HealthVault PHR Goes Mobile in 2012 with Aetna Owned iTriage

The consumer healthcare technology platform iTriage (recently aquired by Aetna) announced an integration of Microsoft HealthVault personal healthcare record (PHR) into its iPhone mobile application. This connection enables iTriage users to view and access their records stored within Microsoft HealthVault, right from the palm of their hand.

More than three million people have used iTriage to view information on symptoms, diseases, procedures, medications, and to access a nationwide directory of medical providers. As the world’s leader in Symptom-to-Provider™ pathway technology, iTriage has been touted by ABC News as the one-stop health app that allows patients to not only know what’s wrong with them, but also know where to go for treatment.

All those who have used iTriage to access Google Health PHR from mobile devices should know that Google Health is being discontinued for viewing, entering or editing data on January 1, 2012. However, Google Health PHR data will remain available for transfer through January 1, 2013. You can also use the Direct Project proprocols to transfer your health data. To learn more, please visit: Microsoft HealthVault.

“PHRs offer consumers a great way to monitor their health. Our iTriage vision includes being the mobile aggregator for multiple PHRs in the future, “explained Peter Hudson, M.D., co-founder of iTriage, LLC. “We believe today’s HealthVault PHR integration into iTriage will give consumers a convenient and easy way to access their health information anywhere, anytime."

Consumers can download the free iTriage app through the iTunes® app store or Android™ Market. Microsoft HealthVault access through iTriage is immediately available for iPhone devices. Access through Android devices will be available in a few weeks

 

Encouraging Healthy Behaviors Through Facebook: healthfinder.gov Launches the Be Healthy Your Way Challenge

The U.S. Department of Health and Human Services’ Office of Disease Prevention and Health Promotion is kicking off the Be Healthy Your Way Challenge to encourage Americans to make healthy resolutions this New Year. Each week in January, participants will be invited to complete a health challenge and to encourage loved ones to do the same

The Office of Disease Prevention and Health Promotion (ODPHP) at the U.S. Department of Health and Human Services (HHS) is building a Facebook community around its Web site, healthfinder.gov, a one-stop shop for preventive health tools. ODPHP is launching the Be Healthy Your Way Challenge to encourage Facebook users to adopt healthy behaviors and provide them with interactive information about preventive health services, particularly those that are now covered under health care reform.

The Be Healthy Your Way Challenge will encourage healthfinder.gov Facebook fans to make a healthy resolution and share it on the Facebook page. healthfinder.gov will post weekly challenges throughout January to address those resolutions and help Americans incorporate more healthy behaviors into their lifestyles by setting personal wellness goals. The Be Healthy Your Way Challenge encourages Americans to take small, practical steps toward being and staying healthy.

The Be Healthy Your Way Challenge will spotlight preventive health and feature a wide range of tools and resources to support people in making key health decisions. Resources will include award-winning healthfinder.gov content; the Dietary Guidelines for Americans 2010; the 2008 Physical Activity Guidelines for Americans; and the U.S. Preventive Services Task Force recommendations. The weekly challenges will also introduce people to the services covered under the new health law, the Patient Protection and Affordable Care Act, and help them figure out which services they may need.

ODPHP invites everyone interested in health and wellness to encourage their friends and families to join the challenge and make a commitment to a healthier 2012. To learn more about how ODPHP is using social media to spread the word about preventive health, visit healthfinder.gov.

The Office of Disease Prevention and Health Promotion, within the U.S. Department of Health and Human Services, coordinates the Web site healthfinder.gov as well as the National Health Information Center. The Quick Guide to Healthy Living, part of healthfinder.gov, won the 2010 ClearMark Award for the best plain language public sector Web site from the Center for Plain Language.

 

EHNAC to Host Industry Forum on Health Information Exchanges (HIEs)

The Electronic Healthcare Network Accreditation Commission (EHNAC), a non-profit standards development organization and accrediting body, today announced a free webinar that will discuss the current state of the HIE model. The “Dispelling the Myth that All Health Information Exchanges (HIEs) Are Created Equal” session will take place from 1:30 to 3:00 p.m. EST on Wednesday, Jan. 25, 2012.

“We look to bring some clarity to these burning issues with our collective panel of industry thought leaders and help organizations realize the steps and considerations that should be taken to maximize effectiveness in participating in their neighborhood health information exchange.”

Through a panel discussion, the webinar will examine how the HIE model has evolved, the major players involved and the factors all stakeholders should consider. Additionally, panelists will discuss potential impacts of the Direct Project and the National Health Information Network (NHIN) and offer attendees real-world solutions for assuring stakeholders’ trust in the clinical exchange. An open forum will follow the panel discussion to enable attendees to submit questions specific to their own organizations.

Hosted by Lee Barrett, executive director of EHNAC, the panel of healthcare professionals with extensive expertise in health information exchange, privacy and security and PHI, will include:

  • Laura Kolkman, president, Mosaica Partners
  • Jan Root, president and CEO, Utah Health Information Network (UHIN)
  • William O’Byrne, executive director, NJ-HITEC
  • Kate Berry, CEO, National eHealth Collaborative (NeHC)
  • Jennifer Covich Bordenick, CEO, eHealth Initiative (eHI)

“Building and maintaining sustainable models for HIEs is top of mind with healthcare executives, IT and operational directors across both the public and private sectors—health systems, IPAs, group practices, payers, HMOs and TPAs,” said Barrett. “We look to bring some clarity to these burning issues with our collective panel of industry thought leaders and help organizations realize the steps and considerations that should be taken to maximize effectiveness in participating in their neighborhood health information exchange.”

Those interested in attending may register for the HIE webinar here or visit www.ehnac.org for more information.

About EHNAC

The Electronic Healthcare Network Accreditation Commission (EHNAC) is a voluntary, self-governing standards development organization (SDO) established to develop standard criteria and accredit organizations that electronically exchange healthcare data. These entities include electronic health networks, payers, financial services firms, health information exchanges, medical billers, outsourced services and e-prescribing solution providers.

EHNAC was founded in 1993 and is a tax-exempt 501(c)(6) nonprofit organization. Guided by peer evaluation, the EHNAC accreditation process promotes quality service, innovation, cooperation and open competition in healthcare. To learn more, visit www.ehnac.org or contact info@ehnac.org.

 

Online guide helps health organizations adopt electronic health records

A new online guide is available from the U.S. Agency for Healthcare Research and Quality to help hospitals and other health care organizations anticipate, avoid and address problems that can occur when adopting and using electronic health records.

The free tool, called the "Unintended Consequences Guide," was created to provide practical troubleshooting knowledge and resources. Experts from the RAND Corporation, the University of Pennsylvania School of Medicine, Kaiser Permanente-Colorado and the American Health Information Management Association Foundation created the guide. The work was supported by a contract from the Agency for Healthcare Research and Quality.

The guide can be found at www.ucguide.org.

"The goal is to provide administrators, technology officers and health care providers with information that will help them successfully adopt and use electronic health records," said Spencer Jones, an information scientist at RAND and a co-author of the guide. "Moving from paper records to electronic records is a major undertaking and the 'Unintended Consequences Guide' is an essential tool to help that migration."

"One of the purposes in funding this effort was to help health IT implementers understand the interactions between humans and technology that are often the source of unintended consequences," said Michael Harrison, a senior social scientist with the Agency for Healthcare Research and Quality and a collaborator on the guide.

"Having recently completed the largest civilian roll out of a national electronic health record system in the United States, we want to share our knowledge about implementation and how electronic records can transform health care delivery," said Dr. Ted Palen of the Kaiser Permanente-Colorado Institute for Health Research.

Use of electronic health records is growing rapidly among hospitals and other health care providers in the United States, spurred in part by major federal investments in the technology. Legislation approved in 2009 eventually may provide as much as $30 billion in federal aid to hospitals and physicians that invest in electronic health records.

The guide was developed for use by all types of health care organizations -- from large hospital systems to solo physician practices.

The creators anticipate that the primary users will be those responsible for adopting electronic health records, including federally designated Regional Extension Centers, chief information officers, directors of clinical informatics, electronic health records "champions" or "super users," administrators, information technology specialists and clinicians involved in adoption of the technology. Frontline users of electronic health records such as physicians and nurses also may also find the guide useful.

The online resource is based on the research literature, other practice-oriented guides for electronic health record adoption, research by its authors and interviews with leaders of organizations that have recently switched to electronic health records. The guide represents a compilation of the known-best practices for anticipating, avoiding and addressing unintended consequences of adopting electronic health records. However, researchers say, this area of research is still in its infancy.

 

IBM Contributes Data to the NIH to Speed Drug Discovery and Cancer Research Innovation

IBM announced it is contributing a massive database of chemical data extracted from millions of patents and scientific literature to the National Institutes of Health. This contribution will allow researchers to more easily visualize important relationships among chemical compounds to aid in drug discovery and support advanced cancer research.

In collaboration with AstraZeneca, Bristol-Myers Squibb, DuPont and Pfizer, IBM is providing a database of more than 2.4 million chemical compounds extracted from about 4.7 million patents and 11 million biomedical journal abstracts from 1976 to 2000. The announcement was made at an IBM forum on U.S. economic competitiveness in the 21st century, exploring how private sector innovations and investment can be more easily shared in the public domain. 

The publicly available chemical data can be used by researchers worldwide to gain new insights and enable new areas of research. It will also help researchers save time by more efficiently finding information buried in millions of pages of patent documents. Access to this data will also allow researchers to analyze far larger sets of documents than the traditional manual process, adding a whole new dimension to the ability to search intellectual property. 

The data was extracted using the IBM business analytics and optimization strategic IP insight platform (SIIP), a combination of data and analytics delivered via the IBM SmartCloud, and developed by IBM Research in collaboration with several major life sciences organizations. This new cloud-driven method for curating and analyzing massive amounts of patents, scientific content and molecular data. It uses techniques such as automated image analysis and enhanced optical recognition of chemical images and symbols to extract information from patents and literature upon publication. This is a task that otherwise takes weeks and months to complete manually, but can be done rapidly using this new technology.

“Information overload continues to be a challenge in drug discovery and other areas of scientific research,” said Steve Heller, project director for the InChI Trust, a non-profit which supports the InChI international standard to represent chemical structures. “Rich data and content is often buried in patents, drawings, figures and scholarly articles. This contribution by IBM and its collaborators will make it easier for researchers to use this data, link to other data using the InChI structure representation and derive new insight.”

Over the past six years, several major life sciences organizations have worked on this project with IBM Research gaining access to a comprehensive chemical library extracted from worldwide patents and scientific abstracts. Public structure extraction tools developed by researchers at the National Institutes of Health were also used successfully in this project.

“The scientific community will receive enormous benefit from this advancement,” said Heller. “This is an important addition to the open chemistry data sets. The comprehensiveness of the data and the new ways researchers can look at these data and cross-link to other data associated with each chemical is expected to help with drug development to fight many forms of cancers and other human diseases, as well as the development of other chemical compounds. 

The data will be contributed to the National Center for Biotechnology Information (NCBI), part of the National Library of Medicine (NLM), and the Computer-Aided Drug Design (CADD) Group of the National Cancer Institute (NCI) at the National Institutes of Health. It will be incorporated in the NCBI’s PubChem, a public resource for the scientific community that serves as an aggregator for scientific results as well as in NCI CADD Group services such as the Chemical Structure Lookup Service and the Chemical Identifier Resolver. 

The National Institutes of Health will make the content available on PubChem at http://pubchem.ncbi.nlm.nih.gov