sample review
- Fluidigm BioMark Real-Time PCR Analysis software was used to perform DNA amplification in order to investigate the role of Lsd1 during blood cell maturation.
- Fluidigm BioMark System was used to perform DNA amplification in order to investigate the role of Lsd1 during blood cell maturation.
- Fluidigm 96x96 Dynamic Arrays were used to perform DNA amplification in order to investigate the role of Lsd1 during blood cell maturation.
- Fluidigm Assay Loading Reagent was used to perform qPCR in order to show that oscillator gene expression could be inhibited by TOC1.
- Fluidigm Inc. DNA Binding Dye Sample Loading Reagent was used to perform qPCR in order to show that oscillator gene expression could be inhibited by TOC1.
- Fluidigm Inc. 48.48 Dynamic Array Integrated Fluidic Circuit was used to perform qPCR in order to show that oscillator gene expression could be inhibited by TOC1.
- BioMark real-time PCR system was used to perform qPCR in order to show that oscillator gene expression could be inhibited by TOC1.
- Fluidigm BioMark Digital PCR analysis software was used to perform microfluidic array multiplex PCR in order to show that microfluidic digital PCR can be used to detect the virus-bacterium interactions in variant environments.
- Fluidigm BioMark system was used to perform microfluidic array multiplex PCR in order to show that microfluidic digital PCR can be used to detect the virus-bacterium interactions in variant environments.
- Fluidigm BioMark 12.765P peelable microfluidic arrays were used to perform microfluidic array multiplex PCR in order to show that microfluidic digital PCR can be used to detect the virus-bacterium interactions in variant environments.
- Fluidigm BioMark Gene Expression Data Analysis version 3.0.2 software was used for data analysis in order to study the role of U4atac snRNA in early human development and postnatal survival.