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Noninvasive Nasal Drops Kill Brain Tumors? - News Directory 3

Noninvasive Nasal Drops Kill Brain Tumors?

November 26, 2025 Jennifer Chen Health
News Context
At a glance
  • This article from Futurity.org details a promising new,⁢ non-invasive treatment for glioblastoma, a deadly and ⁤aggressive form of ⁤brain cancer.
  • * Novel Delivery Method: The treatment utilizes "spherical ‍nucleic acids" - nanoscale structures with a gold core and DNA snippets - delivered via nasal drops.
  • In‌ essence, this ⁢research offers a⁤ potentially groundbreaking, non-invasive approach to treating‌ glioblastoma by harnessing the power of the immune system.
Original source: futurity.org

Summary of ⁢the Article: Nasal Drops Eliminate‍ Brain Tumors in‍ Mice

This article from Futurity.org details a promising new,⁢ non-invasive treatment for glioblastoma, a deadly and ⁤aggressive form of ⁤brain cancer. Researchers at Washington University in St.⁤ Louis and Northwestern‍ University have⁢ successfully eliminated these tumors in mice using nasal drops containing precisely engineered nanostructures.

Key takeaways:

* Novel Delivery Method: The treatment utilizes “spherical ‍nucleic acids” – nanoscale structures with a gold core and DNA snippets – delivered via nasal drops. This is less invasive than current methods requiring direct tumor injection.
* Boosting Immune Response: Glioblastoma tumors are typically “cold,” meaning⁤ they don’t ⁣trigger the body’s immune response. this treatment activates the STING pathway, a key immune stimulator, within the brain.
* Successful Results in ​Mice: The nasal drops effectively treated glioblastoma in‌ mice, boosting their brain’s immune response and eliminating the tumors.
* Potential ⁣for Human Request: The researchers believe this approach could redefine cancer immunotherapy for difficult-to-access tumors like glioblastoma, minimizing the need for invasive procedures for patients.
* Collaboration: The research was a collaborative effort ⁢between Alexander Stegh’s lab at ​Washington University and Chad Mirkin’s lab at‌ Northwestern University, leveraging Mirkin’s invention ​of spherical nucleic acids.

In‌ essence, this ⁢research offers a⁤ potentially groundbreaking, non-invasive approach to treating‌ glioblastoma by harnessing the power of the immune system.

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