How could that be? Perhaps drugs and procedures that enable us to live with certain conditions also perpetuate gene variants that would otherwise sicken us enough to not reproduce. We pass on those genes and inexorably weaken our global gene pool. Read More
Genetic Linkage
Were Ancient Humans Healthier Than Us?
September 1, 2017
A curious thing happened when researchers at Georgia Tech used modern human genome sequences to look back at the possible health of our long-ago ancestors – they found that while the Neanderthals and Denisovans of 30,000 to 50,000 years ago seemed to have been genetically sicker than us, “recent ancients” from a few thousand years ago may actually have been healthier. Their paper, “The Genomic Health of Ancient Hominins,” is published in Human Biology.
How could that be? Perhaps drugs and procedures that enable us to live with certain conditions also perpetuate gene variants that would otherwise sicken us enough to not reproduce. We pass on those genes and inexorably weaken our global gene pool. Read More
How could that be? Perhaps drugs and procedures that enable us to live with certain conditions also perpetuate gene variants that would otherwise sicken us enough to not reproduce. We pass on those genes and inexorably weaken our global gene pool. Read More
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Precision Medicine Initiative: Ricki's Pick for Breakthrough of the Year
December 17, 2015
‘Tis the season for Science magazine to name their Breakthrough of the Year, a designation that typically irks me because it implies that science happens suddenly and we all know that of course it doesn’t.
FROM MAN TO MOLECULE TO BREAKTHROUGH
The Breakthrough of the Year began as the Molecule of the Year, which began in 1989 inspired by Time Magazine’s Man of the Year, before said magazine realized that half of us are female. Early Molecules of the Year included such celebrities as p53 and nitric oxide. Read More
FROM MAN TO MOLECULE TO BREAKTHROUGH
The Breakthrough of the Year began as the Molecule of the Year, which began in 1989 inspired by Time Magazine’s Man of the Year, before said magazine realized that half of us are female. Early Molecules of the Year included such celebrities as p53 and nitric oxide. Read More
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Sequencing the Genomes of Dead People
October 16, 2015
Last Wednesday, at “Career Night” during the American Society of Human Genetics annual conference in Baltimore, I was stationed next to Robert Steiner, MD, from the Marshfield Clinic Research Foundation in Wisconsin. With young scientists circling us like electrons around nuclei, I never got the chance to break away to talk to him. But I did overhear him discussing the Genomic Postmortem Research Project, an effort to sequence the genomes of 300 dead people.
I was fascinated.
Would knowing the information encoded in the DNA of the deceased have changed their health care? I went to the talk on the project the next day to find out about this clever test of the value of genome sequencing. Read More
I was fascinated.
Would knowing the information encoded in the DNA of the deceased have changed their health care? I went to the talk on the project the next day to find out about this clever test of the value of genome sequencing. Read More
DNA Day: 20 Years of Writing a Human Genetics Textbook
April 19, 2013
This month we celebrate the DNA anniversaries: unveiling of DNA’s structure in 1953, and the human genome sequence in 2003.
From now until DNA Day, April 25, bloggers will be worshipping the human genome. Nature will offer podcasts (“PastCasts”) and last week, Eric Green, director of the National Human Genome Research Institute, spoke to reporters, summarizing the “quantitative advances since the human genome project.”
It’s also the 20th anniversary of my non-science majors textbook, Human Genetics: Concepts and Applications. Writing the 10 editions has given me a panoramic view of the birth of genomics different from those of researchers, physicians, and journalists. Here are a few observations on the evolution of genetics to genomics, as I begin the next edition. Read More
From now until DNA Day, April 25, bloggers will be worshipping the human genome. Nature will offer podcasts (“PastCasts”) and last week, Eric Green, director of the National Human Genome Research Institute, spoke to reporters, summarizing the “quantitative advances since the human genome project.”
It’s also the 20th anniversary of my non-science majors textbook, Human Genetics: Concepts and Applications. Writing the 10 editions has given me a panoramic view of the birth of genomics different from those of researchers, physicians, and journalists. Here are a few observations on the evolution of genetics to genomics, as I begin the next edition. Read More
The Curious Genetics of Werewolves
December 27, 2012
Growing up in the 1960s, I collected monster cards: The 60-foot-man and the 50-foot woman; body doubles gestating in giant seed pods; unseen Martians that sucked people into sand pits and returned them devoid of emotion, with telltale marks on the back of the neck. One card featured a very young Michael Landon in “I Was a Teenage Werewolf.”
Forgive my lapse in political correctness, but I recalled those cards when I saw the word “hypertrichosis” in a recent paper in PLOS Genetics because, unfortunately, the condition is also known historically as “werewolf syndrome.” Read More
Forgive my lapse in political correctness, but I recalled those cards when I saw the word “hypertrichosis” in a recent paper in PLOS Genetics because, unfortunately, the condition is also known historically as “werewolf syndrome.” Read More
Hidden Meanings in Our Genomes – And What To Do With Mendel
August 20, 2012
Summer reading for most people means magazines, novels, and similar escapist fare, but for me, it’s the American Journal of Human Genetics (AJHG). Perusing the table of contents of the current issue tells me what’s dominating this post-genomic era: information beyond the obvious, like a subtext hidden within the sequences of A, Read More
Gavin's Story: Whole Exome Sequencing Finds Mystery Mutation
November 19, 2011
In a hotel ballroom on the campus of the University of Pennsylvania on a midsummer Saturday in 2010, an unusual roll call was under way at the Family Conference for the
Foundation for Retinal Research. Betsy Brint, co-head of organization, was calling out what sounded like code words – CEP290, Read More
Foundation for Retinal Research. Betsy Brint, co-head of organization, was calling out what sounded like code words – CEP290, Read More
Personal Genome Sequencing: Too Much Information?
October 18, 2011
October 11-15, 6,200 researchers and clinicians met in Montreal for the 12th International Congress of Human Genetics. After my brain recovered from the long days of meetings, one panel discussion emerged as my favorite: what I thought was going to be a dull comparison of DNA sequencing technologies turned out to be a spirited look at Read More
23andMe's Exome Sequencing and the Tenth Edition of My Textbook
October 1, 2011
It’s been a strange week. The tenth edition of my human genetics textbook was published, just as 23andMe announced that they now offer whole exome sequencing, for $999. Read More