Modulation of Stem Cells
Our Thermo Scientific* Dharmacon* siRNA, shRNA, miRNA, and delivery technologies enable the investigation and modulation of the genetic networks involved in maintaining pluripotency and controlling cellular differentiation.
Understanding the genetic networks of stem cells provides important insight into the control and modulation of pluripotency.
MicroRNAs are important regulators in determining cell fate and maintaining the stem cell environment. Accurate research in the roles of microRNAs in stem cell biology requires innovative gain- and loss-of function tools to produce high-confidence, reproducible experimental results. Thermo Scientific Dharmacon miRIDIAN microRNA Mimics and Hairpin Inhibitors allow you to navigate through the complex microRNA biology with assurance.
The Dharmacon range of microRNA products are designed to help you navigate the complex microRNA biology of pluripotency.
The miRIDIAN microRNA mimics are chemically enhanced to prevent sense-strand uptake and ensure phenotypes resulting from only the mature microRNA. Our Hairpin Inhibitors have long-lasting and potent inhibition, allowing enough time for full phenotypes to develop. Libraries are offered as complete collections for human, mouse, and rat or as custom collections.
