Excited to share our latest work, 'RfamGen' - an AI-driven breakthrough in RNA synthesis, published in @naturemethods! Developed with @m_hama and Mr. Sumi, this technology paves the way for advanced RNA synthetic biology and drug discovery. #AI#RNA https://t.co/t3Ei7v8781
A #Waseda professor's #research findings unlock new potential in exploring the involvement of RNA in biological processes such as cancer development and progression, viral RNA degradation, and cellular stress responses.
https://t.co/1UYVvwjAkI
A #Waseda professor's #research findings unlock new potential in exploring the involvement of RNA in biological processes such as cancer development and progression, viral RNA degradation, and cellular stress responses.
https://t.co/1UYVvwjAkI
The @hamada_lab proposes a probabilistic generative model for aptamers, called RaptGen, which accelerates the process of aptamer development. https://t.co/NYFq38tHMu