Latest Articles for Medical Technology

FAST improves disease classification using whole slide images with minimal expert input.

A new method for assessing AI-generated medical explanations using Proxy Tasks.

A new method improves medical image analysis by reducing manual input.

A method to improve medical image annotation using the Segment Anything Model.

This study examines gender bias in deep learning segmentation models for radiotherapy.

A study on improving NLP models for medical texts in Danish healthcare.

AI enhances kidney stone detection while ensuring patient data privacy.

Introducing the EndoDepth benchmark for evaluating depth prediction models in endoscopic procedures.

New imaging techniques improve clarity in minimally invasive surgeries.

Study examines long-term vision results and satisfaction from Eyhance IOL implantation.

Learn how sEEG and seegnificant aid in understanding brain signals for epilepsy.

A new model improves predictions for endoscopic pituitary surgery durations.

RL2 offers a reliable way to assess medical image quality with fewer resources.

PathoGen-X combines imaging and genomic data for better cancer survival predictions.

A new model aids in analyzing children's sleep patterns and issues.

A new method improves accuracy in cancer biomarker measurements.

Researchers are improving nerve stimulators to address issues like epilepsy and depression.

ElectronCT offers improved imaging for medical and industrial uses, especially in radiation therapy.

Automated methods improve accuracy in muscle path calibration for better modeling.

Advancements in technology aim to boost breast cancer detection rates.

EPP offers new methods for categorizing cells in biological research.

This technique boosts accuracy in diagnosing diseases using advanced image analysis.

Researchers create fake models to improve brain aneurysm diagnosis.

FedPID enhances tumor segmentation while safeguarding patient data.

Researchers focus on tailoring cancer treatments using machine learning for better outcomes.

HistoROI enhances tissue classification in medical diagnostics using whole slide images.

Reviewing the potential of technology in predicting outcomes for HNSCC patients.

New methods improve transparency in AI decisions for medical image analysis.

Combining medical images and genetic data enhances lung cancer survival predictions.

Learn how tiny particles interact using nanomechanical resonators and their real-world impact.

Examining innovative methods for detecting prostate cancer using advanced techniques and canine assistance.

Refining EEG datasets enhances machine learning models for brain signal interpretation.

Discover how active cavities transform laser capabilities for various applications.

A new method improves breast ultrasound image analysis using deep learning techniques.

Scientists use advanced methods to create better cancer treatments with fewer side effects.

A method that enhances dental images while reducing X-ray exposure.

A new method, ICH-SCNet, improves detection and treatment of brain hemorrhages.

New technologies enhance diagnosis and treatment of intracranial hemorrhages.

Federated learning enhances medical imaging while protecting patient privacy.

AI offers a quick way to predict droplet collision outcomes, aiding various industries.