OMICS International Organises 3000+ Global Conferenceseries Events Every Year across USA, Europe & Asia with support from 1000 more scientific societies and Publishes 700+ Open access journals which contains over 50000 eminent personalities, reputed scientists as editorial board members.
For more Conferences visit


Ajay Francis Christopher

Ajay Francis Christopher

Baba Farid University of Health Sciences, India

Title: Handling and processing safety reports from clinical trials and spontaneous origin


Ajay Francis Christopher, MSc (Molecular Biology & Biochemistry from Guru Nanak Dev University, India) served as PV Scientist, Senior Quality PV Scientist, Trainer cum Mentor and Subject Matter Expert-QAPV for Blue Chip pharmaceutical companies at premier CRO in India. He has over 12 years of experience in Clinical Research and Development and has one Young Scientist Award and various appreciation awards to his credit. He has coded over 5000 ICSRs (SUSAR, serious, non-serious reports) and reviewed over 3000 ICSRs, narratives and SSUR. He successfully led various international projects (global transition in narrative writing for regulatory submission, customization and validation of Oracle Argus Safety 5.0.2, etc).


An adverse event (AE) for an investigational product could be generated during the clinical phase or reported spontaneously by a healthcare professional (HCP) or consumer via phone, fax, mail, literature or any social media. The ICH E2A has laid guidelines for the reporting of AE during clinical trials. Hence, pharmaceutical companies collect thousands of Serious Adverse Events (SAE) reports from a trial and individual case safety reports (ICSRs) from post marketing across many countries. An efficient way to manage the high load of safety reports is via adopting a process flow approach which consists of four basic steps: Case intake, case processing, case review and case reporting. The case intake from a clinical trial is done via SAE reports which are a part of case report form (CRF). The information is provided by a trained HCP and hence requires minimal handing before processing. Whereas, ICSRs are generated from the data mostly collected from non-medical personnel and hence the information is non-standardized and sometimes incomplete. During the second step i.e. case processing, the data is validated against four minimal criteria established by ICH i.e. identifiable patient, reporter, AE and suspected drug. In addition, the data is checked for possible duplication, entered onto safety database with case narratives and AE coded in compliance with the internationally defined standards. The third step i.e. the case processing is of great importance as the ICSRs are evaluated using the three standardized criteria: seriousness (death, life threatening, hospitalization, etc.), expectedness (whether the AE was expected under investigator brochure in a clinical trial or the product label for marketed product and causality assessment (degree of casual relationship between the AE and drug. These three criteria are essential for the establishment of expedited reporting of a safety report. The final step is the case reporting to the regulatory authorities within the timelines defined in the regulations. Hence, the importance of handling safety reports cannot compromised as it help to protect both patient safety and value of product assets of a pharmaceutical company.

Speaker Presentations

Speaker PPTs

Download PPT