蜜桃传媒破解版下载

On March 18, 2020, two days after 蜜桃传媒破解版下载 shuttered operations due to COVID-19, Dan Larremore sent an email to some of the world鈥檚 leading infectious disease modelers:

鈥淚 am writing with an open offer to help.鈥�

A mathematician and epidemiologist by training, Larremore and his lab had been busy studying the evolution of malaria, and social inequities in academic hiring. But with a deadly new virus sweeping the globe, the assistant professor in the Department of Computer Science and researcher听at the BioFrontiers Institute saw an urgent need to shift focus.

鈥淚 feel like there is no point in studying the 鈥榮tatus quo ante鈥� if it no longer exists,鈥� he wrote.

Fast forward two years, and the National Science Foundation this week , the nation鈥檚 highest honor for early-career scientists, for research that has been instrumental in informing how COVID-19 vaccines have been distributed and helping convince policymakers to prioritize rapid testing.

At 38, he is one of only three U.S. scientists to receive this year鈥檚 award and the third 蜜桃传媒破解版下载 faculty to ever receive it (following Nobel Laureate Eric Cornell in 1997 and Professor Kristi Anseth in 2004). It comes with a five-year, $1 million grant.

鈥淚t is incredibly humbling and easily the greatest honor of my career,鈥� said Larremore.

An unlikely academic

Raised in Wheat Ridge, Colorado, Larremore knew little about academic research growing up. His grades at Lakewood High School were 鈥渦nremarkable,鈥� and he recalls 鈥渇alling through the cracks鈥� for a time as an undergrad at Washington University in St. Louis, where he studied chemical engineering. After a stint working for a medical device company, he briefly considered law school (he had a knack for the logic puzzles on the LSAT), only to be pulled aside by a family friend, who advised, 鈥淒on鈥檛 go to law school just because you did well on the entrance exam.鈥� 听

鈥淗e said: Do something you love,鈥� recalls Larremore, 鈥渟omething that challenges you.鈥�

Taking this advice, Larremore applied to the master鈥檚 program in applied math at 蜜桃传媒破解版下载, unaware the department is among the nation鈥檚 best (currently ranked 14th听in the U.S.).

鈥淚 never would have been able to come into a PhD program through the front door,鈥� he said. 鈥淏ut after learning about the research that professors do, I was hooked.鈥�

That led to a PhD in 2012. After postdoctoral fellowships at the Harvard T.H. Chan School of Public Health and the Santa Fe Institute, he joined the 蜜桃传媒破解版下载 faculty.

Antibodies and lockdowns

Larremore鈥檚 email that March day sparked a collaboration between researchers at Harvard鈥檚 Center for Communicable Disease Dynamics, where he is now an external faculty member, and the BioFrontiers Institute, using cutting-edge mathematical modeling and ultra-fast computers to answer questions of global life-or-death significance.

With campus shut down, he worked nonstop for months from the kitchen table at his nearby apartment.

鈥淓ven from home, I could ask the computing cluster at BioFrontiers to run tens of thousands of simulations at once, go make some lunch, take the dog for a walk with my partner, and come back to find answers,鈥� recalls Larremore. 鈥淚t was like science fiction.鈥�

First, Larremore and his team set out to develop more accurate assessments, through antibody testing, of how many people had already been infected. This mattered because a few early but flawed antibody studies suggested that number was already high, fueling calls for lockdowns to be lifted. Larremore鈥檚 statistical work, published in the journal , showed how to correct those estimates, confirming that stay-at-home orders were still important.

A rapid test or a sensitive test?

As workplaces and universities looked to the future, another set of questions arose: How often should we test for the virus, and what鈥檚 better鈥攁n extremely sensitive COVID-19 test that can take days to get results or a less-sensitive test that can be turned around in minutes? In a seminal paper published in the journal , Larremore鈥檚 team delivered an answer.

鈥淲e showed if you can get results back faster, that is actually more valuable in curbing the spread of the disease than the slow but sensitive test,鈥� said Larremore.

The study helped to inspire institutions nationwide, including 蜜桃传媒破解版下载, to implement regular testing programs with fast turnaround times and to inform federal and state decisions to send rapid tests to every home.

Who should be first in line for vaccines?

Half a year before vaccine trials had concluded, Larremore and his students, including Kate Bubar, a graduate student in interdisciplinary quantitative biology and applied math, posed a new question: Who should get vaccines first?

Some proposed striving for herd immunity first, by giving vaccines to working-aged adults鈥攍ess likely to be hospitalized or die but more likely to spread the virus.

But in a paper published in Larremore, Bubar and their team concluded overwhelmingly that older adults and medically vulnerable people should be first.

鈥淗ad we tried the other path, we would have slammed into vaccine hesitancy much earlier, so we actually would have failed to stop transmission through herd immunity. And for our elders and grandparents鈥攊t would have been a horror.鈥�

Applying lessons learned

Going forward, Larremore said he hopes to study how lessons learned during the pandemic could shape the trajectories of other infectious diseases. For instance, could widespread use of rapid tests for the flu sharply reduce its incidence?

He will continue keeping an open door in his lab for young scientists who, like him, may not fit the mold of a typical grad student.

鈥淲e have to make space for people who come to research late without having been steeped in it their whole lives,鈥� he said. 鈥淚f people hadn鈥檛 given me a chance, I would not be in this position I鈥檓 in today.鈥�

Other winners this year include: Jessica Tierney, a paleoclimatologist at University of Arizona, and Lara Thompson, a mechanical engineer at the University of the District of Columbia. They will accept their awards at a ceremony during the National Science Board meeting May 5 in Washington, D.C.

鈥淭hey have clearly demonstrated a superb record of scientific achievements by using creative and innovative approaches that have further strengthened basic research in their respective fields,鈥� said NSF Director Sethuraman Panchanathan in a statement. 鈥淲e are grateful to all of our honorees for the vital role they play in advancing the scientific enterprise.鈥�