Latest Articles for Medical Technology

A new system helps pathologists improve accuracy in diagnosing breast and skin cancers.

TGV offers improved image quality by managing details and noise effectively.

CathSim offers a cutting-edge simulator for training robots in endovascular procedures.

New methods improve brain imaging for better diagnosis and treatment.

Using AI in CAC scans may improve early heart failure detection.

ConvFormer enhances segmentation accuracy in medical imaging by combining CNNs and transformers.

Study reveals techniques to speed up proton arc therapy without sacrificing quality.

A low-power op-amp design for improved biomedical applications.

Examining the future of eye pressure testing and infection risks.

New methods aim to enhance pneumonia diagnosis in children's lung health.

SurfaceNets improves efficiency in visualizing complex data for medical and biological applications.

Examining how soft materials stick together for improved medical adhesives.

Low-field MRI technology improves access to mental health assessments for children.

New hybrid approach improves nuclei segmentation in histological images.

Assessing the accuracy of LLMs in diagnosing medical conditions from images and symptoms.

Research shows promise in using mRNA to combat pancreatic cancer effectively.

This article examines the impact of dataset characteristics on machine learning model accuracy.

NISF enhances anatomical shape segmentation in medical imaging with improved accuracy.

CvFormer enhances fMRI analysis by combining brain regions and their connections.

A new approach improves the steering of robotic catheters in medical procedures.

Evaluating how language models support medical claims with reliable references.

New methods help identify sources of atrial fibrillation for better treatment.

Researchers enhance heart sound classification accuracy using codec data augmentation methods.

MedSASS enhances medical imaging using self-supervised learning for better accuracy.

AI-ECG model enhances heart disease prediction using ECG data.

Radar technology enables comfortable, safe monitoring of heart and breathing rates.

A new method improves EEG data compression while ensuring quality and efficiency.

Researchers present an automated method for efficient ICD coding of medical texts.

MUGS algorithm improves understanding of pediatric diseases through electronic health records.

A deep learning model improves fracture detection in X-ray images.

A method to enhance fluid-flow device performance through innovative design strategies.

TEE4EHR improves analysis of patient data using deep learning techniques.

New methods improve understanding and applications of soft robotic systems.

Examining how blood flows in small vessels aids in understanding health and diseases.

A new tool speeds up body composition assessment using CT scans.

Study shows AI can enhance heart failure diagnosis accuracy.

New artificial neurons based on Bose-Einstein condensate show promise for advanced AI applications.

New tools enable better analysis of tissue microenvironments in cancer studies.

New methods utilizing protein analysis show promise for early ovarian cancer diagnosis.

A new method improves understanding of cancer cell diversity for better treatments.