Latest Articles for Medical Innovation

Combining AI methods to improve patient observation and care in healthcare.

Exploring thermal ablation's potential in targeting cancer cells effectively.

This study proposes a method to identify safe and effective cancer drug combinations.

New method simplifies focusing airborne ultrasound for various applications.

CTBench helps researchers select better baseline features for clinical trials using AI.

New insights into glioblastoma behavior and immune cell interactions in the brain.

Exploring how VR enhances neck mobility testing and rehabilitation.

Innovative approaches enhance modeling of coronary arteries for improved heart disease treatments.

DITTO aids doctors in making informed treatment choices for head and neck cancer patients.

A study reveals DoriVac's potential in treating melanoma by enhancing immune response.

New algorithm aids in studying cancer cell behavior for better treatments.

i-CardiAx is a wearable device for early sepsis detection through continuous vital sign monitoring.

This article covers 3DGS, its benefits, challenges, and future applications.

FOVAL improves autofocal glasses' accuracy and usability without constant calibration.

A new method using gas vesicles enhances ultrasound imaging quality and efficiency.

Wearable devices and algorithms aim to detect sepsis earlier for better patient care.

A new system enhances decision-making in emergency departments.

This study reveals diverse cell types in prostate cancer and their roles.

Innovative approaches improve analysis and efficiency in clinical trials.

Researchers use Halbach arrays to influence heart cell behavior with magnetic fields.

New AI models improve kidney stone identification and understanding.

New methods enhance understanding of AML through RNA sequencing and machine learning.

AI tools in healthcare offer benefits but raise significant safety concerns.

Discover how machine learning improves surgical planning in neurosurgery.

cfDNA offers insights into cancer detection with less invasive methods.

Research highlights GTF2IRD1's role in MSS colorectal cancer treatment.

Research reveals innovative approaches to fight aggressive TNBC using engineered macrophages.

Research reveals how ovarian cancer cells invade fatty tissues.

GapDiff improves molecular generation methods for better drug design.

A new scoring system helps identify patients for same day emergency care.

Discover how TRACE improves health evaluations with advanced data integration.

New phage-based tools improve communication in engineered biological systems.

Innovative protocols improve understanding of cognitive functions in mice for human health.

Protacs offer a new approach to targeting harmful proteins in cancer therapy.

New strategies using mini-binders show promise for targeting cancer cells effectively.

Research explores mRNA as a potential solution for male infertility issues.

A new system makes hospital check-ins easier for patients and nurses.

A low-cost system enhances monitoring for coma patients in resource-limited settings.

LRRK2 mutations reveal surprises in Parkinson’s disease research and potential treatment paths.

A new ASR system enhances medical speech recognition for accurate patient care.