My mission is to help you saving time, money, and efforts during your drug development program by turning data into faster and better decisions.
Modeling Great Solutions provides pharmacometrics services to solve drug development problems.
My mission is to help you saving time, money, and efforts during your drug development program by turning data into faster and better decisions.
About my work
• High quality: I use state-of-art pharmacometrics techniques to deliver to you high-quality “fit-for-purpose” work to the agreed timelines.
• Compliance: I have robust policies and procedures in place to ensure that I am fully compliant with the appropriate regulatory guidance.
• Security data handling: I ensure data integrity and data confidentiality by working with the appropriate security standards.
• Reproducibility: I work in a scriptable environment to facilitate traceability and reproducibility. As simple as clicking a button.
About my values
• Flexibility: I will adapt to your needs to ensure you have the best experience from a stand-alone project to long term support.
• Commitment: My word and hard work over everything else. I am committed to achieving your full satisfaction as my client.
• Transparency: You know who is in charge of your project at all times. You work directly with me.
• Over deliver: Deliver more value than you expect. Every day, over every project.
I can support your project in any phase of drug discovery and development from pre-clinical to post-marketing approval.
• Preclinical: If you have pre-clinical data, I can help you to select the first dose in humans.
• Clinical: If you have clinical data, I can help you to select the dose with the best trade-off between safety and efficacy.
• Late phase: I can also help you to design more efficient and informative clinical trials and make Go/No-Go decisions.
• Regulatory: I can help you to interact with regulatory authorities in matters related to PK, PKPD, modeling and simulation.
Work Terms
• Pharmacometrics
• Population PK and PKPD analysis.
• NONMEM.
• Exposure-response analysis.
• Clinical pharmacology.
• Drug development.
• R.
• Clinical trial simulation.