For clinical trials to address and keep up with today’s developments, they have to embrace technology. The truth is, technology has taken over all aspects of Veristat oncology trial design and has made its success a non-negotiable. As such, it’s evident that the digital transformation the world over continues to have a positive impact on clinical trials. Therefore, clinical trials should consider using the digital trends available today. For example, the use of mobile technologies, wearables, sensors, and digital data collection methods to ensure successful completion. Here’s how technology continues to contribute to the modernization of clinical trials workflow.
Facilitates the use of digital health applications, biosensors, and wearables
The use of technology has resulted in the application of digital devices in carrying out Veristat oncology clinical trials. For instance, mHealth applications and platforms facilitate the transfer of trial activities from the clinic to the patient. Through the use of smartphones, activities such as enrollment, data collection, and monitoring are easy to conduct. Furthermore, biosensors and wearables effectively track the participants’ body functions, vital signs, and daily activities metrics. In essence, biosensors and wearables help generate data to develop digital biomarkers such as step count, heart rate, sleep patterns, and activity.
Expands clinical trial recruitment and participation
Technology has brought a shift from conventional clinical trials that needed participants to be physically present for the trial to materialize. Digital clinical trials ensure that geographical obstacles that lead to exclusions of some areas are avoided. As a result, willing participants are not left behind based on their location or other obstacles. Furthermore, mobile technologies can effectively recruit patients and support the use of telemedicine modules. Of course, the rise of site-less clinical trials has led to an increased diversity of participants and improvement in recruitment numbers.
Enables participants’ monitoring and hospitalization detections
Smartphones with geofencing features can be used during the trial, thus making it easy to track the participants and any hospitalization they are involved in. Technology enables the setup of virtual geographic electronic fences around hospitals and clinics. This way, in case a consented participant spends time in the hospital, geofencing will conduct a query asking whether the participant has been hospitalized. This, in addition to electronic surveys, makes the tracking and monitoring of participants a real-time process.
Allows informed consent
Technology in clinical trials facilitates informed consent since it allows such methods as video informed consent and mobile phone -or- tablet-based consent. Electronic informed consent makes it easier to carry out remote recruitment and also comes in handy during clinical trials. Also, over time, customizable mobile applications have been developed to allow informed consent for various clinical trials.
Without the inclusion of technology, conducting clinical trials today can be challenging. As you’ve seen above, the technological developments have allowed clinical trials to take shape by fostering all aspects from enrollment to participation. Additionally, technology has streamlined the overall clinical trial experience. As a result, participants, CROs, and medics have an easy time getting accurate results in the research.