Articles by author: nmooney

  • Exciting Opportunity: MSc Position Now Open for Applications

    Are you passionate about entomology, viticulture, and innovative pest management solutions? Join us in a cutting-edge research project aimed at addressing a critical challenge in Ontario’s vineyards!

    Who We’re Looking For:

    We seek a student with a strong interest in pest management and sustainable agricultural practices. Ideal candidates will have a background in biological sciences, entomology, or related fields.

    Location: Biological Sciences, Brock University & Cool Climate Oenology and Viticulture Institute (CCOVI)

    Start Date: September 1, 2025

    Project Title and Overview:

    Development of new tools for monitoring and control

    of Grape Mealybug, a major insect vector of grapevine viruses

     

    Grape mealybugs (Pseudococcus maritimus) are scale insects (Order: Hemiptera) that are sap-sucking insect pests of grapevines and vectors of the economically important Grapevine leaf roll-associated viruses (GLRaVs). Monitoring for mealybugs constitutes the main component of vineyard integrated pest management (IPM) programs. Male sex pheromone traps are widely used for mealybug monitoring and management and mating disruption (MD) is the tool used in current IPM programs to control scale insects in vineyards. Various pheromone lures that have been deployed in Ontario but have not been successful at trapping the males in Ontario or in other parts of Canada. Pheromones have the advantages over the hazardous chemicals of not killing the pest, but reducing the number of male adults, their reproduction rate, and guiding the timely application of insecticides. The research objective is to develop a pheromone lure that will attract male mealybugs for mealybug monitoring activities and to develop alternative control methods for mealybug vectors with a primary focus on mating disrupting pheromone (MD).

    How to Apply:

    Interested candidates should contact Dr. Malkie Spodek at ([email protected]) for more information and application instructions.

    Take this opportunity to contribute to innovative solutions in vineyard management while advancing your academic career!

     

    How to Apply:

    Interested candidates should contact Dr. Malkie Spodek at ([email protected]) for more information and application instructions.

    Take this opportunity to contribute to innovative solutions in vineyard management while advancing your academic career!

    Categories: Upcoming Graduate Studies Opportunities

  • Brock student has been featured in an ECR Spotlight Interview on the Journal of Experimental Biology website

    We are thrilled to announce that Danilo has been featured in an ECR Spotlight Interview on the Journal of Experimental Biology website! This special highlight accompanies his recent publication, showcasing his innovative research and contributions to the field.

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    We encourage everyone to read the full interview and celebrate his achievements

    Congratulations, Danilo, on this well-deserved recognition! Check it out on the Journal of Experimental Biology website.

    https://journals.biologists.com/jeb/article/227/21/jeb249561/362482/ECR-Spotlight-Danilo-Giacometti

    Tags:
    Categories: News

  • Amir Farooqui & Dr. Elizabeth Stirling – Seminar Series

    Join us October 28th at 12:00 pm EST in TH253 for the Biological Sciences seminar titled:

    “Spatial Molecular Biology Solutions”

    Featuring: Amir Farooqui & Dr. Elizabeth Stirling

    Outline

    Bruker Spatial Biology, a division of Bruker Corporation, provides advanced spatial molecular biology solutions, including instruments, assays, software, and services to support life sciences research. By integrating technologies from NanoString and Canopy Biosciences, Bruker offers an extensive portfolio designed to meet the diverse needs of global researchers exploring spatial biology.

    The CosMx™ Spatial Molecular Imager (SMI) enables high-plex detection and analysis of over 6,000 RNAs with single-cell resolution and precise cell segmentation, supported by the cloud-based AtoMx™ Spatial Informatics Platform. The GeoMx® Digital Spatial Profiler is a leading platform for whole-tissue exploration, providing whole transcriptomics and high-plex proteomic readouts. The CellScape™ Precise Spatial Proteomics platform allows for high-plex protein expression analysis at single-cell resolution, using versatile, open-sourced reagents.  The nCounter® Analysis System enables rapid quantification of profiling of gene and miRNA expression with high sensitivity.

    Together, Bruker Spatial Biology’s solutions are supported by a strong team of scientists, sales, and service associates, along with Canopy Multiomic Services for biopharmaceutical research, assay development, and clinical sample testing.

    Tags:
    Categories: News, Seminars