Microarrays for Microbes: The BG@S Approach
Author Information
Author(s): Jason Hinds, Kenneth G. Laing, Joseph A. Mangan, Philip D. Butcher
Primary Institution: St. George's Hospital Medical School
Hypothesis
The project aims to provide a centralized resource for researchers to access microarray technology for studying bacterial pathogenesis.
Conclusion
The BG@S project successfully created whole-genome DNA microarrays for several bacterial pathogens, facilitating collaborative research.
Supporting Evidence
- Whole genome arrays have been completed for several bacterial pathogens.
- The project aims to create a collaborative network of researchers.
- Training courses are provided to ensure effective use of the microarrays.
- Custom arrays can be modified based on user requirements.
Takeaway
This study shows how scientists can work together to share tools and knowledge to better understand bacteria and diseases they cause.
Methodology
The project involved designing and producing whole-genome DNA microarrays for various bacterial pathogens, providing training and support for users.
Limitations
The arrays produced are a limited resource, requiring prioritization of usage among user groups.
Digital Object Identifier (DOI)
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