- Describe the primer pair you picked
Slide 8 – Describe interpretation of fragment analysis
Slide 9- Describe if you got a stop codon or not
Slide 10- Protein models mutant vs. wild-type
Slide 11- Fluorescence and Attp were also generated for marking and modifying gene
Slide 12 – Experimental Design
Slide 13- Data
FILE: final project is an example of how it should look but with ionotropic receptor 68a

Sample Solution

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