Would you like to build your career exploring the immunology of aging?<\/p>\n
In the Western world the majority (>90%) of deaths due to pneumonia occur in the elderly. Why they are at such high risk is not entirely clear, but presumably immunosenescence (age related changes in the immune system) is a key factor.\u00a0 The high mortality rate is compounded by co-infections, such as influenza infection. This research project involves developing a mouse model of Streptococcus pneumoniae <\/em>colonization and infection in aged mouse and determining how co-infection with influenza increases the risk of developing pneumonia. This will include a both a basic science component (i.e. deteremining how age-associated changes in immunity contribute to susceptibility to infection) and a translational component (i.e. testing therapeutic interventions).<\/p>\n An immediate post-doctoral opportunity is available for a creative scientist with a strong commitment to excellence and innovation to pursue leading edge research in immunology. Although this is presently only a 1 year position, this may be extended if the applicant obtains fellowship funding. Candidates with experience in virology or mouse models of infection are especially encouraged to apply.<\/p>\n The position is in the Department of Pathology & Molecular Medicine at McMaster University located in the heart of the Golden Horseshoe in southern Ontario.\u00a0 McMaster University has been ranked as one of Canada\u2019s most research intensive universities known for it\u2019s highly collaborative and mentoring atmosphere.<\/p>\n Interested candidates should send a CV, cover letter and three references\u00a0to Dr. Dawn Bowdish (bowdish@mcmaster.ca<\/a>, www.bowdish.ca<\/a>).<\/p>\n","protected":false},"excerpt":{"rendered":" Would you like to build your career exploring the immunology of aging? In the Western world the majority (>90%) of deaths due to pneumonia occur in the elderly. Why they are at such high risk is not entirely clear, but … Continue reading