Latest Articles for Medical Technology

A new method improves uncertainty in medical image annotations.

3D scanning technology improves tumor measurement accuracy in cancer research.

This article reviews methods for understanding computer predictions in medical imaging.

Combining imaging methods for better prostate cancer detection.

Researchers unveil a tool to analyze cancer's focal amplifications and their implications.

A novel model analyzes brain signals to interpret visual stimuli effectively.

SeeNV simplifies the review process for copy number variants in genetic testing.

A breakthrough model predicts brain age in children and young adults using MRI scans.

Innovative approaches in heart modeling aim to enhance patient diagnosis and treatment.

A new method enhances early detection of cervical dysplasia using diverse image sources.

Deep learning enhances 3D ultrasound reconstruction for better diagnostics and surgeries.

A look at challenges and solutions in breast cancer screening methods.

Research improves robots' ability to detect objects through touch.

Confidence intervals are essential for assessing segmentation tool reliability in medical imaging.

A new method improves blood vessel segmentation and centerline extraction in medical imaging.

Combining self-training and active learning improves medical image analysis efficiency.

A new system improves heart image labeling accuracy using anatomical connections.

Gauchian software shows potential but has accuracy concerns for Gaucher disease diagnosis.

A new method improves patient care by merging clinical and digital data.

Using Federated Learning to improve PCOS treatment while ensuring patient privacy.

Discover methods for automatic arrhythmia detection using single-channel ECG signals.

A novel approach improves understanding of gene interactions in disease treatment.

A new method enhances accuracy in matching medical terms.

A new method filters concepts for better accuracy in medical image analysis.

A deep look into antenna performance in medical implants and its challenges.

Research explores brain simulations and how parameters impact virtual brain behavior.

A new model streamlines organ segmentation in CT and MRI scans.

This method improves the classification of medical images using graph neural networks.

Researchers use 3D printing to create tailored head caps for better brain data collection.

Study reveals how iTBS affects brain function and neurotransmitter levels in participants.

New methods improve ECG classification accuracy through innovative data representation.

New approaches in detecting colorectal cancer early can save lives.

A new method blends segmentation models with medical knowledge for improved accuracy.

PECon combines CT scans and EHR data to improve PE diagnosis.

A novel pipeline uses imaging to identify patients likely to respond to immunotherapy.

New MR coils enhance brain imaging during TMS studies.

An innovative approach improves accuracy in needle insertion using optical imaging and AI.

A new method leverages time-lapse videos for assessing cancer drug responses.

Combining medical knowledge graphs with AI enhances diagnosis accuracy.

A specialized language model designed to enhance radiology reporting and efficiency.