Genomic Resources for Turbot's Immune Response to Pathogens
Author Information
Author(s): Pardo Belén, Fernández Carlos, Millán Adrián, Bouza Carmen, Vázquez-López Araceli, Vera Manuel, Alvarez-Dios José A, Calaza Manuel, Gómez-Tato Antonio, Vázquez María, Cabaleiro Santiago, Magariños Beatriz, Lemos Manuel L, Leiro José M, Martínez Paulino
Primary Institution: Universidad de Santiago de Compostela
Hypothesis
What are the immune responses of turbot to specific pathogens?
Conclusion
The study generated a collection of 9256 high-quality ESTs, identifying many immune-related genes regulated in response to pathogens.
Supporting Evidence
- A total of 12584 cDNAs were sequenced, resulting in 9256 high-quality sequences.
- 3482 unique turbot sequences were identified, including many immune-related genes.
- 191 microsatellites and 1158 putative SNPs were identified from the EST resources.
Takeaway
Researchers studied turbot fish to find out how they fight off diseases, and they discovered many important genes that help the fish's immune system.
Methodology
Three cDNA libraries were constructed from immune tissues of turbot infected with pathogens, and ESTs were sequenced and analyzed.
Limitations
The use of non-normalized cDNA libraries may have introduced redundancy and limited the detection of rare transcripts.
Participant Demographics
Turbot fish from a specialized fish farm, mixed genetic families.
Digital Object Identifier (DOI)
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