We narrowed to 55 results for: ELL

Learn how stem cell researchers use reprogramming and transdifferentiation techniques to convert cells from one type into another.

Review of ways to prepare yourself for training in a lab, optimizing training time, and positively contributing to bench mentor-mentee relationships.

Our latest summer scicomm series covers how to write a compelling science story.

Though microbes are microscopic, there are many ways to visualize microbes. In this blog post, we summarize the latest tools in science communication to showcase microbes - foldscopes, agar art, and GIFs have all been recently use to bring microbiology to diverse audiences.

iTOP is a protein-only transduction method for delivering proteins and RNA into a variety of cell types, with potential applications with CRISPR/Cas9.

Learn how a new episomal plasmid-based method can be used to efficiently reprogram blood cells to induced pluripotent stem cells

Learn some best practices to keep your mammalian cell lines free of contaminants and your experiments running smoothly.

Learn how you can use photoswitchable kinases to control signaling pathways with light!

Learn about the differences in virus production between insect cells and mammalian cells.

Learn how you can use HDR and CRISPR to make a knock-in cell line for your research.

Find out how you can use new CRISPR tagging plasmids from the Allen Institute for Cell Science to tag your cellular structure of interest.

X-CHIME, a series of CRISPR tools developed and deposited by Arlene Sharpe's lab, allows for germline knockouts in immune cells in mice.

SPARC is a tool that labels a fraction of a genetically-defined subset of cells. The result: easy visualization of individual, non-overlapping cells.

Learn how and why AAV vectors are being used in cell and gene therapies.

Learn about the importance of considering sex and gender in your research.

The REPROcode collection includes 408 barcoded lentiviral vectors carrying immune-specific transcription factors, allowing transdifferentiation screens.

Nanoblades are a CRISPR delivery tool. These Nanoblades are engineered MLV-like particles loaded with Cas9-gRNA ribonucleoproteins.

Learn how to optimize CRISPR-activated homology directed repair to make targeted edits in mammalian cells.

Learn about using SpyLigase for irreversible peptide-peptide ligation and magnetic cancer cell capture.

Use these protocols and tips to make your own competent cells and transform your DNA. It's easy and affordable.