Integrating Genomic Data into the Clinical Workflow | Healthcare Informatics Magazine | Health IT | Information Technology Skip to content Skip to navigation

Integrating Genomic Data into the Clinical Workflow

April 16, 2015
by Kayt Sukel
| Reprints
Click To View Gallery

The era of clinical genomics is upon us.  How will technologies like whole genome sequencing, and the exobytes of data these laboratory processes create, transform the face of clinical care?  These are the questions that Mark Blatt, WW Medical Director at Intel, and James Lowey, Vice President of Technology at TGen, attempted to answer yesterday afternoon in their HIMSS15 E-Session, "Using Genomic Data to Make a Difference in Clinical Care."

Dr. Blatt started the session with a video about Shelby, a young girl with a rare genetic disorder.  Shelby was wheelchair bound and no one was sure what was wrong with her--until her doctors were able to perform the sequencing to identify her genetic defect.  Once found, doctors were able to treat Shelby.  And she is now wheelchair-free.  Her story is a wonderful example of how whole genome sequencing can inform the diagnosis and treatment of both common and rare diseases.

Blatt discussed how whole genome sequencing (WGS) has moved from the bench to the bedside.  And he addressed some of the technological issues involved with using it for clinical decision support.  For example, WGS processes create a phenomenal amount of data.  "Storing these amounts of data is a problem," he said,  "Moving this data is a problem.  Genomic data consumes a tremendous amount of resources.  It is the epitome of big data." 

And those are problems we need to address--now rather than later.  Because even today, WGS is being used more and more.  And as WGS is expected to one day only cost $100 and take less than an hour to process, it is going to quickly become a viable lab test for everyday patients.

James Lowey took over the presentation to discuss some of these technical issues--and how TGen is helping to move genomics from bench to bedside.  He explained advancements in computing infrastructure and real-time analytics of both structured and unstructured data.  And he discussed how these tools, as well as practical changes in both research and clinical workflows can make personalized medicine, through the use of WGS, a reality.

This HIMSS15 E-Session, "Using Genomic Data to Make a Difference in Clinical Care," is available on demand on HIMSS15 Online. 

Topics

News

Appalachia Project to Study Relationship Between Increased Broadband Access, Improved Cancer Care

The Federal Communications Commission and the National Cancer Institute have joined forces to focus on how increasing broadband access and adoption in rural areas can improve the lives of rural cancer patients.

Survey: By 2019, 60% of Medicare Revenues will be Tied to Risk

Medical groups and health systems that are members of AMGA (the American Medical Group Association) expect that nearly 60 percent of their revenues from Medicare will be from risk-based products by 2019, according to the results from a recent survey.

83% of Physicians Have Experienced a Cyber Attack, Survey Finds

Eighty-three percent of physicians in a recent survey said that they have experienced some sort of cyber attack, such as phishing and viruses.

Community Data Sharing: Eight Recommendations From San Diego

A learning guide focuses on San Diego’s experience in building a community health information exchange and the realities of embarking on a broad community collaboration to achieve better data sharing.

HealthlinkNY’s Galanis to Step Down as CEO

Christina Galanis, who has served as president and CEO of HealthlinkNY for the past 13 years, will leave her position at the end of the year.

Email-Related Cyber Attacks a Top Concern for Providers

U.S. healthcare providers overwhelmingly rank email as the top source of a potential data breach, according to new research from email and data security company Mimecast and conducted by HIMSS Analytics.