CRISPR Cuts

In this CRISPR Cuts episode, Dr. Jesse Boehm, the Chief Scientific Officer of the Break Through Cancer Foundation and principal investigator at the Broad Institute, talks about his work on rare cancers. He also covers how CRISPR technology is transforming cancer research.

The Inducible Pluripotent Stem Cell Neurodegeneration Initiative (iNDI), an NIH effort, aims to standardize disease models for Alzheimer’s and related dementias. Hear the principal contributors, Dr. Michael E. Ward and Dr. Mark R. Cookson, scientists at the NIH, talk about the inception of the iNDI project, the challenges and opportunities, and the future of neurodegenerative research.

Prime editing is a new genome engineering tool that emerged just a couple of years back. Right from the get-go, this technology made waves as a potential alternative to CRISPR. Now, the first comparative study in mice is out. Dr. Joe Miano, Professor at the Augusta University in Georgia, talks about their collaborative work comparing traditional CRISPR-mediated homology-directed repair with prime editing in mice.

Did you know cassava can cause cyanide poisoning if it is not processed correctly and consumed with a protein-poor diet? In this episode, we chat with IGI researchers, Jess Lyons and Michael Gomez about their work on using CRISPR to reduce cyanide in cassava and improve its food safety.

Kevin Davies, the executive editor of The CRISPR Journal, has closely watched the genetics space evolve over the last decades. His expertise and experience were the perfect foundation for his latest book "Editing Humanity: The CRISPR Revolution and the New Era of Genome Editing." In this episode, Kevin discusses his motivation for the book, along with some behind-the-scenes stories when writing this timely literature piece.

In this episode, Michael Friend, CEO of Minority Coalition for Precision Medicine, discusses the lack of diversity in genome editing field and covers potential solutions for ensuring an inclusive future, particularly for black scientists.

In this episode, Paul Dabrowski, CEO of Synthego, and Robert Deans, CSO of Synthego, discuss the CRISPR silver linings of 2020 and predict the directions and milestones for gene editing in 2021.

The COVID-19 pandemic is a unique situation for lab scientists, many of whose work has come to a standstill. Hamid Ghanadaan, CEO of Linus, discusses the impact of COVID-19 on science and the next steps for scientists, based on their survey of >1000 scientists.

The mission of Indee Labs, a Berkeley biotech, is to deliver CRISPR reagents into cells using microfluidics for developing affordable cell and gene therapies in the future. We interviewed Ryan Pawell, Founder and CEO of Indee Labs, about the concept of using microfluidics for CRISPR delivery, their mission and ongoing projects, and the convergence of engineering and biology for building scalable platforms.

What is the process to make a science film? In this episode, Sarah Goodwin and Elliot Kirschner, producers of Human Nature, a documentary on CRISPR, offer glimpses into making of the film.

Shondra Miller shares her experience of starting a shared genome engineering resource at the St. Jude Children's Research Hospital. Learn more about her research projects and her views on the past, present, and future of the genome editing field in this podcast episode.

CRISPR has simplified gene editing in stem cells, thus showing promising potential in therapy development. In this podcast episode, Dr. Bill Skarnes from the Jackson Laboratory elaborates on how CRISPR-edited stem cells are transforming disease modeling studies.

In this podcast episode, Dr. Rebecca Shapiro, Assistant Professor at the University of Guelph, talks about how CRISPR research in fungal pathogens aids in understanding their disease-causing mechanism. Her lab also works on gene drives in fungi for studying large scale genetic interactions and developing ways for treating fungal biofilms

In this interview, Paul Dabrowski, CEO of Synthego, talks about how Synthego got started, his mantra behind leading the company, and future directions. He also offers insights into Synthego’s unique capabilities⁠—the powerful combination of engineering and biology that enable scaling.

CRISPR has great potential in therapeutics, but CRISPR delivery in vivo remains a challenge. Researcher Dana Foss discusses her lab’s novel approach for specific delivery of CRISPR components in cells and tissues.

CRISPR is going beyond gene editing into a new area: diagnostics. Omar Abudayyeh and Jonathan Gootenberg, co-founders of SHERLOCK Biosciences, talk about the present advances and future of CRISPR diagnostics.

Kiana Aran, a biomedical engineering expert, talks about her new biosensor, CRISPR-Chip, that combines CRISPR & electronics to detect specific genes in genomic DNA.