medical imaging diagnostics Articles
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Automatically Diagnosing HER2 Amplification Status for Breast Cancer Patients Using Large FISH Images
Fluorescence in situ hybridization (FISH) is a technique that prepares acceptable results for molecular imaging biomarkers to precisely and dependably detect and diagnose disorders which are sign of cancers. Since contemporary manual FISH signal analysis is low-effective and inconsistent, it is an attractive research area to develop automated FISH image scanning systems and computer-aided ...
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A Commitment to Standards
An Interview with Philip Piqueira, Global Standards Leader for GE’s Industrial Solutions Business General Electric participates in standards development through its work on numerous committees and organizations. Philip Piqueira discusses why this business strategy and its continuance is crucial for GE. From your perspective as the global standards leader for General Electric’s ...
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How ML Will Disrupt the Future of Clinical Radiology
The use of computer vision in radiology may have advantages for both patients and medical facilities. However, some worry that machine learning (ML) may one day replace doctors because it can outperform them. The desire for increased efficiency and efficacy in clinical care has been the primary motivating reason behind the development of AI in medical imaging. Recent technological developments, ...
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Identifying recent trends in nanomedicine development
Medical nanotechnology is a recent emerging field with the intention to improve human health. The creation and rapid expansion of nanomedicine as a new research field in the last decade is the result of nanotechnology's convergence with biology, genetics, biochemistry, chemistry, physics, pharmacology and medicine. Within nanomedicine, two major categories have emerged: diagnostics (imaging) and ...
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