Addgene

We narrowed to 930 results for: Mpl

Showing: 841 - 860 of 930 results

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Visualizing Genomic Loci with CRISPR-Sirius

Type

Blog Post

...al. “CRISPR-Sirius: RNA scaffolds for signal amplification in genome imaging.” Nature Methods 15 (2018)...
Summer SciComm Series: A PhD in Science Communication

Type

Blog Post

...adeolitis” – received the best ratings overall, simply because none of the participants had preconceived...
DAP arrays for multiplex gene editing

Type

Blog Post

..., we provide detailed manual and online design examples of using Addgene plasmids hCtRNA_FT (#186715) ...
Viral Vectors 101: Inverted Terminal Repeats

Type

Blog Post

...and transgene expression (Zhou et al. 2017). For example, mutations in the RBE site reduce binding with ...
5 Great Apps for Lab Life

Type

Blog Post

...pocket. 5. +AMINO- by iGreenEarth AMINO is a very simple app that packs important biological information...
Synthetic Photobiology: Optogenetics for E. coli

Type

Blog Post

...consistent, and controllable pulses of light. Complicated patterns of light intensity and wavelength can...
Fluorescent CRISPR Reporters: SRIRACCHA and GEmCherry2

Type

Blog Post

...allows for easy screening of different gRNAs by simply changing the gRNA used when transfecting your cells...
Expanding the Targeting Scope and Editing Efficiency of Adenine Base Editors

Type

Blog Post

...phage mutation rate Phage infection results in a complete ABE protein. If the phage delivers an active variant...
Opto-Nanobodies: Using Light to Manipulate Cell Signaling and Protein Purification

Type

Blog Post

...levers to pull to control signaling pathways. For example, if the OptoNB could bind and block a receptor ...
Choosing a CRISPR Nuclease: Site Accessibility, Specificity, and Sensitivity

Type

Blog Post

...better suit specific experimental approaches. One example is CasX, characterized by the Oakes and Doudna ...
Cancer, Inflammation and Immunity - Harnessing the Body’s Defenses to Fight Cancer

Type

Blog Post

...state by inducing immunosuppressive measures, for example the upregulation of the immunosuppressive cell ...
A Novice's Perspective on Neuroscience - SfN2017

Type

Blog Post

...While walking around the exhibition area, I got a sampling of the broad variety of tools in neuroscience ...
Hot Plasmids - May 2022

Type

Blog Post

...mice and nonhuman primates (for AAV.CAP-B10, for example). Given that the liver is an immunologically active...
Viral Vectors 101: Viral Vector Elements

Type

Blog Post

...with each other to allow DNA synthesis of the complementary strand to yield dsDNA. Unlike LTRs, ITRs are...
Back to Bacteria: CRISPR gRNA Multiplexing Using tRNAs

Type

Blog Post

...this post in the graphic below - including some simple comparisons. The easy multiplexing afforded by...
3 Challenges in Plant Synthetic Biology

Type

Blog Post

...cannot build what we do not understand, and the complicated and unique metabolic processes of plants are ...
Dos & Don'ts When Publishing a Scientific Manuscript

Type

Blog Post

...peer review that occurs post-publication and is completely open; the reviewer’s name and affiliations, and...
Lighting Up Cell Signaling with Photoswitchable Kinases

Type

Blog Post

... for photoswitchable kinases. Below are a few examples demonstrated in Zhou et al. 1. Testing kinase ...
Antibodies 101: Affinity Reagents

Type

Blog Post

...camelid antibodies to antibody fragments to tools completely unrelated to antibodies. Why use an alternative...
The time and cost required to make a plasmid

Type

Blog Post

...outlined in Table 1. Of course, this is for the simple insertion of a PCR product into a vector. The time...

Showing: 841 - 860 of 930 results

Results per page:

Visualizing Genomic Loci with CRISPR-Sirius

Summer SciComm Series: A PhD in Science Communication

DAP arrays for multiplex gene editing

Viral Vectors 101: Inverted Terminal Repeats

5 Great Apps for Lab Life

Synthetic Photobiology: Optogenetics for E. coli

Fluorescent CRISPR Reporters: SRIRACCHA and GEmCherry2

Expanding the Targeting Scope and Editing Efficiency of Adenine Base Editors

Opto-Nanobodies: Using Light to Manipulate Cell Signaling and Protein Purification

Choosing a CRISPR Nuclease: Site Accessibility, Specificity, and Sensitivity

Cancer, Inflammation and Immunity - Harnessing the Body’s Defenses to Fight Cancer

A Novice's Perspective on Neuroscience - SfN2017

Hot Plasmids - May 2022

Viral Vectors 101: Viral Vector Elements

Back to Bacteria: CRISPR gRNA Multiplexing Using tRNAs

3 Challenges in Plant Synthetic Biology

Dos & Don'ts When Publishing a Scientific Manuscript

Lighting Up Cell Signaling with Photoswitchable Kinases

Antibodies 101: Affinity Reagents

The time and cost required to make a plasmid

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