Harry Glorikian guest this week, Dr. Robert Green, is a professor of medicine and genetics at Harvard Medical School and director of the Genomes To People research program at Brigham & Women’s Hospital and the Broad Institute of Harvard and MIT. They dig into the individual genome, how genomic data is being used, and the impact … Continued
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This Fall, G2P has had exciting updates with a new PeopleSeq grant. Our team has traveled from San Diego, Atlanta, and Fort Detrick to Basel, Zurich, and Barcelona, to several conferences, presenting new data from our translational genomics research projects.
At-home genetic testing can help you understand your biology. But before delving into your DNA, consider the caveats.
From San Diego, Atlanta and Fort Detrick to Basel, Zurich and Barcelona, our team traveled to several conferences this fall, presenting new data from our translational genomics research projects.
With genomic testing running at a low cost, why aren’t more people running toward the shelves to grab direct-to-consumer testing? Read this Wired post featuring Dr. Robert Green to learn more!
Scott D. Crawford, Shawn Fayer, and Robert C. Green directly address and highlight some of the recent FDA movement in the direct-to-consumer (DTC) genetic testing space with a five-post blog compilation.
As 2019 looms before us, it is fair to say that significant—and perhaps surprising—advances will be made in the precision medicine and omics arenas.
The Washington Post brings in genetics expert Dr. Robert Green to clarify some of the misconceptions present in results of ancestry genetic testing.
Having genetic information to determine metabolic predispositions can be a powerful tool tool for staying on a nutrition program, says Robert C. Green. “In some cases, people really are motivated by hearing about something from their own DNA. We all know we have to eat better.”
Dr. Robert Green addresses a new epigenetic test that tracks molecular aging claims to show you how to stay biologically young.
Dr. Robert Green shares a concise overview of the results regarding the MedSeq and BabySeq projects presented at the American Society of Human Genetics 2018 conference.
Dr. Robert Green explains why DNA testing kits can’t reveal anyone’s complete ancestral history.
More information on newborn and adult sequencing studies unveiled at the 2018 American Society for Human Genetics Meeting in San Diego, CA. Two projects in which healthy individuals have had their genomes sequenced have revealed that searching for unanticipated genetic results in newborns and adults can unearth far more variants associated with diseases than previously thought, … Continued
“All of the crimes that are currently unsolved, which have DNA evidence, there’s now a pathway to trying to locate these perpetrators,” says Dr. Robert Green, a medical geneticist at Brigham and Women’s Hospital and a professor at Harvard Medical School.
Dr. Robert Green points to the potential of genomics not only to reunite family members and put criminals behind bars, but also to predict and prevent heritable diseases and develop new drugs.
“Sequencing at birth could provide a template—a book of life, if you will —to predict conditions or decide what medications to use for an entire lifetime,” says Robert Green, a medical geneticist at Brigham and Women’s and professor at Harvard Medical School who is co-leading the study.
Only about 7 percent of families approached to take part in the BabySeq Project of Brigham Women’s Hospital and Boston Children’s Hospital eventually enrolled, with many citing a lack of interest in research, study logistics, and privacy concerns as reasons for declining to participate.
Listen to WBUR’s radio segment on the BabySeq Project and one of its publications.
Press Brief: The BabySeq Project reports that although more than 80 percent of approached mothers and fathers declined an offer for free genomic sequencing of their newborn, more than half of those parents were not interested in any research participation.
The true costs of genome sequencing don’t end with the technical production of A’s, T’s, C’s and G’s, and they don’t even end with the molecular interpretation of a few dozen or even a few hundred genes.
Casie Genetti, MS, CGC, a licensed genetic counselor with the Manton Center for Orphan Disease Research at Boston Children’s Hospital is first author of a recently published paper on the BabySeq Project and author of this blog about parents’ receptiveness to genome sequencing.
Dr. Robert C. Green speaks at the 2018 Advances in Genome Biology and Technology (AGBT) Precision Health Conference in San Diego, California about our efforts to gather empirical data on genome sequencing healthy individuals. Watch to learn more about G2P’s MilSeq, BabySeq, MedSeq, PeopleSeq, PGen and REVEAL projects. Click here for more on the conference.
“According to Green, the Hastings report tries to take a broad view and is well done and well resourced. But he questioned whether recommendations of this type may be premature, considering that the research arms of NSIGHT are still early in the process of collecting, analyzing, and reporting their data.”
Growing up in a small town in Illinois, musician Pete Wentz didn’t look or feel like others in his community, and never really felt that he fit in. So, he set out to create an identity of his own. On the latest episode of Spit, host Baratunde Thurston sits with Pete and medical geneticist and … Continued
VA researcher, Dr. Jason Vassy, hopes genetic test can help in choosing the right drug to reduce high cholesterol.
Veritas Genetics says it has the largest collection of DNA for people who have lived to the age of 110.
Ancestry tests have “blown up family secrets all over the country”, but is it really helping people for the better to know this information? Read about Dr. Robert Green’s opinions on genomic testing revealing unsuspected familial matters.
Veritas Genetics is looking to sequence individuals with extraordinary skills in order to understand the genome that produced these talents. They are also looking to sequence infants and people who have lived to very old ages.
The third and final interview conducted with Dr. Robert Green about specific circumstances that could arise from genetic sequencing starting from infancy.
“The promises and peril that could come from reading your full genome.” Dr. Robert Green discusses some very important questions about what information you could find in your genome.
Laura Diamond’s 23andMe results noted she had a genetic mutation, BRCA 1, which could increase her risk for breast cancer. When she was screened a few years later, an MRI showed that she had developed stage 1 breast cancer. Direct-to-consumer testing paid off in her case, as she was aware of her condition and was … Continued
Rita Steyn, who has a family history of cancer, decided to order a home genetic testing kit to look for certain genetic mutations that might increase her risk for the disease. While this is something many people are doing, consulting a physician is still recommended in order to understand the real risks, and what the … Continued
For a few hundred dollars and a spit sample, you too could take a journey of genetic self-discovery. You may learn some things, but what are you giving away? Before you spit, it helps to know what you’re getting into.
Follow new parents Katherine and Jason as they meet with Genomes2People Genetic Counselors to learn about their baby boy’s genome sequencing results as part of our BabySeq Project.
The bloodTyper algorithm developed with MedSeq data can be used to prevent serious complications and transfusion-related deaths.
Whole genome sequencing (WGS) can help identify rare blood-type donors and transfusion recipients who may be at risk of adverse reactions from red blood cell antigen mismatches.
Medical investigators have used data from the MedSeq Project to develop an effective computer program that can identify critical differences in individuals’ blood types with more than 99 percent accuracy.
Mitochondrial DNA is not the only thing we inherit from our mothers; we’re all a mix of traits inherited from both parents.
A study of two groups of 100 patients found no evidence that whole genome sequencing increases downstream healthcare costs. The story begins on Page 12.
Police were able to identify and arrest the Golden State Killer using GEDmatch, an open source genetic database. where individuals can upload and share their information for free, making it accessible for law enforcement in cases like these.