Latest Articles for Medical Technology

SiFi-CC detectors improve monitoring in proton therapy for better cancer treatment.

HNDF improves 3D shape representation through innovative techniques and methods.

Innovative methods for analyzing tissue samples improve cancer detection accuracy.

A novel approach to streamline stroke lesion measurement using NCCT scans.

Robotic ultrasound systems aim to improve medical imaging and accessibility.

Foundation models enhance imaging biomarkers, improving patient outcomes in healthcare.

Raman spectroscopy shows promise for diagnosing osteoarthritis before major symptoms arise.

Improving medical imaging through Generalized Abel equations and Radon transforms.

A new method uses GANs to create diverse medical images while ensuring patient privacy.

New methods improve our understanding of brain activity and connectivity.

Examining how subgroup separability impacts bias in medical imaging models.

New model improves predictions for long COVID patients by analyzing longitudinal data.

A novel weight initialization method enhances segmentation accuracy in medical imaging.

New imaging technique improves accuracy in proton therapy treatments.

MDace provides a crucial resource for enhancing medical coding accuracy through evidence support.

Study of droplet movement on textured surfaces without external energy.

A new model improves sepsis diagnosis using advanced technologies.

A new tool may help determine stroke onset time for better treatment.

New deep learning method shows promise in diagnosing a critical childhood cancer.

New approach enhances surgical phase recognition using self-knowledge distillation.

Discover the unique properties and applications of Helico-Conical Vector Beams.

A new method enhances the reliability of synthetic medical images using pathologist evaluations.

A new method enhances accuracy in medical image classification using semi-supervised learning.

A new model improves identification of heart failure patients in electronic health records.

New methods improve accuracy in identifying mitotic cells in cancer tissues.

A new device enhances the quality of thyroid biopsy samples.

A new framework enhances transparency and clinical acceptability in auto-segmentation methods.

ProMIL improves classification in medical imaging by using a percentage-based approach.

AI improves summarization of medical conversations, enhancing efficiency and accuracy.

Neurostimulation methods show promise in improving prosthetic limb function and reducing phantom limb pain.

New systems enhance the creation of radiology reports using AI-driven methodologies.

Genetic studies are revealing new insights for health and disease treatment.

New methods improve vessel segmentation in OCTA images for better eye disease detection.

DenseMP uses limited data for accurate medical image segmentation.

Advancements in machine learning aim to improve kidney stone classification accuracy.

Research focuses on gene editing to develop new malaria treatments and understand the parasite.

UNSEG simplifies cell and nucleus segmentation in tissue samples without extensive training.

New technology improves heart shape reconstruction for better diagnoses and treatments.

Examining the difficulties in ROP diagnosis through automated systems.

A fresh approach to ECG analysis aids in heart disease detection.