Dr. Haynes has been invited to present her group’s latest research on the efficacy of CRISPR editing of human DNA at the 2017 Southeastern Regional Meeting of the ACS (SERMACS) Synthetic Biology Symposium on Thursday, November 9, 2017 in Charlotte, NC. Using a synthetic, regulatable DNA packing system Dr. Haynes and her team, including lead grad student Rene Daer, discovered that chromatin structures similar to those found at stem cell genes can block CRISPR from access to DNA (Daer et al 2017 ACS Synthetic Biology; featured on PRI Science Friday). This can pose a problem for gene therapy and tissue engineering. In her talk “Manipulation of chromatin to enhance CRISPR activity” Dr. Haynes will present a review of these findings as well as recent results from experiments to counteract chromatin and enhance CRISPR activity. The NIH NCI Geographic Management of Cancer Health Disparities Program (GMaP) provided an award to support Dr. Haynes’ travel.
Dr. Haynes has been awarded a mini-grant for RNA-seq analysis of cancer cells that have been treated with a synthetic protein that her group has engineered. Stefan Tekel, a PhD student in the Biological Design Program, is credited for the work that lies at the heart of this project. He engineered a cell-penetrating version of the protein that can be produced at low cost in E. coli bacteria, purified, and then added (as a solution) directly to cancer cells. The group aims to use the RNA-seq to apply for a major grant in the near future.
Dr. Haynes has been invited to the University of California Irvine to present a talk entitled “In Vitro Development of Chromatin-based Biologics for Breast Cancer” for the UCI Biomedical Engineering Lecture Series on Friday, October 20, 2017 in the McDonnell Douglas Engineering Auditorium (MDEA).
Dr. Haynes has been invited by scientists at the Center for Research and Interdisciplinarity (CRI) to speak at “Charting Future Paths of Open Synthetic Biology” in Paris, France. She will present a talk entitled “Engineering the human genome as chromatin” and participate in advising a strategy (white paper) for the recruitment and support of research fellows in synthetic biology. The invitation to this important international event was given in recognition of Dr. Haynes’ participation at the leading edge of synthetic biology and her high-impact contributions to the field.
Biological Design PhD student Rene Daer just successfully defended her thesis “Expanding Applications of Portable Biological Systems: Enhancements to Mammalian Gene Editing and Bacterial Quorum Sensing” today at 3 – 5 pm in Biological Design Auditorium B. Thank you to all of the friends, family, and colleagues who came to show their support.
This day is especially exciting since Dr. Rene Daer will my (Dr. Haynes’) first PhD graduate. On behalf of the Haynes lab, I hope this training experience launches a fun and fruitful career!
Haynes lab members Alyssa Henning, Ben Nyer, and Dr. Karmella Haynes will be presenting research at a 2017 Fall Retreat organized by the Engineering Biology Research Consortium (EBRC). The retreat will take place at Georgia Tech in Atlanta, GA September 22 – 23, 2017. EBRC members include some of the most prestigious labs in synthetic biology. Attendees will come from academic, industry, and government institutions from across the country.
Haynes lab PhD student Alyssa Henning (Biological Design) recently participated in local Comic Con and cultural events in Phoenix. The first event was Phoenix Comic Con on May 25 – 28 where she was invited to talk about real-life science as a panelist. At a Japanese pop culture event called Saboten Con (September 4), Alyssa and the Sun Devil Taiko club (of which she is an officer) won an award for their musical performance.
- 05.24.17. Faller, MB. ASU Now: Sun Devil Life. ASU Experts Bring Real-Life Science to Phoenix Comicon.
- 05.28.17. Reiser, L. AZ Family. ASU Student Looks at Science of Comicon.