Training
Biologics Drug Discovery
Software Release
Topic
Type
Product
Optimizing Protein Stability Using New Computational Design Approaches for Biologics
Physical stability is a key determinant of the clinical and commercial success of biological therapeutics, vaccines,...
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Antibody Modeling with the Schrödinger Platform
This webinar presents the tools available in BioLuminate to model antibody structures, covering homology modeling,...
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Modelling Peptide Binding: From Structure to Properties
In this session we will discuss various approaches to understanding peptide-protein interactions. We will cover...
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Biologics - Modeling with BioLuminate
Preparing a protein structure for modeling Evaluating the quality of a structure Assessing liabilities with the Protein...
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Using Structure-Based Modeling to Address Liabilities in Biologics
Antibodies have emerged as a key therapeutic scaffold in drug discovery. This is largely tied to very mature and...
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Aggregation Scoring and Liability Prediction using Schrödinger's Biologics Suite
Antibodies are a key therapeutic scaffold in drug discovery. This is largely tied to very mature and efficient...
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Homology Modeling with the Schrödinger Biologics Suite
Homology modeling can expand the domain of applicability of structure-based tools, making them available to study...
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Protein FEP: Free Energy Perturbation on Protein Residues with the Schrödinger Platform
In recent years, the Schrödinger Free Energy Perturbation tool (FEP+) has been used to accurately predict the relative...
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What Biologics Modelling Can Do For You
Protein-based drugs are one of the most important classes of therapeutics nowadays. Despite this, the field of rational...
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Structure-based Vaccine Design using Schrödinger’s Biologics Modeling Suite
The science of vaccine development has made remarkable progress in the last two decades. Originally, vaccine design was...
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Structure-based Anti-Viral Design using Schrödinger’s Biologics Modeling Suite
Since prehistoric time, virus infection has been a threat to human health. Modulation of immune response is one of the...
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What Can Biologics Modelling Do For You?
Protein-based drugs are one of the most important classes of therapeutics. Despite this, the field of rational design...
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Structure-based Anti-Viral Design using Schrödinger’s Biologics Modeling Suite
Since prehistoric time, virus infection has been a threat to human health. Modulation of immune response is one of the...
Webinar
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Design and Optimization of Biologics Using Structure-Guided Computational Modeling
Accurate and reliable computational solutions for designing and optimizing biologics can play an effective role in...
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Accurate Prediction of Protein Thermostability using FEP+
Accurately predicting the protein thermostability changes upon single point mutations in silico is a challenge that has...
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Enzymes by Design: Structure-based Methods for Modeling Enzymes
An overview of how the Schrödinger technology can be used to optimize enzymes using structure-based rational design.
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Computational Approaches to Protein Aggregation Propensity Prediction
Antibodies are key molecules in biotherapeutics drug discovery due to their modular composition and their prominent...
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Panel Discussion - What Impact Does Computational Modeling have in Biologics
Join Schrödinger's Biologics experts for a discussion on computational modeling and its role in Biologics.
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Rational Design of Peptides: Leveraging Structural Data and Computer-aided Methods
Developing peptide therapeutics can really benefit from structural information about the peptide and the peptide-target...
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Calculating Viscosities of Concentrated Protein Solutions
Rationale and applications of multi-scale modeling of protein solutions will be described with an emphasis on the...
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Effect of Ion Binding and Ion Exclusion on Biomolecular Interactions: Multiscale Simulations of Crowded Protein Solutions
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Coarse-Grained Molecular Models for Predicting Electrostatic Protein Self-Interactions and the Role of Multi-Residue Interactions
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Molecular Association on Surface with Widely Varied Properties: Insights from DNA Biosensor and Amyloid Peptide Aggregation
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The Mechanism of Amyloid Aggregation
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