Latest Articles for Medical Technology

Study enhances chest X-ray interpretation for detecting enlarged hearts.

MedSAM-U improves segmentation accuracy through uncertainty-guided prompt adaptation.

A new approach enhances skin condition diagnosis across diverse skin tones.

AI helps improve identification of craniofacial anomalies in fetal ultrasounds.

New technology improves coronary calcium scoring for better heart health assessments.

Introducing LSSF-Net, a lightweight model for accurate skin lesion segmentation.

New regularization method improves heart electrical activity reconstructions from body surface measurements.

New imaging methods improve prostate cancer detection and treatment options.

Free-DyGS offers rapid 3D reconstructions for better surgical decisions and training.

AutoPM3 streamlines literature evidence extraction for rare genetic disease diagnosis.

Exploring the benefits of real-time coaching in robotic ultrasound systems.

RCANE offers a cost-effective way to predict SCNAs using RNA-seq data.

A two-stage method improves accuracy in predicting prostate cancer recurrence after surgery.

Research reveals how artery tissues respond to pressure, aiding heart surgery.

Combining tissue images and genetic data to improve cancer survival predictions.

TransDAE improves medical image segmentation, enhancing disease diagnosis and treatment planning.

Large Language Models improve efficiency in medical answer evaluations.

A new method improves cancer tissue classification using vision-language models.

New methods to measure fat cells could lead to improved health insights.

New methods in brain imaging promise faster insights and personalized treatment options.

This study develops a reliable model to predict mortality in heart failure patients in ICUs.

MoPaDi creates counterfactual images to aid cancer diagnostics.

New methods improve embryo genetic testing accuracy and reliability.

Exploring the role of AI in enhancing surgical efficiency and precision.

Learn how Parseval operators enhance image processing in CNNs.

A new motor design enhances precision in MRI-guided surgeries.

A novel imaging technique enhances the study of magnetic materials at the atomic level.

New methods using uncertainty to enhance error detection in medical image analysis.

A new method creates realistic lung CT images for improved medical diagnostics.

Research examines how tiny robots affect oxygen levels in the bloodstream.

A new system improves early detection of lung cancer by identifying nodules in CT scans.

A new method improves medical image segmentation using semi-supervised learning.

AI promises a more objective approach to evaluating pain levels in patients.

A new approach enhances digital pathology while ensuring patient privacy.

New techniques offer less invasive options for treating brain tumors.

mcBERT shines a light on cell analysis for improved healthcare.

Exploring robotic solutions for precise stem cell injections in heart treatments.

A CNN model enhances the diagnosis accuracy of bacterial vaginosis.

CerviXpert aims to improve cervical cancer detection with less resource use.

A new method improves brain tumor diagnosis while protecting patient privacy.