Cambridge scientists create gel that could end arthritis pain
Summary
Cambridge scientists have developed a smart gel that senses acidity changes during arthritis flare-ups and releases drugs precisely where needed, potentially easing pain and reducing side effects.
Key Points
- Cambridge researchers created a material that responds to acidity changes in arthritic joints by releasing medication.
- The gel mimics cartilage and could provide continuous, targeted arthritis treatment, reducing side effects.
- The material is loaded with drugs and releases them in response to pH changes typical of inflamed tissue.
- Future steps include testing the gel in living systems to assess safety and effectiveness for treating chronic diseases.
