Beth Kenkel

Beth Kenkel is currently a research scientist at a cell therapy company. She is particularly interested in science communication and viral vectors. Follow Beth on twitter @ElizabethKenkel.

Blog articles by Beth Kenkel

Graphic of channelrhodopsin activated with blue light. Without light, the channelrhodopsin is inactive, no ions flow in, and neurons don't fire. With blue light, the channelrhodopsin opens and allows an influx of ions into the neuron. This results in neuronal firing.
An AAV with the viral genome inside. This zooms into the the AAV viral genome that is labeled. The viral genome is 4.4 kb maximum, and includes an ITR, promoter, and trangene. Option elements are LoxP sites, WPRE, and pA.
antiCRISPR_Fig1.png
Cartoon comparing CAPTURE with CAPTURE 2.0. Both cartoons show dCas9 bound to a target DNA sequence. For CAPTURE, dCas9 has a biotin acceptor site bound by BirA. For CAPTURE 2.0, dCas9 has a BioTAP tag bound by endogenous biotin ligases.

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