78 TWENTYFOURSEVENBIOPHARMA Issue 1 / March 2026 THERMO FISHER SCIENTIFIC As development programs grow more complex and globally distributed, the drivers that ensure reliable and robust execution increasingly determine whether programs stay on track Across the biopharmaceutical industry, development teams are managing a level of operational complexity that would have been unusual even a decade ago. Pipelines increasingly include complex molecules that bring scale and formulation challenges and specialized manufacturing requirements. Development programs often now expand across different regions earlier in the lifecycle, and regionalized manufacturing considerations are being navigated much sooner in development. At the same time, biotech and biopharma companies are working under continued pressure to reach clinical milestones quickly while maintaining regulatory rigor. None of these dynamics are new individually. What has changed is how frequently they appear together in the same program, and how directly they influence development timelines and execution risk. Scientific innovation remains the central driver of progress. Increasingly, however, the operational environment surrounding that science determines whether programs maintain momentum. Often, CMC and supply chain timelines sit on the critical path to clinical development milestones. Where development programs encounter friction The pressures facing development programs rarely appear as single, isolated problems. More often they emerge during the transitions that occur as programs move from one stage to the next. Knowledge developed during early formulation or analytical work must translate into processes that can perform and scale consistently in manufacturing environments. Manufacturing strategies, in turn, must support clinical supply without introducing unnecessary complexity as programs expand. Each transition introduces new operational considerations, and small disconnects between stages can compound quickly. Programs can also encounter friction when development requirements evolve faster than
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