What Can Modelling Offer Life Science, Small Molecule Projects?
Featuring Jas Bhachoo, Principal Scientist and Dan Robinson, Research Fellow

In this webinar, we will share a birds-eye view of how state-of-the-art science is being used routinely to alleviate challenging design questions and enabling ideation across different teams. This is with a view to achieving one critical goal - speeding up drug discovery cycles. We will discuss small molecule design case studies, in the context of the Schrödinger Modelling Platform with the view to knowledge transfer, offering modelling services or adoption of any modelling tools that you require to make your business model more effective.

Addressing Materials Challenges with Atomistic Modelling
Featuring Jacob Gavartin, Principal Scientist

While the “structure-to-property” path in atomistic modelling is clear at least in principle, any materials challenge is the opposite – find the structure and chemistry satisfying a number of property requirements. In materials industries, such requirements are very pragmatic but often their connection to materials structure is unclear. In addition, materials research projects must satisfy strict time requirements, accuracy control, and validation. We will discuss recent developments in the Schrödinger Materials Science Suite that address these challenges through implementation of innovative science, flexible setup, combination of different approaches in a single workflow, support of high throughput calculations, results validation, and automated analysis.

What Can Biologics Modelling Do For You?
Featuring Dan Cannon, Senior Scientist

In this webinar, we will discuss how a range of computational solutions can be used to overcome typical problems in the field including structure prediction, epitope mapping, protein engineering, and developability. These solutions integrate into Schrödinger’s design platform, and we will show how engaging with us via software, services or consultancy could build upon your expertise to attain your goals faster.