Latest Articles for Clinical Trials

New methods enhance identification of atopic dermatitis patients for clinical trials.

New modeling technique improves understanding of long-term treatment effects.

New Bayesian models improve personalized treatment strategies using multiple health outcomes.

Leveraging LLMs to streamline patient recruitment for clinical trials.

Innovative software uses algorithms to improve treatment response predictions in clinical trials.

A review reveals the need for better clinical trial reporting in the Nordic region.

Researchers create synthetic data to project long-term outcomes of Alzheimer's treatments.

Research on how ARB and ACEi medications affect different ethnic groups.

AI aids in participant recruitment for age-related macular degeneration trials.

An analysis of online resources for learning about clinical trials.

Improving transparency is vital for credible scientific research and reliable findings.

A fresh perspective on testing medical treatments aims for clearer results.

Recent studies highlight potential benefits of early Aβ-targeting treatments for Alzheimer’s.

This article examines the changing success rates of drugs in clinical trials.

A new checklist enhances public and patient involvement in research.

Advancements in CGM technology improve diabetes management and patient care.

PCCT technology offers high-resolution imaging with reduced radiation for improved patient safety.

Using advanced statistical methods to integrate past data for better medical insights.

The need for diverse participation in early phase clinical trials.

Examining AI's role in improving surgical navigation and patient safety.

A new approach combines survival rates with health utility to improve treatment assessment.

This article examines how quantum computing can enhance clinical trial design and outcomes.

BC-SELECT helps predict treatment responses in breast cancer patients using gene expression data.

How digital twins improve patient treatment and drug development.

The CIEL Library enhances access to clinical trial data for cancer treatment.

A new approach in clinical trials tailors treatments to individual patient needs.

Humatch streamlines the humanization of antibody drugs for better efficacy and safety.

Exploring macrophage therapy as a potential treatment for liver injury.

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

A new AI model enhances the efficiency of clinical trials.

Seamless design aims to speed up cancer treatment development.

Targeted protein degradation offers innovative methods against diseases by removing harmful proteins.

Exploring how blockchain can enhance trust and efficiency in clinical trials.

IL-12's impact on immune response and cancer treatment revealed through clinical studies.

Research reveals a new method to track cognitive decline in Parkinson's disease.

A look at improving participant diversity in clinical trials through virtual methods.

New methods improve patient grouping for personalized cancer therapies.

A deeper look into tailored therapies for individuals with multiple sclerosis.

Exploring how quantum computing can improve the drug development process.

A novel approach reveals diverse patient groups based on treatment outcomes.