Using the latest computational technologies to understand the behaviour of pharmaceutical targets at an atomic level
What I do
Molecular simulations
to characterise protein systems and identify new strategies for therapeutics design
Protein engineering
to design, model, and characterise new constructs with specific biophysical and therapeutic properties
Methods
Molecular dynamics
To study the dynamic behaviour and interactions of biomolecules and provide insights into molecular mechanisms at an atomic level
Enhanced sampling
To investigate biological phenomena unaccessible by plain molecular dynamics such as conformational changes and protein-ligand unbinding events
Homology modelling
To create accurate models of proteins using tools like AlphaFold3
and investigate systems with no experimental structures available
Boost your project
Pharmaceutical companies, biotech firms, and chemical manufacturers can leverage molecular simulations for...
Faster therapeutics discovery
Prospective molecular dynamics studies consider the structural flexibility of drug-target complexes, enhancing the understanding of key interactions and speeding up the optimization of drug candidates.
Deeper molecular insights
Detailed insights into the structure, dynamics, and function of biomolecules, including receptor activation, help uncover underlying molecular mechanisms. This knowledge facilitates the development of more effective and targeted therapies.
Biopharmaceuticals optimization
Understanding the conformational dynamics of proteins aids in optimizing their amino acid sequences, resulting in improved biophysical properties and enhanced efficacy in clinical settings, including vaccine development.
FAQs
- Preliminary Consultation: We will discuss the details of your project to identify goals and requirements.
- Project Scoping: Based on our discussion, we will define the project scope, deliverables, and necessary activities.
- Time and Cost Estimation: We will provide a detailed project outline, including time estimates in human hours, a breakdown of tasks, and costs.
As an example of a short project, a comprehensive structural analysis of a series of protein targets, which includes both plain and enhanced sampling simulations, scripts preparation, deployment, progress and final reports preparation, required approximately 60 hours spanned on a 2 months period, for a total budget of 4500 euros gross (excluding computational costs).
Please note that each project is unique, and costs can vary based on complexity and specific requirements.
If needed, I can provide a template for your review and customization to fit your specific needs.