#oesophageal — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #oesophageal, aggregated by home.social.
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It checks the 12 most common forms of the disease: #lung, #breast, #prostate, #pancreatic, #colorectal, #ovarian, #liver, #brain, #oesophageal, #bladder, #bone and soft tissue #sarcoma, and #gastric.
Scientists at Southampton University are understood to have used clinical information from 20,000 cancer patients to develop the screening.
The next stage involves improving the efficacy of the artificial intelligence involved, which analyses the test samples and biomarkers”
(2/2)
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It checks the 12 most common forms of the disease: #lung, #breast, #prostate, #pancreatic, #colorectal, #ovarian, #liver, #brain, #oesophageal, #bladder, #bone and soft tissue #sarcoma, and #gastric.
Scientists at Southampton University are understood to have used clinical information from 20,000 cancer patients to develop the screening.
The next stage involves improving the efficacy of the artificial intelligence involved, which analyses the test samples and biomarkers”
(2/2)
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It checks the 12 most common forms of the disease: #lung, #breast, #prostate, #pancreatic, #colorectal, #ovarian, #liver, #brain, #oesophageal, #bladder, #bone and soft tissue #sarcoma, and #gastric.
Scientists at Southampton University are understood to have used clinical information from 20,000 cancer patients to develop the screening.
The next stage involves improving the efficacy of the artificial intelligence involved, which analyses the test samples and biomarkers”
(2/2)
-
It checks the 12 most common forms of the disease: #lung, #breast, #prostate, #pancreatic, #colorectal, #ovarian, #liver, #brain, #oesophageal, #bladder, #bone and soft tissue #sarcoma, and #gastric.
Scientists at Southampton University are understood to have used clinical information from 20,000 cancer patients to develop the screening.
The next stage involves improving the efficacy of the artificial intelligence involved, which analyses the test samples and biomarkers”
(2/2)
-
It checks the 12 most common forms of the disease: #lung, #breast, #prostate, #pancreatic, #colorectal, #ovarian, #liver, #brain, #oesophageal, #bladder, #bone and soft tissue #sarcoma, and #gastric.
Scientists at Southampton University are understood to have used clinical information from 20,000 cancer patients to develop the screening.
The next stage involves improving the efficacy of the artificial intelligence involved, which analyses the test samples and biomarkers”
(2/2)