@sciencegeist Yes, this is based on an I-Corps funded project where we did rapid molecular detection of pathogens. Our first target was antibiotic resistance genes: https://t.co/DGBPHV99QQ. We detected it in 10min. Now we're targeting covid with a lateral
RT @BrachtLab: Check out the recent work from our lab, a rapid assay of a gene from the antibiotic "resistome"--the ecology of antimicrobia…
RT @BrachtLab: Check out the recent work from our lab, a rapid assay of a gene from the antibiotic "resistome"--the ecology of antimicrobia…
RT @BrachtLab: Check out the recent work from our lab, a rapid assay of a gene from the antibiotic "resistome"--the ecology of antimicrobia…
RT @BrachtLab: Check out the recent work from our lab, a rapid assay of a gene from the antibiotic "resistome"--the ecology of antimicrobia…
Check out the recent work from our lab, a rapid assay of a gene from the antibiotic "resistome"--the ecology of antimicrobial resistance genes within each of us. This clinically important information is a crucial aspect of personalized medicine! https://t.
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
This rapid and highly sensitive Recombinase Polymerase Assay can detect macrolide resistance by macrolide efflux gene, mef(A), using raw bacteria lysates without DNA purification. This would help in better diagnosis and infection treatment. #bs3017 https:/
RT @OxonAndrew: Rapid molecular detection of macrolide resistance https://t.co/U6oDEaaLXO
RT @FINDdx: Researchers developed a new rapid genetic test to detect antimicrobial resistance. https://t.co/Z7QT0RwTk9 The test could impro…
RT @FINDdx: Researchers developed a new rapid genetic test to detect antimicrobial resistance. https://t.co/Z7QT0RwTk9 The test could impro…
RT @FINDdx: Researchers developed a new rapid genetic test to detect antimicrobial resistance. https://t.co/Z7QT0RwTk9 The test could impro…
Researchers developed a new rapid genetic test to detect antimicrobial resistance. https://t.co/Z7QT0RwTk9 The test could improve point-of-care diagnostics and offers a way to monitor the prevalence and movement of antimicrobial drug resistance. https://t.
Rapid molecular detection of macrolide resistance https://t.co/U6oDEaaLXO
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
Such cool technology!
Amazing innovation!
RT @BrachtLab: New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This metho…
New paper published: we developed a new, rapid (under 10 min) genomic method for detecting antibiotic resistance. This method could be used by doctors to choose effective antimicrobial treatments. Read all about it here! https://t.co/DGBPHV99QQ @BMC_series