Details

Autor(en) / Beteiligte

• Reiner, Robert C., Jr
• Barber, Ryan M
• Collins, James K
• Zheng, Peng
• Adolph, Christopher
• Albright, James
• Antony, Catherine M
• Aravkin,Aleksandr Y
• Bachmeier, Steven D
• Bang-Jensen, Bree
• Bannick, Marlena S
• Bloom, Sabina
• Carter, Austin
• Castro, Emma
• Causey, Kate
• Chakrabarti, Suman
• Charlson, Fiona J
• Cogen, Rebecca M
• Combs, Emily
• Dai, Xiaochen
• Dangel, William James
• Earl, Lucas
• Ewald, Samuel B
• Maha, Ezalarab
• Ferrari, Alize J
• Flaxman, Abraham
• Frostad, Joseph Jon
• Fukllman, Nancy
• Gakidou, Emmanuela
• Gallagher, John
• Glenn, Scott D
• Goosmann, Erik A
• He, Jiawei
• Henry, Nathaniel J
• Hulland, Erin N
• Hurst, Benjamin
• Johanns, Casey
• Kendrick, Parkes J
• Khemani, Apurva
• Larson, Samantha Leigh
• Lazzar-Atwood, Alice
• LeGrand, Kate E
• Lescinsky, Haley
• Lindstorm, Akiaja
• Linebarger, Emily
• Lozano, Rafael
• Ma, Rui
• Mansson, Johan
• Magistro, Beatrice
• Mantilla Herrera, Ana M
• Marczak, Laurie B
• Miller-Petrie, Molly K
• Mokdad, Ali H
• Morgan, Julia Deryn
• Naik, Paulami
• Odell, Christopher M
• O'Halloran, James K
• Osgood-Zimmerman, Aaron E
• Ostroff, Samuel M
• Pasovic, Maja
• Penberthy, Louise
• Phipps, Geoffrey
• Pigott, David M
• Pollock, Ian
• Ramshaw, Rebecca E
• Redford, Sofia Boston
• Reinke, Grace
• Rolfe, Sam
• Santomauro, Damian Francesco
• Shackleton, John R
• Shaw, David H
• Sheena, Brittney S
• Sholokhov, Aleksei
• Sorensen, Reed J.D
• Sparks, Gianna
• Spurlock, Emma Elizabeth
• Subart, Michelle L
• Syailendrawati, Ruri
• Torre, Anna E
• Troeger, Christopher E
• Vos, Theo
• Watson, Alexandrea
• Watson, Stefanie
• Wiens, Kirsten E
• Woyczynski, Lauren
• Xu, Liming
• Zhang, Jize
• Hay, Simon I
• Lim, Stephen S
• Murray, Christopher J.L

Titel

Modeling COVID-19 scenarios for the United States

Ist Teil von

• Nature medicine, 2021-01, Vol.27 (1), p.94-105

Ort / Verlag

United States: Nature Publishing Group

Erscheinungsjahr

2021

Link zum Volltext

Quelle

MEDLINE

Beschreibungen/Notizen

• We use COVID-19 case and mortality data from 1 February 2020 to 21 September 2020 and a deterministic SEIR (susceptible, exposed, infectious and recovered) compartmental framework to model possible trajectories of severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) infections and the effects of non-pharmaceutical interventions in the United States at the state level from 22 September 2020 through 28 February 2021. Using this SEIR model, and projections of critical driving covariates (pneumonia seasonality, mobility, testing rates and mask use per capita), we assessed scenarios of social distancing mandates and levels of mask use. Projections of current non-pharmaceutical intervention strategies by state-with social distancing mandates reinstated when a threshold of 8 deaths per million population is exceeded (reference scenario)-suggest that, cumulatively, 511,373 (469,578-578,347) lives could be lost to COVID-19 across the United States by 28 February 2021. We find that achieving universal mask use (95% mask use in public) could be sufficient to ameliorate the worst effects of epidemic resurgences in many states. Universal mask use could save an additional 129,574 (85,284-170,867) lives from September 22, 2020 through the end of February 2021, or an additional 95,814 (60,731-133,077) lives assuming a lesser adoption of mask wearing (85%), when compared to the reference scenario.