The people from the future took our jobs!

Robots in science are usually awesome: it’s nice not to have to pipette a whole bunch of 96 wells plates, and it’s a good thing when you don’t have to sit next to the mass spectrometer the whole night to feed it new samples. Those are relatively easy things to do, and it’s nice to have robots to them for us.

Electrophysiology, and specifically whole cell patch clamp recordings are a different game in my opinion: it’s difficult to do, and not a lot of people are able to do it well. It puts those of us who are able to patch cells in the luxurious position that people want to collaborate with us, and put our names on their papers. I’ve heard it’s an excellent skill to have on your CV when looking for jobs. (And, but this is not as relevant here: it’s such an awesome technique because it allows you to listen to what cells are saying to each other!).
However, this article gave me this industrial revolution feeling, that the machines will take over our jobs and the awesomeness of being able to patch cells will soon be available to everyone. Ed Boyden and Craig Forest developed a robot that can patch cells to do whole cell recordings. And even worse: the robot can patch cells in a living brain, which is even way harder than patching cells in a slice.

So for as long as it is going to last, I am going to feel special that I have mastered the art of whole cell recordings in brain slices, and I am hoping that it’s going to be a while until robots can think of research projects and write papers.

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4 Comments

Filed under electrophysiology, neuroscience, science

4 responses to “The people from the future took our jobs!

  1. Well, yeah, it's great to have on your CV… If you want a job patching! EWWWWWWWWWWWWWWWW 😉

  2. Well that's kind of a cute approach. But it seems that it might not necessarily save that much time, I bet it would take as long to learn to use that thing than to learn to patch. It really does not take 4 months to learn patch clamping. In a course I participate over the summer all the student become quite proficient at it after about 5 days. That being said, I'd love to have one of those robots. They even publish the parts list…

  3. I think that how long it takes to learn to patch cells really depends on your prep. Our lab does whole cell recordings in slices of adult animals and here it takes way longer than 5 days to consistently get good cells. And besides, the robot can do whole cell recordings in vivo too!

  4. hehe, I haven't patched a cell in nearly four years, but I still brag about it.

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