Houston, Texas – Scientists at Rice University have introduced a groundbreaking method that could change how doctors treat Cancer. The technique uses vibrating dye molecules, activated by near-infrared light, to physically destroy tumor cells at extraordinary speed.
Researchers describe these vibrating molecules as “molecular jackhammers.” Unlike traditional drugs, they do not rely on chemical reactions.
Instead, the molecules create rapid vibrations that tear apart the structure of cancer cells with remarkable precision. According to the team, these molecular machines operate a million times faster than earlier models.
The results from animal trials have been encouraging. In tests on mice with melanoma, nearly half of the subjects made a full recovery and were declared completely cancer-free. Such success highlights the strong potential of this approach as a future treatment option.
One of the main advantages of this technique is its ability to avoid common problems linked with conventional cancer therapies. Standard treatments often involve chemotherapy or radiation, which can harm healthy tissues and cause serious side effects.
They may also lose effectiveness when cancer develops resistance. By contrast, these molecular jackhammers physically destroy tumor cells, leaving fewer opportunities for resistance to develop.
Experts believe this discovery could mark a significant step forward in oncology. If further research confirms the findings, patients may one day benefit from treatments that are not only more effective but also far safer.
The team at Rice University plans to continue testing the method in larger studies. Their goal is to refine the approach and eventually bring it into human trials. While it is still in the early stages, the research offers new hope in the global fight against Cancer.
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