Modeling how antibody responses may determine the efficacy of COVID-19 vaccines https://t.co/Kt1n1Ii6o1
Scientists have developed a multiscale mathematical model that proposes mechanistic links between #COVID19 #vaccine efficacies and the neutralizing antibody responses they elicit. DOI: https://t.co/zUIqzcQppg https://t.co/jmsPYjO3tw
Scientists have developed a multiscale mathematical model that proposes mechanistic links between #COVID19 #vaccine efficacies and the neutralizing antibody (NAb) responses they elicit. DOI: https://t.co/zUIqzd7srg @DrJitendraSingh @rajesh_gokhale https:
@michaelzlin Then there's this one as well: https://t.co/NG93q96Tse https://t.co/8mX0151G67
RT @PraneshPadmana1: Check out ABC News coverage of our work https://t.co/BzBz8CQEiC
RT @PraneshPadmana1: Check out ABC News coverage of our work https://t.co/BzBz8CQEiC
RT @PraneshPadmana1: Check out ABC News coverage of our work https://t.co/BzBz8CQEiC
Check out ABC News coverage of our work https://t.co/BzBz8CQEiC
RT @chemengiisc: In a new study in @NatComputSci, Prof. Narendra Dixit and department alumni Dr. @PraneshPadmana1 and Dr. @rajatdesikan hav…
RT @NatComputSci: In a recent Article, @PraneshPadmana1 and colleagues from @iiscbangalore propose a multiscale mathematical model that can…
RT @chemengiisc: In a new study in @NatComputSci, Prof. Narendra Dixit and department alumni Dr. @PraneshPadmana1 and Dr. @rajatdesikan hav…
RT @chemengiisc: In a new study in @NatComputSci, Prof. Narendra Dixit and department alumni Dr. @PraneshPadmana1 and Dr. @rajatdesikan hav…
RT @chemengiisc: In a new study in @NatComputSci, Prof. Narendra Dixit and department alumni Dr. @PraneshPadmana1 and Dr. @rajatdesikan hav…
RT @chemengiisc: In a new study in @NatComputSci, Prof. Narendra Dixit and department alumni Dr. @PraneshPadmana1 and Dr. @rajatdesikan hav…
In a new study in @NatComputSci, Prof. Narendra Dixit and department alumni Dr. @PraneshPadmana1 and Dr. @rajatdesikan have developed a mathematical model for predicting the efficacy of COVID-19 vaccines, in terms of the antibody responses they elicit. ht
RT @NatComputSci: In a recent Article, @PraneshPadmana1 and colleagues from @iiscbangalore propose a multiscale mathematical model that can…
RT @winocm: Modeling how antibody responses may determine the efficacy of COVID-19 vaccines | Nature Computational Science https://t.co/hUr…
RT @BSSE_IISc: Congratulations to @PraneshPadmana1 @rajatdesikan and Prof. Dixit for your article in @NatComputSci. The article details the…
Modeling how antibody responses may determine the efficacy of COVID-19 vaccines | Nature Computational Science https://t.co/hUrNuM7xz8
RT @BSSE_IISc: Congratulations to @PraneshPadmana1 @rajatdesikan and Prof. Dixit for your article in @NatComputSci. The article details the…
Congratulations to @PraneshPadmana1 @rajatdesikan and Prof. Dixit for your article in @NatComputSci. The article details the role of antibody responses in determining the efficacy of COVID-19 vaccines using a modelling approach @iiscbangalore
RT @PraneshPadmana1: Excited to share our paper in Nature Computational Science! Check out our efforts to understand the workings of COVI…
RT @PraneshPadmana1: Excited to share our paper in Nature Computational Science! Check out our efforts to understand the workings of COVI…
RT @PraneshPadmana1: Excited to share our paper in Nature Computational Science! Check out our efforts to understand the workings of COVI…
Excited to share our paper in Nature Computational Science! Check out our efforts to understand the workings of COVID-19 vaccines... @rajatdesikan @QldBrainInst @UQ_News @BSSE_IISc
Modeling how antibody responses may determine the efficacy of COVID-19 vaccines "Our study thus suggests plausible mechanistic underpinnings of COVID-19 vaccines and generates testable hypotheses for establishing them" https://t.co/tw0tgSw5Ok https://t.co
In a recent Article, @PraneshPadmana1 and colleagues from @iiscbangalore propose a multiscale mathematical model that can assist in determining COVID-19 vaccine efficacy (https://t.co/OFgUA5Emmn). https://t.co/qWkslgWrxK