Evolution

                 Over the course of three semesters at NIU, probably one of the most important things I had to learn was time management. Participating in the research rookies program, several clubs, commuting two hours every day, and taking a rigorous course load has taught me the importance of time management. With that being said, I also learned another very important rule of life, which is: when anything can go wrong, it will go wrong.  It doesn’t take much of a misstep to have an ever-growing pile of work looming over your head. This week was a perfect example of this rule in effect for me. Last week I only had some book readings, research, and classes to attend, which is a far cry from this week. This week, I had four papers to write, one test to study for and take, and six quizzes to study for in addition to the weekly book readings in all my classes and research.  I found that the best way for me, at least, to take care of excess work, is to sit down at my desk with a full cup of coffee and work consistently but not necessarily in any order.  For example, I might write a single page of my five-page English paper and then move on to the readings in my Disabilities In Society class. In this way, I prevent my brain from becoming too saturated in any one subject. I understand that this might not be the best method for handling work, but it is the method that works well for me so I will continue to use it until I find a more effective method.

 

                As a returning Research Rookie,  I would have to say the most significant difference between this year and last year in the lab is the amount of time I am able to spend working on my research idea. In the first year, I spent most of my time learning lab techniques and other important skills. This year the training wheels are off so to speak; almost every day in the lab I run a reaction, or I work on another relative factor in my research.  In other words, I’m actually doing something relevant to my growth in my chosen field of Biochemistry.  Being a second year Research Rookie came with some added responsibility and valued experience this year, being a mentor for the new Research Rookies.  While I have not been able to attend the meetings due to class conflict, I have been able to interact with the small monthly group meetings and be available for questions and mentoring.  To be honest, I feel more like a resource than a mentor because the staff mentors do such a good job with the program that the Rookies already seem well prepared.

Nano Silica

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Here’s a quick sneak peek at my ongoing research; picture above shows some nano silica that’s used as a substitute for the more expensive BNCT drug. The nano silica has similar properties to the surface of our BNCT drug; this means that I can use nano silica for testing, and fine tuning the next reaction, [...]

Research Rookies Reflection

If I were to reflect on my first year as a research rookie, I would have to say the most important thing I took out of being a research rookie is: The sheer magnitude of what I learned about research methods and procedures.  In the first semester alone, I learned how to properly run reactions, extractions, Thin Layer Chromatography TLC, column chromatography, recrystallizations, and many other lab techniques and procedures. In addition to that, I learned how to run several of the machines we use for characterization of our finished product, such as: Fourier Transform Infrared Spectroscopy (FTIR) and the Nuclear Magnetic Resonance (NMR) to name a few. Looking back on that first semester in the Research Rookies I’d have to say I learned more about my major, biochemistry, and proper lab techniques then I have in any of my subsequent classes.

                Even though I learned a great deal of knowledge in my first year of being with the Research Rookies, it has not even come close to satisfying my great thirst for knowledge. That is the main driving force behind my continuation with the Research Rookie Program.  The simple fact that there is so much for me to learn in the field that I have chosen to research pushes me forward. As long as there are unanswered questions I will continue to strive for answers in my quest for knowledge.

                If I were to sum up last year in three words I probably would have to say it was,” learning how to.”  That is to say: learning how to properly set up reactions, learning how to properly purify final products, and most importantly learning how to properly characterize products. This year now that I have learned how to, I can begin to get into the meat and potatoes of my project.  That is to say the main parts of my research in boron neutron capture therapy or BNCT for short. There’s not a lot I can disclose about what I am working on exactly.  However, I can say that not much, if any, research has been done on my particular topic or sub branch of BNCT research. Both my research professor, Dr. Hosmane, and I are very excited to see where the idea we came up with leads.