studyDESIGNER represents a new paradigm in study design, management, automation, and communication. 

studyDESIGNER is  a complete solution for planning and organizing ecg toxicology studies and for managing data acquisition and analysis in safety pharmacology or toxicology studies.

studyDESIGNER has been developed to make your studies easier and safer:

• daily users are guided through their choices and cannot change key settings


• data and file handling are performed through dedicated functions with full traceability


• direct and secure link from studyDESIGNER database to your specific database
  
  

studyDESIGNER® runs with emka TECHNOLOGIES' field-proven software suite, including:

• iox for data acquisition and real-time processing


• ecg-auto for in-depth analysis of ecg and cardiovascular signals

key features:

studyDESIGNER defines the study

• study characteristics, sessions, phases


• subject IDs and details


• pre-test and treatment groups


• experimental protocol


• data collection and analysis settings


• access rights

studyDESIGNER guides users through data collection 

• preselection of recorded subjects


• automated data acquisition with relevant protocols


• automated data analysis with relevant settings

studyDESIGNER organizes analysis data 

• easy data access for review, editing, approval

• recording statistics can be viewed and exported to reports (print or spreadsheet)

• data reduction can be managed from within studyDESIGNER (through integration with datanalyst software)
  


• automated data archiving in database


• standard or customized reports


• secure link to your LIMS (Provantis™, ...)

great advantages:

studyDESIGNER makes glp easy!

• minimal user interaction


• built-in audit-trail, access control, electronic signature

studyDESIGNER adapts to you! 

• runs as a single- or multiple-user system

• recording files acquired outside of a study can be added to it (previously not possible)
  


• handles recordings of a few minutes' to a few days' duration 


• equally effective for ecg, cardiovascular or pulmonary studies