By Erewunmi Peace

Recent scientific studies have revealed innovative cancer treatments that can destroy or suppress cancer cells while leaving healthy tissue largely unaffected, offering hope for safer therapies in the future.

One such approach involves near-infrared LED light combined with tin-based nanoflakes, which, in laboratory tests, eliminated up to 92% of cancer cells without damaging surrounding healthy tissue. Researchers say this therapy could become a less invasive alternative to traditional chemotherapy and radiation.

In separate research, scientists have developed compounds that block cancer cell growth in animal models without harming normal cells. These findings suggest that future therapies may selectively target tumors, reducing the side effects commonly associated with conventional cancer treatments.

Another promising avenue involves a molecule derived from naturally occurring bacteria, which has been shown in early studies to slow tumor growth while leaving healthy tissues intact.

While these breakthroughs are encouraging, experts caution that most of the research is still in early laboratory or animal studies. Human clinical trials are needed to confirm safety and effectiveness before these treatments can be widely available. Patients are advised to rely on approved cancer therapies and consult healthcare professionals for guidance.