微生物基因组学视频及在线研讨会
Accelerate microbial breakthroughs
Next-generation sequencing (NGS) enables many types of microbial studies, including direct evolution, mutation screening, and epidemiology.
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Next-generation sequencing for microbiology
Comprehensive next-generation sequencing (NGS) solutions can provide high-resolution genomic data for microbiome studies or environmental surveillance.
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Researching symbiotic microbial communities
Herbivores rely on symbiotic microbial communities to convert indigestible plant materials into accessible nutrients. Sloths are thought to be especially dependent on this symbiosis, as their mostly leaf-based diet severely limits their nutrient intake. University of Wisconsin-Madison researchers explore a microbe-cycling hypothesis with tree sloths and paired-end 16S amplicon sequencing.
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Metagenomic end-to-end solution: From samples to automated bioinformatics
Metagenomic studies are becoming more and more popular. From sample extraction, to sequencing, a simple workflow is described in this session, featuring a metagenomics application from CosmosID, a bioinformatics company.
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Understanding your Microbiome with Dr. Rob Knight
Learn how human microbes, the community of tiny single-cell organisms living inside our bodies, have a huge—and largely unexplored—impact on our health.
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Next-Generation Sequencing Technology Drives Discoveries in Disease Pathology
Tony Goldberg and Sam Sibley discuss how NGS is driving progress in infectious disease epidemiology for veterinary medicine.
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Archaeology of the Invisible
Dental calculus, the hard deposit the dentist scrapes off your teeth, is the only part of your body that fossilizes during your lifetime.
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