Professor of Biomedical Engineering at Duke University, Director of the Center for Advanced Genomic Technologies

We're very excited to launch of the Duke Center for Advanced Genomic Technologies @DukeCAGT, a joint venture of @DukeEngineering @DukeMedSchool and @DukeTrinity. We are supporting collaborative research efforts to tackle grand challenges in genome sciences and engineering.
2
12
53
We propose remaining challenges and opportunities for epigenome editing, and provide a future outlook. We are incredibly enthusiastic about the pace of new technology development in this area, the fundamental discoveries it is enabling, and what it can do for patients!
1
2
867
Led by Sean McCutcheon, Dahlia Rohm, and Nahid Iglesias - we are thankful to the editors and reviewers for their contributions to enhancing this review.
3
595
Epigenome editing is transforming biological sciences and medicine. We're grateful for the opportunity to publish this review of the field in @NatureBiotech. Check it out here: rdcu.be/dPjsJ
Epigenome editing technologies for discovery and medicine go.nature.com/4cXw54M
10
67
274
44,726
We explain the technology and its context among other genome editing tools, provide a catalog of common epigenome editors, survey recent technical advances, and summarize use cases in functional genomics, cell engineering, and gene/cell therapy.
1
1
471
Epigenetic control is incredibly powerful for bolstering cell therapy. We’re very excited to continue to build on the foundation established with this publication.
Scientists have engineered a modified CRISPR technology targeting the epigenome capable of modulating T-cell behavior. In the process, they discovered a master regulator of the genome that reprograms T cells and enhances their cancer cell-killing ability. ow.ly/opgC50Q8lq0
8
24
4,184
Charles Gersbach retweeted
Using a new CRISPR-based methodology, a team of researchers led by @cgersbach @DukeU has identified a “master regulator” gene capable of dramatically improving T-cell therapy performance >>> bit.ly/47vsnwN
3
3
581
Charles Gersbach retweeted
Epigenetic CRISPR screening in human T cells reveals that BATF3 overexpression enhances T cell function, reduces exhaustion, and boosts CAR T cell potency in both in vitro and in vivo tumor models. #NBThighlight nature.com/articles/s41588-0…
2
55
193
36,744
Very happy to share our latest work today in @NatureGenet - "Transcriptional and epigenetic regulators of human CD8+ T cell function identified through orthogonal CRISPR screens" - led by @DukeUBME PhD student Sean McCutcheon. 1/n nature.com/articles/s41588-0… rdcu.be/dqHFO
6
20
147
17,583
This is our first report of a broader active area within our research group on T cell engineering. We are excited to repurpose the tools and protocols developed here for improve ACT and CAR-T for diverse applications. We’re looking forward to sharing more on these efforts soon!
1
1
455
We are incredibly thankful to our collaborators and co-authors, and our funding sources for supporting this new research direction! @somaticediting @ENCODE_NIH @IGVFConsortium @genome_gov @NSF @AllenInstitute @DukeU @DukeCAGT
2
441
Looking forward to a great meeting!
FGE23 @bitsgoa is less than a week away and the whole team @IGIBSocial is excited to welcome guests and participants from all over the world! @BKleinstiver @palermo_lab @randall_platt @cgersbach @AngelaEGGLEST17 @XueSherryGao @Ajit_IISER @MohankumarKMur1 @WeixinT @KomorLab
3
889