
A combined machine learning and finite element modelling tool for the surgical planning of craniosynostosis correction.
Innovative tool enhances craniosynostosis surgery planning with 0.95 accuracy! 🤖🧠 Reduces radiation exposure, improves outcomes.
Discover the newest research about AI innovations in Research.

Innovative tool enhances craniosynostosis surgery planning with 0.95 accuracy! 🤖🧠 Reduces radiation exposure, improves outcomes.

Expert consensus on apical mucosal preservation in HoLEP shows 85% agreement, crucial for AI model accuracy. 🤖🔍

AI-driven virtual physiotherapy assistants enhance home rehabilitation, improving adherence and outcomes. Key challenges include sensor accuracy and engagement. 🤖🏡

Quantitative imaging enhances ILD diagnosis and treatment, utilizing CT and emerging MRI techniques. 📊🫁

Exploring AI’s role in dentistry: potential impacts on decision-making and patient outcomes. 🤖🦷

Lung cancer survival prediction enhanced by dual time point CT scans. 📊 Study shows improved accuracy using foundation models. 🩺

Maternal lipid levels impact preterm and SGA births. Key findings: triglyceride imbalances, AUC 0.69 for preterm prediction. 📊👶

Deep learning predicts live births in recurrent implantation failure with 87.4% accuracy. Key factors: age, Th1/Th2 ratio, BMI. 📊🤰

EEG-to-text models show potential but may memorize patterns instead of learning. Rigorous evaluation needed! 🧠📊

Machine learning predicts mental health impacts in Ukraine’s war, revealing key drivers of PTSD and anxiety. 📊🧠