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Big data in gastroenterology research
Robert M Genta1, Amnon Sonnenberg2
1University of Texas Southwestern Medical Centre, 5323 Harry Hines Boulevard, Dallas, TX 75390, USA. Miraca Life Sciences Research Institute, Mirace Life Sciences, 6655 North MacArthur Boulevard, Irving, TX 75039, USA.
Large datasets are crucial for epidemiological research, enabling the detection of subtle variations and new associations. The emergence of electronic medical records offers vast health data for biomedical research, despite challenges with data quality and causality.
Area of Science:
- Epidemiology
- Biomedical Research
- Data Science
Background:
- Large datasets are vital for epidemiological research to identify small variations and unexpected associations.
- While large databases from web searches and social media are common, large medical databases are nascent.
- The widespread adoption of electronic medical records will generate substantial health information for research.
Approach:
- Leveraging large, pre-existing datasets for analysis in clinical research.
- Shifting from traditional hypothesis-driven prospective studies to data-driven approaches.
- Utilizing web search, social media, and electronic medical record data for trend analysis.
Key Points:
- Electronic medical records will provide vast health data for biomedical research.
- Analysis of large datasets requires a new research mindset, accepting 'messy' data.
- These datasets can reveal associations but not necessarily causality.
Conclusions:
- The utilization of large datasets holds significant potential for advancing digestive disease research.
- Overcoming challenges associated with data quality and interpretation is key.
- Embracing new data-driven research tools is essential for future medical discoveries.
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