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science-education1 h ago2 min read

KAIST Scientists Revert Cancer Cells to Healthy State, Opening New Path in Treatment

Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have discovered a method to revert colon cancer cells to healthy, normal cells. They succeeded in reprogramming cancer cells by deactivating certain genes that maintain them in a cancerous state. This discovery offers a new approach to cancer treatment.

science-education

ReportageGO · SCIENC

ReportageGO

By · ReportageGO

KAIST scientists have found a method to revert colon cancer cells to a healthy state.

Researchers at the Korea Advanced Institute of Science and Technology (KAIST) have discovered an innovative method to transform colon cancer cells into healthy, normal cells. This breakthrough could be an important step in cancer treatment.

The scientists succeeded in reprogramming cancer cells by deactivating certain genes that maintain them in their malignant state. This process activates the cells' ability to self-repair and restore normal function.

This new approach opens up great opportunities for creating treatment methods with fewer side effects compared to traditional cancer therapies. This discovery promises a hopeful future and new therapeutic directions in the fight against cancer.

The results of this scientific research were published on News-Medical.Net.

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Researchers from the College of Engineering at United Arab Emirates University (BAAU) have received a US patent for an innovative technology to create a material capable of purifying saline water using recycled carbon fiber and simultaneously capturing carbon dioxide (CO₂) emissions. This technology achieved 99% efficiency in laboratory tests and could reduce the UAE's water production costs by 20-30%.

science-education32 m ago

Innovative Methods in Higher Education Prepare Students for a Rapidly Changing World

Modern teaching methods are transforming higher education, fostering innovation, and preparing students for a rapidly changing world. Integrating technology (e.g., LMS, virtual classrooms, AI-powered learning platforms), project-based learning, collaborative work, and student-centered approaches make education more effective and engaging. These methods encourage active student participation, develop critical thinking, and prepare them for future professional careers.

science-education47 m ago

DGIST has broken new ground in the treatment of brain diseases with brain-robotic fusion research

Daegu Gyeongbuk Institute of Science and Technology (DGIST) has launched brain-robotic fusion research under the Glocal Lab 2025 project. They have identified a mechanism that regulates 'calcium channels' important for neuronal signal transmission, opening new avenues for the treatment of brain disorders such as Alzheimer's disease, autism spectrum disorders and epilepsy.

science-education1 d ago

South Korea is strengthening its scientific potential with a 9-year fundamental project for 18 researchers

South Korea's Ministry of Science and ICT has selected 18 leading researchers as part of the 2026 Basic Research Program. This program provides up to nine years of long-term support for world-class fundamental research. Projects cover areas such as quantum materials, cellular heterogeneity and immune biomarker detection.

science-education1 d ago

KAIST Scientists Revert Cancer Cells to Healthy State, Opening New Path in Treatment

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BAAU Scientists Secure US Patent for Water Purification and Carbon Capture Technology

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