A ‘Google Maps for health care’

Alphabet will track health data of 10,000 volunteers to ‘create a map of human health

Verily, formerly Google’s life sciences arm, is launching a four-year study called Project Baseline to find out why people transition from being generally healthy to getting sick.

The Silicon Valley-based company is working with its partners, Duke University and Stanford Medicine, to enroll 10,000 participants from diverse backgrounds at half a dozen study sites in California and North Carolina.

The researchers are recruiting some people in good health, and others who are at high risk of chronic diseases like diabetes and heart disease, and outfitting them with sophisticated health trackers and sequencing their genomes, among other things.

The goal for the study, said Verily’s chief medical officer Jessica Mega, is to “create a map of human health.”

As Mega explained, most doctors will treat symptoms as they arise, but have little indication into how the patient was faring in the years leading up to the illness. The Baseline researchers are hoping to find early warning signs for disease from all the data it is collecting, including on sleep, activity, heart rate, genomics and more, which might translate into new lifestyle or therapeutic interventions.

That could eventually mean big business for Verily, a company in the Alphabet umbrella, which is already working with pharmaceutical companies ranging from Johnson & Johnson to Novartis, on a variety of life sciences initiatives.

“With the exploding number of wearable trackers, we’re gathering all these digital vital signs,” says Daniel Kraft, faculty chair for the Medicine and Exponential Medicine program at Singularity University, and a practicing physician. “We don’t know what to do with all this data yet.”

According to Kraft, Verily is building a “Google Maps for health care,” as it is connecting the dots in a similar fashion that the various mapping applications compiled street data, traffic, nearby restaurants, and so on.

Part of Verily’s role is to use its engineering talent to develop sensor-based technologies to capture a huge volume of health data.

To that end, it recently developed its own smartwatch, called Study Watch, which participants will be asked to wear on a daily basis. The watch, which is not intended for consumers, includes features like an electrocardiagram, which might indicate abnormal heart rhythms, plus week-long battery life and large internal storage.

Each participant will also get their whole genome sequenced, which costs several thousand dollars. The researchers are also aiming to study other molecular indicators, like the microbiome and proteomics (meaning the analysis of sets of proteins). This fields are still extremely nascent, and it remains to be seen whether such tests will benefit healthy people.

These results will be returned to patients over the course of the study, said Adrian Hernandez, professor of medicine at Duke and a lead investigator for Baseline, especially if they require medical care. But Hernandez said it will be “at least five years” before the insights gleaned from the study are useful to the general population.

The Baseline Project is modeling itself on prior efforts, like the Framingham Heart Study, which kicked off in the late 1940s with more than 5,000 participants. The results of that study showed the importance of regular exercise and a healthy diet in maintaining good health, as well as the deleterious effects of smoking.

The new tools and datasets Verily is developing might prove attractive to the broader research community. Both Mega and Hernandez said they are already getting interest from outside researchers about the Study Watch.

If it builds such tools for researchers, that would be in line with the plan outlined by Verily CEO Andy Conrad: A “Google for medical information.”

Source: http://www.cnbc.com/2017/04/18/alphabet-verily-project-baseline-longitudinal-health-study.html

Do you have an innovative project with a focus on technology transfer between Health, ICT, AeroSpace, AgriFood sectors?

ACTTiVAte offers direct funding to innovative SME projects.

The ACTTiVAte project will start publishing calls for proposals soon.

For further information contact info@acttivate.eu and we will get back to you.


ACTTiVAte 1st Consortium meeting in Wageningen, Netherlands, 30th-31st March 2017

ACTTiVAte first Consortium meeting

Last week, 30-31 March, took place the ACTTiVAte first Consortium meeting in Wageningen, Netherlands.

Fruitful meeting after presentation project accomplishments and overall status and discussion between ACTTiVAte partners of the next steps moving forward.

ACTTiVAte Consortium

ACTTiVAte Consortium has been created aiming for excellence and complementarities in the contributions of its partners. The expertise provided by the members and their leadership in their fields allows the consortium to cover a broad range of competences. That is why ACTTiVAte combines experience coordinating previous European projects as well as knowledge in clustering, competitive calls for SMEs, acceleration of innovative projects, training, technological research and impact assessment.

13 partners comprise ACTTiVAte consortium 6 of which are clusters, 4 are RTDs (Universities or other research organisations), 2 are accelerators/facilitators and 1 is a SME specialized in impact assessment.

ACTTiVAte has a good representation of Europe (2 countries from South of Europe (Spain and Portugal), 2 countries from North of Europe (Ireland and The Netherlands) and 1 country from East of Europe (Poland).

If you want to know more about ACTTiVAte Consortium members, please click here.

The ACTTiVAte project will start publishing calls for proposals soon.

Do you have an innovative project with a focus on technology transfer between Health, ICT, AeroSpace, AgriFood sectors?

ACTTiVAte offers direct funding to innovative SME projects.

For further information, please contact info@acttivate.eu and we will get back to you.