This grant will support a new health research project focusing on stem cell or regenerative medicine within the domains of either infection or immunity. The MRM-MI4 SFG aims to catalyze innovative and impactful research at McGill and its affiliated hospitals, by providing initial funding to help position a new project to become competitive for sustained external funding. These projects should focus on infection or immunity AND stem cell or regenerative medicine. The inclusion of other McGill community investigators as collaborators is encouraged, but only one Principal Investigator is permitted.
RESEARCH ASSOCIATE, LEADERSHIP FOR THE ECOZOIC, MCGILL UNIVERSITY
Research Proposal Format,
This tutorial is designed for graduate students who are required to submit a research proposal as a condition of their candidature or who wish to write one for their own purposes. The purpose of this tutorial is to help you develop an approach for writing a clear and focused research proposal. We will begin by looking at the broad purpose and requirements of proposals. We will then break down the research proposal into its core components and examine them individually. Even if the completion of a research proposal is not a requirement of your candidature, it is a good idea to write one. Writing a research proposal will encourage you to clarify your objectives and key ideas.
Tips for writing a research proposal
These grants support projects which require additional time outside the calendar of an off-campus program. Applicants should plan to stay on after completing an off-campus program or to travel independently to a site. Proposals normally support independent study that is grounded in prior academic course work; normally the fruits of this independent study will contribute to subsequent academic work on campus. Research involving human participants must be authorized by the Institutional Review Board, St.
Source: MUHC. While UV-C is already known to kill microorganisms on surfaces and in the air, the novelty of this technology is the robotics, which allows it to be fully autonomous and mobile. This robot could potentially reduce healthcare-associated infections and their consequences, including health complications, deaths and extra costs. We will also take this opportunity to assess if it can be used to disinfect stretchers and N masks. Gaining popularity in the world as the current COVID pandemic develops, the robot is programmed to emit concentrated UV-C ultraviolet light onto infectious hotspots.