ERT Expands eCOA Solution for Higher Fidelity CNS Assessments

ERT announced a preferred partnership with neuroscience technology company, Cogstate. The collaboration enables ERT to expand its industry-leading electronic Clinical Outcome Assessment (eCOA) solution with digital cognitive endpoint measurement to improve safety and efficacy assessment in clinical trials, including capabilities for at-home testing.

“Pharmaceutical researchers and regulators are increasingly focused on understanding the impact new treatments have on the brain, so now more than ever there is a need to use digital technologies to make cognitive assessments more rapid, reliable, accessible and actionable,” said Jim Mahon, Vice President and Chief Strategy and Marketing Officer at ERT. “By leveraging Cogstate’s digital CNS assessment through ERT’s eCOA platform, sponsors can dramatically streamline the measurement of CNS clinical outcomes, increase the quality of data, reduce patients and site burden by eliminating the need for duplicate hardware, log-ins and support desks, and gain the flexibility of remote administration for virtual visits.”

The Cogstate system includes automated neurocognitive tests with integrated analytics for understanding drug-effects related to areas of brain function such as attention, processing speed, motor function, executive function, and multiple aspects of memory. Cogstate’s digital assessments are delivered in the same eCOA application and visit workflow as ERT’s patient reported, clinician reported, or observer reported outcome assessments, overcoming the limitations of manual cognitive assessments and providing speed, efficiency, and data quality benefits for clinical trial sponsors.

“ERT is renowned for delivering the reliable patient assessment data clinical trial sponsors need to confidently evaluate the safety and efficacy of new drug candidates,” said Brad O’Connor, CEO of Cogstate. “We’re pleased to collaborate with them as they expand their CNS measurement capabilities and leverage digital technologies to deliver more precise cognitive assessments, ultimately helping researchers bring new treatments to patients in need.”

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