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Your Top Requested Plasmid in 2016!

Posted by Tyler Ford on Jan 11, 2017 3:47:00 PM

2016 was an exciting year for genome engineering research. A variety of new tools came out including the single base editors, Casilio, CombiGEM, and a variety of pooled libraries. Not all of these technologies were without controversy, and it remains to be seen how popular any one of them will become. One thing is for sure, as is obvious from our most requested plasmid, SpCas9 is still going strong as the basis for many genome editing experiments. So, without further ado, the most request plasmid in 2016 was...

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Topics: Fun, Inside Addgene, CRISPR, pooled libraries

Your Top Requested Plasmid in 2015!

Posted by Tyler Ford on Dec 30, 2015 10:30:00 AM

We’ve dug into the data from our repository to find our most requested plasmid in 2015. In line with all of the exciting developments surrounding CRISPR genome engineering in the past year, we're excited to announce that the plasmid most requested from the Addgene repository in 2015 was...

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Topics: Fun, Inside Addgene, CRISPR, pooled libraries

New Tool for Lineage Tracing: The ClonTracer Library

Posted by Tyler Ford on Sep 22, 2015 10:30:00 AM

This article is based on an interview with Novartis researcher, Carrie Bhang.

The ClonTracer Library, deposited by Carrie Bhang, a research investigator in the In Vivo Pharmacology group at Novartis Oncology, is an exciting new tool that allows researchers to individually label millions of mammalian cells through lentiviral infection and to monitor their abundance and clonal dynamics over time using next generation sequencing (NGS). The library was developed when Carrie was a post-doc in Frank Stegmeier’s lab in Novartis Oncology. 

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Topics: Interview, Viral Vectors, pooled libraries, Cancer

Genome-wide Screening Using CRISPR

Posted by Joel McDade on Aug 18, 2015 10:30:00 AM

This post was updated on Dec 8, 2017.

What genes are important in your phenotype of interest? Many scientists study diseases for which the underlying genetic cause is not entirely known. Identifying which genes are important for a phenotype can lead to a wealth of additional experiments investigating the role of individual genes or entire pathways in a particular disease process. While CRISPR is certainly not the first means to carry out so-called “forward genetic screening experiments”, it is certainly the most robust. In this blog post, we will discuss how CRISPR libraries are being used to perform genome-wide screens and highlight some of the reagents that have been made publicly available through Addgene. 

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Topics: CRISPR, pooled libraries

Pooled CRISPR Libraries Offer Genome-Wide Control for Large-Scale Functional Screens

Posted by Kendall Morgan on Feb 24, 2015 2:50:00 PM

CRISPR technology has changed how scientists edit and control genes, but according to the Broad Institute's Silvana Konermann, the first generation of CRISPR-Cas9 plasmids were not designed with gene activation in mind. “We had not managed to create a system to allow us to reliably activate essentially any gene,” she says. The technical leap from mutating and deactivating a gene or genes to selectively activating them with the CRISPR system was a large one.  The question for her then was this: Can you engineer CRISPR-Cas9 activators that work well enough on any gene that they could be used by people with little bioengineering expertise?

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Topics: Plasmid Technology, CRISPR, pooled libraries

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