Clinical data reporting and storage have never been easier. Thanks to technology, clinicians can quickly produce records from different spots and store data using cloud storage. There’s also been an improvement in the accessibility of clinical studies across multiple case studies.
Besides, the rise of electronic case report form (CPF), spearheaded by Formedix and other clinical agencies, has made it easy to assess the safety and efficacy of clinical products. Furthermore, the simplicity of having patients’ medical information at a fingertip makes the whole clinical ride more wonderful.
While technology has influenced virtually every aspect of clinical studies, how much has changed regarding clinical data reporting and storage still needs to be seen.
What Is Clinical Data Reporting And Storage (CDRS)?
Clinical data reporting is the process of collecting or providing data-driven clinical reports from/to all healthcare departments during a patient’s diagnosis or clinical trials. It’s often done following medical rules and regulatory standards.
The data collected during clinical reporting is primarily used for in-house research for record-keeping purposes. Such reports range from electronic health records, administrative data, disease registries, to health surveys.
But, effective clinical data reporting requires adequate clinical data storage. Clinical storage simply collates all medical-related reports in a secure database for an agreed period. After reporting data, it still needs to be stored for safety and security purposes.
How Is Technology Impacting Clinical Data Reporting And Storage?
Technology has dramatically impacted clinical data reporting and storage. In fact, it’s allowed medical specialists to access data utilizing personal computers and put together effective therapy plans. Other ways technology is changing clinical reports and storage include:
- By Improving Clinical Screening And Recruitment
The introduction of electronic technologies in clinical screenings and recruitment has helped implement randomization procedures and data entry. Clinical diseases and illnesses, like asthma, breast cancer, and diabetes, have been diagnosed and mitigated using e-technologies.
Also, clinical researchers now develop protocols, recruit feasible study participants, and analyze interventions through the Internet. Doing so has helped fast-track clinical trial processes, improve case studies, and ensure improved clinical intervention in medicine.
Without a doubt, traditional methods in the recruitment of clinical patients have been replaced by tech-enabled strategies. These techniques not only recruit real-time individuals, but also improve the process of engagement and retention between clinical researchers and patients.
- By Removing Clinical Consultation Barriers
Technology has helped in removing barriers to patients’ participation in clinical trials. Previously, the proximity to clinical centers was a significant determinant to partake in clinical trials. But, the introduction of technology has introduced decentralized equipment that allows patients far away to participate in clinical trials.
All trials can also be offline through the net, thanks to virtual and augmented reality. The ability to partake in clinical trials without the stress of leaving your home location has significantly increased the health interests of individuals, and, more importantly, helped in the practice of social distancing to curb the global pandemic.
- By Improving Clinical Information Exchange
Cloud storage and server source have helped medical tech devices to exchange information. This particular act is also called interoperability. The ability to work collaboratively has made medical specialists abandon traditional modes of clinical trials.
The exchange of operational data in clinical trials has helped the success rate of diagnosis and surgery performed by medical personnel. It creates trust within the system, and colleagues can conduct tests based on the experiences shared using tech-enabled devices in the medical ecosystem.
- By Maintaining Patient Confidentiality
Blockchain is now being used in clinical trials to address the confidentiality concerns of patients. Security and privacy of patients’ diagnoses are as crucial as consultation and diagnosis.
Secure, private, and easily accessible platforms have been used to protect patients’ records and data. This singular act of innovation has further improved in that cloud storage is no longer used but blockchain to solve the doubt of storage saturation as information keeps piling.
The use of blockchain technology also benefits patients in innumerable clinical ways. One of these ways is clinical data governance, especially regarding privacy infringement. With this technology, they can better track health records, appointments, checkups, and prescriptions.
- By Improving Clinical Data Quality
The utilization of artificial intelligence in clinical trials is one of the most significant events in the industry. Artificial intelligence helps leverage big data, synchronize clinical trials for patients’ diseases, and monitor medication adherence.
Technological impact on clinical data management and storage progressively transforms medical evidence generation. Predictions are now specific, and the doctor-patient relationship is now built on the foundation of unwavering trust.