Category Archives: BSURF 2017

As I reflect on the past two months of research, I am filled with an overwhelming feeling: gratitude.

Thank you to the BSURF program for funding my research. Thank you to Dr. Grunwald, Jason Long, and my friends and mentors in the Pendergast lab for dedicating their time and encouragement to create a truly amazing summer research experience.

Research is like baking. I have always enjoyed baking. My favorite baking project to date is making French macarons. These sandwich-like cookies have always intrigued me with the special ruffles on their bottoms called “feet.” With only three ingredients, egg whites, almond flour, and sugar, these cookies are not quite as easy to make as they may seem. After many failed batches of feetless, pancake-like cookies, they no longer emerge from the oven looking like inedible blobs, and that is progress.

The joy. Oh the joy of pulling out delicate little circles of French macaron cookies with their small feet, even if the feet aren’t in perfectly straight lines or the tops of a few cookies have burst open from the baking process. Research is like that. There are joys and there are woes. Each step may seem like another opportunity to make a mistake, but each time one step is complete, it is one step closer to progress. There is joy in knowing that each step counts for something, even if it is only to learn that the batter was overmixed or that a specific antibody does not work.

Admittedly, research is slower than I expected, but somehow I enjoy the whole process, especially the incredible intellectual stimulation as I proceed to answer questions from different angles or analyze the results of each western blot. This summer, I discovered the inner cheerleader inside of me who persistently cheers, “Next time! Next time!” This little pal constantly reinvigorates my optimism towards science.

All of the sudden, I am considering the MD-PhD program as a career path instead of solely pursuing an MD. I know that both pathways can lead to extremely different lifestyles, but I can honestly imagine myself in both. Although newer to me, the research life fascinates me and wakes me up every morning, excited to go to work. I cannot wait to continue conducting research in the Pendergast lab. This summer of research has armed me with the lab techniques and confidence I need to jump back in at full force as I progress my research project, and I am so grateful for that.

So, I leave you with my one final, remaining thought of the summer: thank you.

Me and my poster on the final day of the BSURF program

I wasn’t kidding about the French macarons

This summer has been so great, it’s unbelievable. I went in knowing that I wanted to further my interest in microbiology, and I’m glad to confirm my interest! I will be continuing to work in Dr Heitman’s lab this school year, which I am very grateful for and ecstatic about! This summer has really lived up to my expectations and then some. The members of the lab are so nice, helpful, and funny. And I’m so happy they all showed up to the poster session to see my work. It has been great to start working in the lab, and I am so happy with how the summer turned out!

As for the future, the faculty talks added to my original interest of pursuing an MD/PhD. And I look forward to wherever this journey will take me 🙂

I thought 8 weeks of research was a long time but it actually ended a lot quicker than I thought it would. I had such an amazing and person-changing summer. I learned so much about research and even got to learn how to correctly harvest rat brains and vital organs (which I did like a pro).

This summer got me so excited for research that I decided that instead of just getting an MD, I wanted to get an MD/Ph.D. so that I could be a physician and use my clinical work to inform my research work.

The people in my lab had such a great sense of humor and everyone was so eager to help if you had a question or needed something. I want to continue to work in the Levin lab and learn more about the sciences and research. And of course, I will be continuing to read the literature so I know what is going on in the scientific world.

I would not be the same person I am now had I not been apart of BSURF and I’m thankful for that.

Me, Bruny Kenou, stunting with my research poster at my poster session.

Bruny Kenou at the Levin Lab

This summer has been an amazing experience. I have gotten a really good look into what life would be like if I chose to go to grad school. While I still don’t know for sure if this is what I intend to do after school ends, I now know so much more about this option. Before doing BSURF, I didn’t really have any idea of what getting a Ph.D. entailed and what graduate school was really like, but now I have spent the last 8 weeks in a lab full of graduate students and post docs and learned so much more about pursuing a career in academia.

I think the most important thing I got out of this summer was being paired up with Lucas as my mentor. He seems to really care about me and my learning and me getting as much as I can out of this experience. I know that I have learned so much from this summer about BME and immunology and that is all thanks to him.

I have also learned more about science—how science is actually done in the lab, how it is written about, and how it is presented. The morning meetings with Dr. G and Jason really helped with this part, as well as all the faculty talks. I feel like I understand more about what a career in science looks like.

I am very grateful to have been given this opportunity to participate in an enriching summer research program. BSURF has aided me in understanding more about the scientific world and how it works, as well as what are things that can be improved. I came into this program having a research background, but I have learned a lot more about research from participating in BSURF than I did before. Dr. Gayathri Devi helped me grow and become a better scientist and problem-solver. I appreciate my graduate student mentor Risa Gearhart-Serna for assisting me in this pathway of learning about science; she was extremely helpful in my research all summer. The relationships I formed with my peers inside and outside the lab are relationships that made me happy, and hopefully, they will continue to be a part of my life in the future.

I enjoyed the weekly seminars from different faulty members. Having scientists present their research and findings, and telling us about their science career pathways, was truly revolutionary. It came to show me that you never know where you might end up in life, no matter what goals you have set for yourself.

Lastly, I want to thank Dr. Grunwald and Jason Long for giving me the chance to participate in this program. Both work hard to keep the program running and ensuring we got the best out of this experience. They made this research experience possible for me and hopefully, they will continue impacting future participants.

This has probably been the most learning-filled summer I have ever had. Coming into the summer I had little idea as to what to exactly expect from my first research experience. One of the biggest lessons I have learned this summer is that research can be exciting in so many different ways. There may be a bigger end goal in mind but the day-to-day successes can be just as exciting as you never know where each day will lead you. Failure and mistakes are bound to occur along the way, but if you view these obstacles as learning experiences there is so much potential to grow in the lab.

I also noticed that as the weeks went by, my abilities working in the lab increased drastically. My primary mentor, Nikki, greatly helped me to gain confidence working in the lab, which was greatly appreciated since I didn’t have prior experience working in a lab.

I also learned the value of having a positive support system within the lab. All of the members of my lab are very positive and not only made my lab experience enjoyable but they were also always more than willing to answer questions or give advice when needed. I thus had a comfortable, positive environment to grow.

I had a very positive experience conducting research this summer and have decided to continue research this upcoming school year. I am so excited to have the opportunity to continue research in the Collier Lab and can’t wait to continue to learn more!

Here is a comprehensive list of the things that I learned this summer:

1. When all of your mice die, you don’t go home.
2. Mice do not know what weekends are.
3. No matter how much Dr. Grunwald loves snakes, I will never stop being afraid of them.
4. Jason will move mountains to bring me jelly, while listening to 90s grunge of course.
5. I truly love doing research, and I cannot wait to be back in lab next semester.
6. I tried to like math, I really did. But alas, I still don’t like math.
7. Even when you proof read your poster for a week, you still make a typo in your title.
8. When your project completely fails, a great mentor will send you an article about the importance of stupidity in science and help you figure out how to keep moving.
9. Theoretical results are still as acceptable as real results.
10. I can’t wait to spend the rest of my career doing science.

Thank you to the Dzirasa lab for giving me a fantastic summer research experience. Thank you to Dr. Grunwald and Jason for teaching all of us so much about what it means to be a scientist.

Dr. Anne West’s seminar was particularly intriguing because of its focus on the “basic sciences”. Oftentimes, I hear undergrads who say they want to do research in cancer or immunology “because it’s cool,” and yet many of the major scientific discoveries came from so-called basic sciences that may appear to be separated from clinical implications. In fact, as Dr. Anne West pointed out, a large portion of the discovery of CRISPR came from studies of bacteria in the food industry. I was also fascinated by Dr. West’s desire to write a book of anecdotes designed to bridge the gap between the abstract world of academia and life. Her passion for her work and the reasons for her continued motivation were truly inspiring.

After 8 weeks, it comes to a close.

So, what I’ve learned:

1. Time management is key. I still don’t have time management under my belt, which is pretty frustrating. Even ‘til the end, I couldn’t plan my time accordingly, which led to me trying to get into lab over many weekends. No joke, it’s essential. I actually found myself running around like there was no tomorrow sometimes because of some test I forgot to do. Countless times I’ve found myself running to grab dinner before all the restaurants closed at 7 PM. I’ve had some pretty close calls.
2. Fruit flies are pretty cute. I think this is pretty self-explanatory. Sometimes, I just wish they were more cooperative. I didn’t mean to behead you, you just wouldn’t stay still!
3. Control experiments are very important.
4. Patience is key. There’s a lot of waiting. Many times, in lab, I’ll find myself staring out into the distance, because I’m just waiting for that 4:00 mark to tell me to go check up on my flies again, or I’m waiting for a specific day so I can actually do a test.
5. 8 weeks is not enough time for substantial results. So, I knew this from the beginning (more like I thought I knew this). I was also told this by many people. However, once the 6-week mark came, it really hit me that, results just weren’t going to be a huge part of my poster, which is fine. I might have been a bit disappointed that I wasn’t going to be able to see the fruits of all my work, but I mean oh well, what can you do? Tell the flies stories so that they’ll want to come out of their pupa faster and mate even faster? If only.
6. Mistakes happen. And oh boy were there a lot of mistakes made. There would be times I would forget to label something and then I’d have to throw the whole vial away and then there were also times where I would put one male in an all-female vial and biology would happen and a few days later I would see pupae at the bottom of the vial. Curses.
7. Analogies are your friends. They really are, especially when explaining things to your parents who are curious about what you’re doing over the summer.
8. Things don’t necessarily go my way. Frustration is just part of the research experience. I mean why did I assume they were going to in the first place?

There are probably a lot of other points I’m missing, but these are the essentials.

At least by the end of this, I’ll have had my fun with all of these fruit flies and actually learned how to distinguish males from females with the naked eye (I know, very impressive). One of my favorite parts about being part of this lab is finding the abnormalities and just staring in wonder, thinking, “wow, science is pretty weird…but very cool”. I’m grateful for this opportunity and for doing things I never imagined myself doing.

It’s been fun.

I guess, to be continued…

I’ll just leave this here. Credit: http://drosophiladrawings.blogspot.com (these drawings are amazing)

Wow. What a summer.

#throwbackthursday to when I was confident I was going to get my M.D. and become a clinical doctor.
#waybackwednesday to when I was going to get an M.D./Ph.D.
#flashbackfriday to when I was going into environmental consulting

As the last few days of BSURF are coming to an end, I’m adding more and more career options to the list and creating more hashtags to reminisce on the times when I thought I knew what I wanted to do. Coming into college, I thought that I was going to be #pre-med and follow the classic route. After working in a research lab freshman year, I was even more confident since I hadn’t enjoyed the laboratory research life that much. Yet for some reason, I’m #loving research life now. Maybe it’s because I have more time to work on my project and actually feeling like I’m accomplishing something. Maybe it’s because I have a new lab work environment. Whatever it is, it’s #enjoyable.

So while my career and academic major plans have changed a #bajillion times, I’m okay with that. As of right now, I think I might want to pursue the #MSTP route and get an M.D./Ph.D.

All I 100% know is that science is changing. Discoveries are made every day. What I knew yesterday is no longer accurate today. There’s always something new to learn, and I’m #blessed to receive funding from BSURF to enable that.

I have enjoyed the seminar component of this program since it has allowed me to meet many of the faculty here at Duke. These seminars have enlightened me of what makes Duke research so unique and how important it is to get involved in research at this university. I found it interesting to learn about the life pathways of these scientists and a common theme I have seen is that you never know where you might end up in life.

One of my favorite seminars was from Dr. Brian Coggins, Assistant Research Professor of Biochemistry. I was excited to learn about his research since the beginning of this fellowship because his research revolved around Biochemistry which is the area I plan to study while my time here at Duke. His work focused on NMR technology and furthering the potential of this technology. NMR is a topic that was covered in my Organic chemistry I class. I found it difficult to learn but once I started practicing NMR problems it became easier to understand. However, the class didn’t go into detail about why NMR is important and what implication it has in the real world. Learning about Dr. Coggins research gave me a greater insight in that field and allowed me to connect what I learned in class and apply it to ongoing research. Dr. Coggins research around NMR goes well beyond my scope of knowledge of the topic but I am interested to learn more about it once I start taking higher level chemistry courses.

A comment from Dr. Coggins that stuck with me was that he is never satisfied. It’s his curiosity that drives him forward and allows him to want to learn more. It is difficult to choose just one discipline and stick with it for the rest of your life. Dr. Coggins mention how he wishes to have more time to learn about other research since there are so many things fascinating out there. It is interesting to know that even Dr. Coggins, with his years of experience, still doesn’t know what will come next in his career, but his curiosity will certainly lead him in the right direction.

Did you know that three Duke faculty have the name, Anne West? Anne J. West, Anne E. West, and Anne West. The Anne West who directed the faculty seminar this week is Anne West from the Department of Neurobiology.

Dr. West’s convincing argument for the value of basic scientific research captivated my attention. Last week, another Duke faculty member, Kathleen Donahue, began her discussion by asking us about the value of basic scientific research, which, to the average person, does not seem to have practical, real-life applications. This week, Dr. West followed Dr. Donahue’s intriguing introduction to the topic nicely as she also addressed the value of basic scientific research.

On the long whiteboard located at the front of the classroom, Dr. West drew a timeline. As an example, she told the story of CRISPR, the widely popular genome editing technology. When she marked the year 1987 on the timeline and wrote the word, “Archaea” above the year, I must admit I did not see a direct connection to the gene-editing technology. It turns out that in 1987, scientists studying Archaea noticed repeating sequences in Archaea, but did not know what these clustered, interspersed repeats were. When Dr. West mentioned “clustered,” and “interspersed,” I thought, “ah, CRISPR!” (CRISPR: Clustered Regularly Interspaced Short Palindromic Repeats). Later, CRISPRs were found in bacteria, and in 2005, people trying to make better yogurt recognized CRISPR as a defense system for bacteria to protect themselves against phages. In 2012, CRISPR as we know it today was discovered as a method to target and modify genes in living cells.

Although it may be hard to think of the direct, practical applications of “undirected research” to society, this type of research can change lives in the future. Hence, this type of research has considerable value. The sad part is that basic scientific research is being deprived of funding because many fail to perceive the benefits of this type of research to change lives for the better. The discovery of CRISPR as a method to alter the genome is huge, and without the “undirected research” of Archaea, who knows how long it would have taken to reveal this important discovery.

Dr. West mentioned one of her long-term goals to create a book composed of stories about curing diseases, which would challenge people to consider the value of basic scientific research. After listening to Dr. West’s engaging presentation, that is one book I sure would like to read.

Every week I look forward to the faculty seminars more and more. I love to hear about the various life journeys of scientists at Duke. The inspirational faculty talks not only introduce us to the thought-provoking research of highly esteemed faculty at Duke, but also allow us to discuss life goals and the various journeys through life as a scientist with these wonderful people. What an exciting life of exploration it is to be a scientific researcher.