Hybrid quantum computing for drug design. Ghazi Vakili et al. present a hybrid quantum–classical generative model to design molecules to inhibit KRAS activity. Two candidates are synthesized and further characterized go.nature.com/3EitbLm
Hybrid quantum computing for drug design. Ghazi Vakili et al. present a hybrid quantum–classical generative model to design molecules to inhibit KRAS activity. Two candidates are synthesized and further characterized go.nature.com/3EitbLm
On the cover, lipid nanoparticles targeting the lung, designed using neural networks. A method developed by Witten et al. identified two structures that efficiently delivered mRNA to ferret lungs go.nature.com/4fbj0VU
On the cover, lipid nanoparticles targeting the lung, designed using neural networks. A method developed by Witten et al. identified two structures that efficiently delivered mRNA to ferret lungs go.nature.com/4fbj0VU
rdcu.be/eOir8
rdcu.be/eOir8
rdcu.be/eN6q4
rdcu.be/eN6q4
rdcu.be/eMdWr
rdcu.be/eMdWr
The cover shows perturbations that convert stem-like, atypical teratoid rhabdoid tumor (AT/RT) cells into a more differentiated, neuron-like state go.nature.com/4hXER5O
The cover shows perturbations that convert stem-like, atypical teratoid rhabdoid tumor (AT/RT) cells into a more differentiated, neuron-like state go.nature.com/4hXER5O
rdcu.be/eJnid
rdcu.be/eJnid
rdcu.be/eGVDj
rdcu.be/eGVDj