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AI-Designed Phages
A new paper shows that a generative AI model can design viable bacteriophages.
Sep 17
•
Niko McCarty
99
8
What We Find in the Sewers
Our ancestors once spread their excess effluent on their fields; now we mine it for vital molecules.
Aug 25
•
Calum Drysdale
53
Pausing Insect Activity
Seasonal dormancy features in the life cycle of many insects. We can harness it for biological control, insect farming, and disease vector management at…
Aug 21
•
Ulkar Aghayeva
34
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The Weight of a Cell
A single E. coli bacterium weighs about one picogram, 60 million times less than a grain of sand. But how do we know?
Aug 18
•
Niko McCarty
51
3
Leeches and the Legitimizing of Folk-Medicine
While we’ve derived useful molecules from the leech, live leech therapy has been largely marginalized in the West. It is time we reevaluate why.
Aug 14
•
Alexandra Balwit
and
Wings Over The World
39
2
The Flower Designer
A plant biologist’s quest to design and create 1,000 unique flowers, mostly in his spare time.
Aug 11
•
Niko McCarty
78
The Sunlight Budget of Earth
Sunlight represents a seemingly endless source of largely untapped energy. Just how endless is it?
Aug 7
48
How to Scale Proteomics
A look inside Parallel Squared Technology Institute, a focused research organization trying to make analyzing a proteome as easy as DNA sequencing.
Aug 4
•
Niko McCarty
59
5
Spinning Bacteria
By spinning bacteria in circles, scientists figured out how phage viruses time their escape from an infected cell.
Jul 31
38
2
A Visual Guide to Gene Delivery
There are at least 10,000 known monogenic diseases. When attempting to cure them, how do clinicians decide which gene-therapy delivery method is best?
Jul 28
•
Eryney Marrogi
66
3
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