In addition, a growing trend among providers involved in clinical trials is to rely on other information systems - notably electronic health records - to feed patient information to clinical trials applications to ensure researchers don't have to search far and wide for data.
The University of New Mexico Health Science Center and the University of Michigan Health System, for example, both use clinical research software from Fremont, Calif.-based Velos Inc. to provide clinical trial researchers with a customizable system to collect data and track the status of various trials.
The systems are designed to support clinical trial functions such as patient recruitment, scheduling, project planning, protocol compliance and milestone management, among others. But neither facility is using the software in a standalone fashion. While their strategies differ, the delivery systems are pushing to interconnect the software with various clinical systems via Health Level Seven interfaces.
Their efforts exemplify the reasons why there's not a lot activity in the standalone clinical trials software market, says Bruce Ekert, senior manager at Boston-based Beacon Partners Inc.
"Most of the data needed to manage a clinical trial is in an EHR system, so organizations are not showing much interest in trials software that runs on its own," he says. Some EHR applications, such as software from Chicago-based Allscripts LLC, initially were developed for the clinical trials market and eventually expanded to encompass the entire medical record.
"If an organization is looking for software to conduct a clinical trial they most likely will find what they need in an EHR," he notes.
At the Department of Radiation Oncology at the University of Michigan Health System, Ann Arbor, the Velos clinical trial software has evolved into a departmental EHR, says Julie Wietzke, former clinical research manager for the department. Wietzke, who worked in the department when the system was implemented about 18 months ago, has taken another position within the delivery system.
"We wanted a flexible application that would enable us to capture patient information, whether or not that patient was involved in a clinical trial," Wietzke says. "We use the software to compile data - such as diagnosis, consultations and treatment course - on every patient we treat." In addition, the software is linked to some of the delivery system's enterprise clinical applications so it can collect additional treatment information, such as if a patient is hospitalized or has any lab tests performed.
But the chief reason the University of Michigan installed the software was to replace an aging, homegrown database used to manage clinical trials, Wietzke adds.
To customize the database for clinical trials, such as adding a table or data field, the department needed to bring in a programmer, and the work would take weeks or even months to do, she says.
Easy Modifications
Now, clinical trial coordinators can do such customization themselves using Web-based tools, and a programmer is required only to do the "heavy lifting," Wietzke says. "What used to take weeks or months now takes hours."
The ease of using the Web-based software also has enabled the department to expand the number of users who are authorized to "touch" the software. Because of the difficulty of interacting with the old system, researchers and others involved with trials sent all information to a central coordinator, who would manually enter information into the database.