developping embryo of a fished tagged with -> developing embryo of a fish tagged with
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A great example of this combined effort is the video below. In it, you see the time lapse of the projection of the 3D image of a developping embryo of a fished tagged with a fluorescent protein. Each colored dot you see on the image represents an individual cell. |
To do this, the first translated the image -> To do this, they first translated the image
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This one is a bit of a twist. It does not involve a new way to image, but rather a new way to read and archive images. The GIF you see above is an image that was stored in the DNA of a living bacteria. This was first made in 2017 by a group of scientists to show as a proof-of-concept that a living organism is an excellent way to archive data. To do this, the first translated the image values into nucleotides code (the famous ATCG). Then, they put this sequence into the DNA by using a system called CRISPR which is capable of editing the DNA. Then, they resequenced the DNA and reconstructed the gif you see below. |
developping embryo of a fished tagged with->developing embryo of a fish tagged withcomputer-vision-course/chapters/en/unit1/image_and_imaging/extension-image.mdx
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To do this, the first translated the image->To do this, they first translated the imagecomputer-vision-course/chapters/en/unit1/image_and_imaging/extension-image.mdx
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