Issues concerning the drug approval process in India have occurred in clinical studies resulting in a reduced interest from sponsors. The Drug Controller General of India (DCGI) has been working to amend and update it’s policies to stimulate growth in this sector.
The last piece in our three-part series on improving efficiencies and sponsor/CRO collaboration through advanced CTMS, reveals a way in which CROs can best their competition in the marketplace.
The early implementation of post authorization safety studies (PASS) will translate to efficiencies in pre-appoval research. These benefits allow for faster approval and wider patient access to potentially life saving therapies.
Why electronic informed consent is key to supporting today’s patient-centric mantra in clinical trials.
Industry is turning to enhanced data collection methods in response to high demands for efficiency and profitability.
Clinical trials of the future may be closer than we think as we strive to deliver smarter, faster and more cost effective treatment to patients. The data exists to make this possible, now we must change our thought process to meet the needs of patients and sponsors.
Autism Spectrum Disorder (ASD) is a common neurodevelopmental disorder which does not have an approved medication to address its core symptoms. The Janssen Autism Knowledge Engine (JAKE) was designed to advance the clinical research process for autism by integrating emerging technologies into traditional clinical trial processes.
Even though sponsors and CROs are working to create more and more documents as electronic originals, scanned paper still comprises a large portion of any given eTMF.
Pilot study evaluates the feasibility of using wearable devices in clinical data collection, including the training requirements for appropriate use of the mHealth technologies and the impact of the model on data quality and patient engagement.
An industry shift has led toward more insourcing and in-house resources to run trials.
Clinical trial data from completed trials are now beginning to be shared through a variety of channels. While skeptics remain, evidence is growing that this data can lead to practice-changing behavior in patient care.
This 3-part series provides insight into ensuring compliance with the ICH E6 (R2) Addendum to take effect later this year. Part 3 covers the value of embracing a centralized, technology driven approach to risk based monitoring.
Generic drug repurposing can often create medical solutions regardless of the supporting entity. “Unsolved” diseases can benefit from this strategy despite commercialization challenges.
Patient recruitment remains a challenge for both the biopharma industry and the oncology research community. New recruiting platforms in development have the potential to change the way the industry uses technology, data and the internet to augment recruiting efforts.
This article examines the requirements for developing an effective Clinical Trial Protocol, observing that it takes time, commitment, and a full team effort to produce protocols of an acceptable standard.
Investment in mHealth and the adoption of wearables are significant initiatives that are changing the clinical trial process toward a more patient centered approach. These wearable technology initiatives have the potential to be the most innovative advances in drug development.
Survey uncovers the challenges, myths, and potential useful strategies associated with BYOD adoption.
This article will address concerns and look at how the pragmatic implementation of surveys in today’s clinical trials can provide valuable insight into patient satisfaction levels, motivators, likelihood to follow study requirements and information retention.
Streamlining electronic clinical outcome assessment and patient-reported outcome processes can aid in decreasing timelines.
With the U.K. poised to begin the process of leaving the European Union soon, many questions remain as to the specifics of pharma regulation and the wide-ranging effects of this departure.
Outlining several critical areas of regulatory oversight that clinical trial researchers need to consider when using mHealth technologies.
Processes for collecting data of serious adverse events (SAEs) and events of special interest (ESI) during clinical trials have been underwhelming for sponsors. Improving these processes using the latest digital advances can result in more complete analyses and more effective decision-making.
Progress and innovation within oncology has accelerated to a paradigm that includes immunotherapy and bio-genomics. Collaborative approaches in the future will continue to transform treatments in hopes of improving patient quality of life.
The proper storage of research documents remains an essential aspect of the clinical trials process.
How sharing patient data drives trial engagement and honors patient contributions to the research process.
This guidance has both raised the stakes and improved the odds of securing label claims based on PROs.
Respiratory disease trials are difficult to initiate, both in terms of patient recruitment and accurately collecting data. Alternative methods are required to improve outcomes and develop new treatments for respiratory diseases.