Stanford researchers used cryptography to cloak irrelevant genetic information in individuals’ genomes while revealing disease-associated mutations. They say the technique could vastly improve patient privacy.

17 August 2017, Stanford Medicine News Center

It is now possible to scour complete human genomes for the presence of disease-associated genes without revealing any genetic… Read more >>>

Many websites offering genetic testing for commercial purposes fail to outline the privacy implications of such tests, Data Protection CommissionerHelen Dixon has said.

22 June 2017, The Irish Times

Speaking at the inaugural Data Summit in Dublin organised by the Department of the Taoiseach, Ms Dixon outlined the challenges to privacy from the so-called digital revolution, but also the opportunities… Read more >>>

The BabySeq Project is the first-of-its-kind clinical trial focused on how best to integrate genome sequencing into the care of newborns.

6 June 2017, Huffington Post

“One family asked me: ‘Will they be able to clone my baby?’”
That’s not a typical question, says genetic counselor Shawn Fayer, just an anecdote. Still, it fits a theme. For parents considering whether to have their newborn’s genome sequenced as part of the BabySeq Project, genetic privacy and discrimination… Read more >>>

In the United States in 2015, the number one target for cyber-attackers was health data. While that number is shrinking thanks to efforts by the security and privacy research community, health data are still a very common target of cyber-attacks.

7 April 2017, GA4GH News

In a paper recently published in the Journal of the American Medical Information Association, Baker and a team of GA4GH volunteers led by genomics security expert Jean-Pierre Hubaux put forth three new strategies for mitigating the risks of cyber attacks on Beacon datasets….Read more >>>

Are the muddled laws and ethical questions surrounding privacy of genetic data impeding pharma research?

PharmaTimes magazine – April 2017

To gain access to this data, the public may have to be willing to share their own genetic information – but is this something they want?…Read more >>>

Personalized medicine promises much. New initiatives aim to harness technology and genomics to create bespoke medicine, customizing your healthcare like your Facebook profile. Instead of relying on generic practice guidelines, your doctors may one day use these new analytic tools to find the ideal treatment for you.

26 March 2017, Oxford University Press

But this precision has a price that science and medicine don’t acknowledge. Personalized medicine demands that we all contribute our medical histories and genomes to the big data research pool. The science works only if the numbers are very large; so large that some envision every patient as a subject whose medical data will be shared for research. As this future unfolds, you will, of course, be assured of your privacy. Unfortunately, that’s a promise science cannot honestly make and you should not believe….Read more >>>

Vast collections of DNA data could lead to very real advances in medicine. But they also could be used — or misused — for a variety of reasons.

22 November 2016, MIT Technology Review

In August 2015, Samantha Schilit went to her primary care doctor to get a blood draw. A PhD candidate at Harvard specializing in human genetics, she was itching to unlock the secrets of her genes with a test called whole-genome sequencing, which provides a full readout of a person’s DNA…Read more >>>

Vast collections of DNA data could lead to very real advances in medicine. But they also could be used — or misused — for a variety of reasons.

13 September 2016, Undark

WHEN PRESIDENT BARACK OBAMA hosted a summit earlier this year on his research initiative to gather DNA samples and medical histories on a million volunteers, he highlighted the delicate balance between science and privacy inherent in genomic information…Read more >>>

Genomic databases were introduced to provide medical staff access to shared information on genomes that will enable better diagnosis’ and are useful tools for further research development.

20 August 2016, Trendintech

But, because there is a significant amount of personal data stored on one single database it poses high-security risks that people’s medical histories may be accessed for the wrong reasons. However, researchers from MIT’s Computer Science and Artificial Intelligence Laboratory and Indiana University at Bloomington have recently disclosed…Read more >>>

Researchers from MIT’s Computer Science and Artificial Intelligence Laboratory and Indiana University at Bloomington have developed a system for protecting the privacy of patient information in genomic databases used for medical research.

17 August 2016, Health Data Management

A cryptographic technique called differential privacy permits database queries for genome-wide association studies (GWAS), which try to find correlations between particular genetic variations and disease diagnoses, while reducing the chances of compromising personal health information to almost zero, according to researchers writing recently in the journal Cell Systems…Read more >>>