Search results for "Biochemistry, microbiology and immunology" - uOttawa Experts

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Your search for "Biochemistry, microbiology and immunology" returned the following 10 expert(s):

ALTOSAAR, Illimar »

Full professor
Faculty of Medicine
Biochemistry, Microbiology and Immunology

Contact information:

Office: 6135625800 x 6371
Office: 6135625800 x 6375
Cell: 613 804 1885
Home: 613 518 7767
E-mail: altosaar@uOttawa.ca
Website

Preferred method of contact:

E-mail

Research information:

New breeding techniques to fight global warming through climate-smart crops. Climate change, Greenhouse Gases, GHG, Global warming, carbon dioxide, CO2, Nitrous oxide, N2O, bioremediation, biotechnology, soil metagenome, soil microbiome, biodiversity, gene amplification, soil biocatalysts, Atmospheric phytoremediation, Pseudomonas nautica, Marinobacter hydrocarbonoclasticus, nosZ gene operon, Nitrous Oxide reductase enzyme, fertilizer, Nitrogen cycle, nitrate run-off,

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English and French , Estonian Greek German

BELL, John »

Senior Scientist
Full professor
Faculty of Medicine
Biochemistry, Microbiology and Immunology

Contact information:

Office: 613-737-7700 (70333)
E-mail: jbell@ohri.ca

Preferred method of contact:

E-mail

Research information:

My lab is defining at the molecular level, the differences between normal and tumour tissues. Our plan is to develop novel cancer therapeutics that target tumour tissue but do not harm normal tissue. We are developing viruses that can infect and kill tumour cells but do not infect normal cells. These viruses are called Oncolytic Viruses

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English only

BENOITON, Leo N. »

Emeritus professor
Faculty of Medicine
Biochemistry, Microbiology and Immunology

Contact information:

Office: 613-234-9002
Home: 613-234-9002
E-mail: benoiton@uOttawa.ca

Preferred method of contact:

Office Telephone

Research information:

Chemistry of the synthesis of peptides. Chemical reactions and technologies utilized to combine amino acids to form biologically interesting peptides that can be considered small proteins.

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Biochemistry, microbiology and immunology

Language preference:

English and French

BROWN, EARL »

Emeritus professor
Faculty of Medicine
Biochemistry, Microbiology and Immunology

Contact information:

Office: 16132247533
Office: 6135625800x8299
Cell: 16137168026
E-mail: ebrown@uOttawa.ca

Preferred method of contact:

E-mail

Research information:

Performed genetic studies of RNA viruses with a focus on evolution of virulence in influenza virus, reovirus replication and cancer treatment, and hepatitis C immune evasion. The work focused on understands viral replication so that virus infection can both be prevented and alternatively be applied as therapy to treat diseases. He is a founding member of the Canadian Oncolytic Virus Consortium that is developing viruses as novel tumor therapeutics. He is also the founding Executive Director of the University of Ottawa for Emerging Pathogens Research Centre (EPRC). Dr. Brown is an internationally recognized influenza researcher who sits on various committees and institutional groups (CIHR workshop on influenza research priorities 2005; CIHR Pandemic Preparedness Strategic Research Initiative Task group; Organizing and program committee Chair of the 2008 of Canadian Pandemic Preparedness Meeting ; Pandemic Vaccine Working Group of the Public Health Agency of Canada; ) dealing with influenza pandemic preparedness.

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English only

CAMPBELL-VALOIS, François-Xavier »

Yes
Associate professor
Faculty of Science
Chemistry

Contact information:

Office: 3976
Cell: 819-968-3646
E-mail: fcampbel@uottawa.ca
Website

Preferred method of contact:

Cell Telephone

Research information:

My research group is interested in understanding the interplay established between bacteria and their host during infection.

We are currently focusing on the enteropathogen Shigella flexneri, which use a Type Three Secretion Apparatus (T3SA) to inject some of its proteins inside human intestinal cells. Our main interests are:

T3SA functioning and regulation;
bacterial strategies for hijacking the biological processes of the host;
bacterial and host adaptation at play during infection. Our long-term objective is to identify novel therapeutic avenues to treat infectious diseases.

Keywords: gastrointestinal infections caused by bacteria of the Shigella genus and other Escherichia coli.

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English and French

FREEDMAN, Mark »

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