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 Basil John Petrof

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Position

Interim Dir, Meakins-Christie Laboratories
Prof, Dept Medicine
Assoc Memb, Dept Neurol, McGill University

Dir, Resp Div, RVH Site

Assoc Dir, QC Resp Health
    Ntwk, FRSQ

Contact Information

Meakins-Christie Labs
McGill University, RI-MUHC
1001 boul. Decarie
Montreal , Quebec H4A 3J1 Canada

Tel: 514-934-1934 x76172
Fax: 514-933-3962
E-Mail: Basil.Petrof@McGill.ca


Education & Training

MD, Laval U, 1983
FRCPC, Int & Pulm Med,
   1986/88
Certification Critical Care
   Med, 1989
Cert, Sleep Med, 1992

Teaching

Adv Topics Resp, EXMD 507
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Publications: PubMed


Research Interests

  1. Neuromuscular disorders and respiration
  2. Respiratory muscle dysfunction in sepsis
  3. Upper airway muscle function in sleep apnea
  4. Role of free radicals, cytokines and chemokines in muscle injury and repair
  5. Gene therapy for muscle diseases

The focus of my research has been the study of respiratory muscle dysfunction, injury and repair. We have a longstanding interest in primary neuromuscular disorders affecting respiration, such as Duchenne muscular dystrophy, which is the most common X-linked lethal disease in humans.  In addition, we are studying other pathological states in which weakness and fatigue of the respiratory muscles are found, such as pneumonia andsepticemia.  In rodent models of these conditions, the diaphragm demonstrates more severe pathophysiological involvement than other skeletal muscles.  We believe this relates to unique aspects of its underlying physiological function and constitutive gene expression signature.  Major areas of interest include the role of free radicals in diaphragmatic dysfunction, the role of cytokines and chemokines in muscle injury and repair, and methods for muscle targeting with therapeutic genes using different viral and non-viral vector systems.  The laboratory makes use of genetically altered mouse models of Duchenne muscular dystrophy and Cystic Fibrosis, as well as primary diaphragm and limb muscle culture systems, to elucidate the cellular and molecular events underlying muscle cell injury and repair.

Website: http://www.basilpetrof.com/