Georgia Tech News | The Contracting Education Academy

August 19, 2020 By cs

Georgia Tech to lead technology coalition to advance inclusive innovation across the state

Announced by Lt. Gov. Geoff Duncan on Aug. 17, Georgia Tech will take a lead role in the Partnership for Inclusive Innovation, a public-private partnership created to foster technology access, growth, entrepreneurship, and evolution across the state of Georgia. The organization is the first of its kind — a statewide, public-private partnership built from the ground up entirely in a virtual environment.

The new organization follows the foundational work of the Georgia Innovates Task Force, established by Lt. Gov. Duncan in January 2020. The task force, under the chairmanship of G.P. “Bud” Peterson, president emeritus of Georgia Tech, and former U.S. Senator Johnny Isakson, made recommendations last month to formalize efforts that will establish the state as a national leader in technology research, development, and implementation. Peterson will continue as board chair. Debra Lam, current managing director of Smart Cities and Inclusive Innovation at Georgia Tech, has been named executive director of the new organization.

“Through collaboration between industry and education, the Partnership for Inclusive Innovation has the potential to transform our entire state and the lives of its citizens,” said Ángel Cabrera, president, Georgia Tech. “ We are very grateful to Lt. Gov. Geoff Duncan for creating the Georgia Innovates Task Force earlier this year, and for the thousands of volunteer hours that my predecessor, co-chair G.P. “Bud” Peterson, and other civic and community leaders and supporting organizations invested in creating this exciting vision. We at Georgia Tech are honored to help Georgia maximize inclusive innovation throughout our state.”

Following the recommendations of the task force and building on the state’s existing infrastructure and leadership, the organization’s focus will center on “foundational, transformational, and sustaining” work throughout the state of Georgia that is guided by principles of connectedness, talent, diversity, sustainability, and identity. Pilot programs will focus on providing access to digital resources and education; advancing agriculture, food system innovation, venture capital growth, and lab-to-market tech transfer; and ensuring resources, access, and opportunities are sustained via public-private partnerships.

Advancement efforts will include a series of high-impact, low-cost pilot programs, including K-12 Digital Readiness, Advanced Food Supply Innovation, and Regional Industry/Education Collaboratives. The first set of pilots, including Civic Data Science for Equitable Development in Savannah and a Traffic Monitoring and Communication System in Valdosta, were recently announced by the Georgia Smart Communities Challenge.

Georgia Tech research across a broad range of disciplines, including optical technology, will help define Georgia’s identity as a national leader in technology research, development and implementation. (Credit: Christa Ernst, Georgia Tech)

“Georgia Tech’s leadership role in the Partnership for Inclusive Innovation is an ongoing testament to its strategic mission of advancing technology to improve the human condition,” said Lam. “The Partnership for Inclusive Innovation’s establishment also reflects the level and depth of statewide commitment to improve access and opportunities for all Georgians. It was an honor to work with the full Georgia Innovates Task Force, and I look forward to working with the esteemed board of advisors and the greater innovation ecosystem to deliver real impact.”

Additional pilots are planned, with the Partnership for Inclusive Innovation working closely with local governments, startups, nonprofits, and other collaborators, increasing access to educational, entrepreneurial, and technological opportunities for Georgians as well as attracting new talent to the state’s workforce. Program funding will be provided through a combination of state, industry, and philanthropic support.

Joining Peterson and Lam, the board for the Partnership for Inclusive Innovation will include members representing government, industry, and higher education organizations.

Source: http://news.gatech.edu/2020/08/17/georgia-tech-lead-technology-coalition-advance-inclusive-innovation-across-state

July 23, 2020 By cs

Georgia Tech’s Economic Development Administration University Center awarded $300,000 grant

Department of Commerce’s Economic Development Administration (EDA) is awarding a $300,000 CARES Act Recovery Assistance grant to the Georgia Institute of Technology’s EDA University Center.

The grant will be used to boost the center’s capacity to support regional economic development strategies in response to the coronavirus pandemic.

“The Trump Administration is eager to allocate these essential CARES Act funds and deliver on our promise to help American communities recover from the impact of COVID-19,” said Secretary of Commerce Wilbur Ross said in a statement. “I am proud of the perseverance and strength shown by our communities coast to coast throughout this pandemic, and these funds will help provide Georgia with the necessary resources to make a swift and lasting economic comeback.”

The CARES Act, signed into law by President Donald J. Trump, provides EDA with $1.5 billion for economic development assistance programs to help communities prevent, prepare for, and respond to the coronavirus pandemic.

EDA CARES Act Recovery Assistance, which is being administered under the authority of the bureau’s flexible Economic Adjustment Assistance (EAA) (PDF) program, provides a wide-range of financial assistance to eligible communities and regions as they respond to and recover from the impacts of the coronavirus pandemic.

EDA university centers marshal the resources found in colleges and universities to support regional economic development strategies in areas challenged with chronic and acute economic distress.

Tech was the first institution of higher learning to be designated an EDA University Center when the program was launched in the 1960s. It has been an EDA award recipient since inception — the only institute of higher learning with that distinction.

Tech’s EDA University Center, an offering of its economic development arm, the Enterprise Innovation Institute, will use the CARES Act funding to support three specific activities with businesses, communities, and entrepreneurs in Georgia:

Conduct, share, and disseminate applied research to address specific challenges or needs, or solve specific problems resulting from the economic impacts of coronavirus.
Provide technical assistance to entrepreneurs, businesses and communities to assist in their recovery efforts from the impacts of the coronavirus pandemic.
Assist communities in identifying, defining, and supporting their workforce talent with the goal of helping communities recover from the economic impacts of coronavirus.

“We always incorporate new, innovative approaches in working with our clients,” said Georgia Tech EDA University Center Director Lynne Henkiel. “Georgia businesses and communities are all dealing with the effects that COVID-19 on their operations and local economies. This funding will help support our work and development of programs and training for business and community leaders to evaluate and reassess their activities to help them get back up and operating quickly.”

Among some of the services that Tech’s EDA University Center will offer under grant include business counseling, feasibility studies, and resilience plans, as well as skills development and workforce training, among other offerings.

“This investment comes at a crucial time to help Georgia’s and our nation’s economy come roaring back and provide hard-working Americans with new opportunities,” said Dana Gartzke, performing the delegated duties of the assistant secretary of commerce for economic development. “We are pleased to make this investment in Georgia Tech’s Enterprise Innovation Institute to respond to the coronavirus pandemic by assisting communities across Georgia develop short and long-term resilience plans with additional support for workforce development initiatives.”

In 2018, the most recent reporting data available, the EDA University Center at Georgia Tech worked with 13 clients and helped them save or create 57 jobs and secure more than $1.4 million in private and public sector investments.

Source: https://innovate.gatech.edu/blog/georgia-tech-economic-development-administration-university-center-awarded-300k-grant/

May 28, 2020 By cs

Georgia Tech researchers receive NIH funds for adjuvant research to boost Coronavirus vaccines

Researchers have received funding from the National Institute of Allergy and Infectious Diseases, part of the National Institutes of Health, to screen and evaluate certain molecules known as adjuvants that may improve the ability of coronavirus vaccines to stimulate the immune system and generate appropriate responses necessary to protect the general population against the virus.

“The adjuvants that we are studying, known as pathogen-associated molecular patterns (PAMPs), are molecules often found in viruses and bacteria, and can efficiently stimulate our immune system,” explained Krishnendu Roy, a professor and Robert A. Milton Chair in the Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University. “Most viruses have several of these molecules in them, and we are trying to mimic that multi-adjuvant structure.”

Adjuvants are used with some vaccines to help them create stronger protective immune responses in persons receiving the vaccine. The research team will screen a library of various adjuvant combinations to quickly identify those that may be most useful to enhance the effects of both protein- and RNA-based coronavirus vaccines under development.

“We are trying to understand how adjuvant combinations affect the vaccine response,” Roy said. “We will look at how the immune system shifts and changes with the adjuvant combinations. The ultimate goal is to determine how to generate the most effective, strongest, and most durable immune response against the virus. There are more than a hundred vaccine candidates being developed for the SARS-CoV-2 virus, which causes COVID-19, and it is likely that many will generate initial antibody responses. It remains to be seen how long those responses will last and whether they can generate appropriate immunological memory that protects against subsequent virus exposures in the long-term.”

The parent grant to Georgia Tech is part of a program called “Molecular Mechanisms of Combination Adjuvants (MMCA).” For the past four years, the agency has been supporting Roy and his research team to pursue studies to understand how adjuvants work, and this additional funding will allow them to apply their research to potential coronavirus vaccines.

“It has been difficult to develop safe and durable vaccines against respiratory viruses,” explained Roy, who also directs the Center for ImmunoEngineering. “Over the past several years, we have been looking mostly at the basic science and understanding how the immune system integrates signals from multiple adjuvants to create a unified immune response in mammals. This new funding will allow us to pursue more translational aspects related to COVID-19 and provide the scientific community with potentially new tools to fight this devastating pandemic.”

The team has developed a technique that uses micron- and nanometer-scale polymer particles to present both the vaccine antigen and adjuvant compounds to the mammalian immune system. The medical polymer that is the basis for the particles is used for other purposes in the body.

The synthetic particles, which Roy’s team calls pathogen-like particles (PLPs), are designed to mimic real pathogens in terms of how they elicit immune responses – without causing infection. “They have an antigen and multiple synergistic adjuvants on a particle-structure that is very similar to how native pathogens present these molecules to our immune system,” he said.

The PLPs combined with adjuvants encourage the immune system to develop antibodies and T cell responses that can battle the real pathogen if it attacks. Having existing antibodies and the appropriate virus-fighting T cells to the novel coronavirus will enable the body’s immune system to respond quickly to the threat of infection and potentially destroy the virus quickly.

The researchers will first evaluate how the adjuvants affect the interaction of specific immune cells, called dendritic cells and macrophages, with T cells – a key component of generating immune system response – and then follow up with animal studies using the promising combinations. Whether or not a vaccine can be created that will provide long-term protective immunity against the coronavirus is still an open question in the research community, and Roy said the research into adjuvants will help provide new tools to answer that question.

Krishnendu Roy, a professor and Robert A. Milton Chair in the Wallace H. Coulter Department of Biomedical Engineering at Georgia Tech and Emory University, and his research team has received NIH funding to screen and evaluate certain molecules known as adjuvants that may improve the ability of coronavirus vaccines to stimulate the immune system. (Photo: Rob Felt, Georgia Tech)

“Part of the knowledge gap right now is that we don’t know how the immune system is influenced by various adjuvants,” he said. “We need to look at how the vaccine formulations, our particles and the adjuvants affect T cell proliferation and T cell response, and how we can optimize that response to generate durable immunity.”

The adjuvant Alum has been used since the 1930s to boost the action of the immune system as it responds to antigens in vaccines that elicit protection against many pathogens. However, for those pathogens that require alternative adjuvants, only a few other adjuvants are currently used in commercial vaccines. Research on modern adjuvants aims to understand the way they specifically activate our immune systems and can be designed to protect against infections. Another approach is to find out if combinations of adjuvants are safe and more effective than a single adjuvant providing highly effective and long-lasting protective immunity.

Roy and his team will be evaluating existing adjuvants in combination, along with potential protein and RNA-based antigens currently under evaluation. The goal is to develop novel combinations of current adjuvants, including adjuvants approved for use and others that are still in development. “In this work, the strategy is to take existing platforms and see how we can pivot them to understand how to make the COVID vaccines better, and do it rapidly.”

As with other research into potential coronavirus vaccines, the work is being accelerated with the goal of creating a safe and effective vaccine against the pandemic virus as soon as possible.

“There are multiple efforts that the NIH and others are funding to really accelerate the pace of the work to see how many different approaches we can come up with and to evaluate the differences,” Roy said. “The goal is to determine what data we can generate very quickly to move toward a successful vaccine that is safe, durable, affordable, scalable, and effective. Evaluating different approaches will help increase the likelihood that we’ll find one or more that meet these criteria.”

Source: http://www.news.gatech.edu/2020/05/20/researchers-receive-nih-funds-adjuvant-research-boost-coronavirus-vaccines

This research is supported by the National Institute of Allergy and Infectious Diseases of the National Institutes of Health under supplemental funding to award number U01AI124270. The content is solely the responsibility of the authors and does not necessarily represent the official views of the National Institutes of Health.

For more coverage of Georgia Tech’s response to the coronavirus pandemic, please visit our Responding to COVID-19 page.

May 14, 2020 By cs

Why restarting the global economy won’t be easy

As the world contemplates ending a massive lockdown implemented in response to COVID-19, Vinod Singhal is considering what will happen when we hit the play button and the engines that drive industry and trade squeal back to life again.

The U.S. gets close to a trillion dollars of products annually from Asian countries, and most are shipped by sea, which requires a four-to-six-week lead time. Here, containers are stacked at a Georgia Ports Authority facility in Savannah. (GPA Photo: Stephen B. Morton)

Singhal, who studies operations strategy and supply chain management at the Georgia Institute of Technology, has a few ideas on how to ease the transition to the new reality. But this pandemic makes it hard to predict what that reality will be.

“We know pandemics can disrupt supply chains, because we’ve had the SARS experience, but this is something very different,” said Singhal, the Charles W. Brady Chair Professor of Operations Management at the Scheller College of Business, recalling the SARS viral pandemic of 2002 to 2003. But that event did not have nearly the deadly, worldwide reach of COVID-19.

“There is really nothing to compare this pandemic to,” he said. “And predicting or estimating stock prices is simply impossible, unlike supply chain disruptions caused by a company’s own fault, or a natural disaster, like the earthquake in Japan.”

The earthquake that shook northeastern Japan in March 2011 unleashed a devastating and deadly tsunami that caused a meltdown at a nuclear power plant, and also rocked the world economy. It was called the most significant disruption ever of global supply chains. Singhal co-authored a study on the aftereffects, “Stock Market Reaction to Supply Chain Disruptions from the 2011 Great East Japan Earthquake,” published online in August 2019 in the journal Manufacturing & Service Operations Management.

But COVID-19 represents a new kind of mystery when it comes to something as complex and critical to the world’s economy as the global supply chain, for a number of reasons that Singhal highlighted:

The global spread of the virus and duration of the pandemic. “We have no idea when it will be under control and whether it will resurface,” Singhal said. “With a natural disaster you can kind of predict that if we put in some effort, within a few months we can get back to normal. But here there is a lot of uncertainty.”
Both the demand and supply side of the global supply chain are disrupted. “We’re not only seeing a lot of factories shutting down, which affects the supply side, but there are restrictions on demand, too, because you can’t just go out and shop like you used to, at least for the time being,” he said. “And all this is taking place in an environment where supply chains are fairly complex – intricate, interconnected, interdependent, and global.”
Longer lead times. “We get close to a trillion dollars of products annually from Asian countries, about $500 billion from China,” Singhal said. “Most are shipped by sea which requires a four-to-six-week lead time. The fact that logistics and distribution has been disrupted and needs to ramp up again will increase lead time. So, it will take time to fill up the pipeline, and that is going to be an issue.”
Supply chains have little slack, and little spare inventory. While manufacturing giants such as Apple, Boeing, and General Motors have more financial slack to carry them through a massive economic belt tightening, their suppliers, spread out across the globe, come in different sizes, different tiers, “and these smaller companies don’t have much financial slack,” said Singhal, pointing to a report of small and medium sized companies in China, “which have less than three months of cash. They’ve already been shut down for two months, and cash tends to go away quickly.

“Many of these companies may go bankrupt,” he added. “So we need to figure out how to reduce the number of bankruptcies. Government is going to play an important role in this, and the stimulus package the U.S. has approved will be helpful.”

Trying to get a handle on how stock markets are responding to all that has happened is like trying to take aim at a moving target during a stiff wind. Volatility has increased significantly since February 13, when the Dow Jones index reached an all-time high of about 29,500.

“That’s because we did not expect the pandemic to spread and disruptions initially were low because of pipeline inventory,” Singhal said, noting that since then the Index dropped sharply, to 18,500 on March 23 (a decline of nearly 38 percent), it picked up and was back to 22,000 by March 30. “The same is true of other stock markets. The Chinese stock market was down 13 percent, but they seem to have the pandemic under control.”

While COVID-19 is making it difficult to predict what the market will look like, Singhal has some ideas of which industries will be most affected.

“Travel, tourism, entertainment, restaurants – businesses that rely on people going out—will take a long time to recover, in terms of profitability and stock price, even once the pandemic is contained,” he said. “People are going to be hesitant to travel after all this. Tourism will take a hit.”

Essentials like groceries are surging as people stock up in reaction to being shut in, but this isn’t a long-term trend. Singhal doesn’t expect this trend to continue as shopping habits and store shelves eventually normalize.

Companies that sell basics, with a strong online presence, will do well, “but industries like automobiles and electronics, which have global supply chains and have a hard time replacing specialized, high-tech components will be affected,” said Singhal, who also has suggestions on the most important issues to address and how to help speed up the recovery and bring supply chains back to normal (or whatever normal looks like after this):

The ability to bring capacity online, especially for small and medium-sized companies. “Facilities and equipment may need some time to restart,” he said. “Staffing is a big issue. How quickly can you get people back to work? Also, can you get the raw materials and build up the inventory to support production? That may be tough when pent up demand is being released and everybody is competing for limited supplies.”
Distribution. Lead times already are long, he notes, and a sudden increase in demand for logistics and distribution services as everybody ramps up again could extend lead times.
Prevent bankruptcies. Government programs need to be established (like the U.S. stimulus package) to keep small- and medium-sized firms in business. This concern extends to second- and third-tier suppliers, and large firms like Apple or Boeing or GM, should do the same for their most critical suppliers.
Build slack. “Preserve cash, get new lines of credit or draw down lines of credit, maybe cut dividends or stock repurchases,” Singhal said. “And build inventories of critical components.”

Singhal also stresses the need for transparency, up and down the supply chain: “What that means is, companies need to have a good understanding of what is happening to their customers and suppliers, but not just their immediate, first tier customers and suppliers, but also their customers and suppliers, and so on up and down the line.”

It will be very important going forward for the next several months to monitor the health of the supply chain from both the customer perspective and a supplier perspective, because this is a new world, says Singhal, who adds an optimistic postscript, “It’s a crisis situation now, but I think we can put it back together.”

Source: http://www.news.gatech.edu/2020/05/10/why-restarting-global-economy-wont-be-easy

For more coverage of Georgia Tech’s response to the coronavirus pandemic, please visit our Responding to COVID-19 page.

The Contracting Education Academy at Georgia Tech has established a webpage where all contract-related developments related to the coronavirus (COVID-19) are summarized. Find the page at: https://contractingacademy.gatech.edu/coronavirus-information-for-contracting-officers-and-contractors/

May 11, 2020 By cs

Georgia Tech among Atlanta institutions taking lead role in fast-tracking COVID-19 diagnostic tests

A trio of Atlanta health care and research institutions will play a leading role in helping to evaluate potential COVID-19 tests as part of a new federal initiative designed to rapidly transform promising technology into widely accessible diagnostic tools to detect the virus.

Children’s Healthcare of Atlanta, the Emory University School of Medicine Department of Pediatrics and the Georgia Institute of Technology are teaming up through the Atlanta Center for Microsystems Engineered Point-of-Care Technologies (ACME POCT) .

The Atlanta center was selected by the National Institutes of Health (NIH) to evaluate COVID-19 detection tests utilizing a portion of a $1.5 billion investment from federal stimulus funding under a newly launched Rapid Acceleration of Diagnostics (RADx) initiative. This initiative will infuse funding into early, innovative technologies to speed development of rapid and widely accessible COVID-19 testing with a mandate that tests be deployed to Americans this fall.

“The National Institute of Biomedical Imaging and Bioengineering (NIBIB) is urging all scientists and inventors with a rapid testing technology to compete in a national COVID-19 testing challenge for a share of up to $500 million over all phases of development that will assist the public’s safe return to normal activities,” said Wilbur Lam, M.D., Ph.D., pediatric hematologist and oncologist at Aflac Cancer and Blood Disorders Center of Children’s and principal investigator of ACME POCT.

As one of only five NIH-funded point-of-care technology centers in the nation within the Point-of-Care Technologies Research Network (POCTRN), ACME POCT will receive a $10 million to $20 million supplement to work closely with relevant technology developers and the medical diagnostics industry across the country to meet the deadline. The technologies will be put through a highly competitive, rapid three-phase selection process to identify the best candidates for at-home or point-of-care tests for COVID-19. The goal is to make millions of accurate and easy-to-use tests per week available to all Americans by the end of summer 2020 and in time for the flu season.

The Center will operate on the frontlines assessing, validating and conducting clinical trials as well as advising in manufacturing and scale-up of relevant COVID-19 tests. They expect hundreds of technology developers and companies to apply for the RADx program and will be involved in clinical validation and shepherding successful projects to meet this national need, making Children’s, Emory and Georgia Tech frontline warriors in this effort.

ACME POCT fosters the development and commercialization of microsystems (microchip-enabled, biosensor-based, microfluidic) diagnostic tests that can be used outside the traditional hospital setting, in places such as the home, community or doctor’s office. Lam and his team will evaluate the tests for the NIBIB as they urgently solicit proposals.

Lam is the principal investigator of ACME POCT and also serves as associate professor of the Emory University School of Medicine Department of Pediatrics and the Wallace H. Coulter Department of Biomedical Engineering at the Georgia Institute of Technology and Emory University. Greg Martin, M.D., is co-principal investigator along with Oliver Brand, Ph.D., executive director of Georgia Tech’s Institute for Electronics and Nanotechnology and a professor in the School of Electrical and Computer Engineering. Together the team makes up the only point-of-care center in the nation dedicated to developing microsystems with sensors, smart phones and wearable technologies. Dr. Martin is also a professor with the Emory University School of Medicine and Chair of Critical Care for Grady Health System.

About Children’s Healthcare of Atlanta: As the only freestanding pediatric healthcare system in Georgia, Children’s Healthcare of Atlanta is the trusted leader in caring for kids. The not-for-profit organization’s mission is to make kids better today and healthier tomorrow through more than 60 pediatric specialties and programs, top healthcare professionals, and leading research and technology. Children’s is one of the largest pediatric clinical care providers in the country, managing more than one million patient visits annually at three hospitals, Marcus Autism Center, the Center for Advanced Pediatrics and 20 neighborhood locations. Consistently ranked among the top children’s hospitals by U.S. News & World Report, Children’s Healthcare of Atlanta has impacted the lives of kids in Georgia, across the United States and around the world for more than 100 years thanks to generous support from the community. Visit www.choa.org for more information.

About Emory University School of Medicine: Emory University School of Medicine is a leading institution with the highest standards in education, biomedical research and patient care, with a commitment to recruiting and developing a diverse group of students and innovative leaders. Emory School of Medicine has more than 2,800 full- and part-time faculty, 556 medical students, 530 allied health students, 1,311 residents and fellows in 106 accredited programs, and 93 MD/PhD students in one of 48 NIH-sponsored Medical Scientist Training Programs. Medical school faculty received $456.3 million in external research funding in fiscal year 2018. The school is best known for its research and treatment in infectious disease, neurosciences, heart disease, cancer, transplantation, orthopaedics, pediatrics, renal disease, ophthalmology and geriatrics.

About the Georgia Institute of Technology: The Georgia Institute of Technology is one of the nation’s leading research universities — a university that embraces change while continually Creating the Next. The next generation of leaders. The next breakthrough startup company. The next lifesaving medical treatment. Georgia Tech provides a focused, technologically based education to more than 36,000 undergraduate and graduate students. The Institute has many nationally recognized programs, all top-ranked by peers and publications alike, and is ranked among the nation’s top five public universities by U.S. News & World Report. It offers degrees through the Colleges of Computing, Design, Engineering, Sciences, the Scheller College of Business, and the Ivan Allen College of Liberal Arts. As a leading technological university, Georgia Tech has more than 100 centers focused on interdisciplinary research that consistently contribute vital research and innovation to American government, industry, and business.

About the National Institutes of Health (NIH): NIH, the nation’s medical research agency, includes 27 Institutes and Centers and is a component of the U.S. Department of Health and Human Services. NIH is the primary federal agency conducting and supporting basic, clinical, and translational medical research, and is investigating the causes, treatments, and cures for both common and rare diseases. For more information about NIH and its programs, visit www.nih.gov.

Source: http://www.news.gatech.edu/2020/04/30/atlanta-institutions-take-lead-role-fast-tracking-covid-19-diagnostic-tests

Department of Commerce’s Economic Development Administration (EDA) is awarding a $300,000 CARES Act Recovery Assistance grant to the Georgia Institute of Technology’s EDA University Center.

As the world contemplates ending a massive lockdown implemented in response to COVID-19, Vinod Singhal is considering what will happen when we hit the play button and the engines that drive industry and trade squeal back to life again.

A trio of Atlanta health care and research institutions will play a leading role in helping to evaluate potential COVID-19 tests as part of a new federal initiative designed to rapidly transform promising technology into widely accessible diagnostic tools to detect the virus.

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