Latest Articles for Medical Technology

New methods improve how we assess eye movements and their relation to head position.

New methods leverage synthetic data to improve cranial implant creation.

New ultrasound methods improve breast cancer detection and diagnostic efficiency.

MuTILs improves the analysis of tumor-infiltrating lymphocytes in breast cancer tissues.

Research on hafnium production via photoproton reactions sheds light on nuclear processes.

A new model improves polyp detection in colonoscopy images using text prompts.

A new AR framework aims to improve safety in robot-assisted surgery.

RecycleNet improves neural network decision-making for better medical image predictions.

Examining the role of computational fluid dynamics in nasal airways assessment.

Study reveals how sound travels through fluids with bubbles.

Innovative method predicts BRAF mutations in brain tumors without surgery.

MA-SAM enhances medical image segmentation by adapting SAM to unique imaging characteristics.

A new model enhances accuracy in segmenting brain lesions using large-kernel attention.

A study on carotid artery ultrasound's effectiveness in predicting vascular issues.

Exploring new injectable hydrogels designed for better medical treatments.

Groundbreaking improvements in imaging techniques for biological and industrial research.

Exploring the link between cell shape and protein levels in cancer diagnosis.

Research reveals vulnerabilities in machine learning models through targeted uncertainty manipulation.

This study evaluates NLP's role in summarizing radiology reports using advanced language models.

This method enhances retinal image segmentation through synthetic data generation.

Horizon automates CNV classification, improving genetic analysis accuracy for better healthcare.

A promising technique using acoustophoresis improves detection of circulating tumor cells in prostate cancer.

A look at how EEG signals relate to brain function and neuron interactions.

FSL helps enhance medical imaging analysis with limited labeled data.

A simpler method for diagnosing diabetic retinopathy shows promising results.

Innovative systems aim to answer patient questions using medical images.

A new system converts EEG data for improved predictions using pre-trained models.

Study reveals new ways to combat bacteria using silver niobate particles.

REACT model offers real-time alerts for acute kidney injury in cardiac surgery patients.

Research explores robotic training for surgical techniques to improve patient safety.

ClusterCleaver enhances the study of diverse cell populations in tumors.

Research aims to enhance blood pump design by minimizing red blood cell damage.

Study of how moving heat sources affect temperature distribution.

A new method enhances accuracy in outlining organs at risk for radiation therapy.

A new method enhances accuracy in segmenting medical images for autoimmune diseases.

New insights into cellular interactions reveal changes during colorectal cancer.

New scintillator technology improves accuracy in particle beam measurements for cancer treatment.

This study examines the effectiveness of digital X-rays in detecting TB in hospitals.

Research enhances quantum sensing by improving signal detection in noisy environments.

A look into how sound waves affect various structures.