Srinidhi Baile, Nearing the End

The past few weeks in the lab were really fun. About 2 weeks ago, the lab welcomed 3 more summer students, which was nice because I wasn’t the newest one around anymore. It was cool to both be learning from my grad students and to be teaching the new student things, even if they were small. I started to truly enjoy coming to work everyday, not only because of the science, but because my lab became a little community and I was a part of it. Lab members weren’t just lab members— they were friends now too. I am really going to miss being here.

One issue I faced was not knowing when I would start my project. As time went on, my project kept changing so that it would be something I could complete in my remaining time. I am currently working on determining if there is a difference in the localization of AKT (a protein kinase that has many functions in the cell) if the presence of HBV. To do this, I will be transfecting cells under different conditions, and then counting cells to see where AKT localizes. This can be done because AKT is fused with GFP, a green fluorescent protein. We can use a fluorescent microscope to detect the green, and therefore the AKT.

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Kylie Heering, Week 2 at the Goldstein Lab

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Wendy Li, Week 1

It is now early July and I have finally started my lab work. I arrived there at about 9 am on the very first day of my lab and found out that there were only two people in the office—Alex, a graduate student in engineering school, and me. “There should be more people in the office, but most of them went to a vacuum workshop today.” Alex told me. My work officially started at 10:30 am when my post doctor Subarna came to the lab. Familiarizing me with all the facilities in lab, Subarna first gave me a lab tour. Meanwhile, he showed me all the basic operations with vacuum chamber, ellipsometer, as well as the spin coater. During the rest of this past week, I was in the process of making my own films. I learned to cut Si wafer into 1*1 cm pieces and clean the surface of these Si wafer with duster and plasma which can effectively clean up all the extra organic particles from the wafer. Further, I prepared 10 percent polystyrene (PS 8000) toluene solution as the material for spin coating. ...

Peddie EXP Summer 2018

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