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8 days ago

Graduate Position

Université de Montréal -

 Le Département de biochimie et médecine moléculaire de l’Université de Montréal, en collaboration avec le Hub Canadien de Bio-informatique, cherche à recruter un(e) agent(e) de coordination en bio-informatique dynamique et motivé(e). Rejoignez une équipe reconnue pour son excellence dans la formation en bio-informatique, et contribuez à son expansion en prenant part à la coordination régionale des initiatives de formation. Travailler dans notre unité, c’est participer à des projets innovants pour façonner l’avenir de la bio-informatique dans la province, en bénéficiant d’un environnement stimulant et d’une culture fortement axée sur l’innovation.

Les raisons pour lesquelles cet emploi est fait pour vous

  • Vous avez une passion pour la formation scientifique de pointe.
  • Vous maîtrisez la gestion des opérations administratives nécessaires à la coordination et au déploiement des activités de formation à travers le Québec.
  • Votre aimez travailler en équipe et tisser des liens avec des experts reconnus dans le domaine de la bio-informatique et de la biologie computationnelle.
  • Vous êtes déterminé à mettre vos compétences au service de l’expansion de notre capacité de formation et à stimuler l’engagement communautaire à travers le Québec.

70 days ago

Graduate Position

University of Toronto -

The graduate project focuses on the role of intrinsically disordered regions (IDRs) in plant-pathogen interactions. IDRs are protein regions that lack a stable 3D structure. IDRs are known to facilitate protein localization and protein-protein interactions, and proteins with IDRs often serve as functional hubs in regulatory and signaling networks. IDRs are also found in many pathogen secreted effectors proteins and it is believed that IDR domains are critical for the localization and function of these virulence factors.
We are looking for a student to systematically identify IDRs in pathogen effectors and the proteome of the plant host. We will then use machine learning to predict the co-localization of these protein in the plant host cell. Ultimately, we will test these predictions in vivo to determine the role of IDRs in disease (this component of the project is outside the scope of the bioinformatics project, but will be available to the student if interested).
The student will join the laboratory of David Guttman (Guttman Lab, PubMed, ‪Google Scholar‬) and work in collaboration with the Desveaux lab (Desveaux Lab). This study builds on an exciting and innovative project that has already resulted in numerous high-impact publications, including:

361 days ago

Graduate Position

Western University -

Dr. Pingzhao Hu in the Department of Biochemistry and the Department of Computer Science at the Western University has a fully funded PhD student position in AI-guided drug discovery (phulab.org/positions). The successful candidate can register in Collaborative Specialization in Machine Learning in Health and Biomedical Sciences (uwo.ca/sci/datascience/graduate/collaborative-specialization-ml-health-biomedical.html) through the Department of Biochemistry.

Dr. Hu holds the position of Tier 2 Canada Research Chair in Computational Approaches to Health Research. With extensive experience in mentoring trainees at various levels, many of Dr. Hu’s mentees have received international and national awards, secured positions in high-tech companies such as Google, Microsoft, and Amazon, and reached the significant milestone of tenure-track assistant professor positions in Canada.

370 days ago

Graduate Position

McMaster University -

Ancient Sedimentary DNA Graduate Student

The Golding and Poinar labs are looking for a Master’s Student (MSc) to work on sedimentary DNA from ancient permafrost in the attempt to reconstruct past ecosystems to help better contextualize the causes and consequences of late Pleistocene extinctions as well as microbial ecology during major climate upheaval.

636 days ago

Graduate Position

Dalhousie University -

Funded PhD developing tools to automatically identify new and emerging antimicrobial resistance

The main aim of the PhD will be the development and evaluation of methods for automatically identifying novel and evolving antimicrobial resistance (AMR) genes. AMR is a growing global health crisis that threatens the function of modern medicine.  Genomically informed diagnostics and surveillance have been identified as key activities to try and ameliorate this crisis. Currently, AMR gene prediction results (such those generated by CARD’s RGI) require a lot of expertise and manual analyses in order to identify potentially important or worrying emergent genes. This project seeks to use existing data from efforts to characterise AMR in large genome databases along with associated phylogenetic, spatiotemporal, and phenotypic data to develop means of automating these analyses.

The PhD will take place within the Maguire Lab in the Faculty Computer Science & Faculty of Medicine (Department of Community Health & Epidemiology) at Dalhousie University.  The specific PhD program (CS, Epidemiology, Interdisciplinary or potentially Microbiology/Biochemistry) will depend on the specific candidate background.    Through this research the candidate will gain skills in the analysis of large complex datasets, the development of bioinformatic tools and web resources, and translating genomic data into clinical and public health insights.

This project will also involve existing collaborations with clinicians (Toronto’s Shared Hospital Laboratory and Sunnybrook Research Institute), public health agencies (PHAC/NML & CFIA/NCFAD), and infectious disease researchers including local experts in evolutionary microbiology and Dr. Andrew McArthur’s Comprehensive Antibiotic Resistance Database (card.mcmaster.ca) group at McMaster University.