Traditional sleep studies occur in a lab where a clinician uses polysomnography (PSG) to monitor sleep. But the data is often inaccurate because people aren't comfortable sleeping in foreign environments. Not to mention it’s hardly a solution for studies aiming to enroll larger populations. Thus, researchers must explore alternatives. Fortunately, our participants can snooze from their own beds, while data is collected passively – with the use of integrated wearables -- and sent directly to a central database, without interrupting or altering patient routines. The result? Raw, unbiased, real-world evidence collected from a larger sample size.
130 women were asked to consume an interventional product, update e-diaries daily, and complete digital questionnaires in weekly intervals, including reporting of hot flashes.
Read Full Case StudyOur proprietary application brings clinical research into people’s homes, making it easier for them to participate, and easier for researchers to collect robust data sets which reflect real behaviors.
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Because our studies are virtual, we are not geographically tied to a site location. This allows us to recruit for our studies anywhere in the world. This often makes recruitment faster and less expensive.
It’s not one size fits all. Different studies require different technologies to ensure you’re capturing the most accurate data. From device integration to artificial intelligence, let us help you design a study that meets your endpoints while keeping patients engaged.
Our easy-to-use, convenient app increases our compliance & retention rates. We send push notifications to help remind participants to complete study activities. Our study team is always available to answer questions.
Our study team can monitor real-world data in real time. This allows for immediate AE detection and course correction.
• 93 % product compliance
• 56,286 data points evaluated in real time
ObvioHealth deployed a targeted digital recruitment strategy to enroll 128 patients with a blood pressure of 120-139/80-89 mmHg, living in the Houston and Atlanta areas. The study successfully achieved a diverse study population: 41% Caucasian, 39% African American, 20% "other race.”
Read Full Case StudyAssessing the efficacy of a medical device on pelvic floor dysfunction
Nearly a quarter of women in the United States have a pelvic floor disorder, according to the NIH. We’re in the midst of a clinical trial to evaluate a new treatment for these all-too-common pelvic-floor conditions.
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