August 26, 2018
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September 6 Program Day Information

Class of 2019 - 12 pm to 4:00 pm
Emory Johns Creek Hospital Classrooms

Please plan to check in by 12 noon - lunch will be provided and we will begin the program right at 12:15 pm. I will send a list to your school sponsors for an excused absence beginning at 11:30 am to allow for travel time. This program will be devoted to your first assignment - PORTFOLIO PROJECT this project is due 11/30.

You will have your head shot photo taken therefore you need to wear business attire from the waist up. We will also take a group photo at the end of the program day in order to allow our Secretary of State Ambassadors time to arrive for the photo.

Secretary of State Ambassadors - please plan to arrive as soon as you are back in Johns Creek for your portfolio photos and group photo.
Head Shot Information

You will be given a ticket to exit classroom and have your head shot taken during the program day. Please leave the room quietly and rejoin us once your photo has been taken.

Ladies - please try not to wear make-up that is too shiny - I've put a link to suggestions for make-up application for photos below.


Gentlemen - a tie looks best in your head shot. I've put a link to how to tie a tie below.


Strong Interest Inventory
This year the class of 2019 will be participating in a Strong Interest Inventory program date. You should have received a link to take this inventory - if you have, please get that done ASAP. If you have not yet received a link - let me know ASAP.

SLJC In the News
My Intern Story
by: Maansi Gupta
This summer, I interned at the Dooms Laboratory in Boston University for six weeks. The Dooms Laboratory is in the Microbiology Department associated with the Boston University Medical Campus, and they study autoimmune disorders. One of the disorders they look at is Type 1 Diabetes, which is what I studied. I spent my time running various procedures such as RNA isolations, qPCRs, and ELISAs; shadowing my mentor, Jaileene Hernandez Escalante, in her projects to learn more lab techniques; reading papers to better understand the research being done; and working on my own research project. My research project examined the relation between dietary polyunsaturated fatty acids and a specific type of immune cell called Th17. At the end of the six weeks, all the interns in the program attended a poster symposium. All sixty of us made posters showcasing what we had been working on, and we, along with our parents, PIs, and mentors, had the chance to see the work other people had been doing. There were some truly remarkable projects in every field imaginable: biophysics, chemical engineering, and astronomy just to name a few. Every intern also had to submit an abstract, and we were given a book with everyone’s abstract in it. My abstract summarizing my research is as follows:
Type 1 Diabetes is an autoimmune disorder characterized by autoreactive T cells attacking beta cells in the pancreas. This causes insulin levels to decrease throughout an individual’s life until essentially no insulin is being produced. The instances of individuals with low-risk alleles for T1D acquiring the disease has been increasing, which shows that environmental factors have a role in the occurrence of T1D.
Cells isolated under a microscope
One such environmental factor is one’s diet, more specifically, the amount of polyunsaturated fatty acids, such as omega-3, consumed. There are many T cell subsets, and of these subsets, experiments have shown that CD4+ and CD8+ T cells have been observed to produce less IL-10, an anti-inflammatory cytokine, when exposed to linoleic acid, a polyunsaturated fatty acid. It is possible that other T cell subsets could also be affected by fatty acids. In this experiment, conditions for CD4+ T cell polarization into proinflammatory Th17 cells were set. Th17 cells have two unique cytokines: IL-17A and IL-21. It has been observed that a high concentration of Th17 cells is associated with disease pathogenesis of T1D. As such, the goal of this experiment was to determine if a) Th17 polarization could occur given certain conditions; b) if fatty acid concentration could affect Th17 polarization; and c) how fatty acid concentration would affect cytokine production in Th17 cells. T cells were isolated from NOD mice (the standard mouse model for T1D) and exposed to Th17-specific cytokines and blocking antibodies to induce differentiation. These cells were then exposed to linoleic acid, a dietary fatty acid. The data generated by a flow cytometry (intracellular cytokine staining) showed that as fatty acid concentration increased, the abundance of IL-17A decreased, suggesting that linoleic acid can modulate cytokine production.
Having the chance to intern with the Dooms Lab was truly a phenomenal experience, and it was the highlight of my summer. I learned so much and met so many amazing people. I am extremely grateful that I had the chance to do this. 
Irene Sanders
Executive Director
Student Leadership Johns Creek
 
Dates to Remember:
  • September 6, 2018 - 12:00 pm - 4:00 pm Class of 2019
  • October 12, 2018 - 8:00 am - 12:00 pm Class of 2019
  • November 30, 2018 - Portfolio Projects Due