GUELPH, Ontario, and Mississauga, Ontario, June 02, 2020 (GLOBE NEWSWIRE) — Next Generation Manufacturing Canada (NGen), the industry-led organization behind Canada’s Advanced Manufacturing Supercluster, has announced funding for Precision Biomonitoring to support the company’s production of test kits to identify COVID-19.
Precision Biomonitoring has received almost $5 million in funding to work directly with Canadian manufacturers to increase production of its TripleLock™ SARS-CoV-2 Go-Strips, a rapid response test that will allow for the early identification of COVID-19.
Rapid, accurate and available testing for COVID-19 is critical to the measures being undertaken by health authorities in Canada as they work to control the spread of the virus and move towards reopening the economy, ensuring the safety of Canadians as they head back into the workplace. Testing capacity has been an ongoing issue as global demand for test kits coupled with limited domestic supply has created shortages.
“Widespread testing is going to be an important part of our vigilance as Canada continues to flatten the curve. I am happy to see the superclusters stepping up in a big way to leverage their membership and Canada’s strong industrial base as part of this effort. The rapid manufacturing of these point-of-care test kits will help ensure that more Canadians can be tested for COVID-19 in a timely manner,” said the Honourable Navdeep Bains, Minister of Innovation, Science and Industry.
“Collaboration among Canada’s advanced manufacturing companies has allowed for a rapid response to the COVID-19 pandemic, creating innovative solutions and mobilizing advanced technologies to address the demand for test kits,” said Jayson Myers, CEO at NGen. “The flexibility and adaptability that advanced manufacturing allows has been critically important in addressing the challenges presented by COVID-19, and will continue to be so as governments move to re-open the Canadian economy.”
Leveraging the capabilities of Canadian manufacturers and partners such as Evik Diagnostics, the Canadian Food Inspection Agency, Shared Value Solutions, McMaster Health Science Centre, Sunnybrook Health Science Centre and the Canadian National Microbiology Lab, Precision Biomonitoring anticipates a production rate capacity of 10,000 units per day or greater.
“Advancing Canadian manufacturing enables us to leverage local capabilities to mitigate manufacturing challenges,” says John Laughlin, CTO at NGen. “We are proud to help drive these collaborative relationships that will position Canada as a world leader in manufacturing point-of-need DNA surveillance and detection tools and ensure that all Canadians, including indigenous peoples, will have adequate access to COVID-19 testing.”
“Developing Canadian manufacturing is not only promising for our response efforts for COVID-19, but also provides a strong foundation as we look to expand into the growing mobile DNA applications market,” says Mario Thomas, CEO, Precision Biomonitoring.
The funding for the project comes from NGen’s commitment to invest $50 million to support companies as they rapidly respond to the COVID-19 pandemic by building a Canadian supply of critically needed technologies, equipment, and medical devices.
About NGen – Next Generation Manufacturing Canada
NGen is the industry-led community behind Canada’s most transformative advanced manufacturing projects. NGen members come from every part of the country and cut across Canada’s manufacturing, technology, advanced research, and start-ups sectors. NGen is an objective facilitator of connections and collaboration among its members, identifying opportunities, building capabilities, and supporting advanced manufacturing decisions. NGen’s industry collaborations bring together talent, opportunity, funding, and business know-how to reduce risk and help business leaders make better choices. NGen is Canada’s Supercluster for Advanced Manufacturing, securing funding from public and private sources, including $230 million in matching dollars from the federal government’s Innovation Superclusters Initiative, to support greater private sector investment in advanced manufacturing projects. NGen seeks to add $13.5 billion dollars and 13,500 new jobs to the economy over the next 10 years by growing world-leading advanced manufacturing capabilities in Canada.
About Precision Biomonitoring
Founded in 2016 by a team of scientists from the University of Guelph’s Biodiversity Institute of Ontario, Precision Biomonitoring provides TripleLock™ onsite eDNA surveillance platform solutions that give customers earlier detection of organisms for a more rapid response. Customers are any organizations that need onsite surveillance and rapid identification of any organism in any environment. The Precision Biomonitoring team is at the forefront of technological innovations in the genomics industry. Our vision is a world where we can identify any organism on the spot, in an instant, anywhere on the planet.
Rare comet passing over Manitoba sky | CTV News – CTV News Winnipeg
Stargazers in Manitoba can get a glimpse of the brightest comet in years as it hurtles past Earth over the next several days.
Comet NEOWISE C/2020 F3, named after the satellite that first discovered it, has been travelling towards Earth in recent days, before it returns to the outer edges of the solar system.
Photos submitted from Manitobans show the comet as it appeared in the morning sky on Thursday.
(Comet NEOWISE C/2020 F3 is pictured over Winnipeg in a pair of photos take July 9, 2020. Source: Roy Jemison)
(Comet NEOWISE C/2020 F3 is visible over Steinbach on July 9, 2020. SOURCE: Christopher Bleasdale)
Scott Young, who is the manager of the Planetarium and Science Gallery at the Manitoba Museum, said this comet wasn’t expected to be as bright as it is.
“This wasn’t predicted to be all that impressive but as it swung around the soon it suddenly burst into brightness,” said Young.
It’s one of the few “naked-eye comets” of the 21st century, meaning it can be seen without a telescope. The comet was first discovered on March 27, 2020, and NASA was unsure if it would make it to Earth as the comet travelled towards the sun.
Young said over the next several days this will be the only time to see the comet.
“We won’t see it again for at least 6,000 years. So it’s kind of your only chance.”
(SOURCE: Scott Young/Manitoba Museum)
Young added the reason why this comet is so unique is because of how bright it is.
“I can count on the fingers of one hand how many comets we’ve had that have been this impressive. I mean, I have seen a lot of comets, but there’s only a couple that have outshone this in my entire lifetime.”
NASA said the comet will likely be visible in the early morning sky until July 11. It will be visible in the early evening sky after July 11.
Young says if people want to see it, it’s best to be away from the city and all the lights.
(SOURCE: Scott Young/Manitoba Museum)
– With files from CTV’s Jackie Dunham.
This is a corrected story. The original story said the comet was discovered in 2009, when it was discovered this year.
Scientists Discover Unexplained Glowing Circles of Energy in Space – VICE
The Tycho supernova. Image: NASA/CXC/RIKEN & GSFC/T. Sato et al; Optical: DSS
Astronomers have discovered a bunch of weird unidentified circles in space, visible only in radio light, thanks to images captured by one of the most sensitive observatories on the planet.
The mysterious rings “do not seem to correspond to any known type of object” and so have been simply dubbed Odd Radio Circles, or ORCs, according to a new study, led by Western Sydney University astrophysicist Ray Norris.
“We have discovered, to the best of our knowledge, a new class of radio-astronomical object, consisting of a circular disc, which in some cases is limb-brightened, and sometimes contains a galaxy at its centre,” Norris and his colleagues said in the study, which was recently posted on the preprint server arXiv and has not yet been peer-reviewed.
“None of the known types of radio object seems able to explain it,” the team said.
The team describes four of these inscrutable ORCs, three of which were detected by the Australian Square Kilometre Array Pathfinder (ASKAP) telescope, a network of radio antennae that covers four square kilometers of the Australian Mid West. ASKAP has been scanning the sky in the radio spectrum to create an Evolutionary Map of the Universe that could help scientists better understand the development of stars and galaxies.
Norris and his colleagues noticed three odd blobs in ASKAP’s 2019 observations. Each of the circles measures about one arcminute across, which is roughly equivalent to 3 percent the diameter of the Moon. However, it’s difficult to tell how far away the ORCs are based on these images, and that in turn makes it challenging to estimate the actual size of the objects, at least until more detailed observations are made.
The glowing circles are so bizarre that Norris and his colleagues wondered if they might be an instrumental glitch, especially since radio imagery often contains errors that look like rounded apparitions, according to the study.
But when the team went hunting through archival datasets, they were surprised to discover that a fourth ORC was imaged all the way back in 2013 by India’s Giant Metrewave Radio Telescope, though nobody had made note of it at the time.
By combing through past radio surveys, as well as obtaining new images with the Australia Telescope Compact Array, the researchers were able to collect at least two independent observations of each ORC. The fact that the circles show up across multiple telescope datasets makes instrumental error “a very improbable explanation,” the team said in the study.
So if the ORCs are real celestial objects, what could they be? Norris and his colleagues outline several possible identities for the objects, though none of them are an obvious fit.
The circles might be the fallout of exploded stars, or bubbles blown out by winds in galactic star factories, or “Einstein rings,” which are signatures of warped spacetime created by the gravity of massive objects. They could be the ghosts of highly energetic events that occurred millions of years ago, such as gamma ray bursts, fast radio bursts, or plasma jets emitted by active galactic cores.
“We also acknowledge the possibility that the ORCs may represent more than one phenomenon,” the team noted, adding that they may have been “discovered simultaneously because they match the spatial frequency characteristics of the ASKAP observations, which occupy a part of the observational parameter space which has hitherto been poorly studied.”
Norris and his colleagues plan to continue examining the ORCS to see if they can tease out some of these tantalizing mysteries. One thing’s clear, however: discoveries like this are likely to become more common as radio astronomy matures in the coming years.
Within the next decade or so, ASKAP will join the Square Kilometre Array, a massive intercontinental observatory currently in construction, which will be by far the most sensitive radio instrument on Earth once it’s operational. The discovery of the ORCs is fascinating by itself, but it also foreshadows a new era of astronomy that is already sharpening our view of space.
This article originally appeared on VICE US.
CINDY DAY: Don’t miss this once in a lifetime event to see Comet NEOWISE – SaltWire Network
If you’ve been paying attention to the news lately, you are most likely familiar with the word “NEOWISE.” If not, let me introduce you:
NEOWISE is the name of a comet that was discovered in March 2020. This comet is visiting from the most distant parts of our solar system and for the next couple of weeks, could put on quite a show. The comet made its once-in-a-lifetime close approach to the Sun on July 3 and will cross outside Earth’s orbit on its way back to the outer parts of the solar system by mid-August.
On July 22, the comet will reach its closest point to Earth — a distance of 103 million kilometres — but because comets can be unpredictable, a little like the weather, experts are not sure that it will still be visible to the naked eye.
For the last few days, NEOWISE has been visible an hour before sunrise, very low in the northeastern sky. As of Sunday, the comet will be visible in the evening as well. About an hour after sunset, it will appear near the northwestern horizon. As the month goes on, it will rise higher in the sky, moving toward the Big Dipper. Right now, the comet is visible to the naked eye, but a good pair of binoculars would offer a better view. In very dark skies, you should be able to spot a nucleus and get a pretty good look at the fuzzy comet and its long, streaky tail.
Its name, in fact, is an acronym. The comet was discovered by NASA’s Near-Earth Object Wide-field Infrared Survey Explorer or NEOWISE.
From its infrared signature, experts have discovered that the icy visitor is about five kilometres in diameter. It has a nucleus that is covered with sooty, dark particles left over from its formation near the birth of our solar system about 4.6 billion years ago.
After this encounter, astronomers expect Comet NEOWISE to bid farewell for quite some time. Its long, looping orbit around our star will bring it back to Earth’s vicinity more than 6,000 years from now.
Cindy Day is the chief meteorologist for SaltWire Network
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