SIT Rolos opens its Machine Intelligence Platform to academia and business to accelerate the research

SCHAFFHAUSEN, Switzerland, Oct. 18, 2022 (GLOBE NEWSWIRE) — SIT Rolos announced today that it would bring research to a new level by opening its Machine Intelligence (MI) Platform to all scientific groups. Any researcher from academia or business can now configure, run and collaborate with others on their computational research project through Rolos Platform. Thanks to a user-friendly interface, no specific IT knowledge is required to use the Platform.

Rolos Platform addresses two major problems in research: infrastructure setup and teamwork. First, it provides premade infrastructure ready for research tasks with all the necessary resources out of the box – Graphics Processor Unit (GPU), Central Processing Unit (CPU), and storage. Researchers, therefore, no longer need to spend time on infrastructure setup and resource allocation. On the other hand, the Platform also ensures collaboration on a project – code and data versioning control, group editing, and consistent changes for all project participants.

Rolos allows its users to build their computational setups using the available cloud, on-premise servers, and High-Performance Computing (HPC) clusters and save costs on running simulation experiments. SIT Rolos can also provide its own resources from the cloud infrastructure in SIT data centers.

Rolos Platform is available through two types of deployments:

  • as a SaaS solution (Software as a Service) in Rolos Cloud, that can be accessed at http://my.rolos.com; or
  • as an on-premises installation on the customer’s hardware cluster that provides the full stack of software to create a computational research lab.

In the words of Konstantin Novoselov, Nobel Prize Winner, Professor of Physics at the National University of Singapore, Rolos Platform is used “to unify data from different scientists, unleash the power of Big Data, and achieve exponential progress in research projects.”

Rolos Platform features include:

  • Computing and storage resources automatic provisioning
  • Research environment management
  • A workflow manager
  • An Interactive Papers publishing module

Join the introduction to Rolos Machine Intelligence Platform for Computation and Data Management on October 18 at 10 am CESThttps://web.sit.org/simplify-and-accelerate-research-lifecycle-rolos-webinar-oct-2022

During the webinar, you will see an overview of the Platform’s essential features and deep dive into the main current research scenarios.

About SIT Rolos

SIT Rolos is part of the Schaffhausen Institute of Technology (SIT) group. SIT Rolos provides a Machine Intelligence Platform with consulting and applications for academia and business. The company has strong expertise in Machine Intelligence and Data Science in various application areas, including Scientific Research, Business Analytics, Professional Sports, Driverless Mobility, Robotics, and others.

SIT Rolos is a global company headquartered in Switzerland with a presence in the United States, United Kingdom, Netherlands, Germany, Singapore, Spain, Bulgaria, Serbia, and Turkey.

Get in touch today and see how we can help you reach your business goals: https://rolos.com/about/

Natalia Tashkeeva
SIT VP of communications & events
+65 9643 9080 | nt@sit.org

bioLytical Laboratories Inc. receives WHO PQ for its iStatis COVID-19 Antigen Home Test

bioLytical Laboratories Inc. announced its immediate entry into the African, Asian, Middle Eastern, and South American markets with its COVID-19 antigen self-test on its new lateral flow platform, iStatis

iStatis COVID-19 Antigen Home Test

iStatis COVID-19 Antigen Home Test Components

  • From the makers of INSTI®, bioLytical launches a new platform, iStatis, created to ensure every person in the world has access to reliable testing
  • bioLytical receives eligibility for its self-test, the iStatis COVID-19 Antigen Home Test, for international, regional, and national procurement agencies for immediate entry into the African, Asian, Middle Eastern, and South American markets
  • The test is portable and can be performed in a multitude of settings with easy-to-understand results
  • Test performance in clinical studies demonstrated high accuracy, with industry-leading sensitivity and specificity
  • bioLytical’s quality system is MDSAP: ISO 13485 certified

RICHMOND, British Columbia, Oct. 18, 2022 (GLOBE NEWSWIRE) — bioLytical Laboratories Inc. (“bioLytical”), a global leader in rapid in-vitro medical diagnostics, announced it has received its WHO PQ for its self-test, the iStatis COVID-19 Antigen Home Test, allowing its immediate entry into international markets.

Building on its innovative INSTI® testing platform, bioLytical launched iStatis to continue creating reliable access to testing. With new lateral flow technology in its portfolio, bioLytical can reach more people, creating equitable access to a rapid COVID-19 antigen self-test that provides peace of mind with industry-leading accuracy.

“We are excited to announce iStatis in additional global markets after receiving our WHO PQ with our COVID-19 rapid antigen self-test,” said Rob Mackie, Chief Executive Officer of bioLytical. “With various global regions with a low supply of high-quality tests, we saw an opportunity to provide rapid tests to more markets. We are proud to work with the WHO to help underserved markets and to open up equitable testing access globally.”

With the unpredictable nature of the pandemic, testing will continue to play an integral role in the fight against COVID-19 as an extra layer of defense to keep communities safe. With varying transmission levels in different global regions, the iStatis COVID-19 antigen self-test will help create certainty as a tool for identifying infection. Allowing individuals to test at home helps reduce the burden on busy medical facilities. With its high accuracy, portability, and ease of use, bioLytical is working to create global access for everyone who needs a rapid test with iStatis.

bioLytical will manufacture the iStatis COVID-19 self-tests in its MDSAP: ISO 13485-certified facility in Richmond, British Columbia. As a global leader in ultra-rapid infectious disease diagnostics, bioLytical is working to ensure our iStatis test kits are available across international markets such as Africa, Asia, the Middle East, and South America. The iStatis COVID-19 Antigen Home Test also has received Health Canada authorization and its CE Mark for self-testing across Canada and Europe.

bioLytical Laboratories Inc. is a privately-owned Canadian company focused on the research, development, and commercialization of rapid in-vitro medical diagnostics using its proprietary INSTI® technology platform and its lateral flow line iStatis. bioLytical has won several local and industry awards, including B.C. Exporter of the Year in 2019. We have been named Lifesciences B.C.’s Growth Stage Med Tech Company of the Year and are featured on B.C.’s Fastest-Growing Companies for six years in a row, including the Globe and Mail’s Fastest Growing Companies list in 2020. bioLytical moved to a significantly larger, state-of-the-art facility in Richmond, B.C., in 2020 to accommodate the extraordinary growth achieved through our team. Providing accurate results in one minute or less, the INSTI® range includes the INSTI® HIV-1/HIV-2 Antibody Test, INSTI® Multiplex HIV Syphilis Ab Test, INSTI® HIV Self Test, INSTI® Covid-19 Antibody Test, and the INSTI® HCV Antibody Test. bioLytical sells its products in Europe, North America, South America, Africa, and Asia. In 2022, bioLytical launched iStatis, its new lateral flow testing platform to create additional access to testing worldwide.

By delivering accurate results in real-time, INSTI® and iStatis generate meaningful outcomes for medical professionals, patients, and public health organizations worldwide and is a key partner in tackling some of the world’s most severe healthcare challenges. Please visit www.istatis.com and www.insti.com and www.biolytical.com for more information.

References
https://www.who.int/publications/i/item/WHO-2019-nCoV-SurveillanceGuidance-2022.1

A photo accompanying this announcement is available at: https://www.globenewswire.com/NewsRoom/AttachmentNg/1f99cf04-8303-4204-8a66-fe352eb5f47e

Media Contact
Communications at bioLytical
press@biolytical.com
+1-778-238-9340

Mosa Meat Scaling Beef Cultivation to Industrial Production Levels

Recent expansion to 77,000 sq ft. makes Mosa Meat the largest cultivated meat campus in the world.

Maastricht, The Netherlands, Oct. 18, 2022 (GLOBE NEWSWIRE) — Mosa Meat, a leader in the cultivated meat space that grows beef directly from animal cells, and unveiled the first cultivated hamburger in 2013, has announced the next step in the scale up of the company’s cultivated beef production facilities.

A new industrial production development center is being developed close to Mosa Meat’s existing pilot facility in Maastricht. After demonstrating the beef cultivation process at pilot scale, Mosa Meat is now ready for the next phase of expansion, housing industrial-size production lines and enabling larger production quantities of beef.

“We’ve expanded our space by 30,000 square feet in our next phase, which brings Mosa Meat’s total footprint to over 77,000 square feet,” shared Maarten Bosch, Mosa Meat’s CEO. “This makes us the largest cultivated meat campus in the world, and provides a solid foundation for our European and global commercialisation plans.”

Global meat consumption is projected to grow more than 40% by 2030, and Mosa Meat is part of a growing global movement to transform the way meat is produced. Beef specifically, is the protein with the highest carbon footprint, which is why Mosa Meat has focused on it since the company was founded in 2016.

Mosa Meat has grown to over 160 employees, with over 80 scientists and the largest number of PhDs in the industry in just a few years’ time. The production team has grown five-fold in the last three months to 15 members. Simultaneously the company has also expanded its footprint at existing locations, including operations at Brightlands and the current pilot facility in Maastricht, where R&D capacity continues to grow. Together, this brings Mosa Meat one step closer towards commercialisation.

Mosa Meat plans to announce the launch of its industrial production development center in 2023.

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About Mosa Meat

Mosa Meat is a global food technology company pioneering a cleaner, kinder way of making real beef. Our founders introduced the world’s first cultivated beef hamburger in 2013, by growing it directly from cow cells. Founded in 2016, Mosa Meat is now scaling up production of the same beef that people love, but in a way that is better for people, animals, and the planet. A diverse and growing team of food-loving problem-solvers, we are united in our mission to fundamentally reshape the global food system. Headquartered in Maastricht, The Netherlands, Mosa Meat is a privately held company backed by Blue Horizon, M Ventures, Bell Food Group, Nutreco, Mitsubishi Corporation, Leonardo DiCaprio and other high-caliber investors.

Follow Mosa Meat on Facebook, LinkedIn, Twitter and Instagram or visit mosameat.com to learn more about why people #cravechange. Access the Mosa Meat press kit here.

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Tim van de Rijdt
Mosa Meat
press@mosameat.com

US Announces $1 Billion Debt Relief for 36,000 Farmers

The federal government announced Tuesday a program that will provide $1.3 billion in debt relief for about 36,000 farmers who have fallen behind on loan payments or face foreclosure.

The U.S. Department of Agriculture announced the farm loan relief program funded from $3.1 billion set aside in the Inflation Reduction Act allocated toward assisting distressed borrowers of direct or guaranteed loans administered by USDA. The law was passed by Congress and signed by President Joe Biden in August.

The USDA provides loans to about 115,000 farmers and livestock producers who cannot obtain commercial credit. Those who have missed payments, are in foreclosure or are heading toward default will get help from the USDA. Financial difficulties for farmers may be caused by a variety of issues including drought and transportation bottlenecks.

“Through no fault of their own, our nation’s farmers and ranchers have faced incredibly tough circumstances over the last few years,” said Agriculture Secretary Tom Vilsack. “The funding included in today’s announcement helps keep our farmers farming and provides a fresh start for producers in challenging positions.”

About 11,000 farm borrowers who are delinquent on direct or guaranteed loan payments for 60 days or longer are receiving automatic electronic payments to get them current on their loans.

Each farmer with a direct loan received about $52,000 and those with guaranteed loans received about $172,000. The total cost for this group is nearly $600 million. Farmers who received this help will get a letter informing them that their payments have been made and they will remain current until their next annual payment is due in 2023, Vilsack said.

Another $200 million has been used to immediately help 2,100 farm borrowers after their loans had been foreclosed but who still owed money and had their tax refunds and other resources taken by the U.S. Treasury. The money will be used to pay the money these farmers owe to give them a fresh start, Vilsack said. The USDA said farmers in this category received an average of $101,000.

Another $571 million will be used to help several additional groups including:

— 7,000 farmers who during the COVID pandemic delayed loan payments to the end of their loans. This will cost $66 million.

— 1,600 farmers that face bankruptcy or foreclosure will get help on a case-by-case basis with individual meetings to assess their problem and find solutions at a cost of $330 million.

— 14,000 financially distressed farm borrowers facing cash flow problems who ask for help to avoid missing a loan payment will receive additional assistance. Vilsack said these issues could be brought on by drought or by low water levels on the Mississippi River, which is slowing barge traffic and causing grain transportation issues. Up to $175 million will be available for this program.

The money announced Tuesday is the first round of payments designed to help ensure the farmers stay in business or re-enter farming.

The remainder of the $3.1 billion will be used to help relax unnecessary loan restrictions and provide further assistance to be announced later, the USDA said.

Farmers assisted by the program have been found by the USDA to be distressed borrowers hard hit by pandemic-induced market disruptions exacerbated by more frequent, more intense, climate-driven natural disasters, the USDA said.

Biden and his administration continue to endure criticism for enacting a program to forgive some college loans but some of the Republican politicians who have criticized that program did not respond to questions about whether they support the farm loan help.

The USDA also provided $31 billion to help nearly a million farmers offset lower sales, prices and other losses because of the coronavirus pandemic in 2021 and 2022, the U.S. Government Accountability Office has said.

Source: Voice of America

Indian Scientist Puts Crop That Fights ‘Hidden Hunger’ on the Map

Nearly a decade ago, farmers in India began growing a staple grain that was fortified with iron and zinc to address a longstanding health problem – anemia among women and children. Since 2018, its cultivation is also expanding in Africa.

Now millions of people consume the grain, helping ward off malnutrition that results, not only from how much people eat, but what they eat.

Pearl millet has long made up the bulk of diets of rural communities in drought-prone regions of India and Africa. But while the grain fills stomachs, it lacks crucial vitamins and minerals resulting in what is called “hidden hunger” among people who cannot afford balanced diets.

Mahalingam Govindaraj, an agricultural scientist based in Hyderabad city, told VOA it took nearly a decade of research to develop the biofortified pearl millet. He will be awarded the 2022 Norman E. Borlaug Award for Field Research and Application on October 19 by the World Food Prize Foundation for his “outstanding leadership in mainstreaming biofortified crops, particularly pearl millet, in India and Africa.”

Govindaraj is a senior scientist with Washington-based HarvestPlus, the Alliance of Biodiversity International, and The International Center for Tropical Agriculture, that have focused on fortifying staple crops with vitamins and minerals to address micronutrient deficiency.

The son of a farmer, Govindaraj was the first in his family to graduate from college and was excited to learn what impact science could have on agriculture. The biofortification of staple crops had emerged on the horizon and he began work on millets. “It was an emotional choice for me because before my father switched to rice, my family used to grow millets,” he recalled. “The idea is not to replace what is traditionally eaten, but to make it more nutritious.”

Packed With Iron

Pearl millet is a hardy grain grown widely in arid regions of India and Africa. Govindaraj’s farming background equipped him to know exactly what farmers would want. “We had to ensure that its maturity period should be short, it should be a high yielding variety and the grain color should be good, because otherwise they would not grow it,” he said.

Iron-enriched pearl millet seeds, called “Dhanashakti,” were first given to farmers in the western Indian state of Maharashtra. Initially, seed companies used vans with loudspeakers in villages to popularize it.

Now, about 120,000 Indian farmers grow the grain known as “bajra” across India’s central and southern regions. By 2024, an estimated nine million people will eat a traditional flatbread called “roti” made with this grain.

Its benefits: 200 grams of this grain provide women with about 80 percent of their recommended daily allowance of iron, thus providing a cheap source of the micronutrient in a country where nearly 60 percent of the children below five and over half the pregnant women are anemic.

In the last four years, farmers in the drought-prone areas of the Sahelian zone of West Africa in countries like Niger and Senegal have also begin growing iron biofortified pearl millet known as “Chakti.”

“Biofortification is gaining momentum because it can ensure better nutrition to the coming generation and is cost effective,” points out Monika Garg at the National Agri-Food Biotechnology Institute in Mohali, India. “If nutrients are added to the crop itself, it reaches the masses easily and is cheaper. While giving artificial supplements is possible, it is far harder to reach the rural poor with these interventions.”

Grain Addresses “Hidden Hunger”

The benefits of the fortified pearl millet are already evident. A study by Britain-based BMC Public Health in India’s Maharashtra state showed that a diet of iron-rich pearl millet given to a group of adolescents for six months reversed iron deficiency and also improved memory, attention and physical activity levels.

The scale of “hidden hunger” is huge – an estimated two billion people, or nearly one in four persons, suffer from vitamin and nutrient deficiencies, according to the World Health Organization.

Govindaraj points out that the benefits of biofortified crops were also highlighted during the COVID-19 pandemic when tens of thousands of people grappled with reduced food portions because they lost incomes. There are also concerns that climate change and food inflation as a result of the Ukraine conflict are exacerbating malnutrition.

In recent years biofortification of key food crops to tackle malnutrition has emerged firmly on the radar of India and many other developing countries.

In India, several government agricultural institutes are working on it. Besides pearl millet, crops such as wheat and rice have also been fortified with micronutrients.

The next challenge is to mainstream those biofortified crops by ensuring that all farmers plant seeds containing micronutrients. The Indian government has already stipulated minimum standards of zinc and iron that all varieties of pearl millet should contain.

“This is a major milestone,” says Govindaraj. “A beginning has been made and as its cultivation gets scaled up over the next five or six years, it will ensure that every person consuming pearl millet gets micronutrients along with their energy needs.”

Source: Voice of America