Latest Articles for Medical Technology

X-REM enhances the accuracy of radiology report generation from chest X-rays.

MERIT improves medical image segmentation accuracy with multi-scale features.

Diff-UNet improves accuracy in segmenting complex medical images.

A new test improves detection of significant prostate cancer, reducing unnecessary procedures.

Researchers create materials that manage stress through electric fields.

New study explores robotic exoskeletons for improving mobility in spinal cord injury recovery.

A new method improves range modulator design for effective FLASH cancer treatments.

Robots improve precision and safety in delicate eye surgeries.

Discover the future of THz detectors using graphene and black phosphorus.

New methods improve tracking of magnetically actuated medical robots in clinical settings.

Examining the trade-off between image quality and model clarity in medical imaging.

Improving patient care through advanced statistical analysis of critical health data.

Closed-loop neurostimulation could improve treatment for mental disorders by adjusting in real time.

Thin-film lithium niobate offers new possibilities for efficient UV light sources.

Improving AI explanations to foster doctor trust in skin lesion classification.

A novel approach to create realistic tissue images for pathology.

A new model designed for medical language tasks in French, using unique datasets.

A new dataset aids in studying PDAC and immune cell interactions.

A novel method improves optical imaging in living tissues using special fibers.

Deep learning enhances MRI-guided radiation therapy for improved cancer treatment.

New methods generate medical images with limited data for better disease detection.

New method improves diabetic retinopathy staging and prediction reliability.

CLADE enhances medical imaging by improving image quality without paired data.

This article explores new methods for enhancing medical image analysis using self-supervised learning.

Exploring the methods and benefits of ion acceleration using lasers.

A new system enhances medical imaging quality assessments with explainability.

New tools enhance analysis of cell behavior in tissues.

New methods improve MRI image quality for better patient outcomes.

Points2Regions simplifies the analysis of spatial omics data for biological research.

Combining histology and molecular markers for better glioma diagnoses.

A new method improves kidney stone diagnosis with clear explanations.

Research offers new methods for reconstructing facial injuries using technology.

A new technique improves the accuracy of medical image analysis by removing artificial markers.

CZT detectors show promise for clearer medical imaging through improved readout configurations.

MobileLAMP offers an easy and low-cost solution for genetic testing.

A new MRI method enhances image clarity and comfort during scans.

Research improves ECG interpretation through enhanced feature extraction methods.

fRegGAN improves medical image translation by focusing on frequency content and misalignment.

Examining how radiation affects DNA and potential advancements in treatments.

A groundbreaking approach improves medical image segmentation without the need for retraining.