#amdclips - Twitter Hashtag

CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: @CDCgov implemented a broad review process during the development of the CDC Influenza SARS-CoV-2 Multiplex Assay, which detects SARS-CoV-2, influenza A and B in respiratory tract specimens. https://t.co/NrbIyz0JY5

CDC_AMD's tweet photo. #AMDClips: @CDCgov implemented a broad review process during the development of the CDC Influenza SARS-CoV-2 Multiplex Assay, which detects SARS-CoV-2, influenza A and B in respiratory tract specimens. https://t.co/NrbIyz0JY5 https://t.co/2XxpD9fbsq

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: Recently, Influenza A spread at the @UMich, as #COVID19 cases surged statewide. Scientists used molecular analysis to make clear distinctions between the two viruses. Testing for both viruses in patients w/ acute respiratory illness is vital. https://t.co/UxBh60xOLu

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: A study of healthcare workers and first responders conclude that 2 positive nucleic acid amplification tests, separated by at least 90 days, could indicate a SARS-CoV-2 reinfection rather than prolonged RNA shedding from a single infection. https://t.co/kVhCFgQh4r

CDC_AMD's tweet photo. #AMDClips: A study of healthcare workers and first responders conclude that 2 positive nucleic acid amplification tests, separated by at least 90 days, could indicate a SARS-CoV-2 reinfection rather than prolonged RNA shedding from a single infection. https://t.co/kVhCFgQh4r https://t.co/CT1sU6odGZ

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: Study suggests cross-species transmission of SARS-CoV-2 after a cat and dog from the same household tested positive for the virus. The kicker—their viral #genomes were identical to those from their symptomatic owner who had #COVID19. https://t.co/XT8OFSbkcy

CDC_AMD's tweet photo. #AMDClips: Study suggests cross-species transmission of SARS-CoV-2 after a cat and dog from the same household tested positive for the virus. The kicker—their viral #genomes were identical to those from their symptomatic owner who had #COVID19. https://t.co/XT8OFSbkcy https://t.co/b7oEqbvHnM

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: Reference genes in #WGS data are difficult to interpret with values <100%. Learn how the Gene Allele Mutation Microbial Assessment finds the best hits from a gene database and generates a classification and translated annotation matches. https://t.co/KLWZ0RveXu

CDC_AMD's tweet photo. #AMDClips: Reference genes in #WGS data are difficult to interpret with values <100%. Learn how the Gene Allele Mutation Microbial Assessment finds the best hits from a gene database and generates a classification and translated annotation matches. https://t.co/KLWZ0RveXu https://t.co/vSXW6Aid5v

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: Understanding #TB chains is key to preventing transmission. Learn how the @CDC_AMD supported Logically Inferred Tuberculosis Transmission algorithm is used to systematize integration and analysis of #WGS, clinical, and epidemiological data. https://t.co/rASv2NzXO2

CDC_AMD's tweet photo. #AMDClips: Understanding #TB chains is key to preventing transmission. Learn how the @CDC_AMD supported Logically Inferred Tuberculosis Transmission algorithm is used to systematize integration and analysis of #WGS, clinical, and epidemiological data. https://t.co/rASv2NzXO2 https://t.co/djfTkLx4EA

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips: The use of azole antifungal drugs in agriculture can lead to the development of azole resistance in the mold A. fumigatus. A CDC study used #WGS to show the introduction of resistance in the US and how it can spread to susceptible strains. https://t.co/SvC4RL6aVg

CDC_AMD's tweet photo. #AMDClips: The use of azole antifungal drugs in agriculture can lead to the development of azole resistance in the mold A. fumigatus. A CDC study used #WGS to show the introduction of resistance in the US and how it can spread to susceptible strains. https://t.co/SvC4RL6aVg https://t.co/v3BBEnNip8

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CDC Advanced Molecular Detection @CDC_AMD

over 4 years ago

#AMDClips N. fowleri causes brain disease with a 97% fatality rate. Find out how genomic data generated in a recent study can be used for developing molecular analysis and can provide a better understanding of geographic origins and transmission dynamics. https://t.co/SPusORnRbO

CDC_AMD's tweet photo. #AMDClips N. fowleri causes brain disease with a 97% fatality rate. Find out how genomic data generated in a recent study can be used for developing molecular analysis and can provide a better understanding of geographic origins and transmission dynamics. https://t.co/SPusORnRbO https://t.co/Qxo0jOxMac

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CDC Advanced Molecular Detection @CDC_AMD

almost 5 years ago

#AMDClips: @CDCgov #MMWR reports evidence suggesting transmission of pan-resistant and echinocandin- resistant Candida auris for the first time in the US. Independent clusters, in Texas and DC, had no known epi links. https://t.co/DYeC4sijl5

CDC_AMD's tweet photo. #AMDClips: @CDCgov #MMWR reports evidence suggesting transmission of pan-resistant and echinocandin- resistant Candida auris for the first time in the US. Independent clusters, in Texas and DC, had no known epi links. https://t.co/DYeC4sijl5 https://t.co/L2L7QRiYgS

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CDC Advanced Molecular Detection @CDC_AMD

almost 5 years ago

#AMDClips: TB genotyping is a laboratory-based approach used to analyze the genetic material (like DNA) of Mycobacterium tuberculosis, the bacterium that causes #TB disease. Learn more: https://t.co/x6lUz6ClNV

CDC_AMD's tweet photo. #AMDClips: TB genotyping is a laboratory-based approach used to analyze the genetic material (like DNA) of Mycobacterium tuberculosis, the bacterium that causes #TB disease. Learn more: https://t.co/x6lUz6ClNV https://t.co/yRLYWDxG8y

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CDC Advanced Molecular Detection @CDC_AMD

almost 5 years ago

#AMDClips: A recent study suggests that improvements to shared latrine sites reduced the presence of pathogens in the domestic living environment of low-income residents in Maputo, Mozambique, but pathogen detection remained prevalent 24 months later. https://t.co/WxS7JLez8k

CDC_AMD's tweet photo. #AMDClips: A recent study suggests that improvements to shared latrine sites reduced the presence of pathogens in the domestic living environment of low-income residents in Maputo, Mozambique, but pathogen detection remained prevalent 24 months later. https://t.co/WxS7JLez8k https://t.co/1E6gkVrVRb

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CDC Advanced Molecular Detection @CDC_AMD

almost 5 years ago

#AMDClips: A large-scale analysis of whole genome #sequencing data from #Salmonella demonstrated that Salmonella species and subspecies are genetically diverse. https://t.co/uJ3BmZSkq3

CDC_AMD's tweet photo. #AMDClips: A large-scale analysis of whole genome #sequencing data from #Salmonella demonstrated that Salmonella species and subspecies are genetically diverse. https://t.co/uJ3BmZSkq3 https://t.co/iXVMmIjUlo

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CDC Advanced Molecular Detection @CDC_AMD

almost 5 years ago

#AMDClips: New study uses microbiology approaches and strategies to provide a better understanding of smokeless tobacco products (STP). Increased knowledge benefits public health and provides support for regulatory efforts. Learn more: https://t.co/H8sKzxC0gV

CDC_AMD's tweet photo. #AMDClips: New study uses microbiology approaches and strategies to provide a better understanding of smokeless tobacco products (STP). Increased knowledge benefits public health and provides support for regulatory efforts. Learn more: https://t.co/H8sKzxC0gV https://t.co/pDOosCc5y0

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CDC Advanced Molecular Detection @CDC_AMD

almost 5 years ago

#AMDClips: A recent study suggests the elimination of sequencing noise provides an accurate assembly of #HIV minority DNA variation sets; with frequency below the #sequencing error rate. https://t.co/8TuxrgQ1FN

CDC_AMD's tweet photo. #AMDClips: A recent study suggests the elimination of sequencing noise provides an accurate assembly of #HIV minority DNA variation sets; with frequency below the #sequencing error rate. https://t.co/8TuxrgQ1FN https://t.co/ViVATLXmYM

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CDC Advanced Molecular Detection @CDC_AMD

about 5 years ago

#AMDClips Genomic analysis of 1,514 Neisseria meningitidis carriage isolates collected at 3 US universities suggests insignificant impact of serogroup B meningococcal vaccine administration on the distribution of vaccine antigens among carriage population. https://t.co/sHqa33QwZ4

CDC_AMD's tweet photo. #AMDClips Genomic analysis of 1,514 Neisseria meningitidis carriage isolates collected at 3 US universities suggests insignificant impact of serogroup B meningococcal vaccine administration on the distribution of vaccine antigens among carriage population. https://t.co/sHqa33QwZ4 https://t.co/RAVC3Znf3J

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CDC Advanced Molecular Detection @CDC_AMD

about 5 years ago

#AMDClips Findings suggest that real-time polymerase change reaction (PCR) assays are sensitive and specific tools to detect Ehrlichia species during the acute stage of illness. Early detection of Ehrlichia infection can facilitate diagnosis and treatment. https://t.co/1uhln0yj3q

CDC_AMD's tweet photo. #AMDClips Findings suggest that real-time polymerase change reaction (PCR) assays are sensitive and specific tools to detect Ehrlichia species during the acute stage of illness. Early detection of Ehrlichia infection can facilitate diagnosis and treatment. https://t.co/1uhln0yj3q https://t.co/Y7cgyqwTfl

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CDC Advanced Molecular Detection @CDC_AMD

about 5 years ago

#AMDClips A new study uses 37 whole-genome sequences of Giardia duodenalis assemblage B to develop a genome-driven approach to identify the three best markers that describe the genomic diversity of this parasite. Learn more: https://t.co/Z4w2vj7P1s

CDC_AMD's tweet photo. #AMDClips A new study uses 37 whole-genome sequences of Giardia duodenalis assemblage B to develop a genome-driven approach to identify the three best markers that describe the genomic diversity of this parasite. Learn more: https://t.co/Z4w2vj7P1s https://t.co/8yj2k5Wg8u

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CDC Advanced Molecular Detection @CDC_AMD

about 5 years ago

#AMDClips Recent study results demonstrate the utility of wgMLST for improving B. pertussis characterization and #genomic surveillance during the current #pertussis disease resurgence. https://t.co/OUiZnSRApu

CDC_AMD's tweet photo. #AMDClips Recent study results demonstrate the utility of wgMLST for improving B. pertussis characterization and #genomic surveillance during the current #pertussis disease resurgence. https://t.co/OUiZnSRApu https://t.co/xD703Qscqo

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CDC Advanced Molecular Detection @CDC_AMD

almost 6 years ago

#AMDclips Genomic epidemiology reveals details of early community transmission of SARS-CoV-2 in Washington State. Underscores value of community surveillance, genomic analysis & real-time open data sharing to inform public health decision making. https://t.co/d9W26uHPlN

CDC_AMD's tweet photo. #AMDclips Genomic epidemiology reveals details of early community transmission of SARS-CoV-2 in Washington State. Underscores value of community surveillance, genomic analysis & real-time open data sharing to inform public health decision making. https://t.co/d9W26uHPlN https://t.co/SLc7ubw1bI

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CDC Advanced Molecular Detection @CDC_AMD

almost 6 years ago

#AMDclips AMD techniques may help to simplify diagnostic testing as well as inform tickborne disease surveillance efforts by identifying new tickborne threats. https://t.co/hDxyLok7eQ

CDC_AMD's tweet photo. #AMDclips AMD techniques may help to simplify diagnostic testing as well as inform tickborne disease surveillance efforts by identifying new tickborne threats. https://t.co/hDxyLok7eQ https://t.co/OQNV8uBdUx

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