
Deep learning-enabled accurate assessment of gait impairments in Parkinson’s disease using smartphone videos.
Deep learning assesses Parkinson’s gait via smartphone videos: AUC 0.87, F1 score 0.806, precision 73.68%. π±π§
Discover the newest research about AI innovations in π€ Personalized Medicine.

Deep learning assesses Parkinson’s gait via smartphone videos: AUC 0.87, F1 score 0.806, precision 73.68%. π±π§

“TCPL: A Breakthrough in Few-Shot EEG Decoding for Brain-Computer Interfaces π§ β‘”

Causal ML identifies patients with sepsis and AKI who benefit from restrictive fluid therapy. ππ Early AKI reversal rates improved significantly!

Federated Learning enhances ECG data privacy in clinical decision support, achieving 93% F1 score on real IoT devices. ππ‘

Revolutionary advances in bladder cancer detection: molecular assessments enhance postoperative management and reduce recurrence rates. π¬π

AI predicts lung immune responses to viral infections, enhancing patient care and treatment strategies. π€π¬οΈ

Machine learning enhances severe asthma risk prediction by integrating genotype and ancestry data. AUC improved from 0.693 to 0.729! πβ¨

AI’s role in pharma: enhancing efficiency, personalized medicine, and addressing data challenges. π€π

AI enhances adult spinal deformity surgery, improving outcomes and reducing complications. Key findings from our review of PubMed article. π€π

Predicting bipolar II to I conversion: 14% risk identified using machine learning with 86% accuracy. ππ§