Clinical Data Management Applications & Studies

  1. EDC For Mid-Study Changes In Medical Device Clinical Trials 6/21/2022

    In this case study, discover how a company was pointed to an electronic data capture (EDC) system that was quick to adapt and easy to scale as the study changed.

  2. Automation Solutions For Safety Document Distribution 5/27/2022

    Discover how a leading global pharmaceutical company solved the problem of managed the distribution of safety reports by their clinical operations team.

  3. 92% Accuracy In Early Parkinson's Classification 3/31/2022

    Academic researchers and two biopharma leaders teamed up with Clinical ink in the WATCH-PD Study to test the power of at-home mobile devices to assess Parkinson’s Disease progression. The work, described here, is an important step in seeking regulators’ qualification of novel digital assessments in early Parkinson’s Disease.

  4. How Data Integration Saved Time And Increased Output 10/27/2021

    An established biotechnology company needed a technology partner to support them in implementing risk-based quality management and providing greater visibility into their data. In this case study, learn a risk-based approach with data visualization and communication that dramatically increased output and time savings.

  5. Resting Heart Rate Measurement With Philips Health Band In Adults With Lifestyle-Related Chronic Disease 7/15/2020

    The Philips Health band (PHB) is a wrist-worn wearable device that leverages accelerometry and photoplethysmography (PPG) sensors to deliver sleep, cardiology, respiratory, and energy expenditure (EE) endpoints. In this study the resting heart rate (RHR) was evaluated for clinical relevance in adults with (or at risk) for life-style related chronic disease using the Philips Health band. RHR has been identified as a risk factor and a modifiable treatment outcome.

  6. Respiration Rate Measurement With Philips Health Band In Adults With Lifestyle-related Chronic Disease 7/15/2020

    The Philips Health band (PHB) is a wrist-worn wearable device that leverages accelerometry and photoplethysmography (PPG) sensors to deliver sleep, cardiology, respiratory, and energy expenditure (EE) endpoints. In this study the respiration rate was evaluated for accuracy and performance in adults with (or at risk) for life-style related chronic disease using the Philips Health band.

  7. Heart Rate Measurement With Philips Health Band In Adults With Lifestyle-Related Chronic Disease 7/15/2020

    The Philips Health band (PHB) is a wrist-worn wearable device that leverages accelerometry and photoplethysmography (PPG) sensors to deliver sleep, cardiology, respiratory, and energy expenditure (EE) endpoints. In this study, heart rate was evaluated for accuracy and performance in adults with (or at risk for) lifestyle-related chronic disease using the PHB in real time as well as for logged values.

  8. Validation Study In Adults With Lifestyle-Related Chronic Disease 7/10/2020

    The Philips Health Band (PHB) is a wrist-worn activity and heart rate monitoring device. This study assessed the measurement performance of the PHB in adults at risk for lifestyle-related chronic disease such as cardiovascular disease and diabetes type 2 as well as adults with existing lifestyle-related chronic disease.

  9. Actigraphy For PTSD 1/22/2020

    The relationship between PTSD and sleep disruption is complex. Sleep patterns of those with PTSD likely fluctuate over time depending on the chronicity of PTSD, nature of trauma, comorbid conditions, and medication usage. Actigraphy is thus ideally suited to studying these patterns as it is precise, non-invasive, objective, and provides continuous data over periods of weeks or months.

  10. Actigraphy For Multiple Sclerosis 1/21/2020

    Activity patterns of those with multiple sclerosis (MS) fluctuate over time according to exacerbations and remissions, and therefore represent an important marker of disease progression. Read how actigraphy can be used to to measure conventional activity, sleep, and circadian endpoints and more to assist in studies.