
Artificial intelligence-guided design of lipid nanoparticles for pulmonary gene therapy.
AI enhances lipid nanoparticle design for gene therapy. Promising results in mRNA delivery to lungs and muscle. π¬οΈπ
Discover the newest research about AI innovations in 𧬠Rare Diseases.
AI enhances lipid nanoparticle design for gene therapy. Promising results in mRNA delivery to lungs and muscle. π¬οΈπ
Philips and Mayo Clinic collaborate to improve cardiac MRI using AI, enhancing efficiency and patient experience. π«π€
Salivary microbiota may aid in diagnosing persistent pulmonary nodules. Key biomarkers identified through advanced machine learning techniques. π¦ π
AI-generated images enhance diagnostic skills for chalazion and sebaceous carcinoma. Traditional lectures remain effective too. ππ€
A new study reveals a deep learning system for accurately diagnosing liver lesions in CT images. π€π©»
Explore BE-dataHIVE, a comprehensive database for base editing research. It supports precise gene editing with over 460,000 gRNA combinations. π§¬π
A new AI-based electro-stimulation system shows promise for aiding facial movements in patients with facial palsy. π€π‘
CT imaging plays a crucial role in assessing blood perfusion in hepatocellular carcinoma (HCC) for improved diagnosis and treatment. π©Ίπ
Recent research highlights the importance of case and control selection in AI screening for cardiac amyloidosis. πβ€οΈ