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The aim of the funding program New Collaborative Research Initiatives (NIRC; Nouvelles Initiatives de Recherche Collaborative) is to support new team’s innovative research projects among CERMO-FC members. The program aims to stimulate the creation of new pluri-disciplinary collaborations among our members, promote the use of CERMO-FC technology platforms, and encourage major scientific breakthroughs in the field of orphan diseases. The New Collaborative Research Initiatives Grants also aim to increase the competitiveness of CERMO-FC researchers with major granting agencies and to provide a quality and stimulating training environment for our students.

Date to remember

Competition opening in fall 2021
Application
November 2021
Results
February 2022

Orphan diseases definition

An orphan disease is a pathology that does not have effective therapies, mainly due to the lack of knowledge. These diseases are usually rare, each affecting less than one person in 2000. The small number of cases seen in the clinic also complicates the diagnosis. These rare / orphan diseases are more than 7,000 in the world, 80% of which are of genetic origin. Other causes include infections or intoxications. Most of these diseases are life-threatening and about 75% affect children. According to the Regroupement Québécois des Maladies Orphelines (RQMO), close to one in 20 people would be infected or have a rare disease in Quebec, which is about 500,000 Quebecois. While identifying the genes involved in rare diseases greatly benefits from the Human Genome Project, much research is still needed to understand the pathogenic mechanisms and develop therapies.

Directions

Eligibility

  • The principal applicant must be a regular professor at UQAM;
  • The co-investigator(s) must be member(s) of the CERMO-FC at the grant application;
  • Funding up to $ 25,000 is for one year;
  • The university or institution that will receive the grant on behalf of the researcher must agree not to incur a management fee;
  • A member of the recipient team will be invited to present the results of this project at the next annual CERMO-FC symposium;
  • Each member of the recipient team is expected to contribute to the activities of the CERMO-FC, for example as a committee member, scholarship evaluator or student presentation.

Selection criteria

  • Scientific quality and relevance of the research project related to orphan diseases;
  • Innovative and pluridisciplinary aspect of the proposed new research project;
  • Quality, dynamism and structuring effect of the team;
  • Contribution to the advancement of knowledge on at least one orphan disease;
  • Impact on the objectives and missions of CERMO-FC;
  • Special attention will be paid to projects based on the CERMO-FC’s technology platforms.

Contribution

Maximum value of the grant: $ 25,000 maximum per project

Application submission

****Competition is currently close
Complete the application form
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Required documents

  • Research grant application form;
  • Curriculum vitae of all researchers making the request, Canadian Common CV format (CIHR, CRSNG, or FRQ).

Please, send all required documents (combined as one PDF file) to cermo-fc@uqam.ca

Laureates

Both editions of the CERMO-FC NIRC Research Grant competition were a great success. The external evaluation committee, as well as the scientific committee of CERMO-FC underline the excellence of the application files, and thank all the principal researchers and co-cheurs for their participation in the competition. .

To learn more about the research work of the laureates, please consult the Research projects page

Laureates – 2020 edition

  • Benoit Barbeau, Department of Biological Sciences, Identification of nucleolar proteins and RNAs interacting with the HTLV-1 HBZ protein
  • Marc Lussier, Department of chemistry, Impact of altered RNF13-AP3 complex binding on neuronal activity: an underlying mechanism of early infantile epileptic encephalopathy 73

Laureates – 2019 edition

  • François Dragon, Department of Biological Sciences, Implementation of a zebrafish model to study a novel rare disease with severe developmental defects
  • Rodolphe Soret, Department of Biological Sciences, Comprendre et traiter la maladie inflammatoire de l’intestin très précoce.
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