Teaching Bioinformatics with Student Participation
Author Information
Author(s): Pascal Hingamp, Céline Brochier, Emmanuel Talla, Daniel Gautheret, Denis Thieffry, Carl Herrmann
Primary Institution: Université de la Méditerranée
Hypothesis
Can undergraduate students effectively contribute to metagenome annotation through a structured online environment?
Conclusion
The Annotathon allows students to engage in real scientific research while learning bioinformatics, resulting in surprisingly accurate annotations.
Supporting Evidence
- Students analyzed 2.3 Mb of ocean microbial DNA over 9,500 hours.
- Over 60% of gene products were assigned functional categories by students.
- Student annotations showed high concordance with large-scale automatic analyses.
Takeaway
Students can help scientists by figuring out what DNA sequences do, and they learn a lot while doing it!
Methodology
Students used online tools to analyze DNA sequences, predict gene functions, and classify taxonomic origins.
Potential Biases
Self-assessment may lead to overconfidence in students' perceived skills.
Limitations
Students faced challenges with understanding open reading frames and phylogenetic analysis, which affected their performance.
Participant Demographics
Third-year Bachelor of Science students majoring in cellular biology or biochemistry.
Digital Object Identifier (DOI)
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