Ai Model For Cancer Treatment
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AI Finds Hidden Skin Cancer Risk, Flags 1-In-3 Danger Rate: Study
- Friday April 17, 2026
- Health | Written by Sambhav Kumar
The research analysed registry data covering over 6 million adults in Sweden. This included information such as age, sex, medical history, medications, and even socioeconomic factors.
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www.ndtv.com
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South Korea Develops AI Model For A Custom Cancer Vaccine
- Friday January 2, 2026
- Health | Indo-Asian News Service
A joint research team of the Korea Advanced Institute of Science and Technology (KAIST) and domestic biotechnology firm Neogenlogic have developed a new artificial intelligence.
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www.ndtv.com
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AI Technology Detects Cancerous Brain Tumours in 10 Seconds During Surgery
- Monday November 18, 2024
- Written by Gadgets 360 Staff
Researchers have developed FastGlioma, an AI-based model that can identify residual brain tumour tissue in just 10 seconds during surgery. The technology, which outperformed conventional methods, offers significant improvements in neurosurgery for diffuse gliomas and other cancers. It could revolutionise surgical practices by enabling faster, more ...
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www.gadgets360.com
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AI Finds Hidden Skin Cancer Risk, Flags 1-In-3 Danger Rate: Study
- Friday April 17, 2026
- Health | Written by Sambhav Kumar
The research analysed registry data covering over 6 million adults in Sweden. This included information such as age, sex, medical history, medications, and even socioeconomic factors.
-
www.ndtv.com
-
South Korea Develops AI Model For A Custom Cancer Vaccine
- Friday January 2, 2026
- Health | Indo-Asian News Service
A joint research team of the Korea Advanced Institute of Science and Technology (KAIST) and domestic biotechnology firm Neogenlogic have developed a new artificial intelligence.
-
www.ndtv.com
-
AI Technology Detects Cancerous Brain Tumours in 10 Seconds During Surgery
- Monday November 18, 2024
- Written by Gadgets 360 Staff
Researchers have developed FastGlioma, an AI-based model that can identify residual brain tumour tissue in just 10 seconds during surgery. The technology, which outperformed conventional methods, offers significant improvements in neurosurgery for diffuse gliomas and other cancers. It could revolutionise surgical practices by enabling faster, more ...
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www.gadgets360.com