RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
RT @RoscherMarcus: 2/ Regelmäßiges Testen von Abwässern auf CoV2 (hochsensible PCR Tests) zeigen eine recht deutliche lineare Korrelation z…
RT @RoscherMarcus: 2/ Regelmäßiges Testen von Abwässern auf CoV2 (hochsensible PCR Tests) zeigen eine recht deutliche lineare Korrelation z…
RT @RoscherMarcus: 2/ Regelmäßiges Testen von Abwässern auf CoV2 (hochsensible PCR Tests) zeigen eine recht deutliche lineare Korrelation z…
RT @RoscherMarcus: 2/ Regelmäßiges Testen von Abwässern auf CoV2 (hochsensible PCR Tests) zeigen eine recht deutliche lineare Korrelation z…
RT @RoscherMarcus: 2/ Regelmäßiges Testen von Abwässern auf CoV2 (hochsensible PCR Tests) zeigen eine recht deutliche lineare Korrelation z…
2/ Regelmäßiges Testen von Abwässern auf CoV2 (hochsensible PCR Tests) zeigen eine recht deutliche lineare Korrelation zum Inzidenzverlauf in dem entspr. Gebiet. In Zeiten, wo nur noch wenig getestet wird, ein hervorragendes Mittel, um sich billig(!) trotz
@hjelle_brian Some study below: ww surveillance does show what’s going on epi wise w/o the need of constant people testing. It’s also a lot cheaper than many other surveillance tools. Imho, it’s a very good yet underestimated tool.
RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
RT @MarleneKWolfe: @michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is wh…
@michaelmina_lab Agreed, a network with consistent, comparable, and SENSITIVE protocols is critical for this! This is what we have and are expanding with https://t.co/4VzGCCJDio using methods described here https://t.co/zDBldh0f0O This consistent program c
https://t.co/YNryfQaN10 shows how method using ww solids can be useful for ongoing COVID-19 monitoring as it's sensitive for detection of low concs of SARS-CoV-2, representative of incidence rates in the community, scalable to generate data quickly, and co
@RoscherMarcus @michaelmina_lab @CDCgov @POTUS https://t.co/UhQi2mfyV4 shows how method using ww solids can be useful for ongoing COVID-19 monitoring as it's sensitive for detection of low concs of SARS-CoV-2, representative of incidence rates in the commu
@bradleveck @thepufferfish_ @Bob_Wachter @UCSF @Stanford Normalizing by PMMoV accounts for these factors and so that’s our chosen method. Data is available raw and normalized. More background here: https://t.co/zDBldgZHbg
RT @MarleneKWolfe: Usually, we use markers that are the same across all variants and indicate the total amount of COVID in the community, n…
RT @MarleneKWolfe: Usually, we use markers that are the same across all variants and indicate the total amount of COVID in the community, n…
RT @MarleneKWolfe: Usually, we use markers that are the same across all variants and indicate the total amount of COVID in the community, n…
Usually, we use markers that are the same across all variants and indicate the total amount of COVID in the community, no matter the variant. We showed that our methods can detect these markers with as few as 1-2 people infected per 100,000. 3/x https://t.
Thought for the Day... SARS-CoV2 is present in Biosolids, and Waste Water Treatment Plants send these Biosolids out to farms as fertilizer. Is this causing seasonal COVID outbreaks? https://t.co/LfaxyohYJO
High-Frequency, High-Throughput Quantification of SARS-CoV-2 RNA in Wastewater Settled Solids at Eight Publicly Owned Treatment Works in Northern California Shows Strong Association with COVID-19 Incidence https://t.co/VjcRLOIXhS
New article: High-Frequency, High-Throughput Quantification of SARS-CoV-2 RNA in Wastewater Settled Solids at Eight Publicly Owned Treatment Works in Northern California Shows Strong Association with COVID-19 Incidence https://t.co/PaBC64zRdy #coronavirus