Probiotics are widely regarded as safe in healthy populations. However, as clinical research moves toward targeted, high-potency, and therapeutic outcomes, safety monitoring must evolve. Living organisms interact dynamically with the […] Read More >>
Placebo-controlled studies remain the gold standard for demonstrating efficacy in clinical research. However, in probiotic trials, designing an appropriate placebo is far from straightforward. Unlike conventional pharmaceuticals, probiotics are living [&he Read More >>
What sponsors need to know today AI isn’t a future consideration in clinical research—it’s already embedded in how trials are designed, executed, and monitored. From protocol optimization and patient recruitment […] Read More >>
Blinding is a cornerstone of clinical trial design, but in probiotic and live biotherapeutic product (LBP) studies, it is uniquely fragile. Unlike conventional pharmaceuticals, probiotics and LBPs are living systems. […] Read More >>
Not every probiotic product requires a clinical trial. Many probiotic strains already have a body of published evidence, and regulatory frameworks for dietary supplements and foods do not always mandate […] Read More >>
Probiotic trials rarely fail for a single reason. More often, problems emerge from a series of early design decisions that were never fully aligned: the strain chosen doesn’t match the […] Read More >>
Probiotic trials are frequently underpowered—not because sponsors ignore statistics, but because they underestimate how different probiotics are from conventional nutraceuticals. Unlike single-molecule ingredients, probiotics are living systems. Their ef Read More >>
Probiotic trials don’t fail only because a strain “doesn’t work.” Many fail because the endpoint doesn’t match the claim, the population, or the biology of a living product—and the study […] Read More >>
Selecting the right monitoring approach is a critical decision for sponsors designing a clinical trial. It impacts not only patient safety and data integrity but also regulatory compliance, cost, and […] Read More >>
Before a single participant is enrolled or a protocol is submitted for ethics approval, one critical document quietly shapes the course of a clinical trial: the Clinical Research Feasibility Assessment […] Read More >>
Clinical trials are the cornerstone of medical research, providing the evidence needed to assess the safety, efficacy, and optimal use of medical interventions. From drug, food, and natural health product […] Read More >>
The cost of clinical trials is often seen as a prohibiting factor for many companies and organizations with clinical research aspirations. A quick Google search will yield varying results based […] Read More >>
On December 17, 2022, Health Canada pre-published in Canada Gazette Part I, amendments to the Food and Drug Regulations (FDR). Health Canada is recommending new provisions for new drug submissions […] Read More >>
A CRO, or Contract Research Organization, is an outsourced service provider that manages clinical trials. CROs are designed to help make research more feasible. It should then come as no […] Read More >>
You have probably heard of the terms IND and NDA being used during drug development and applications. People tend to get confused between the two terms and wonder how they […] Read More >>
Clinical research in Canada has seen a significant uptick in interest from Sponsors and Investigators since the onset of the COVID-19 pandemic. This interest is perhaps a precipitate of increasing […] Read More >>
A clinical trial protocol is a document that is designed to outline all details of a clinical trial. It is the main document referred to throughout the trial lifecycle and […] Read More >>
In May of 2021, Health Canada announced a proposal to modernize the regulatory framework for Clinical Trials. This proposal hopes to help improve support the introduction of novel safe and […] Read More >>
Back in the 1960s a revolutionary breakthrough in x-ray technology lead to the invention of the dual-energy x-ray absorptiometry (DXA) machine. This new technology, introduced by Dr. Richard Cameron and […] Read More >>
Clinical trials proceed with four phases to assess the safety and efficacy of an Investigational Product (IP) [1]. The sample size should be considered with extra care for each of […] Read More >>