Post

BMC Biology
@bmcbiol.springernature.com

🤖 Generative AI in structure-based drug discovery (Jacob Durrant & co) This Review examines how AI can be used to design new molecules, potentially accelerating the search for better medicines - and the challenges of turning AI-generated candidates into therapies link.springer.com/article/10.1...

link.springer.comGenerative AI in structure-based drug discovery - BMC BiologyGenerative artificial intelligence is reshaping how researchers discover protein-binding compounds and develop them into drug candidates. Unlike traditional methods that screen existing molecules, str...

0 reposts0 likes

BMC Biology
@bmcbiol.springernature.com

💉 Promises and pitfalls of mRNA-based vaccines as cancer treatment (Shivan Sivakumar & co) Could mRNA vaccines transform cancer care? Explore the promise of personalised cancer vaccines and the challenges still facing the field link.springer.com/article/10.1...

link.springer.comPromises and pitfalls of mRNA-based vaccines as cancer treatment - BMC BiologyThe success of mRNA-based COVID-19 vaccines has accelerated interest in applying mRNA technology to oncology. mRNA cancer vaccines offer the potential for precise, patient-specific treatment with redu...
BMC Biology
@bmcbiol.springernature.com

🔬 Plasma membrane invaginations and their diverse cellular functions (John Brumell & co) Specialised membrane folds play key roles in cellular organisation, communication and adaptation. Discover their diverse functions across biology link.springer.com/article/10.1...

link.springer.comPlasma membrane invaginations and their diverse cellular functions - BMC BiologyThe plasma membrane (PM), a dynamic boundary between a cell and its environment, has a complex inner architecture that includes diverse subcellular structures. Among these, PM invaginations (membrane ...