Gene Expression Profiling in Deer Mice
Author Information
Author(s): Oko Lauren, Aduddell-Swope Bethany, Willis Derall, Hamor Robyn, Coons Teresa A, Hjelle Brian, Schountz Tony
Primary Institution: University of Northern Colorado
Hypothesis
How do deer mice maintain a persistent infection with Sin Nombre virus without showing overt symptoms?
Conclusion
Molecular methods for profiling immune gene expression in deer mice were developed, which can help characterize their immune responses to infections.
Supporting Evidence
- Deer mice are reservoirs for Sin Nombre virus, which causes hantavirus cardiopulmonary syndrome in humans.
- Real-time PCR assays allow for the profiling of CD4+ helper T cells in deer mice.
- These assays can help understand the immune responses of deer mice to infections.
Takeaway
Scientists created tests to see how deer mice's immune systems work when they get a virus, even though the mice don't get sick.
Methodology
Real-time PCR assays were developed to detect immune-related transcription factor and cytokine gene expression in deer mice.
Potential Biases
Limited availability of reagents for deer mice may introduce bias in the evaluation of immune responses.
Limitations
The assays may not fully capture the complexity of immune responses due to translational regulation of some genes.
Participant Demographics
Fifteen-week-old deer mice were used in the study.
Digital Object Identifier (DOI)
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