Researchers develop smartphone-based COVID-19 test that delivers results in about 10 minutes https://t.co/QTZRI1w2O8 https://t.co/Q1RL2HpTC0 https://t.co/6Ua9NkKwZi
RT @NatureProtocols: #NewNProt: Detection of #norovirus in environmental water samples using a #paperbased #microfluidic chip and a #smartp…
RT @NatureProtocols: #NewNProt: Detection of #norovirus in environmental water samples using a #paperbased #microfluidic chip and a #smartp…
#NewNProt: Detection of #norovirus in environmental water samples using a #paperbased #microfluidic chip and a #smartphonebased #fluorescencemicroscope https://t.co/H88lPt3WOl #environmentalsamples
RT @symonds_e: Very excited that this lab-free method continues to improve virus detection in water @water_pathogens @IWAHQ https://t.co…
This level of sensitivity is really impressive for such a widely accessible tool. #Microscope #LEDLightSource https://t.co/YAJjdOH8qi
Norovirus detection in water samples at the level of single virus copies per microliter using a smartphone-based fluorescence microscope. https://t.co/2Sdxtn54Yq
RT @symonds_e: Very excited that this lab-free method continues to improve virus detection in water @water_pathogens @IWAHQ https://t.co…
RT @symonds_e: Very excited that this lab-free method continues to improve virus detection in water @water_pathogens @IWAHQ https://t.co…
Very excited that this lab-free method continues to improve virus detection in water @water_pathogens @IWAHQ https://t.co/4xAAi4IADY
Norovirus detection in water samples at the level of single virus copies per microliter using a smartphone-based fluorescence microscope https://t.co/aPFK90fu3y
Perhaps soon adapation for #COVID19 tests from saliva samples? Norovirus detection in water samples at the level of single virus copies per microliter using a smartphone-based fluorescence microscope. Nat Protoc (2021). https://t.co/NR0QoojG8j