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Scientists have discovered a molecular motor inside bacteria that looks exactly like the electric motors we use every day. These are not just any motors, they are made of protein complexes and can spin both clockwise and counterclockwise, enabling bacteria and sperm to move similarly to man-made electric motor powered machines. What's truly remarkable is how nature and human engineers independently developed similar designs for rotary motion. But here's the cool part. Researchers are using cryo electron microscopy to see these motors in insane detail. Basically, they flash freeze bacteria, samples and bombard them with electrons capturing thousands of 2D images. As described by one of the researchers, it's just like taking thousands of iPhone live photos of something impossibly small. Now then, they use AI to reconstruct these 2D images into 3D models. And what's mind-blowing is how the resolution is so good, they can even see individual atoms and their bonds. However, why does this all matter? Well, understanding these spinning motors could revolutionize how we fight diseases. Instead of killing bacteria, we might just stop them from moving with what these researchers call lethargy biotics, where you treat infections by making bacteria too lazy to spread or create super precise drug delivery systems based on these natural motors.

Scientists have discovered a molecular motor inside bacteria that looks exactly like the electric motors we use every day. These are not just any motors, they…

Ideas in this flowchart

  • Molecular Motors in Bacteria
  • Discovery and Characteristics
  • Molecular Motors Resemble Electric Motors
  • Made of Protein Complexes
  • Spin Clockwise and Counterclockwise
  • Enable Movement
  • Nature and Human Engineers Developed Similar Designs
  • Research Methods
  • Cryo Electron Microscopy
  • Flash Freeze and Electron Bombardment
  • 2D Image Capture
  • AI Reconstruction into 3D Models
  • High Resolution Observation
  • Potential Applications
  • Revolutionize Disease Treatment
  • Lethargy Biotics
  • Super Precise Drug Delivery Systems
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Scientists have discovered a molecular motor inside bacteria that looks exactly like the electric motors we use every day. These are not just any motors, they are made of protein complexes and can spin both clockwise and counterclockwise, enabling bacteria and sperm to move similarly to man-made electric motor powered machines. What's truly remarkable is how nature and human engineers independently developed similar designs for rotary motion. But here's the cool part. Researchers are using cryo electron microscopy to see these motors in insane detail. Basically, they flash freeze bacteria, samples and bombard them with electrons capturing thousands of 2D images. As described by one of the researchers, it's just like taking thousands of iPhone live photos of something impossibly small. Now then, they use AI to reconstruct these 2D images into 3D models. And what's mind-blowing is how the resolution is so good, they can even see individual atoms and their bonds. However, why does this all matter? Well, understanding these spinning motors could revolutionize how we fight diseases. Instead of killing bacteria, we might just stop them from moving with what these researchers call lethargy biotics, where you treat infections by making bacteria too lazy to spread or create super precise drug delivery systems based on these natural motors.

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Florence Gauthier
10w

"Scientists have discovered a molecular motor inside bacteria that looks exactly like the electric motors we use every day."

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