As novel molecular targets are being continuously discovered and new treatments developed, oncology is one of the biggest therapeutic areas in precision medicine. In particular, new targeted anti-cancer medications that are taken orally, such as the protein kinase inhibitors (KIs), are ideal candidates for model-informed precision dosing (MIPD) technologies.1 One of these technologies is called physiologically-based […]
Read MoreSolution: Clinical Pharmacology Strategy
Lessons Learned: Case Studies of Apocalyptic Clinical Pharmacology
Apocalyptic clinical pharmacology helps drug developers save resources and time through providing a framework for understanding the interaction of the drug under development with the biological system. This framework also helps answer questions from regulatory authorities who are evaluating the safety and efficacy of the drug. Making informed decisions throughout the drug development process requires […]
Read MoreUsing Virtual Twin™ Technology to Predict Drug Exposure in Individual Patients
Physiologically-based pharmacokinetics (PBPK) is a valuable resource to support decisions throughout drug development for sponsors and regulators. PBPK is used extensively to predict drug-drug interactions (DDIs), to inform dosing and clinical study design, to predict drug exposure, to predict variation in drug clearance, and to understand mechanisms of drug disposition. Virtual Twin technology, based on […]
Read MoreIntroduction to Apocalyptic Clinical Pharmacology in Drug Development
In this blog, I will introduce “apocalyptic clinical pharmacology” and provide a framework for using this approach in drug development, which can save resources and time. Apocalyptic clinical pharmacology in drug development provides value offering a framework for thinking about the relationship between the drug dose and the biological system. What is apocalyptic clinical pharmacology? […]
Read MoreUsing Virtual Twin™ Technology for Model-informed Precision Dosing
In a recent Expert Review of Clinical Pharmacology article, I assessed the status and future direction of precision dosing in clinical medicine.1 Model-informed precision dosing (MIPD) is a modeling and simulation (M&S) approach in healthcare that is used to predict the most effective and/or least toxic drug dose for a patient. MIPD could revolutionize healthcare […]
Read MoreClinical Pharmacology Gap Analysis: Your FAQs
As drug development has become more complex, with a higher risk of failure, greater uncertainty, and increased expense, the need for a quantitative and regulatory science-based strategy becomes clear. The first step in that performing that strategic assessment is a gap analysis and roadmap. Over the last couple of months, I’ve written a series of blog […]
Read MoreClinical Pharmacology Gap Analysis: Lessons Learned
Clinical pharmacology gap analysis is a tool for outlining your drug program’s needs, prioritizing these needs, and providing a framework for how to satisfy them. This tool can create value for drug development programs. While gap analysis can be performed at any point in the drug development continuum, early engagement is best for maximizing its benefits. […]
Read MoreApplication of Tracer Kinetics in Drug Development: A Valuable but Underused Tool in Clinical Pharmacology
In this webinar, Pau Aceves, Associate Director of Consulting Services at Certara, presented case studies on how tracer kinetics were used to inform development of new drugs for lung, CNS, and liver diseases. By watching this webinar, you will learn how tracer kinetics can leveraged for PK, PD, and in silico modeling applications.
Read MoreValidate Your Expertise in PK/PD NCA Analysis Through Certara Professional Certification
In the ongoing commitment to education and coinciding with the launch of Phoenix 8.1, Certara has introduced a new certification program available through Certara University. The new online accreditation program validates the scientists’ PK/PD data analysis skills using Certara software such as Phoenix WinNonlin and expands their professional reach. I caught up with Ana Henry, […]
Read MoreOvercoming Pitfalls and Challenges with Software Validation
As a quality consultant and quality system subject matter expert in the Life Sciences Industry for over 25 years, I have worked for many pharmaceutical companies both large and small and as a consultant with many clients in the pharmaceutical, biotech, and medical device industries. These clients possess a range of experience in software validation—from […]
Read MoreAccomplish More with Phoenix
Phoenix 8.1, the newest version of Certara’s innovative PK/PD modeling and simulation software used globally by researchers and drug developers in pharma, academia, and regulatory agencies, will be available on June 15, 2018. Major enhancements were introduced in the Phoenix workbench last year. And as an ongoing commitment to support compliance and efficiency, many features […]
Read MoreA House Divided—The Interplay of Bioanalysis and Pharmacokinetics
This webinar introduced the importance of bioanalysis and its downstream effects on clinical development and clinical pharmacology.
Read MoreMetformin Treatment of Type 2 Diabetes Mellitus in Pregnancy: Update on Safety and Efficacy
Using M&S to Evaluate Oncology Drug Dosing
There are numerous challenges in developing oncology drugs: (1) they are often very toxic which precludes conducting clinical trials in healthy volunteers, (2) the PK of a drug may be altered in cancer patients due to demographic and physiological differences as compared to healthy volunteers, and (3) cancer patients face elevated drug-drug interaction (DDI) risk […]
Read MoreCertara’s Best of the Blog 2017
A selection of short essays from our blog, written to empower our customers with modeling and simulation (M&S) and regulatory writing solutions in order to help them solve the toughest drug development problems. Certara staff contributions range in topic from pharmacometrics to systems biology to the growing importance of regulatory writing and sharing clinical trial results.
Read MoreUsing a Pharmacology to Payer Framework to Support Product Development
Modeling and simulation (M&S) of complex systems has primarily advanced vertically in differing scientific domains with a variety of domain-specific approaches and applications. The pharmacology to payer (P2P) concept is a way to connect independent domains to address drug development market failures. As an initial proof of concept, we collaborated with a team of clinical pharmacologists, […]
Read MoreCertara and Faculty from UNC Eshelman School of Pharmacy to Launch New Pharmacometrics Skills Competition at ASCPT 2018 Annual Meeting
PRINCETON, NJ – Mar. 12, 2018 – Certara today announced that it is partnering with faculty at the UNC Eshelman School of Pharmacy to launch the Model-informed Drug Development (MIDD) Gran Prix at the 2018 American Society for Clinical Pharmacology & Therapeutics (ASCPT) Annual Meeting.
Read MoreHow to Maximize the Benefits of Clinical Pharmacology Gap Analysis
Many companies have tried and true clinical pharmacology practices. But when the rubber hits the road for your drug program, will these practices support regulatory success? Has your historic approach to drug development been updated to include the latest modeling and simulation innovations? It’s hard to change how you’ve historically done things. But, do you […]
Read MoreCost-utility Analysis of Antiviral Use Under Pandemic Influenza Using a Novel Approach—Linking Pharmacology, Epidemiology and Heath Economics
How to Plan and Implement a Pharmacology to Payer Framework
Pharmacology to the payer (P2P) is an innovative approach to create a framework for dialogue between drug sponsors, regulators, and payers. The core structure is the sequential linking of quantitative mathematical models—pharmacology, pharmacokinetics/pharmacodynamics (PK/PD), disease progression, epidemiology, health utilization, and health economics. In this blog post, we discuss how working with an amazing team of […]
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