Ed Fischer – interview on Lindau site
Ed Fischer won the 1992 Nobel Prize for the biochemically important discovery of protein regulation by phosphorylation. He also plays piano, and here are two quotes from a recent interview with him on the Lindau Nobel site:
“I was happy to retire, because I played the piano and I would have like to spend two hours a day on the piano. I simply can’t do that because I am too busy: I give talks, I come to meetings, I am on juries that give prizes, etc. These are very nice things, but they take time.”
“I never had the virtuosity that you need to be a real pianist. Piano is like tennis, you have to be a Boris Becker at age 15 or 16, I never had the capabilities of becoming a pianist. I like music, but the idea of making a living out of music seemed funny to me. I loved to be at the conservatory, I was what you call in French class libre – free class, which was not on the professional track where you have to play the piano five hours a day. I couldn’t do that.”
Read the rest of the interview here.
The Scientist interviews Johan Olsen
In the same vein as the interviews I normally do on this site, The Scientist interviewed a scientist/musician. Johan Olsen works as crystallographer at the University of Copenhagen, and is the lead singer for the Danish rock band Magtens Korridorer.
Read the interview here, and watch their accompanying video:
I was cleaning out the bookmarks on my laptop, when – no, that’s not true. I was clicking on all the bookmarks, noticed that 70% are now dead links, and just left them there, when I came across “Kevin Ahern’s Wildly Popular Metabolic Melodies“. I must have bookmarked it long ago, and completely forgot about it. Kevin Ahern teaches at Oregon State University, and writes songs about the biochemistry of metabolism. He’s recorded most of them, and they’re all on the site. Some are also on YouTube, including this one about gluconeogenesis, sung to the tune of Supercalifragilisticexpialidocious:
Oliver Smithies lecture
I went to a lecture by Oliver Smithies this morning. I most enjoyed his stories of things that didn’t work. His PhD thesis that nobody ever read, his inventions that nobody ever used, and the story of when he spilled beta-mercaptoethanol* on his shoes.
He also showed a lot of pages from his notebooks, and noted that most of his most important work was done on weekends. I’ve noticed the same in my own (not at all Nobel prize-worthy) work and have sometimes even wondered why I bother coming during the week…
The talk he gave was very similar to the Nobel lecture he gave last year, and that is online at the Nobel Prize website, so you can have a look at the slides (lots of old notebook photos!)
He did add a bit more recent work as well, and had lab notebook photos as recent as a few weeks ago. Yes, he is still active at the bench!
“It’s not about what you do, it’s learning how to do it.”
-Oliver Smithies about PhD research
*beta-mercaptoethanol smells very strongly like rotten eggs. Even tiny amounts smell really bad.
If you’re at or near UofT right now and don’t have anything to do at 4 PM, I’m giving the final seminar of my PhD work in room 2172 of the Medical Science Building (one of the lecture halls behind Tim Hortons). It’s for the Biochemistry department, but anyone is welcome to attend, and it’s busy enough that you can easily slip in unnoticed (I always like knowing these kind of things before going to strange seminars.) Also, it doesn’t start until 4:10 PM, and nobody is actually there at 4:00, because half of our department is at SickKids and has
There is free coffee and cookies, and I will be talking about how melanocyte cells regulate pigmentation, and how I’ve been studying this.
This also explains the lack of updates on here, by the way.
“Figuring out which of the many, many possible structures is the best one is regarded as one of the hardest problems in biology today and current methods take a lot of money and time, even for computers. Foldit attempts to predict the structure of a protein by taking advantage of humans’ puzzle-solving intuituions and having people play competitively to fold the best proteins.”
Etsy Wednesday – I Am Starstuff
It spells out “I am starstuff” in amino acids, and was inspired by Carl Sagan’s statement that we are made of starstuff. The bracelet itself, and the amino acids it represents (which are part of us) are all made of starstuff. In the artist’s words:
“The atoms that make up our proteins and DNA are from the stars. And these elements have evolved to make beings like us who look up and contemplate the stars. It’s amazing how much we know and how much we can learn through observation and experiment. I love science because it tells us about our DNA and the Big Bang. I especially love science because it shows how interconnected everything is. That I and you and everything we see were once stars.”
She also makes custom jewelry using the amino acid code. You can spell anything with the letters for which there is a single letter amino acid abbreviation available (that’s everything except B, J, O, X, or Z. Certain people, who have had to memorize the amino acid alphabet, might have expected the letter U in the list of unavailable letters, but that one is available as selenocysteine.)
YouTube Tuesday – Lego Biochemistry
I’m thinking of posting a video every Tuesday, partly because I like videos, and partly because I like how “YouTube Tuesday” sounds.
First up: Lego figures teach biochemistry:
(Near the end the background music is Pachelbel, which reminded me of another YouTube video.)
My first reaction when I saw this photo was “Hey! UofT!”. Second reaction: “Argh! Enzyme kinetics!” If you’ve ever taken a university biochemistry course you’ve had to learn about Michaelis-Menten kinetics. Before her collaboration with Leonor Michaelis, Maud Menten was one of few women who studied medicine at the University of Toronto and that was enough motivation for UofT to give her a plaque.
The photo was submitted by Philip Johnson of Biocurious.
Artist Wyllie O Hagan’s interprets Rosalind Franklin’s work.