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Novel Bioinformatics Applications for Protein Allergology, Genome-Wide Association and Retrovirology Studies

Martínez Barrio, Álvaro, 1977- (author)
Uppsala universitet,Centrum för bioinformatik,Bongcam-Rudloff
Bongcam-Rudloff, Erik, Dr. Med. Sci. (thesis advisor)
Department of Animal Breeding and Genetics, Swedish University of Agricultural Sciences
Attwood, Teresa K, Prof. (opponent)
University of Manchester, School of Computer Science and Faculty of Life Sciences
 (creator_code:org_t)
ISBN 9789155476946
Uppsala : Acta Universitatis Upsaliensis, 2010
English 103 s.
  • Doctoral thesis (other academic/artistic)
Abstract Subject headings
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  • Recently, the pace of growth in the amount of data sources within Life Sciences has increased exponentially until pose a difficult problem to efficiently manage their integration. The data avalanche we are experiencing may be significant for a turning point in science, with a change of orientation from proprietary to publicly available data and a concomitant acceptance of studies based on the latter. To investigate these issues, a Network of Excellence (EMBRACE) was launched with the aim to integrate the major databases and the most popular bioinformatics software tools. The focus of this thesis is therefore to approach the problem of seamlessly integrating varied data sources and/or distributed research tools. In paper I, we have developed a web service to facilitate allergenicity risk assessment, based on allergen descriptors, in order to characterize proteins with the potential for sensitization and cross-reactivity. In paper II, a web service was developed which uses a lightweight protocol to integrate human endogenous retrovirus (ERV) data within a public genome browser. This new data catalogue and many other publicly available sources were integrated and tested in a bioinformatics-rich client application. In paper III, GeneFinder, a distributed tool for genome-wide association studies, was developed and tested. Useful information based on a particular genomic region can be easily retrieved and assessed. Finally, in paper IV, we developed a prototype pipeline to mine the dog genome for endogenous retroviruses and displaying the transcriptional landscape of these retroviral integrations. Moreover, we further characterized a group that until this point was believed to be primate-specific. Our results also revealed that the dog has been very effective in protecting itself from such integrations. This work integrates different applications in the fields of protein allergology, biotechnology, genome association studies and endogenous retroviruses.

Keyword

data integration
web services
protein allergology
risk assessment
cross reactivity
endogenous retroviruses
ERV
dog
canine
GWAS
genome-wide association studies

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