5 Common Clinical Information Blind Spots
By Sandra Lillie
The growth rate of data moving into VNAs is exploding – expected to reach 1.4 billion objects by 2017 – and approximately 75 percent of these objects will be non-DICOM assets. To date, many hospitals don’t have a formal strategy addressing how to identify, import, and manage non-DICOM images and video as part of core image management and security efforts. This puts the organization at risk of exposing PHI (protected health information).
Moreover, these assets often aren’t included in or accessible from the EHR (electronic health record). These holes in the health record provide clinicians with an incomplete picture of the patient that can negatively impact diagnoses, treatment plans, and ultimately, outcomes.
With increased scrutiny being placed on the healthcare organizations to tighten up security efforts to protect patient data, and an industry-wide movement toward greater interoperability and patient-centered care, the need to establish centralized insight and control of non-DICOM assets has never been more important. However, this can be a significant challenge because of all the systems, devices, and media throughout an HDO (healthcare delivery organization) on which these images reside.
The departmental nature of care delivery in the past has created a plethora of locked and blocked silos that contain critical clinical images an organization may be unaware even exist. Identifying and consolidating these assets as part of an enterprise imaging strategy allows for the deployment of a more complete EHR while reducing costs locked in departmental system solutions. The key is to identify areas throughout the HDO where the largest numbers of unconnected and potentially valuable non-DICOM images are likely to reside. Bringing these images into the fold first can address some the biggest risk areas while adding the most clinically relevant patient information to the health record.
The following are five of the biggest sources of non-DICOM blind spots in hospitals and health systems.
1. Visible light images and video. This source is fairly convoluted because of all the areas of the hospital where visible light images and video are captured and stored. However, they are all important, whether they’re endoscopy or colonoscopy images from gastroenterology; ureteroscopy or cystoscopy images from urology; or laparoscopy images from OR/surgery. It’s vital to identify all of the producers of visible light images and video throughout the hospital and implement technology solutions that allow those assets to be captured and imported in their native formats from a wide range of video scope systems and processors.
2. Dermatology and plastic surgery. Many dermatology and plastic surgery departments have specialized imaging systems that capture high-definition (and sometimes 3D-rendered images) of everything from routine skin conditions to complex reconstructive surgery. These images are important pieces of the clinical narrative that are often missing from a patient’s electronic health record because of the isolated and proprietary nature of many of these systems.
3. Ophthalmology. Ophthalmology departments also routinely leverage specialty systems that capture images of the retina, cornea, and other features of the eye. A complete picture of a patient’s eye health can only be obtained by including images from these specialty systems in an overall enterprise imaging strategy.
4. Mobile devices. The healthcare industry today is increasingly mobile. Clinicians at the point of care (especially in emergency rooms) routinely capture images of wounds, allergic reactions, skin anomalies, and more in the exam room on their smartphones and tablet devices. Capturing, consolidating, and managing these photos as part of an enterprise imaging strategy can be challenging, particularly in healthcare environments that have adopted a BYOD (bring your own device) mobile policy. A technology that can be installed on mobile devices to encrypt and route medical images from these devices to a central PACS, VNA, or EHR while ensuring no image data is saved to the device camera roll is essential.
5. CD/DVD media. This is another convoluted source of non-DICOM (and potentially even DICOM) images and video. Practically any medical department that leverages imaging in some way, shape, or form has (at one point or another) stored old patient images on CDs or DVDs. These images are likely rarely, if ever, accessed by clinicians and are completely disconnected from the EHR. It is important that the pertinent historical imaging data contained on this media is imported into an enterprise imaging platform and reintroduced to the patient record.
These five sources of medical imaging clinical blind spots are just a sample of the areas to keep in mind in pursuing an end-to-end enterprise imaging strategy. As the industry moves further down the path toward delivering true personalized medicine, other emerging areas – such as pathology and genomics – will be important to consider in an effort to produce and maintain a comprehensive patient record for clinical use.
Furthermore, HDOs also sometimes forget that additional unstructured information (such as documents) exist within other departmental systems and provide another source of important clinical information. A well-articulated and focused enterprise imaging and healthcare content management (HCM) strategy with a reputable partner capable of delivering the necessary interoperability requirements can put an HDO on the path for delivering a truly comprehensive EHR.
Sandra Lillie is industry manager for enterprise imaging for Lexmark Healthcare.