Latest Articles for Medical Technology

A look at fluid dynamics and the Navier-Stokes equations.

STU-Net model shows promise in adapting CT scan knowledge to other imaging types.

A new AI system aims to improve MRI brain tumor detection.

Robots improve precision in eye injections for age-related macular degeneration.

Deep learning models enhance early detection of oral squamous cell carcinoma.

A new system could improve diagnosis of anal injuries postpartum.

Discover how SpatioMark helps in understanding cell interactions and cancer treatments.

A smarter method for analyzing tissue samples using whole slide images.

Combining MRI and ultrasound images enhances brain tumor surgery accuracy.

Combining expert knowledge with AI boosts cancer diagnosis accuracy.

Discover how SubCell transforms our view of cellular biology and protein behavior.

Combining H&E and IHC stains leads to better predictions for breast cancer outcomes.

New tool aims to detect false patterns in virtual histology images.

New nanopore technology offers rapid measurements of radiation-induced DNA damage.

Research shows ECGs can predict health lab values without needles.

Learn how phase transitions affect everyday materials and our daily lives.

MulModSeg simplifies medical image segmentation for better diagnosis and treatment.

Researchers enhance Compton cameras for better proton therapy monitoring.

New methods assess AI-generated radiology reports for improved accuracy.

A new method improves brain blood flow diagnosis and treatment.

Discover how technology is improving breast cancer diagnosis and treatment options.

Generative AI improves medical imaging by creating diverse synthetic data.

New AI system improves healthcare by refining clinical decision-making processes.

Discover how inkube is changing brain research and neuron observation.

Combining various medical data types enhances diagnosis and treatment planning.

How data preprocessing impacts deep learning models analyzing EEG signals.

MSEMG efficiently cleans sEMG signals, improving clarity and potential applications.

A new method improves disease severity classification and accuracy in diagnosis.

MeasureNet improves accuracy in detecting celiac disease through smart measurement techniques.

Discover the role of platelets and the technology predicting their behavior.

Research pushes boundaries of lensless imaging for clearer pictures.

MERGE offers innovative solutions for predicting gene expression from tissue images.

Doctors can now see heart movement during surgery with limited data.

PEP-Net improves prediction of survival rates for Pulmonary Embolism patients.

A fresh method for removing shadows in images using advanced generative models.

A new method improves accuracy in automated chest X-ray reports.

Research shows promise for non-invasive brain imaging using light techniques.

A new method for better data sorting and classification.

A groundbreaking technique enhances medical images for better AI training and diagnoses.

AI technology is transforming liver cancer detection, improving accuracy and efficiency.