Cubresa’s NuPET Bio

Small Animal PET scanner and animal handling system specifically designed for high containment labs

Cubresa’s NuPET Bio is the world’s first lightweight preclinical PET scanner, specially designed for use with highly infectious pathogens. The device will allow researchers to conduct work on SARS-CoV-2, and other viruses and bacteria, directly in BSL-3 labs without the need for extensive retrofits of the lab space, saving researchers and institutions valuable time and money.

Incorporation of the NuPET Bio into this preclinical work will enable researchers to study the pathogenesis of viruses, as well as understand how prospective antivirals and vaccines affect the physiology of the body, their toxicity, and their effectiveness at fighting/preventing diseases.

NuPET Bio PET scanners are available for small and large animal imaging. Please contact Cubresa to learn more.

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NuPET Bio in the News

Research Manitoba article features Cubresa

By Cubresa

Research Manitoba features Cubresa’s NuPET Bio scanner in their latest Research Today publication. The new scanner is specifically designed for use in biosafety labs and will be used by scientists focused on SARS-CoV-2 research. Research Today Article

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Cubresa’s NuPET Bio Selected By Innovative Solutions Canada

By Cubresa

Tuesday, November 2nd, 2020 PRESS RELEASE NuPET Bio BSL3 Imaging System Selected by Innovative Solutions Canada to test in COVID-19 Research Program Winnipeg, MB – Cubresa Inc. is pleased to announce that its NuPET Bio imaging system, the first in the world specifically designed for infectious disease research in BSL3 environments, has received a contract…

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Research Manitoba COVID-19 Innovation Proof-of-Concept Grant Announcement

By Cubresa

Cubresa is pleased to be the recipient of the Research Manitoba COVID-19 Innovation Proof-of-Concept Grant. For more information please go to the Research Manitoba website here. To read the press release from Research Manitoba in PDF format, click here.

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General Information

Perron JR, McIntosh BJ, Leggett S, Palmer VL, Herrera SL, Armstrong K, Stecina K, Martin M. Multi-modal PET-MR imaging of the selective activation of serotonergic neurons in living rodent brains with DREADD technology. Manitoba Poster Competition, Canadian Student Health Research Forum, August 21, 2020. https://umanitoba.ca/outreach/conferences/research_days/dates_info.html

PDF Summary

Van Elburg D, Shrestha R, and Goertzen AL. Towards a second-generation PET/MR insert with enhanced timing and count rate performance. Physics in Medicine and Biology. 2019 Mar 12. doi: https://doi.org/10.1088/1361-6560/ab0efa

PET/MRI evaluation of white matter inflammation in a co-morbid rat model of ischemic stroke and Alzheimer’s disease (and others)

Jonathan Thiessen, Ph.D., Director, PET/MRI Program, Lawson Health Research Institute, Assistant Professor, Depts. of Medical Biophysics and Medical Imaging, Western University.

Matthew S. Fox, Ph.D., Preclinical Imaging Physicist, Lawson Health Research Institute Research Associate, Dept. of Physics and Astronomy, Western University By helping to advance hybrid PET/MRI and multi-parametric diagnostic imaging tools, we hope to give new insight into the early biomarkers of disease and improve diagnosis and therapy in patients. Projects at a glance: PET/MRI…