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tag gene silencing microfluidics techniques

2022 Top 10 Innovations 
2022 Top 10 Innovations
The Scientist | Dec 12, 2022 | 10+ min read
This year’s crop of winning products features many with a clinical focus and others that represent significant advances in sequencing, single-cell analysis, and more.
Lock and key illustration
Novel Yeast-Assembly Technique Yields Living Materials
Natalia Mesa, PhD | Nov 23, 2022 | 3 min read
Researchers say structures made of the cells could potentially be used to clean up uranium from oceans, heal wounds, and more.
The Mechanobiology Garage
Andy Tay | Jul 16, 2017 | 7 min read
New tools for investigating how physical forces affect cells
Fast Worms
Kerry Grens | Jan 1, 2013 | 2 min read
A microfluidic device scans individual C. elegans for abnormal traits and sorts wild-type animals from mutants.
Next Generation: Hundreds of Cell-Analyses at Once
Edyta Zielinska | Aug 11, 2011 | 4 min read
A new microfluidics chip lets researchers analyze the nucleic acids of 300 individual cells simultaneously.
Capturing Cancer Cells on the Move
Nicholette Zeliadt | Apr 1, 2014 | 9 min read
Three approaches for isolating and characterizing rare tumor cells circulating in the bloodstream
Macro, Mini, Micro
Carina Storrs | Jan 1, 2013 | 7 min read
Clever microfluidic platforms take the study of protein-protein interactions to a new level.
Gene Expression in a Drop
Ruth Williams | Aug 1, 2015 | 3 min read
Tens of thousands of individual cells can have their transcriptomes analyzed simultaneously thanks to two new techniques.
A blood sample containing white and red blood cells.
Enhancing Cell Morphology-Based Analysis
The Scientist and Deepcell | Aug 3, 2023 | 3 min read
Learn how the latest AI-driven technology uses morphology to comprehensively analyze and sort cell populations.
A New Approach to Gene Expression Analysis
Aileen Constans | Apr 14, 2002 | 3 min read
Most of the attention on gene expression analysis and discovery tools has centered on microarray technology, but alternative methods, including SAGE (serial analysis of gene expression)1 and direct cDNA sequencing, do exist. Another such technique is Hayward, Calif.-based Lynx Therapeutics' Massively Parallel Signature Sequencing (MPSS™) technology, a method for counting millions of mRNA molecules from a given sample. Like SAGE, MPSS quantifies tagged cDNA fragments; but whereas SAGE uses

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