top | item 41058671

Biological Circuit Design

181 points| drones | 1 year ago |biocircuits.github.io

29 comments

order

outlace|1 year ago

Highly relevant book: Modeling Life by Alan Garfinkel. Assumes only knowledge of algebra and teaches the foundational skills of differential equation modeling. Best book I bought this year.

brcmthrowaway|1 year ago

Can anything be made out of this?

throwup238|1 year ago

The individual techniques described in the class are in use all over the pharmaceutical and biotech industries (especially biosensors) but we're still in the early stages of biological circuits, akin to where electronics was right before the vacuum tube was invented. We've got stuff that operates sort of like basic logic elements like relay switches did in electronics, but we're far from designing any complex integrated circuits.

I think this point from the introduction says it best:

> - From a more practical point of view, we have a very limited ability to construct, test, and compare designs. Even with recent developments such as CRISPR, our ability to rapidly and precisely produce cells with well-defined genomes remains limited compared to what is possible in more advanced disciplines. (This situation is rapidly improving!)

epgui|1 year ago

Yes, just google "biological computer". There's been research on this for decades, and there are many promising therapeutic avenues for many pathologies. And people have built real-world toy biological computers that do cool things.

dekhn|1 year ago

I sure hope this is a graduate-level course.

j7ake|1 year ago

The difference between graduate and undergraduate level is that graduate is often easier (ie less work load) than undergrad…

This is because graduate students main focus is their research, and courses are a distant second.

Metacelsus|1 year ago

It looks like it is. I took a similar one at MIT.

max_|1 year ago

What do u mean "graduate level"?