Functional Service Provider (FSP) in Clinical Research: How the Model Works Why the FSP model matters today Clinical trials keep getting more complex - more countries, more vendors, more data sources, and tighter timelines. At the same time, regulators expect sponsors to maintain documented oversight of important trial activities that...
Read more ▸Observational Studies Introduction to observational studies Observational (non-interventional) studies capture what happens in routine clinical care. Patients stay on their usual treatment pathway, and researchers collect outcomes, safety information, and utilisation patterns without assigning an intervention. That’s the key difference from interventional clinical trials, where the protocol actively tests a treatment or...
Read more ▸SaMD Regulation Software as a Medical Device (SaMD) is no longer a futuristic concept — it’s a fast-growing reality. From smartphone-based cardiac monitors to cloud-native diagnostic algorithms, software that performs medical functions independently of hardware is reshaping clinical practice. But with innovation comes responsibility. Because SaMD can directly influence patient outcomes,...
Read more ▸SaMD Certification and Regulatory Support What Is SaMD Certification and Why It Matters Software as a Medical Device (SaMD) refers to software that performs medical functions — such as diagnosis, monitoring, or clinical decision support — without being part of a physical medical device. SaMD certification is a critical requirement...
Read more ▸SaMD as an Accessory to a Medical Device Definition and Regulatory Implications Software as a Medical Device (SaMD) can exist not only as a standalone medical tool but also as an accessory to a physical medical device. In this role, the software is not intended to operate independently but to...
Read more ▸SaMD vs. SiMD: Key Differences in Medical Software Definitions SaMD (Software as a Medical Device) SaMD refers to software intended for medical purposes that operates independently from any hardware medical device. It performs medical functions on its own, without being embedded in a physical product. Examples include AI-powered diagnostic tools,...
Read more ▸The Importance of Logistics Management in Clinical Trials Logistics management plays a crucial role in the successful execution of clinical trials. Effective clinical trial logistics management ensures that essential materials, investigational products, and biological samples are correctly handled, stored, and distributed, supporting trial timelines and maintaining compliance with regulatory standards....
Read more ▸The Importance of Protocol Development in Clinical Trials A well-structured clinical trial protocol is foundational to successful research. Protocols not only guide the research team but also ensure that the trial adheres to regulatory standards, maintains patient safety, and achieves its scientific goals. Proper protocol development in clinical research enhances...
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