By Jessica Welch
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Updated Mar 26, 2020. At their most basic level, CRISPR/Cas9 genome editing systems use a non-specific endonuclease (Cas9 or closely related Cpf1) to cut the genome and a small RNA (gRNA) to guide this nuclease to a user-defined cut site. After reading this post, we hope you ...
Having seen CRISPR’s success in basic research, researchers are eager to apply it in a clinical setting. CRISPR is often used for animal germline modification, to repair or add in disease-causing mutations, but, until recently it hadn’t been used to treat disease postnatally. ...
In the third installment in our podcast series, we chat with new Addgene Board Member, Michael Koeris. Dr. Koeris did his graduate work in Professor Jim Collins' lab (then at Boston University, now at MIT) where he worked on understanding bacterial antibiotic resistance. During ...
One of the best things about sharing plasmids through Addgene is that we provide an added level of confidence in the plasmids we distribute through our quality control processes. Every plasmid we receive is rigorously verified before becoming available to the community. This is ...
Being a scientist in my late 20’s, new graduates often ask me for advice on careers available to new science graduates and the pro’s and con’s of working in different sectors. Luckily, I have worked for a variety of different organizations, so I tend to provide them with an ...
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 ...
At Addgene we're continually impressed with the amazing plasmid technologies developed by our community of depositors. With over 40,000 plasmids avaliable in the repository, we can't give all of them attention they righlty deserve, but, in this post, we'll provide a small ...
