Posted on Wednesday, February 15th, 2012 Filed Under: eHealth Initiative

The Many Faces of Clinical Communication

Clinical communications is a broad concept that covers a multitude of interactions throughout a complex healthcare system.  Clinical communications includes face-to-face, handwritten, telephone, video and email exchanges between and among caregivers, including nurse-to-doctor, nurse-to-patient, doctor-to-patient, nurse or doctor-to-insurer, doctor-to-doctor, doctor and nurse to patient’s family, and on, and on.  This web of communications exchanges is immense, and the possibility for error or simply “mis”-communication is also immense. In fact, communications errors are a leading cause of medical errors. Those errors in turn can lead to re-admissions, exacerbation of chronic conditions, morbidity or even mortality. Coupled with these unwanted patient outcomes comes excess costs.

JCAHO has addressed this issue in several studies and has emphasized one-to-one communications as the ideal, suggesting that this method overcomes barriers such as hierarchy, age, gender, specialty and culture.  However, mainstream clinical communications have become increasingly broad and complex, especially with the emergence of IDNs, and community and regional health information exchanges.  One-to-one verbal exchanges, while effective in smaller environments, become practically impossible in multi-facility, multi-community settings.  Unless of course they are carried out “virtually”.

Information Technology and a Paradigm Shift

The healthcare market has been decisively moving away from a transaction-based care delivery model based on activity, and toward a value-based care delivery model focused on outcomes. This is due in large part to the role that information technology (IT) is finally playing as it becomes more integrated with a wide variety of clinical processes. And again thanks to IT, this transformation increasingly focuses on quality as being one of the key criteria of healthcare, representing a fundamental shift in values. The transition has been occurring over decades, but has gained momentum in the past few years as advances in technology enable the standard exchange of clinical data.

The resulting patient care in this paradigm shift will inevitably become more patient centric and will increasingly require successful coordination among the many players in the healthcare process: primary care doctors and specialists, nurses, patients, interns, administrative assistants, therapists, pharmacists and so on. In addition to players in the process, the multitude of care settings continually increases in number and geographic dispersion as healthcare evolves.  Communication is paramount to facilitating team-based care to successfully coordinate a patient’s treatment plan in this model. However, due to a variety of reasons, communications technologies up to this point have been ineffective and even crude. Ironically, technology accelerated the flaws in the clinical communication process by increasing the speed and volume with which communications flows without controls in place to ensure that the amount of communication was necessary and effective.  Attempts to address this problem have recently resulted in such initiatives as The Direct Project and Integrating the Healthcare Enterprise (IHE). These initiatives have taken on the task of promoting the coordination of standards designed to ensure interoperability between and among clinical enterprise systems, accelerating the adoption of electronic health records (EHR), and improving the exchange of health information among healthcare systems.  However, the capability to exchange clinical data does not necessarily parallel the clinicians’ ability to effectively communicate with each other.

Communications Technologies Evolve

Early clinical communications technologies, such as pagers, mobile phones and even email, have been rejected by most clinicians as being too primitive and inflexible as well as, in the case of email, unsecure. Paging remains the most common form of electronic communication in healthcare even though it has been all but abandoned in most other industries. Mobile phone signals are considered hazardous in the hospital and ambulatory clinical environment with studies indicating that their signals disrupt the operations of certain medical devices and equipment. Consequently, cell phones have been discouraged if not banned outright in most hospitals and clinics in the U.S.  That leaves the telephone and email as the last generally available communication tool option.  In a hectic clinical environment, telephone communication is haphazard and disruptive.  The email alternative has long been considered unsecure and therefore untrustworthy –and unacceptable–for sharing patient information.

So what makes secure communications secure?  Unlike email, secure communications is part of a self-contained system where each participant is known and authorized.  Users are typically one of the following participant types: patient, physician, clinician, clinical team member, triage staff or administrator. These participants are all part of the patient-centered healthcare spectrum and play key roles in the healthcare process. Secure communications is not email. Unlike email, secure communications can only be sent to other specified messaging participants. The messages are irrefutable because the author is authenticated.  And because messages are typically made a part of a patient’s medical record, it requires that the care collaborators fulfill HIPAA requirements.

Ultimately, the long road of clinical communications begins with conversations in the hall but leads to some form of ever-evolving comprehensive information technology and health information exchange. This exchange enables multiple organizations in multiple settings, whether they are integrated delivery systems or states, to leverage existing data to communicate, share and exchange so that patient care can be enhanced by real-time information at the point of care at the moment of need.


Posted on Tuesday, January 31st, 2012 Filed Under: eHealth Initiative

Empower Your HIE with Imaging

Interest in securely exchanging medical images is increasing among HIEs.  The need to provide diagnostic quality images to their physician users – whenever and wherever needed – is growing.  Since there is no single service that will meet the array of needs for image-enabled healthcare, it is important to understand your institution’s needs and what is available in the marketplace.  A service designed with flexibility is important to ensure as many different needs as possible can be met while balancing simplicity, performance and cost.  A service that has been proven in multiple HIEs as an effective way to share images with referring physicians, specialists, and other radiologists after a diagnostic report has been generated, is a must. Below are some of the more important considerations for selecting an image exchange service.

Does the service “Image Enable” your HIE so that images are available automatically, in the broader context of patient records? Or does it operate in a “stand-alone” capacity, only allowing ad-hoc requests for images in an environment dedicated to just imaging?

Will the authorized user be able to access images, while concurrently accessing other parts of the health record, such as lab results, ADT information, outpatient visits, allergies, etc. or will the users be required to log into a separate system just to view and share images?  Be prepared to wait if so, as these stand-alone services usually rely on manually generated requests to view images, instead of providing image access automatically, as an integral part of the workflow.  “Image Enabling” an existing HIE means having images automatically retrieved and cached in advance of when they are needed, so the users can go about their everyday business of providing patient care without having to manually request images, and without the burden of manually pushing images to others who need to see them. Therefore, an “Image Enabled” HIE guarantees that medical images will be readily available to any authorized user who needs to view them, directly from the location on their HIT system where they are already doing their everyday work.

Timing is critical in patient care.  The advantage of having near instantaneous access to diagnostic quality images, without waiting for an image exchange request to be processed, means that clinicians can utilize the service as a part of their everyday workflow. When image exchange is incorporated as part of an HIE, all of the authentication and patient consent rules are automatically followed, so if a user is authorized to view a patient’s medical record, they will automatically be authorized to view the associated images when they choose to view them.   A service that cannot offer this, does not efficiently utilize the clinician’s time, and may even delay treatment.

Does the Image Exchange service require that additional HIPAA-compliant security, access controls, and patient consent models be developed and applied?

Security and consent models, especially when applied across a community-wide system, such as a RHIO or a regional or state-wide HIE, can be extremely costly to implement and maintain. These mechanisms need to be duplicated for a stand-alone Image Exchange service. This would add even more to the cost and support burden required to maintain an effective service. A system that “Image Enables” existing HIEs is able to leverage the security, access controls and patient consent models that are already in place for the HIE, significantly reducing cost and simplifying deployment and maintenance. Plus this type of Image Exchange service can be implemented in literally a few weeks, while simultaneously respecting the advanced security mechanisms that are already in place.

Will a stand-alone image exchange grow with the needs of the community?

Most stand-alone image exchanges operate much like many consumer-grade photo sharing services.  They rely primarily on an individual “physician and patient-directed” model for sharing images with others, mostly on a one-to-one basis. Therefore, while they may be somewhat useful for an individual physician who needs to occasionally share a few images with a colleague or patient, these approaches demand that individual physicians manually control “who sees what” information. While this is potentially attractive to specific individual physicians and users, it adds very little value toward the end objective of secure, community-wide access to a full patient record. Eventually, those same physicians will want to participate in an HIE in order to reap the rewards that only an intelligently-designed HIE can deliver, and their existing stand-alone image exchanges will become virtually useless – essentially needing to be replaced.

Are you unnecessarily compromising image quality and image viewing functionality to achieve the speed and simplicity you need?

Many image sharing solutions promote “zero footprint” clients, incorporating viewers that simply do not have the clinical tools, except those that allow the most cursory review of clinical imaging. Furthermore, images delivered in this manner may frequently be compressed in a “lossy” manner (e.g., JPEG images in a browser), which may be clinically unacceptable if you are a neurologist trying to read a brain MRI at 2 a.m.  However, viewing technologies do exist that allow easy access to fully diagnostic quality images, which can even support primary diagnosis when the PC is attached to appropriate monitors. These technologies also avoid sacrificing speed of viewing, and deliver ease-of-use, as well as a complete set of validated clinical analysis tools, including 3D image processing.

Real-life benefits for all

It is often said a picture is worth a 1,000 words.  Being able to view diagnostic images near instantaneously is priceless. Here are only a couple of the numerous real-life experiences patients have shared:

  • A primary care physician saw a patient that presented with a severe headache.  The physician determined diagnostic images were needed.  Diagnostic images had been taken previously, but they were not readily accessible.  The patient didn’t bring them with him to the appointment, nor were they stored at the physician’s office.  However, they were stored at a RHIO and with “one-click” (of the computer mouse) the physician was able to view the images with the patient.  The physician was able to identify the issue promptly without having to subject his patient to unnecessary radiation, delays, inconvenience or expense.  More importantly, the patient was able to receive prompt emergency treatment, which ultimately saved his life.
  • A patient visited an orthopedic surgeon seeking a second opinion of her painful knee.  After a brief visual examination, the surgeon needed to review the x-rays.  Unfortunately, they were still with the radiology group.  The patient was getting ready to schedule a subsequent visit when an alert care team member suggested retrieving the patient’s virtual health record via the RHIO.  With “one-click” the x-ray appeared on the computer screen for the surgeon to evaluate; providing the patient with a meaningful appointment.

Conclusion

The integration of diagnostic medical images, as part of HIEs is still somewhat rare, but not for long.  Healthcare providers need an image exchange service that provides state-of-the-art architecture that balances performance, functionality, and cost; making image exchange contribute positively to the sustainability of HIEs. We strongly believe that the “Image-Enabled” HIE will be embraced ever more enthusiastically in the future, and welcome you to share your thoughts on this exciting new trend.

About eHealth Global Technologies, Inc. (eHGT)
eHGT is a leading medical record retrieval and diagnostic image exchange service provider, serving 50% of the nation’s top 100 hospitals and leading Health Information Exchanges (HIEs), including 13 of the 17 hospitals selected to the prominent Honor Roll of the Best Hospitals from the 2011-2012 U.S. News & World Report.   The company’s services include eHealth AccessTM Record Retrieval Service and eHealth Connect® Diagnostic Image Exchange.  Our services utilize innovative health information technology to access medical records and diagnostic images in any format, and then securely deliver them to providers and clinicians in a digital format to improve continuity of care. Web: www.eHGT.com


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