The microRNA qPCR assays on the Stem Cell panel are a collection of microRNAs involved in Stem Cell self-renewal, hematopoiesis, neural development and tissue patterning. Features and Benefits Simultaneously profile 95 different MicroRNAs known to be involved in Stem Cell self-renewal, hematopoiesis, neural development and tissue patterning Identify MicroRNA development biomarkers and expression pattern signatures in Stem […]

Efficient, Sensitive and Accurate Highly efficient poly(A) tailing and reverse transcription in a single reaction tube provides uniform cDNA synthesis of microRNAs. The optimized reaction conditions and buffer components maximize cDNA yield using anywhere from several micrograms to picograms of input total RNA. The universal 3′ tag sequence incorporated during reverse transcription enables the ease […]

Efficient, Sensitive and Accurate Highly efficient poly(A) tailing and reverse transcription in a single reaction tube provides uniform cDNA synthesis of microRNAs. The optimized reaction conditions and buffer components maximize cDNA yield using anywhere from several micrograms to picograms of input total RNA. The universal 3′ tag sequence incorporated during reverse transcription enables the ease […]

Pre-formatted qPCR Arrays for profiling microRNAs in cancer. Features and Benefits Simultaneously profile 95 different MicroRNAs known to be involved in apoptosis, differentiation and Cancer Identify MicroRNA biomarkers and expression pattern signatures System rapidly tags and converts all small RNAs into detectable cDNA for qPCR Simple and robust procedure Sensitive and quantitative down to picogram […]

Efficient, Sensitive and Accurate Highly efficient poly(A) tailing and reverse transcription in a single reaction tube provides uniform cDNA synthesis of microRNAs. The optimized reaction conditions and buffer components maximize cDNA yield using anywhere from several micrograms to picograms of input total RNA. The universal 3′ tag sequence incorporated during reverse transcription enables the ease […]