Happy Saturday scoundrels! I made it back to Seattle after a whirlwind week in Itasca, Illinois. The reason I packed up and made a pilgrimage to our country’s great-flat-middle was for a scientific conference titled: Dynamic DNA structures in biology.
This conference (which I affectionately called DNA disneyland) was one of the most incredible experiences of my academic life, so far. I met some of the pioneer scientists in my field: people who DISCOVERED the processes I work on every day, or developed systems and techniques I use in my own research. I was a little nervous to meet some of these people at first; it’s strange to shake hands with someone who you’ve cited extensively. I had nothing to be afraid of, though: everybody could not have been more friendly, and the conversation could not have been more stimulating. After all, the people I admire are still PEOPLE; all of these hot shot scientists were shithead graduate students just like me at the beginning of their careers.
We spent a week staying at the Eaglewood Resort and Spa. The rooms were comfortable, they had an olympic length (though shallow) swimming pool so I could swim laps, and, most importantly, there was oatmeal available every morning.
The conference was jam-packed with talks on topics ranging from DNA stability and fragility in human cells to nano-scale DNA structures.
We thought a LOT about how DNA molecules wind themselves, unwind themselves, tie themselves up in knots, make non-canonical structures, and do genetic gymnastics.
Did you know that one of the most common causes of autism is Fragile X syndrome? Fragile X syndrome happens when a repeated sequence in your DNA gets repeated way way WAY to many times, and literally makes the X chromosome unstable. We learned about what happens with the DNA to make this happen.
I use bacteria to study DNA replication. However, the PROCESS of replication is surprisingly similar from bacteria all the way up to humans. The names of the proteins are a little different, but the basic mechanics are pretty consistent. It just goes to show: once nature finds a way to do something that works, it tends to stick with it.
I loved hearing talks from established scientists at the top of our field, as well as from up-and-coming post docs on the threshold of exciting discoveries. It was fun to hear about research in other organisms than my buddy Bacillus. It was cool to learn about some of the molecular mechanisms that cause human diseases (Huntington’s, Autism, Cancer: all of these are caused by mutations in DNA). I took an entire notepad full of notes, and I came up with a few exciting ideas for my own project.
I presented a poster of my own research, and got excellent feedback. I also got a few suggestions for some control experiments that I need to run, to make my story more complete.
The conference’s schedule was mostly jam-packed with science and schmoozing. However we had a fun organized group outing on the last day. Everyone loaded up into a charter bus, braved rush hour traffic, and escaped suburbia to explore the big city of Chicago.
We took a guided architectural boat tour. We floated up the Chicago River our guide educated us about some of the city’s spectacular Art Deco, Modern, and Post Modern buildings.
It was great to experience the city from the river, and learn about the history and design of the buildings. I know absolutely nothing about architecture, I was fascinated to learn about the decision making process that goes into designing a building.
I never could LIVE in Chicago. I need more green spaces and access to mountains in my life. Nevertheless, it was an interesting city to visit; I wish that I had a little more time to explore on my own.
This past week was fantastic: enriching, educational, energizing, and exhausting. I’m already counting down the days until I can go back to DNA Disneyland. The conference runs every two years, so I’m not sure where my science will take me by then, but I hope that it will take me back to this amazing meeting.
I hope everybody had a GROOVY week last week!
Have you been to Chicago before? What did you like the most about it?
Got any questions about DNA? Wanna learn what an R-Loop or a G4 Quadruplex is?