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Demonstrating the value of cascade screening using microsimulation modelling: A pathway to faster diagnosis and improved patient outcomes for genetic diseases
Earlier diagnosis can make all the difference for individuals with genetic diseases. Delayed diagnosis hinders timely disease management and treatment access, meaning that progression to late-stage disease can occur more rapidly, likely leading to a significant increase in the health and economic burden of these conditions for patients, their families, and healthcare systems. Screening programs aim to identify individuals with genetic conditions earlier, with cascade screening in particular providing one way to help transform outcomes for patients.
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The Inside CKD online hub: Turning research into policy action
As part of AstraZeneca’s Accelerate Change Together (ACT) on CKD programme to drive chronic kidney disease (CKD) change across the healthcare ecosystem, the Inside CKD project stream projected the clinical and economic burden of CKD from 2022 to 2027 across 31 countries and regions. The results have recently been compiled into a comprehensive portal on the Inside CKD website.
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Genomics and precision medicine: The new frontier for microsimulation
“Genomics requires a form of modelling that can capture individual genetic differences and responses to therapy – a purpose to which microsimulation is eminently suited.”
This quote, from a seminal review paper by Professors Deborah Schofield and Rupendra Shrestha of Macquarie University, pioneers in applying microsimulation techniques for modelling the costs and benefits of genomic medicine, formed the basis for a fascinating recent discussion with the HealthLumen team, on the role of microsimulation modelling techniques in precision medicine.
