Determination of proton affinities and pKa values of small organic molecules
Calculate acidity and basicity of small drug molecules
Calculate acidity and basicity of small drug molecules
Influenza A is a viral infection responsible for seasonal flu outbreaks. The content focuses on leveraging immunoinformatics and agent-based modeling to design and assess Influenza A vaccines more efficiently, aiming to combat the challenges posed by this infectious disease, including rapid viral mutations.
How can we optimize Influenza A vaccine design by specifically targeting the protein sequences of HA, NA, and M2, critical components of the virus?
IMMUNOINFORMATICS: Recombinant Vector Design
Epitope selection and vaccine design – Workflow of bioinformatics tools to optimize epitopes
AGENT-BASED MODEL: Dynamic simulations
Immune and influenza disease stimulation – Virtual patient simulations, predicting vaccine efficacy
Designing and searching effective drug molecules for various diseases
Calculate acidity and basicity of small drug molecules
In silico Quantitative Structure-Toxicity Relationship (QSTR) Model for Predicting Toxicity of Aromatic Aldehydes using Extended Topochemical Atom (ETA) Indices.
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