In this Chicago Tribune post, G2P Director Robert Green writes that Hemsworth and Jolie are accelerating awareness and acceptance of a future where we do not wait to respond to the ravages of so many diseases but rather anticipate, predict and prevent them through genomics.
Precision Population Health
The lack of diversity in genomic research may be a call to fundamentally change the research enterprise.
“Would you have your baby’s genes sequenced at birth? A groundbreaking trial that used whole-genome sequencing to predict newborns’ future health, is starting to reveal the impact it has had on the whole family, seven years down the line.”
PMWC, the “Precision Medicine World Conference” is the largest & original annual conference dedicated to precision medicine. At this year’s PMWC, G2P director Dr. Robert C. Green gave a talk on the path to universal newborn sequencing and disease prevention.
Through the Achieving Research Equity & Inclusion Conference, Mass General Brigham engages stakeholders from across the country and our communities for a unique opportunity to change how we do research. Click the link below to hear Dr. Robert C. Green talk about medical research in genomics, where theory meets practice.
Hear from a panel of experts, including Dr. Robert C. Green, about the challenges and opportunities ahead for genomics and precision health, as well as how researchers, clinicians and other stakeholders are working to make sure that such efforts are inclusive, equitable, accessible and effective.
“Doctors in many places want to sequence and screen babies’ entire genomes at birth. In America there are projects to do just that at Boston Children’s Hospital, Columbia University and Rady Children’s Hospital in San Diego. A pioneering group at Harvard, known as BabySeq, has recently received money to expand its small-scale work to include … Continued
In this debate hosted by the University of Chicago School of Medicine, Dr. Lainie Ross and Dr. Robert C. Green both respond to the question “should all newborns have their genomes sequenced at birth?”
“Whole-genome sequencing may be the fastest way to diagnose rare complex diseases, but should it be incorporated into healthy newborn screening?” “We are missing the opportunity to address an increasing number of treatable conditions,” says G2P Dr. Robert Green.
Dr. Robert C. Green presents at the World Medical Innovation Forum on “Newborn Sequencing and Prevention of Rare Diseases: A New Public Health and Biopharma Challenge.”
On April 5th, 2022, initiatives from around the globe will virtually convene for a meeting of the Genomics in Health Implementation Forum (GHIF). This focused workshop aims to share the status of international efforts establishing genomic newborn screening programs and identify areas for engagement with GA4GH Work Streams.
“BabySeq, the next-generation sequencing-based universal screening program for newborns, is gearing up for a second, expanded study. The lead researchers said they want the four-year, $5.1 million grant to help address a lack of diversity in the first cohort.”
“Genomic researchers who are returning results to participants need to look at how to incorporate sequencing now, not later.”
The MGB Biobank returned actionable genetics results to 256 participants, 76.3 percent of whom were unaware that they carried a variant that put them at increased risk. The New York Times reports on this return of results process, outlining that some participants wanted to learn this information and others did not.
“Precision medicine is personalised and creating individualised treatments for a whole range of conditions, so how is it changing the way we manage disease? Philip Clark spoke to John Mattick a Professor of RNA Biology at UNSW and Professor Robert Green is the Director of the Genomes2People Research Program at Harvard Medical School.”
“Genomics England are poised to a launch a pilot project which will see the genomes of newborn babies sequenced on their very first day of life…In the USA, under a pilot project called BabySeq, a team co-led by Robert Green from Brigham and Women’s Hospital found that across 1,500 genes in 127 healthy and 32 … Continued
“Even before their baby is born, parents face some tough questions: Home birth or hospital? Cloth or disposable diapers? Breast, bottle, or both? But advances in genetic sequencing technology mean that parents will soon face yet another choice: whether to sequence their newborn’s DNA for an overview of the baby’s entire genome.”
“Amy McGuire [Co-PI of BabySeq] joins Laura Hercher on “The Beagle Has Landed” to discuss BabySeq and the high-risk, high-reward prospect of making genome sequencing of newborns routine. After a preliminary study many years in the making, Amy is here to assure us of one thing: ‘what we’re doing isn’t Gattaca.’ Also, the take-home message: … Continued
Dr. Robert C. Green at the 2021 Magee-Womens Summit: The Path to Preventive Genomics.
“Published in the American Journal of Human Genetics on Monday, the study describes takeaways from an effort by BWH’s Genomes2People (G2P) program to disclose actionable genetic results to research participants who volunteered to contribute to the Mass General Brigham Biobank.”
Press Release: In a new study published in The American Journal of Human Genetics, investigators from Brigham and Women’s Hospital, Massachusetts General Hospital and Harvard Medical School describe lessons learned from their experience disclosing actionable genetic results to research participants and transitioning them to clinical care. The team returned results to 256 participants, 76.3 percent … Continued
The latest research from the BabySeq project shows that the delivery of genomic information from healthy newborns does not increase anxiety in parents.
What Happens Next examines the future as we confront massive technological transformations in central aspects of daily life. In this video, G2P’s Dr. Robert Green shares what we’ve learned from genetic testing in healthy individuals over the past decade.
For the first time in history, we can treat the underlying cause of some genetic diseases — if we catch them early enough. What does this mean for public health?
“We have a wild card here that is changing the risk-benefit equation for all babies in order to detect these rare cases.”
“Medical researchers in Boston are helping sign up one million volunteers for a first-of-its-kind study [The All of Us Research Program] examining the link between genes and our health. Researchers are actively recruiting volunteers of different races and ethnicities to ensure that the study reflects the diversity of the United States.”