1024 views | 1 decade ago
Single cell sequencing provides first hand high resolution genotypic and phenotypic data of every single cell and its response to its microenvironment. Although a major constraint to sequencing single...
972 views | 1 decade ago
Learn how 16S rRNA gene sequencing was to study the households of outpatients with MRSA and understand MRSA colonization and infection in companion animals. Learn more at: http://www.illumina.com/areas-of-interest/microbiology/microbial-sequencing-methods.html...
953 views | 5 years ago
Moderator: Susan Tousi, Illumina Panelists: Sue Hill, NHS England; Chris Mason, Weill Cornell Medicine; Charles Rotimi, National Institutes of Health; Michael Sherman, Harvard Pilgrim and Tufts Health...
927 views | 1 decade ago
The Illumina Scientific Affairs team discusses how sequencing is used to track changes in the microbes that colonize our gut in relation to the food we consume. With a balanced diet the gut microbiome...
922 views | 1 decade ago
Have you ever wondered why your heart cell is different from your brain cell, when they both contain the same DNA? The answer is Epigenetics! Epigenetics is the study of changes in organisms caused...
858 views | 9 years ago
Learn how scientists around the world are using next-generation sequencing to identify microbial species living on solar panels. Learn more at: http://www.illumina.com/applications/... Products: Illumina...
853 views | 1 decade ago
Cheesemakers manage to make the same type of cheese in different parts of the world. Cheese and its rind are both a complex community of bacteria and fungus. Researchers use Illumina sequencing technology...
840 views | 9 years ago
CRISPR-Cas9 is a powerful study in the fields of developmental and evolutionary biology. Recent studies on fish, butterflies, and crustaceans are great examples on how this technique can be used to...