When antibiotics first came out, nobody could have imagined we'd have the resistance problem we face today. We didn't give bacteria credit for being able to change and adapt so fast.
If I didn't teach the aerobics class, I wouldn't come, and I need to stay in shape. I've got a whole wardrobe of sleeveless dresses and strapless gowns, not to mention the short skirts.
So, okay, I'm not a genius. Vincent Van Gogh and Albert Einstein were geniuses.
I realized that lab research was the perfect path for me. It allowed me to spend every day figuring out mysteries/puzzles that have to do with what make us alive. What could be a bigger mystery or puzzle?
All these bacteria that coat our skin and live in our intestines, they fend off bad bacteria. They protect us. And you can't even digest your food without the bacteria that are in your gut. They have enzymes and proteins that allow you to metabolize foods you eat.
My job is to teach someone something they never knew, but it should not be like you're in a prisoner-of-war camp. I'm supposed to be teaching you but also entertaining you. You're giving me an hour of your time. It should be lively. We're on a hunt, it's a mystery, and it's amazing.
I think the easiest application to help people understand what quorum sensing is and why it's important to study is to tell them that if we could make the bacteria either deaf or mute, we could create new antibiotics.
We've all been sick; we're all afraid of infection. I think the easiest application to help people understand what quorum sensing is and why it's important to study is to tell them that if we could make the bacteria either deaf or mute, we could create new antibiotics.
When antibiotics became industrially produced following World War II, our quality of life and our longevity improved enormously. No one thought bacteria were going to become resistant.
You live in intimate association with bacteria, and you couldn't survive without them.
I was a huge athlete as a kid. I was on every sports team.