CDC Advanced Molecular Detection

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Read more: cdc.gov/advanced-molec…

💡CDC's Pathogen Genomics Centers of Excellence develop groundbreaking tools for early detection, analysis, and identification of pathogens. The centers integrate advancements in science into state & local public health activities to provide earlier warnings.

CDC scientists used a lab method called whole-genome sequencing to identify an antimicrobial-resistance gene in strains of the toxin-producing bacteria that causes infant botulism. See methods and results described in this study: journals.asm.org/doi/10.1128/ae…

A new study in @JAMA_current details CDC's investigation into 10 locally acquired malaria cases in the US in 2023—the first in 20 years. Molecular testing showed 7 cases in one state shared similar genes, while cases across 3 other states were each unique. bit.ly/DomesticMalari…

An outbreak of fungal meningitis led to 50% of affected patients dying. CDC’s AMD technology was able to confirm a common link between the patients and helped stop further infections. academic.oup.com/cid/advance-ar… #FungalMeningitis

CDC scientists validated that the whole genome sequence-based allele schemes in the PulseNet 2.0 Escherichia national database provide ideal resolution for detecting outbreak clusters, ensuring high quality data of E. coli outbreaks in the U.S. mdpi.com/2076-2607/13/6…

CDC’s Advanced Molecular Detection (AMD) program is revolutionizing public health and disease detection via focused fellowships, strategic partnerships, and advanced training bit.ly/41Y6bLo

We found pumpkin spice… in wastewater?! 😱 (Just kidding.) But wastewater does show us what viruses are rising — like Flu, COVID & RSV. As fall approaches, stay cozy and informed: cdc.gov/wastewater

CDC uses WGS to identify and describe the emergence of azole-resistant Aspergillus strains linked to fungicide use in agriculture. #FungalWeek25 cdc.gov/aspergillosis/…

With WGS, CDC scientists found the epidemic of sporotrichosis, driven by S. brasiliensis, represents several independent emergence events followed by cat-to-cat & cat-to human transmission within & between Brazilian states. Read more #FungalWeek25 pubmed.ncbi.nlm.nih.gov/38432234

Salmonella Outbreak UPDATE: More Deep brand frozen food products have been recalled. Do not eat these products. Throw them away. See the notice for new details: cdc.gov/salmonella/out…

Something mysterious is appearing in wastewater monitoring as fall approaches. Can you guess what it is? Here’s a hint: 🎃 Swipe to find out! To see what’s really appearing in your community’s wastewater, check out cdc.gov/wastewater

Fungal Disease Awareness week is next week (Sept 15- 19). AMD revolutionized fungal disease research, surveillance, and outbreak response. Learn about fungal diseases and AMD’s role in understanding the factors driving the emergence of fungi. cdc.gov/fungal/fungal-…

CDC scientists analyzed the DNA from malaria-causing parasites to track malaria transmission patterns across three states. Analysis revealed multiple geographic origins, data that can guide public health efforts. For more: bit.ly/3U5yVgp

On #WFED, we celebrate field epidemiology in action. Krisandra Allen’s work in genomic surveillance shows how innovation helps detect and stop outbreaks faster — making a lasting impact on public health. Read more on the role of genomics in epidemiology bit.ly/46E8ea4

Advanced molecular detection (AMD) technologies play key roles in helping CDC quickly investigate & respond to infectious disease threats. These technologies are used to identify & study the unique DNA or RNA of harmful bacteria, viruses, fungi, & parasites. For more: bit.ly/4lMD5VE

Advanced molecular detection help scientists identify new, rare, and drug-resistant infections. Using analytical tools, they track threats like drug-resistant C. auris. Early detection leads to faster action to stop the spread & protect public health. bit.ly/4lKYsXZ

New advanced molecular detection technologies rapidly identify pathogens => quicker end to outbreaks. We are eliminating the need to culture samples by developing innovative tools to extract bacterial DNA directly from them. How? bit.ly/447JhlY

Advanced molecular detection is speeding up how we fight infections. With cutting-edge tools, public health experts can find pathogens faster & more accurately—helping determine effective treatments sooner. This means quicker care & better health outcomes. bit.ly/3U5TEk2