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Understanding how zwitterionic polymers can lead to safer drugs and disease prevention

The formation of aggregates due to protein misfolding and resulting protein instability is associated with several diseases. Previous studies have shown the potential of sulfobetaine polymer, a zwitterionic polymer, to suppress protein aggregation. Now, researchers elucidate the mechanism underlying this process and show ways to optimize protein stabilization using these polymers. Going ahead, future therapies may be able to prevent or reverse diseases like Alzheimer s by building on the unique ability of zwitterionic polymers.

Japan
Tokyo
Dandan-zhao
Robin-rajan
Kazuaki-matsumura
Tadaomi-furuta
Japan-advanced-institute-of-science
Tokyo-institute-of-technology
Professor-kazuaki-matsumura
Japan-advanced-institute
Assistant-professor-robin-rajan
Assistant-professor-tadaomi-furuta

Understanding how zwitterionic polymers can lead to safer drugs and disease prevention

Understanding how zwitterionic polymers can lead to safer drugs and disease prevention
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Japan
Tokyo
Robin-rajan
Dandan-zhao
Kazuaki-matsumura
Tadaomi-furuta
Tokyo-institute-of-technology
Japan-advanced-institute-of-science
Professor-kazuaki-matsumura
Japan-advanced-institute
Assistant-professor-robin-rajan
Assistant-professor-tadaomi-furuta

Researchers use high-speed atomic force microscopy to explore the binding mechanism of cadherins

Cell, tissue, and organ structure is maintained by cell-cell adhesion molecules that connect opposing cells. Cadherins are a class of essential cell-cell adhesion molecules for tissue formation and integrity, and defects in cadherin function cause various diseases (e.g., cancer invasion).

Nagoya
Aichi
Japan
Tokyo
Shigetaka-nishiguchi
Tadaomi-furuta
Takayuki-uchihashi
Emily-henderson
Nagoya-university
Tokyo-tech
Cell

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