Therapeutic Genome Editing Congress 2019
Therapeutic Genome Editing Congress
20-21 March, 2019
Boston, USA

Progressing Clinical Development and Commercialisation of Therapeutic Genome Editing Applications

Why Attend

Our speakers will explore ground-breaking developments surrounding CRISPR and utilising all genome editing tools as a therapy. It will focus on advancements to overcome ‘off targets’, delivery approaches for in vivo applications and efficacy considerations across patient diversity.

  • CRISPR Therapeutics’ TJ Cradick and Cellectis’ Stefan Scherer will share their clinical trial experiences within therapeutic genome editing applications
  • Harvard’s Richard Sherwood will share how to improve CRISPR safety by utilizing machine learning
  • Casebia’s Abraham Scaria will offer delivery guidance to progress in vivo applications

In an extremely busy and exciting space it can be hard to pick out the top tool innovations to increase precision and properly discuss clinical challenges, this meeting will facilitate this. It will provide an opportunity with engage with the leading experts who are working on new platforms, leading the clinical trials and have patient insights. It is also a forum to build collaborations to create a clinically and commercially viable, effective and safe approach within gene and cell therapy medicine.

 ‘CRISPR medicines have the potential to transform the treatment for rare genetic and perhaps common diseases; the challenge for scientists is to demonstrate that these medicines can be both safe and effective’ – Steve Rees, VP of Discovery Biology, AstraZeneca

SPEAKERS FROM 

The Speakers

 

George Church

Professor
Harvard

George Church

Professor
Harvard

George Church

Professor
Harvard
 

Steve Rees

VP of Discovery Biology
AstraZeneca

Steve Rees is Vice-President of the Discovery Biology department at AstraZeneca with global responsibility for reagent generation, assay development and functional genomics.  Prior to this Steve led the Screening Sciences and Sample Management department at AstraZeneca with accountability  for Compound Management, the human tissue BioBank, Hit Discovery and Lead Optimisation biology support to preclinical discovery projects.  Prior to joining AstraZeneca, Steve worked at GlaxoSmithKline for 24 years in various roles.   Steve has led multiple international collaborations, has authored >65

Steve Rees

VP of Discovery Biology
AstraZeneca

Steve Rees

VP of Discovery Biology
AstraZeneca

Steve Rees is Vice-President of the Discovery Biology department at AstraZeneca with global responsibility for reagent generation, assay development and functional genomics.  Prior to this Steve led the Screening Sciences and Sample Management department at AstraZeneca with accountability  for Compound Management, the human tissue BioBank, Hit Discovery and Lead Optimisation biology support to preclinical discovery projects.  Prior to joining AstraZeneca, Steve worked at GlaxoSmithKline for 24 years in various roles.   Steve has led multiple international collaborations, has authored >65 scientific papers and has spoken at many international symposia.  He is currently Chairman of the European laboratory Research and Innovation Group, and a member of the Scientific Advisory Board for LifeArc, the Centre for Membrane Protein Receptor Research at the Universities of Birmingham and Nottingham and Axol Bioscience Ltd.

 

TJ Cradick

Head of Genome Editing
CRISPR Therapeutics

TJ Cradick

Head of Genome Editing
CRISPR Therapeutics

TJ Cradick

Head of Genome Editing
CRISPR Therapeutics
 

Stefan Scherer

SVP Clinical Development
Cellectis

Stefan Scherer

SVP Clinical Development
Cellectis

Stefan Scherer

SVP Clinical Development
Cellectis
 

Dr. Alessandra Biffi

Director, Gene Therapy Program
Boston Children’s Hospital

Dr. Alessandra Biffi

Director, Gene Therapy Program
Boston Children’s Hospital

Dr. Alessandra Biffi

Director, Gene Therapy Program
Boston Children’s Hospital
 

Issi Rozen

Chief Business Officer
Broad Institute

ISSI ROZEN, Chief Business Officer at the Broad Institute of Harvard and MIT, is responsible for partnering with the life sciences industry and venture investors and developing innovative scientific and business collaborations. He is also responsible for initiating and establishing new ventures around novel technologies and for licensing the institute’s intellectual property portfolio. He joined the Broad in 2011 after a career in the biotech industry. Before joining the Broad Institute, Rozen led corporate development at Resolvyx, a venture-backed biotech start-up.

Issi Rozen

Chief Business Officer
Broad Institute

Issi Rozen

Chief Business Officer
Broad Institute

ISSI ROZEN, Chief Business Officer at the Broad Institute of Harvard and MIT, is responsible for partnering with the life sciences industry and venture investors and developing innovative scientific and business collaborations. He is also responsible for initiating and establishing new ventures around novel technologies and for licensing the institute’s intellectual property portfolio. He joined the Broad in 2011 after a career in the biotech industry. Before joining the Broad Institute, Rozen led corporate development at Resolvyx, a venture-backed biotech start-up. Before that, he headed the business analysis group at EMD Serono where he was responsible for evaluations of in-licensing and M&A opportunities as well as commercial analytics and forecasting for pipeline and commercial products. Issi is a co-founder of a number of biotech start-ups and is an accomplished jazz guitarist. He earned his M.B.A. at MIT’s Sloan School of Management.

 

Richard Sherwood

Professor
Harvard University

My lab combines high-throughput genomic screening with machine learning to understand genome function in normal and diseased contexts. My work aims to advance precise genomic medicine and novel gene therapy applications.

Richard Sherwood

Professor
Harvard University

Richard Sherwood

Professor
Harvard University

My lab combines high-throughput genomic screening with machine learning to understand genome function in normal and diseased contexts. My work aims to advance precise genomic medicine and novel gene therapy applications.

 

Samantha Maragh

Leader of Genome Editing Program
NIST

Samantha Maragh

Leader of Genome Editing Program
NIST

Samantha Maragh

Leader of Genome Editing Program
NIST
 

Eric Kmiec

CSO and Executive Director
Gene Editing Institute

Eric Kmiec

CSO and Executive Director
Gene Editing Institute

Eric Kmiec

CSO and Executive Director
Gene Editing Institute
 

Niren Murthy

Professor
UC Berkeley

Niren Murthy

Professor
UC Berkeley

Niren Murthy

Professor
UC Berkeley
 

Abraham Scaria

Vice President & Head of Ophthalmology
Casebia

Dr. Scaria obtained his Ph.D. in Molecular Biology from Indiana University School of Medicine in Indianapolis. He did postdoctoral training at St. Louis University School of Medicine working on RNA splicing mechanisms in adenoviruses and virus-host interactions. Dr. Scaria then worked as a Senior Fellow at University of Washington School of Medicine in Seattle before joining Genzyme Corporation to work on gene therapy for Cystic Fibrosis. At Genzyme and later at Sanofi-Genzyme, Dr.

Abraham Scaria

Vice President & Head of Ophthalmology
Casebia

Abraham Scaria

Vice President & Head of Ophthalmology
Casebia

Dr. Scaria obtained his Ph.D. in Molecular Biology from Indiana University School of Medicine in Indianapolis. He did postdoctoral training at St. Louis University School of Medicine working on RNA splicing mechanisms in adenoviruses and virus-host interactions. Dr. Scaria then worked as a Senior Fellow at University of Washington School of Medicine in Seattle before joining Genzyme Corporation to work on gene therapy for Cystic Fibrosis. At Genzyme and later at Sanofi-Genzyme, Dr. Scaria held various positions with increasing responsibilities for two decades finally heading up both the gene therapy research group and the ophthalmology research efforts. Currently, Dr. Scaria is the VP & Head of Ophthalmology at Casebia Therapeutics where he is developing gene-editing based therapies for ocular genetic diseases.

 

David Resnick

Patent Attorney
Nixon Peabody

David Resnick

Patent Attorney
Nixon Peabody

David Resnick

Patent Attorney
Nixon Peabody
 

Dr Gurumurthy Channabasavaiah

Director of Mouse Genome Engineering Core Facility
University of Nebraska Medical Center

Guru (CB Gurumurthy) received his BVSC (DVM) from Bangalore Veterinary College, India and MVSC & PHD in Veterinary Virology from Indian Veterinary Research Institute, with a Gold Medal distinction in MVSC, and an Executive MBA from University of Nebraska at Omaha. He is currently an Associate Professor of Developmental Neuroscience, Munroe Meyer Institute for Genetics and Rehabilitation at the University of Nebraska Medical Center. He is also the Director of the UNMC’s Mouse Genome Engineering Core Facility.

Dr Gurumurthy Channabasavaiah

Director of Mouse Genome Engineering Core Facility
University of Nebraska Medical Center

Dr Gurumurthy Channabasavaiah

Director of Mouse Genome Engineering Core Facility
University of Nebraska Medical Center

Guru (CB Gurumurthy) received his BVSC (DVM) from Bangalore Veterinary College, India and MVSC & PHD in Veterinary Virology from Indian Veterinary Research Institute, with a Gold Medal distinction in MVSC, and an Executive MBA from University of Nebraska at Omaha. He is currently an Associate Professor of Developmental Neuroscience, Munroe Meyer Institute for Genetics and Rehabilitation at the University of Nebraska Medical Center. He is also the Director of the UNMC’s Mouse Genome Engineering Core Facility. His research interests are improving and development of novel genome engineering technologies. He is a co-developer of popular technologies such as Easi (Efficient additions with ssDNA-inserts)-CRISPR, CRISPR-first: PITT-next and GONAD (Genome Editing via Oviductal Nucleic Acids Delivery). Some of these technologies have already been adapted in many labs worldwide.

 

Dr Andrew Kernytsky

Head of Computational Biology
CRISPR Therapeutics

Dr Andrew Kernytsky

Head of Computational Biology
CRISPR Therapeutics

Dr Andrew Kernytsky

Head of Computational Biology
CRISPR Therapeutics
 

Professor Jeff Chamberlain

Professor, Depts. of Neurology, Medicine and Biochemistry
University of Washington

Professor Jeff Chamberlain

Professor, Depts. of Neurology, Medicine and Biochemistry
University of Washington

Professor Jeff Chamberlain

Professor, Depts. of Neurology, Medicine and Biochemistry
University of Washington
 

Dr Claudio Mussolino

CCI Junior Group Leader
Medical Center – University of Freiburg

Dr Claudio Mussolino

CCI Junior Group Leader
Medical Center – University of Freiburg

Dr Claudio Mussolino

CCI Junior Group Leader
Medical Center – University of Freiburg
 

Professor Harold Smith

Department of Biochemistry and Biophysics
University of Rochester

Professor Harold Smith

Department of Biochemistry and Biophysics
University of Rochester

Professor Harold Smith

Department of Biochemistry and Biophysics
University of Rochester
 

Anna Krichevsky

Associate Professor of Neurology
Dana-Farber Cancer Center

Anna Krichevsky

Associate Professor of Neurology
Dana-Farber Cancer Center

Anna Krichevsky

Associate Professor of Neurology
Dana-Farber Cancer Center
 

Dr Eric Paul Bennett

Associate Professor
University of Copenhagen

Dr Eric Paul Bennett

Associate Professor
University of Copenhagen

Dr Eric Paul Bennett

Associate Professor
University of Copenhagen
 

Brian Burke

Head of Strategy
Horizon Discovery

Brian joined Horizon in 2012 during which time he has led various functions including Sales, Business Development and Product Management.  Much of his career has been focused in driving both the NGS and gene editing revolutions, most notably in the fields of diagnostics and bioprocessing.  In 2018 he was promoted to the Global Head of Strategy and now leads Horizon’s Corporate Development efforts including strategy development and M&A. 

Brian Burke

Head of Strategy
Horizon Discovery

Brian Burke

Head of Strategy
Horizon Discovery

Brian joined Horizon in 2012 during which time he has led various functions including Sales, Business Development and Product Management.  Much of his career has been focused in driving both the NGS and gene editing revolutions, most notably in the fields of diagnostics and bioprocessing.  In 2018 he was promoted to the Global Head of Strategy and now leads Horizon’s Corporate Development efforts including strategy development and M&A. 

Talk to Our Speakers About...

1. How to overcome off- targets through base editing and utilizing new Cas strains

2. New delivery systems to approach successful in vivo applications

3. How does patient diversity impact CRISPR efficacy?

4. Industry’s thoughts on the future of CRISPR/Cas tool in a therapeutic setting

5. How to apply genome editing and protocols for successful clinical trials

6. Key translational science skills essential for clinical development

7. The commercial viability of genome editing as a medicine, what are medical institutions looking for?

8. IP and licencing landscape surrounding genome editing tools to progress commercially 

9. Rational analysis of risk benefit and disease identification 

10. Ethical factors

The Agenda

Please download the agenda to find out more information about the congress including the main topics of discussion for the two days and our full lineup of speakers.

Therapeutic Genome Editing Congress

‘Outstanding comprehensive overview with top academic and industry experts’ - Juan Ruiz – JNJ

‘The diversity of technical approaches was very informative’ - David Wedlake - Celgene

‘Optimal meeting size to enable communication with all the participants. Ideal for networking.’ - Peggy Sotiropoulou – Ceylad

Download Agenda

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Hyatt Regency Boston Harbor, 101 Harborside Drive, Boston, MA 02128

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