objective medical systems
TRANSCRIPT
Cardiology is Complicated.Technology Shouldn’t Be.
By and For Cardiologists
The first Stage 2 Certified EHR designed exclusively for cardiology.
Accurately document procedural findings in the cath lab.
Efficiently document and report non-invasive procedures without dictation, transcription or free-text typing. (ICAEL, ICANL and ICAVL compliant)
Quickly review diagnostic studies, labs, allergies, meds, and clinic schedule.
All patient data represented in this document is fictitious. No real PHI is being presented.
Objective Medical Systems provides cardiologists with two primary services - OMS Cardiovascular Diagnostic Suite and OMS EHR.
• OMS Cardiology Suite offers comprehensive reporting on a total of 15 cardiovascularmodalities, encompassing both invasive and non-invasive diagnostic tests.
• OMS Cardiology Suite may be used to make your existing clinic or hospital based EHRmuch better suited for cardiology.
• OMS EHR was certified for Stage 2 meaningful use in April 2014.
• Products may be used separately or together for a richer experience.
WhaT iS unique aBouT oMS?
OMS was designed from the ground up by practicing cardiologists.
Furthermore, OMS interfaces directly with medical devices, analyzing thousands of discretedata elements in the background to provide the physician with actionable intelligenceat the point of care. In turn, OMS creates an ICAEL, ICAVL, and ICANL compliant report forecho, vascular ultrasound, myocardial perfusion imaging et al., while eliminatingdictation, transcription and free-text typing.
Fig. 1 - Myocardial perfusion imaging report generated by clicking on polar map.
The system receives data from DICOM-compliant medical devices. Once the data is received by OMS, it consults the appropriate reference range of values from its default database and generates the ICANL, ICAEL or ICAVL compliant report in real time. Reference ranges may be customized based on client preference.
Nuclear Impression• This is an abnormal perfusion study.• This scan is suggestive of moderate risk for future cardiovascular events.• The left ventricular cavity is noted to be markedly enlarged on the stress study. The
left ventricular ejection fraction was calculated to be 73% and the left ventricular global function is normal.
• There is evidence of abnormal lung activity in stress studies. There is evidence of abnormal RV myocardium activity in stress studies.
• Stress ECG is discordant with perfusion study; need clinical correlation.
overvieW oF oMS CviS
WhaT MaKeS oMS ehr uniqueLYSuiTeD To Serve CarDioLoGiSTS?
• OMS EHR is tightly integrated with 15 cardiovascular diagnostic modules, enabling a 360degree view of the patient.
• Clinical decision support rules based on 5000+ discrete data elements per patientencompassing demographics, clinical history, labs, diagnostic tests as well as medicationsand allergies.
• Utlizing the OMS Clinical Decision Support System, retrospectively search your patientpopulation, or seamlessly develop prospective rules which trigger automatically.
• Quickly identify patients that are candidates for clinical trials or medical device trials.• OMS partners with Surescripts® to provide Formulary Information, Therapeutic
Alternatives as well as Payer Alternatives at the time of prescription.• Integrated with Intelligent Medical Objects®, allowing seamless selection of CPT & ICD
10 Codes.• Built in Nuance® voice recognition, enabling integrated voice driven documentation.
Fig. 2 - Diagnostic studies report directly into OMS EHR.
Fig. 3 - A custom rule is being generated to identify patients who meet criteria for systolic heart failure and are not on diuretics.
Fig. 4 - The upper portion of the screen is used to identify current patients with symptomatic heart failure , while the lower half of the screen allows the end user to configure customized prospective alerts .
OMS EHR - Clinical Decision Support Engine Example - Heart Failure
Fig. 5 - Doe, John meets criteria for symptomatic heart failure. In response, OMS EHR generates a clinical alert for the physician, including intervention and goal recommendations.
our MissionIn a world where medical software is systemically plagued by complexity, OMS is helping cardiologists take back control. Created by and for cardiologists, allow us to restore your faith in what’s possible.
COULD You proviDe More inForMaTion on Your CarDiovaSCuLar DiaGnoSTiC MoDuLeS? hoW DoeS ThiS heLp MY HOSPITAL OR CLINIC?
• OMS eliminates the need to dictate, transcribe or type diagnostic reports.• By interfacing directly with medical devices, OMS increases efficiency and eliminates
errors caused by manual entry.• The most efficient, intuitive way to document diagnostic procedures on the market
today. Increase quality and throughput while eliminating frustration.• ICANL, ICAEL and ICAVL compliant.• 100% intra and inter-modality comparison of diagnostic data.• Built in capability to capture Appropriate Use Criteria (AUC).• May be used with your current clinic or hospital based EHR, or purchased together with
our Stage 2 certified cardiology specific EHR.
Fig. 6 - Comparative analysis automatically performed across care settings.
Intra-modality comparison (Echocardiogram)This echocardiogram when compared with the latest echocardiogram-TTE (Heart Clinic) dated 2/26/2013 shows:1. Ejection fraction remains unchanged (45%).2. Increased left atrium size from mildly increased to moderately increased is noted in the current study.3. Mitral valve area by pressure halftime essentially remained unchanged (3.67 cm2 previous study, 3.73
cm2 current study).
All Studies
o Ascending þ Descending
E TTE Heart Hospital 07/21/2014
U CAROTID-US Heart Clinic 02/26/2013
E TTE Heart Clinic 02/26/2013
N MPI Heart Clinic 06/22/2012
Fig. 8 - Review previous diagnostic studies directly from coronary angiography report by clicking embedded link.
Fig. 7 - Coronary angiography module. Create a report simply by dragging your mouse on the 3-D image of the heart.
Fig. 9 - Access clinical information from your mobile device .
Fig. 10 - Unified reporting list containing Echo, Vascular US, Nuclear, Stress, and Holter.
Fig. 11 - Addtional Reporting Modules
Fig. 12 - Echocardiography
Fig. 14 - Carotid Arterial Ultrasound
Fig. 13 - Additional Reporting Modules
