This summer we’re sponsoring high school interns in stem cell labs throughout California as part of our annual Creativity Program. We asked those students to share their experiences through blog posts and videos.
Today, we hear from Long Nguyen, who has been busy at Stanford University’s Beckman Center for Molecular and Genetic Medicine.
It’s been a real pleasure spending the past eight weeks here at Stanford University. When I first walked into Beckman Center on June 9th, I did not know what to expect. There was a crowd of students all waiting, just as I was. I got my lab coat, my notebooks, and my bag. Frankly, I was anxious beyond imagination. At the time, I was still wondering to myself: “How did I get into this program? It’s inexplicable.” Those thoughts vanished as I stepped out of that room three hours later and headed to my workplace. I was confident and ready to start the new experience.
Learning about stem cells has made me more passionate about scientific research. I am glad to have been given this opportunity. Up to this point, I had only been exposed to textbooks upon textbooks—a dull methodology, as many may agree. The only hands-on experience I ever had were agarose gel electrophoresis and transformation of bacteria with an insulin-GFP reporter complex.
My experience here, however, has given me a strong foundation beyond the scope of these. Initially, I could not open a conical tube with one hand, and my pipetting was absolutely horrendous. I could not calculate simple dilutions for my working solutions. I even made the mistake of vacuum-aspirating over half of my cells during the second week. As time progressed, my culturing of stem cells improved considerably and I made few, if no, mistakes. I learned the background, the methodology, and the purpose of my work. These little details proved more important than they seemed, as they gave me a much clearer understanding of my work. Looking back, despite many, many errors, I learned to appreciate the value of science.
Prior to my experience, I had known little about stem cells: they were mentioned briefly in a page of my AP Biology textbook. I only knew that they differentiated into specific cell types to repair the body; there was no mention of iPSCs in the slightest. My knowledge of stem cells now is much more extensive. Regenerative medicine, wound healing, disease treatments—all that can be possible with stem cell research surprised me, to say the least. I have no doubts that this developing field will be a major game changer in the coming decades. The research is definitely something to respect. Being a part of ongoing research made me more aware of the problems that scientists, especially those in medicine, face in their attempts to do something, whether it be to cure scleroderma, to repair damaged neural connections, or to screen drugs with iPSC-derived cells. One thing is for sure: what I do now and what I expose myself to will be critical once I start planning for my future. Thanks go to Stanford’s faculty, SIMR 2014, CIRM, my peers, and my family, all of whom have supported me in my work.