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Asimov Press is a publisher focused on biotechnology for flourishing. Proudly supported by @AsimovBio, @RenPhilanthropy, @EdisonSci, Fulcrum, and other donors.

Shorts

A few years ago, designing an antibody on the computer was extremely difficult. Today, there are several open-source tools which allow anyone to design antibodies from home. Out today: A step-by-step guide to antibody design. By Brian Naughton.

A few years ago, designing an antibody on the computer was extremely difficult. Today, there are several open-source tools which allow anyone to design antibodies from home. Out today: A step-by-step guide to antibody design. By Brian Naughton.

53,063 次观看

In 2000, a physicist named Michael Elowitz published one of the first synthetic gene circuits, called the "repressilator." By stitching three genes together, he endowed living cells with an artificial rhythm, coaxing them to flash green. Learn how he built it, and even play around with its parameters, in our interactive article from the archives: "The Making of a Gene Circuit."

In 2000, a physicist named Michael Elowitz published one of the first synthetic gene circuits, called the "repressilator." By stitching three genes together, he endowed living cells with an artificial rhythm, coaxing them to flash green. Learn how he built it, and even play around with its parameters, in our interactive article from the archives: "The Making of a Gene Circuit."

15,120 次观看

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Can we treat brain disorders by restoring neural connections? For centuries, neuroscientists could only guess. But connectomics—a method seeking to create a 3D model of every neural connection in the brain—is moving closer to providing answers. @E11Bio is at the forefront...🧵

Can we treat brain disorders by restoring neural connections? For centuries, neuroscientists could only guess. But connectomics—a method seeking to create a 3D model of every neural connection in the brain—is moving closer to providing answers. @E11Bio is at the forefront...🧵

33,043 次观看 • 1 年前

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