Latest Articles for Medical Technology

New learning methods are reshaping AI applications in the medical field.

New control framework improves tracking and treatment accuracy for soft laser manipulators.

A dataset created to improve tool segmentation in laparoscopic surgeries.

New model improves accuracy and reduces uncertainty in prostate cancer diagnosis.

Learn how paired autoencoders enhance the resolution of complex inverse problems.

A look into the world of superconductors and their unique properties.

BayTTA merges TTA and BMA for better accuracy in medical imaging.

Bolero aids in quantifying HBV RNA, revealing insights into infection.

Innovative system restores damaged endoscopic videos while maintaining critical depth information.

A novel approach for early lung cancer detection using automated imaging analysis.

Exploring new MRI techniques to enhance brain imaging in children.

New systems improve insulin delivery and safety for type 1 diabetes management.

New AI system shows promise for diagnosing oral tumors effectively.

A new model enhances the integration of images and text in pathology.

Exploring patient data to improve head and neck cancer outcomes.

Researchers develop multifunctional metasurfaces using phase change materials and deep learning.

New model combines brain scans and genetic data for Alzheimer's diagnosis.

This study proposes an advanced approach for analyzing vertebral fractures using deep learning.

A new model enhances segmentation of retinal images for disease diagnosis.

New deep learning model analyzes ECGs for heart issues.

A new tool aids research on cellular interactions and their clinical implications.

A new method enhances explanations for AI-driven chest X-ray analysis.

New AI model improves tumor segmentation and diagnosis in lung cancer.

A new method enhances accuracy in predicting cancer patient survival.

PhysiofUS combines monitoring of heart rates and brain activity using advanced ultrasound.

AI technologies are transforming the approach to diagnosing colorectal cancer effectively.

A high-order parallel method speeds up heart simulations significantly.

GLOVID aims to improve detection of respiratory viruses through innovative testing methods.

Research focuses on immune responses to TB vaccines in rhesus macaques.

A new radar method shows promise in monitoring heart failure through JVP measurement.

A new method improves image stitching for bladder cancer diagnosis.

New framework improves genetic biomarker prediction in colorectal cancer using whole slide images.

UCSF Health implements pharmacogenomics for tailored patient treatment.

Examining the difficulties in identifying extranodal extension and its impact on treatment.

FL2-Net offers a fresh approach to evaluating embryos for successful pregnancies.

A novel method using neural networks to solve complex partial differential equations efficiently.

A new method enhances image clarity in biomedical imaging through iterative refinement.

A new method enhances signal analysis by separating jumps and oscillations.

A new method uses AI to enhance cancer grading accuracy.

A new method enhances gamma source localization for better surgical outcomes.