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2015 Media Kit
Your most direct route
to the complete buying team.
Diagnostic and Interventional Cardiology
www.dicardiology.com n Scranton Gillette Communications
”
7,056
14,286
3,897
A $7.3 billion marketDAIC serves the North American diagnostic and interventional cardiology markets. This segment of cardiology specializes in intravascular catheter-based techniques with the interventional cardiology devices market valued at nearly $7.3 billion. Source: Reportlinker.com, September 9, 2014
Single purchase. Unduplicated reach.Only Diagnostic and Interventional Cardiology allows you to make a single magazine ad buy and reach the complete spectrum of purchase decision-makers: diagnostic and interventional cardiologists, cath lab staff, department heads and hospital business administrators — the team that works together to recommend, specify, and purchase technology and devices. One ad purchase. Total market coverage. Only with DAIC.
DAIC reaches 25,2391 healthcare professionals within hospitals, heart centers and related facilities.* According to a third-party survey, DAIC has an extraordinary pass-along rate of 3.4 people on average, for a total of 4.4 readers per copy 2 — extending DAIC’s reach to more than 111,000 industry members.
TOTAL MARKET COVERAGE. DAIC’s complete buying team audience is one important element of what sets it apart from isolated-reach publications. By the numbers:
The complete buying team
Purchase authority2
A third-party survey of DAIC’s subscribers reveals 84% of the respondents are involved in the purchase, recommendation, specification or approval of one or more of these products:
Purchase activity2
Of DAIC’s surveyed subscribers with purchasing authority, 79% took one or more actions as a result of advertisements and/or articles in DAIC, including recommending, specifying or purchasing products; researching products or visiting an advertiser’s website; and referring an ad or article to a colleague.
1 June 2014 BPA Statement (*Includes: Hospital-affiliated Satellites, Catheterization
Laboratories, Medical/Health Centers, Clinics, Group Practices, Integrated Delivery
Networks (IDNs), Group Purchasing Organizations (GPOs), and others allied to the
field.) 2 Signet AdStudy, Sept./Oct. 2013, based on 158 respondents
28%1
CARDIOLOGYChief Cardiologists,
Cardiologists, Interventional Cardiologists
56.6%1
CATH LAB Cath Lab Chiefs/Directors/
Administrators/Supervisors/ Managers/Nurses/Techs;
Cardiology Administrators/Directors, Other Cardiology Titles
15.4%1 BUSINESS AND IT ADMINISTRATIONHospital Administrators, CEOs/Presidents, COOs,CFOs, CIOs, HIS/MIS Directors/Managers, PACS Administrators, Purchasing Chiefs/ Directors, Materials Management, Other Titled and Non-titled Personnel
trusted resource
In six print issues each year and online offerings every day, DAIC
advertisers have direct access to the decision-makers that want, and need,
new product and technology information.
Catheterization Lab Devices 66%
Catheterization Lab Imaging Systems 63%
Angiography Systems 56%
Contrast Media/Injectors 55%
Hemodynamic Monitoring Systems 53%
Ultrasound Systems 48%
Peripheral Artery Disease Devices 43%
PACS/CVIS 42%
ECG and/or Stress Test Systems 41%
EP Devices 35%
Advanced Visualization 31%
CT and/or MRI Scanners 18%
PET/SPECT Imaging Systems 13%
“I use DAIC in my job to get
information I don’t seem to get
from any other source.
— DAIC subscriber, Signet AdStudy
Comparison chartsThere is no other research tool available to your customers like the DAIC comparison charts. Our readers appreciate that we have compiled the research they need by charting vendors and models for selected technologies. Buying team members use the charts to compare manufacturers and products and then specify, recommend and approve purchases based on that research. In their words:
“I love being able to compare products.”
“I like when they produce a comparison chart of similar products. That has been very helpful in deciding our information system for ECG and for CPACS.”
Source: Signet AdStudy, Sept./Oct. 2013
DIcardiology.comA 2013 vs. 2012 comparison of website traffic at DIcardiology.com revealed a marked increase in 2013 of 61.98% in visits, 50.73% in unique visitors and 43.73% in page views. This trend continued, month-over-month, in 2014, and we expect it
to rise even further in 2015 with the redesign of DIcardiology.com, which will be fully responsive on
any device — tablets, smartphones, laptops, desktops. Dicardiology.com’s ease and convenience factor is sure to attract more visitors and, just as importantly, keep them coming back for more.
DAIC’s editorial staff delivers the very latest trends and technology information to our audience. In the 2015 calendar year, DAIC will bring dramatic enhancements to its existing media offerings plus education opportunities.
responsive, progressive
Online educationThe volume of registrations for live webinars, coupled with the number of on-demand webinar viewers, has reinforced the bolstering of education opportunities on DIcardiology.com, where participants can earn free CME credits. Archived demonstration videos and from-the-show-floor videos continue the online education opportunity for visitors in every time zone around the globe.
e-Newsletter opportunitiesEach DAIC e-mail communication, delivered to more than 17,000* (on average) industry professionals, provides advertisers with performance metrics to assist in evaluating ROI. Redesigned in 2015 — the DAIC e-newsletters will be fully responsive and mobile friendly.
DAIC eNews – Weekly updates of industry and technology developments, conference information.
Case of the Week – Exclusive broadcast of your company’s case study with detailed lead reports provided.
eStat – Exclusive marketing partner promotion of your product introduction or enhancement.
From the Floor – On-site news delivery before, during and after trade shows.
Video/White Paper eAlerts – Traffic-driving e-blasts to your sponsored content on DIcardiology.com.
DAIC Channel eNews – Topic-specific news and headlines deployed to drive traffic to channels on DIcardiology.com. Exclusive sponsorships are available.
*Publisher’s data
For more information on sponsorship opportunities and
specifications for our digital products, contact your DAIC
integrated media consultant.
Full-service outlet for custom contentNeed company collateral? Educational videos? Market research? Live or virtual events? Webinars? A rehabbed website? Our in-house creative team can deliver custom content and market data to help you up your game. Learn about all the options from your integrated media consultant.
Connecting buyers and sellers
with exceptional content
Editorial integrityThe DAIC editorial staff has a single focus — delivering industry trends and technology information to the professionals who make purchase decisions. If you haven’t met our dedicated editors at industry events, meet them here and now.
Melinda Taschetta-MillaneEditorial Director
Melinda Taschetta-Millane is the editorial director for both Diagnostic and Interventional Cardiology and Imaging Technology News.An award-winning writer and editor, she has specialized in various segments of the healthcare industry for more than two decades.
847.954.7961 [email protected]
Dave FornellEditor
DAIC Editor Dave Fornell has covered cardiology and medical imaging technology since 2007. He attends seven scientific meetings each year to keep up to date on the latest technology and trends, and keeps tabs on the industry with daily website news postings.
Marketing specialistsThe DAIC team of integrated media consultants has been in b2b publishing for multiple decades and is savvy in meeting the challenge of delivering marketing materials in a take-notice presentation. Need a solution? Talk to these solution providers:
DIcardiology.comWith the dramatic increase of visitor traffic to DIcardiology.com in 2013 and 2014, it is clear that DAIC’s website is the trusted resource for medical professionals researching new technology, vendors and solutions. Multiple online opportunities let you target your marketing message and track lead generation.
Banner Units – Web ads rotate throughout DIcardiology.com, driving traffic directly to your website.
Channels – Exclusive, tightly targeted branding opportunities for your ads, case studies, white papers and/or videos with topic-specific news, articles and new product information.
Pulse TV – Video showcases of your latest technology on display at industry trade shows or “on location” — with your segment archived on
a channel or parent channel on DIcardiology.com for one year.
Sponsored Content – Post videos, white papers, webcasts, case studies or podcasts on DIcardiology.com for a full year of exposure within single or multiple channel offerings.
Online Comparison Charts – Sponsorship keeps your brand top-of-mind within a product category in this research tool.
Enhanced Buyer’s Guide – Enhanced listing in the searchable Online Buyer’s Guide: your company profile, logo and ad assets.
Webinars – Lead-generating, one-hour, online educational events position your company as a thought-leader. CME (optional) credits draw an attentive audience.
Virtual Trade Shows – Contact the publisher for details about this unique opportunity to combine webinar presentations with a virtual, interactive exhibit hall.
Custom Videos – Showcase your product in action within a hospital, cath lab or other location.
”“Diagnostic and Interventional Cardiology
is the best source of information.
— DAIC subscriber, Signet AdStudy
Sean [email protected]
Andreja R. SlapsysIntegrated Media ConsultantWestern [email protected]
Stephanie A. EllisSales [email protected]
www.scrantongillette.com
Regular Sections: New Products | Show Previews | Industry News | Radial Access
2015 editorial calendar
Features and comparison charts are subject to change. If you have an article topic that you’d like to suggest, please contact Dave Fornell at [email protected]; 847.954.7962
Diagnostic and Interventional Cardiology
ISSUE TRADE SHOWS COMPARISON CHARTS FEATURES CARDIAC
IMAGING INTERVENTIONAL BUSINESS FOCUS SUPPLEMENTS
Jan/FebAd Close: 1/5
SIR (Feb 28-March 5)
ACC (March 14-16)
Advanced Visualization
Contrast Media Injectors
Bifurcation Stents
Trends, Advances in Cardiac Imaging Technology
Hemodynamic Support
Managing Noncardiac Specialties Using the Cardiac Cath Lab
Creating a Transradial Access Program
March/April Ad Close: 2/5
HIMSS (April 12-16)
SCAI (May 6-9)
Radiation Dose Monitoring
Implantable Cardioverter Defibrillators (ICDs)
Peripheral Artery Interventions
Enterprise and Remote Image Viewing Systems
Interventional Heart Failure Therapies
The Trans-Aortic Valve Replacement (TAVR) Payback
How to Create a Complete CVIS
May/JuneAd Close: 3/30
HRS (May 13-16)
SNMMI (June 6-10)
ASE (June 13-16)
Clinical Decision Support
Cardiovascular Ultrasound
Transesophageal Echocardiogram (TEE)
Managing Dose in Cardiac PET and SPECT
Latest Trends, Technology at ACC 2015
Creating EP Programs Boosts Revenue and Volume
July/Aug Ad Close: 5/28
SCCT (July 16-19)
AHRA (July 19-22)
Angiography Systems
Hemostasis
TAVR Procedural Guide
CT Perfusion Imaging
Atherectomy Systems
Cost-effective Heart Failure Management
Sept/OctAd Close: 8/5 Signet AdStudy Issue
TCT (Oct 12-16)
Intravascular Imaging
Fractional Flow Reserve (FFR)
Robots in the Cath Lab
Cardiac CT Advances
Left Atrial Appendage (LAA) Occluders
The Economics of Vascular Closure Devices
Creating a TAVR Program
Nov/DecAd Close: 9/30
RSNA (Nov 29 - Dec 4)
Cardiovascular Information Systems (CVIS)
ECG Systems
Radiation Dose Protection in the Cath Lab
MRI as a Replacement for Angiography in the Cath Lab
Transcatheter Heart Valve Repair
Economic Considerations of Telecardiology Programs
Hybrid OR
2015 rates & specificationsRates effective January 1, 2015 — December 31, 2015
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Contra Ad $3,150 — — — —
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COMPARISON CHART RATES (4-Color Pages Only)
AD SIZESPublication Trim Size: 9” x 103/4” (width x height)
Space Unit Specification
Non-bleed Bleed
2-Page Spread 171/4“ × 10” 181/4“ × 11”
Full Page 8” × 10” 91/4“ × 11”
2/3-Page Vertical 51/4“ × 10” 53/4“ × 11”
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Publisher’s Copy Protective Clause: In consideration of the acceptance of any advertising from the advertiser and/or the advertising agency for publication at the rates set forth in this rate card, the advertiser and/or the advertising agency represents and warrants that all material delivered to the publisher for publication shall be free of libel and that publication thereof will not violate or infringe any copyright, trademark, right of privacy, or any other statutory or common law property right of any person, and that the advertiser and/or the advertising agency will indemnify, defend and save harmless the publisher, its agents, assigns and successors against any claim, demand, costs, expenses and damages, including reasonable attorneys’ fees incurred by the publisher, arising out of or in connection with any breach by the advertiser and/or the advertising agency of any of the foregoing.
Frequency Determination: To select the proper frequency for calculating your basic advertising rate for DAIC, add together total number of insertions (within a 12-month period) of one-sixth page or more in size that you plan to schedule in DAIC and ITN magazines. Premium Charges: Cover and preferred position rates listed above. Upcharge for other preferred positions is $430 per page.
Advertising That Simulates Editorial Content: Advertisements that in the opinion of the publisher resemble editorial material or the publication’s editorial format will carry the word “Advertisement” in at least 10-pt. type at the top or bottom.
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Mailing InstructionsAdvertising material, insertion orders, correspondence and copy should be addressed to: Traffic Department, DAIC, 3030 W. Salt Creek Lane, Suite 201, Arlington Heights, IL 60005-5025
Space Unit Rate (x)
1x 3x 6x 9x 12x
2nd Cover $8,950 $8,880 $8,760 $8,640 $8,500
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Back Cover $9,260 $9,190 $9,060 $8,940 $8,800
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Show Cover Tip (500)
$3,890 — — — —
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Ad Art Upload InstructionsFor ad art uploads and additional ad information, go to www.scrantongillette.com/adart.
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Diagnostic and
Interventional Cardiology
38
For comparison chart ad size specifications, contact the publisher.
»precious metals program
Solutions Applied case studies
DAIC will showcase your case study in a standard four-color format. Reprints serve as an excellent marketing tool.
Case studies outline:• Successful situations where your company’s
products or services solved a customer’s need• How those products impacted the way your
customer practiced medicine• How the products improved patient care,
increased efficiency and/or reduced cost
Value-added program includes:• Rotating small boom box on
home page and select run-of-site pages on DIcardiology.com
• Sponsored content items within channels
• Enhanced Buyer’s Guide listing (logo, corporate profile)
enhanced Buyer’s Guide listing
DAIC’s eStat is an exclusive sponsored e-mail broadcast delivered to 15,000 recipients. Following transmission, sponsors receive reader-service and click-through reports for inquiry follow-up.
eStat campaigns can be used for:• Launchingtechnologyorservice• Breakingcompanyannouncements• Invitingtradeshowattendees
to your booth• Promotingwebinars• Increasingbrandrecognition• Generatingleads• DrivingWebtraffic
inte
rnet
ex
po
sure
eStat transmissions
DAIC rewards advertisers with value-added, brand-enhancing, integrated media opportunities.
During my years as an infrastructure architect at a large
health system in Iowa, I had a top down view of the
parts that make up an application solution. In the case
of picture archiving and communications systems (PACS), that
meant assembling the people, pieces and technology that go into
rolling out imaging to radiology, cardiology, oncology and so on.
I have asked the same questions many of you do — questions
such as: Where is the data? How do clinicians get to it? Who
owns it? How do we protect it? What is the optimal solution
design? When you can address these basic questions, then you
can determine how to make the information available so it is not
only fl uid, but requires a minimal amount of resources. However,
we often get so caught up in the details of what to do at the
department level to improve workfl ow that the big picture of
how to spread imaging to the entire enterprise is lost. When
considering when and where to store and access the vast amount
Finding the Right Archive
Helping discern the forest for the trees
A Case StudySolutions Applied
By Tom Coppa
This case study was provided by McKesson
7 DAIC November/December 2013
DIcardiology.com
There is a basic need to share data
outside of diagnostic imaging, and a
CVIS should be able to simplify access.
«
Diagnostic and Interventional Cardiology | ScrantonGilletteCommunications | 3030W.SaltCreekLane,Suite201ArlingtonHeights,IL60005| 847.391.1000 | f: 847.390.0408 | www.DIcardiology.com
Diagnostic and Interventional Cardiology
Oklahoma State University Medical Center, located in Tulsa,
Oklahoma, provides high-quality health services to rural and
urban Oklahoma. The medical center has a partnership with
Oklahoma State University Center for Health Sciences, providing a
training ground for healthcare professionals across the region.
As with many cardiology departments, the center used multiple
systems to store relevant cardiology patient information. Clinicians
were required to log on to as many as fi ve different systems in order
to review historic patient cardiovascular images and reports. Images
were available only in the cardiovascular department and physicians
could not access the images from elsewhere. This made it diffi cult for
them to do their work in a timely manner and forced them to have to
return to the department any time they needed to review an image.
The inaccessibility of images made it more diffi cult for physicians to
collaborate.The image quality also was not up to the standard that doctors
hoped for. “We had an old product and the image quality was less
than desirable,” says Connie Ryan, clinical resource manager for
cardiovascular services at Oklahoma State University Medical Center.
“We knew that we needed to signifi cantly upgrade the quality of the
images.”To solve these problems, and to enhance patient care and increase
overall productivity, the center launched a search for a new cardio-
vascular IT solution.Choosing and Deploying Centricity Cardio Enterprise
The department was already using GE Healthcare’s Mac-Lab
Hemodynamic Recording System as part of its comprehensive cath
lab workfl ow infrastructure, and was extremely pleased with the
system and support for it.“The system worked so well that it seemed like a natural choice
to go with Centricity Cardio Enterprise1, 2,” Ryan says. “That way, we
knew that we would be able to interface the two systems, and easily
move the data over.”Beyond that, she says, the department was impressed with
Centricity Cardio Enterprise (CCE) image quality, fl exibility, and the
way it makes images easily accessible to physicians.Deployment went extremely smoothly. “We didn’t even require an
IT staffer to install the application on physicians’ computers,” Ryan
recalls. “It saved us a great deal of IT time, and like any other hospital,
we only have a fi nite amount of resources, so that was a great benefi t.”Broader Access to Images, Enhanced Workfl ow
“Centricity Cardio Enterprise has made it much easier for physi-
cians to get access to images, improved our effi ciency and workfl ow,
reduced the time it takes per procedure by 15 to 20 minutes, and has
enhanced the cardiac care we offer,” Ryan said. CCE’s greatest benefi ts fl ow from the much-enhanced access to
images for physicians. They no longer have to come to the depart-
ment in order to view the images, which considerably increase their
productivity and workfl ow.“Since we’ve installed CCE, physicians can go into special offi ce
spaces we’ve set up for them, or into their regular offi ces, and view
images in a quiet, distraction-free environment, and fi nish their
reports there,” Ryan says. “It has greatly enhanced their workfl ow and
allows them to get the same amount of work done in less time.”
Doctors also can fi nish their reports more quickly. This, combined
Oklahoma State University Medical Center Achieves Broader Image Access, Enhanced
Cardiac Care With GE Healthcare’s Centricity Cardio Enterprise Solution
A Case Study
Solutions Applied
40 September/October 2013
DIcardiology.com
This case study was supplied by GE Healthcare
Center gains improved productivity with GE Healthcare’s Centricity Cardio Enterprise Solution
1. Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and
Centricity Cardio Workfl ow products.2. GE, the GE Monogram, Centricity and Imagination at Work are trademarks of General Electric
Company.
BRONZE LEVEL (2x PROGRAM)
• Rotatingsmallboomboxadonhomepageand
selectrun-of-sitepagesforTHREEMONTHS
• TWOSponsoredContentitems(white
papers and/or short videos) posted within
appropriateWebchannel(s)
• EnhancedBuyer’sGuidelisting(includes:logo
and corporate profile)
Internet exposure (DIcardiology.com)
• ONEfour-colorcasestudyinoneissuein
which your paid ad runs
• CasestudyarchivedonDIcardiology.com
for one year
• Placementofcasestudyinappropriate
DIcardiology.com channel(s)
Solutions Applied case studies
* Reformattedreprintsalsoavailable.Contactpublisher for pricing.
** eStats transmitted on available dates with no fewerthan60daysbetweentransmissions.
• TWOeStattransmissionssentto DAIC e-mail
recipients**
eStat transmissions
GOLD LEVEL (6x PROGRAM)
SILVER LEVEL (4x PROGRAM)
• THREEfour-colorcasestudiesinthree
issues in which your paid ads run
• PDFreprintofTWOcasestudies*
• CasestudiesarchivedonDIcardiology.comforoneyear
• Placementofcasestudiesinappropriate
DIcardiology.com channel(s)
Solutions Applied case studies
• Rotatingsmallboomboxadonhomepageandselect
run-of-sitepagesforONEYEAR
• SIXSponsoredContentitems(whitepapersand/or
shortvideos)postedwithinappropriateWebchannel(s)
• EnhancedBuyer’sGuidelisting(includes:logoand
corporate profile)
Internet exposure (DIcardiology.com)
• Rotatingsmallboomboxadonhomepageandselect
run-of-sitepagesforSIXMONTHS
• FOURSponsoredContentitems(whitepapersand/or
shortvideos)postedwithinappropriateWebchannel(s)
• EnhancedBuyer’sGuidelisting(includes:logoand
corporate profile)
Internet exposure (DIcardiology.com)
• TWOfour-colorcasestudiesintwoissuesinwhich
your paid ads run
• PDFreprintofONEcasestudy*
• CasestudyarchivedonDIcardiology.comforoneyear
• Placementofcasestudyinappropriate
DIcardiology.com channel(s)
Solutions Applied case studies
• ONEeStattransmissionsenttoDAIC e-mail
recipients**
eStat transmissions
Diagnostic and Interventional Cardiology Sean P. Reilly
Publisher
847.954.7960
Stephanie A. Ellis
SalesManager
847.954.7959
Andreja R. Slapsys
IntegratedMediaConsultant
847.954.7992
Contact
»precious metals program
During my years as an infrastructure architect at a large
health system in Iowa, I had a top down view of the
parts that make up an application solution. In the case
of picture archiving and communications systems (PACS), that
meant assembling the people, pieces and technology that go into
rolling out imaging to radiology, cardiology, oncology and so on.
I have asked the same questions many of you do — questions
such as: Where is the data? How do clinicians get to it? Who
owns it? How do we protect it? What is the optimal solution
design? When you can address these basic questions, then you
can determine how to make the information available so it is not
only fl uid, but requires a minimal amount of resources. However,
we often get so caught up in the details of what to do at the
department level to improve workfl ow that the big picture of
how to spread imaging to the entire enterprise is lost. When
considering when and where to store and access the vast amount
Finding the Right Archive
Helping discern the forest for the trees
A Case StudySolutions Applied
By Tom Coppa
This case study was provided by McKesson
7 DAIC November/December 2013
DIcardiology.com
There is a basic need to share data
outside of diagnostic imaging, and a
CVIS should be able to simplify access.
• Clinicians — how patients benefi t from better care or outcomes • Department Supervisors — how the department gained effi ciencies from your product or service • Business Managers — how your technology was cost-justifi ed and where enterprise effi ciencies were realized • Information Technology Managers — how your technology integrates with the HIS, RIS, etc., within the facility or across an enterprise
Do Not • Repeat the vendor’s name • Include vendor quotes • Provide vendor logos
Please see reverse side for material requirements and samples.
Profi le Specifi cations
Possible Perspectives
A Solutions Applied article reprint provides your company with highly effective collateral that can be used for trade show distribution, direct mail and proposals.
Transmit your Solutions Applied profi les as Case of the Week e-newsletters to 15,000+ healthcare professionals.
Contact your Integrated Media Consultant today for details.
Extending the Value With Reprints
The Concept
Acquisition of medical technology has changed dramatically. Purchasing teams have expanded to include members with diverse responsibilities, and the sales cycle includes more hurdles than before.
a value-added benefit for DAIC advertisers
Diagnostic and Interventional Cardiology
Solutions Applied case studies are written from the perspective of medical professionals or institutions that have realized true “solutions” from vendor technologies/services. They are an effective way to showcase benefi ts and address the concerns of clinicians, department heads, information technology staff and executive-level decision makers.
Solutions Applied profi les should be professionally written, peer-viewpoint case histories that illustrate specifi c problems healthcare providers face and how vendor technologies/services provide solutions (i.e. improved patient care, reduced costs, increased effi ciencies, etc.).
Guidelines • Must be written from the customer’s perspective — not the vendor’s • Should be educational — not commercial • May highlight product features that differentiate your technology from others on the market • Should stress “benefi ts” realized by the customer and include customer quotes • DAIC staff reserves the right to edit content for style
»solutions applied
Diagnostic and Interventional Cardiology | Scranton Gillette Communications | 3030 W. Salt Creek Lane, Suite 201, Arlington Heights, IL 60005 | 847.391.1000 | f: 847.390.0408 | DIcardiology.com
owns it? How do we protect it? What is the optimal solution
design? When you can address these basic questions, then you
can determine how to make the information available so it is not
uid, but requires a minimal amount of resources. However,
we often get so caught up in the details of what to do at the
department level to improve workfl ow that the big picture of department level to improve workfl ow that the big picture of department level to improve workfl
how to spread imaging to the entire enterprise is lost. When
considering when and where to store and access the vast amount
Finding the Right Archive
This case study was provided by McKesson
DIcardiology.com
There is a basic need to share data
outside of diagnostic imaging, and a
CVIS should be able to simplify access.
Oklahoma State University Medical Center, located in Tulsa, Oklahoma, provides high-quality health services to rural and urban Oklahoma. The medical center has a partnership with Oklahoma State University Center for Health Sciences, providing a training ground for healthcare professionals across the region.As with many cardiology departments, the center used multiple systems to store relevant cardiology patient information. Clinicians were required to log on to as many as fi ve different systems in order to review historic patient cardiovascular images and reports. Images were available only in the cardiovascular department and physicians could not access the images from elsewhere. This made it diffi cult for them to do their work in a timely manner and forced them to have to return to the department any time they needed to review an image. The inaccessibility of images made it more diffi cult for physicians to collaborate.The image quality also was not up to the standard that doctors hoped for. “We had an old product and the image quality was less than desirable,” says Connie Ryan, clinical resource manager for cardiovascular services at Oklahoma State University Medical Center. “We knew that we needed to signifi cantly upgrade the quality of the images.”
To solve these problems, and to enhance patient care and increase overall productivity, the center launched a search for a new cardio-vascular IT solution.Choosing and Deploying Centricity Cardio EnterpriseThe department was already using GE Healthcare’s Mac-Lab Hemodynamic Recording System as part of its comprehensive cath lab workfl ow infrastructure, and was extremely pleased with the system and support for it.
“The system worked so well that it seemed like a natural choice
to go with Centricity Cardio Enterprise1, 2,” Ryan says. “That way, we knew that we would be able to interface the two systems, and easily move the data over.”Beyond that, she says, the department was impressed with Centricity Cardio Enterprise (CCE) image quality, fl exibility, and the way it makes images easily accessible to physicians.Deployment went extremely smoothly. “We didn’t even require an IT staffer to install the application on physicians’ computers,” Ryan recalls. “It saved us a great deal of IT time, and like any other hospital, we only have a fi nite amount of resources, so that was a great benefi t.”
Broader Access to Images, Enhanced Workfl ow“Centricity Cardio Enterprise has made it much easier for physi-cians to get access to images, improved our effi ciency and workfl ow, reduced the time it takes per procedure by 15 to 20 minutes, and has enhanced the cardiac care we offer,” Ryan said. CCE’s greatest benefi ts fl ow from the much-enhanced access to images for physicians. They no longer have to come to the depart-ment in order to view the images, which considerably increase their productivity and workfl ow.“Since we’ve installed CCE, physicians can go into special offi ce spaces we’ve set up for them, or into their regular offi ces, and view images in a quiet, distraction-free environment, and fi nish their reports there,” Ryan says. “It has greatly enhanced their workfl ow and allows them to get the same amount of work done in less time.”Doctors also can fi nish their reports more quickly. This, combined
Oklahoma State University Medical Center Achieves Broader Image Access, Enhanced Cardiac Care With GE Healthcare’s Centricity Cardio Enterprise Solution
A Case Study
Solutions Applied
40 September/October 2013
DIcardiology.com
This case study was supplied by GE Healthcare
Center gains improved productivity with GE Healthcare’s Centricity Cardio Enterprise Solution
1. Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workfl ow products.
2. GE, the GE Monogram, Centricity and Imagination at Work are trademarks of General Electric Company.
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As a member of the Heart Rhythm Society, Andrea Russo, M.D., had grown accustomed to searching in vain for a cutting-edge solution to solve the traditional business issues associated
with electrophysiology (EP) — silos of information; manual, paper-intensive processes; inaccurate and outdated patient data; and lengthy turnaround times for reports to reach referring physicians.
“Every time we looked at what solutions were available in the market, we came away disappointed because none of the vendors had well-developed EP systems,” explains Russo, director of cardiac elec-trophysiology and arrhythmia services at Cooper University Hospital in Camden, N.J., and professor of medicine at Cooper Medical School of Rowan University. “We needed a system that could integrate the electronic health record (EHR) with the equipment in the EP labora-tory to have access to all data in one location, avoiding redundancy and duplication.”
Russo said Cooper University Hospital had a homegrown EP reporting system in place that created several challenges, including: no integration to billing, no appropriate sign-off, no automated way to get reports to referring physicians and no integration to the NCDR ICD Registry.
“We had a variety of sign-ons and data residing at multiple loca-tions, which made it diffi cult to access various components of the patient’s medical record and, therefore, more diffi cult to take care of patients,” she explains.
Jeff Paschell, integration manager for cardiovascular services at Cooper University Hospital, felt that there were too many silos of information.
“Physicians could not cross-reference against other patient information because EP has historically used different databases for the pre-procedure, intra-procedure, physician reporting and registry reporting,” he says.
“As a result, physician adoption, physician satisfaction and report turnaround time (TAT) were not where we wanted them to be,” Paschell admits. “We needed to seamlessly bring the modalities together and provide a more holistic view of the patient.”
A Light at the End of the TunnelIn late 2011, Paschell was approached by one of Cooper University
Hospital’s IT vendors to serve as a beta site for an EP solution. The McKesson Cardiology Electrophysiology solution was coming to market, and the hospital system had a long and successful history with McKesson.
“When we conducted our evaluation of cardiology solutions in 2009, McKesson was the closest to having a complete cardiovascu-lar information system (CVIS) and won our business,” says Paschell. “When they came out with the EP module, it was a natural next step to sign on as the development partner.”
Due to the complexity of EP reporting, participation in the
New EP Module Increases Physician Satisfaction at Cooper University Hospital
A Case StudySolutions Applied
Andrea Russo, director of cardiac electrophysiology and arrhythmia services at Cooper University Hospital, advocated for an EP system that integrated EP data and the EMR. She found it in McKesson Cardiology.
30 DAIC January/February 2013 DIcardiology.com
This case study was supplied by McKesson
GE Healthcare
imagination at work
Centricity®
Cardio Enterprise solution
CONNECTING PRODUCTIVITY WITH CAREEnhanced productivity isn’t simply about doing more with less. Optimizing technology in new and innovative ways should also help enhance patient care. With Centricity Cardio Enterprise solution1 you no longer have to sacrifice functionality and speed for remote access. By developing an advanced streaming algorithm, the GE Healthcare Centricity Cardio Enterprise solution delivers diagnostic quality images with quantification measurement tools, virtually anywhere there is an internet connection. Perform a 4-D left ventricular function analysis on an echo image while working on the echo report, all from the convenience of your office, home, or virtually anywhere2
you happen to be. All of which means you can focus more on caring for your patients, and less on getting images where and when you need them.
CentricityCardio Enterprise solution…. the power of web diagnostics (Re) imagined.
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Advanced quantification tools. In the convenience of a web browser.
GE Healthcare
imagination at work
Now you no longer have to sacrifice functionality and speed for remote access. By developing advanced streaming software, GE Healthcare’s Centricity Cardio Enterprise solution2 is able to optimize network bandwidth to deliver diagnostic image quality at a higher speed. This allows you to perform a 3D or 4D left ventricular function analysis on an echo image while reviewing that patient’s prior CT and working on the echo report, all from the convenience of your office, home, or almost anywhere1 else you happen to be.
CONNECTING PRODUCTIVITY WITH CAREYou can rest assured that anytime you log in to the application, the application will look and feel the same, all icons and personalized configurations you have completed will be associated with your unique system log-in. You can configure patient lists, exam lists, and your drop-down menus. With our user-defined forms, you’re also in control of configuring your reports to reflect your own style and narrative while preserving the integrity of a relational MS SQL database that allows you to query clinical data elements on demand.
That’s personalized, anytime, anywhere
1 access.
Centricity®
Cardio Enterprise solution:
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Access the robust patient record from anywhere
1
1 Where there is an internet connection available.2 Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workfl ow products.
©2013 General Electric Company
Healthcare reform requiring wider access and enterprise sharing of patient images and records are making Web-based cardiology picture archiving and
communication systems (PACS) a more attractive solution over traditional thick-client, server-based systems. In just the past few years there has been a departure from thick-client cardiology and radiology PACS to Web-based platforms. There are several reasons for this, including better interoperability, anywhere-anytime access, remote access to data and images, and reduction of IT burdens. Web-based systems also enable easier delivery of many healthcare reform Stage 2 meaningful use (MU) requirements.
The biggest clinical benefi t of a Web-based cardiology PACS (also referred to as cardiovascular information systems — CVIS) is the ability for cardiologists and sup-porting staff to conduct their daily duties from one system instead of several disparate systems, each requiring a separate workstation. The single point-of-entry allows access to all cardiac imaging modalities and related reports, echocardiograms (ECG), procedural reports and prior exams from any computer with Web access.
This consolidation of data allows data mining, which can quickly identify the exact numbers and types of cases seen at a facility, numbers and types of tests ordered, patient
demographics, how patients are being triaged and treated, and trends in room or equipment usage.
Web-based, single platform cardiac PACS provide the freedom of mobility for cardiologists and referring physicians, regardless of their physical location. This allows new work-fl ows, such as conducting rounds using a tablet device like an iPad rather than a clipboard. The systems allow immediate access to the most up-to-date patient information. Some Web-based systems allow two-way data transfer so physi-cians can add notes, complete reports, change drug therapy or order additional tests through computerized physician order entry (CPOE) right at the patient’s bedside. Immediate remote access to images, test results and ECGs also has utility in better addressing emergency situations. Just like the cultural revolution Web-based smartphones have created with people’s personal access to the world via the Internet, social media and e-mail, Web-based PACS untether physicians from their desktop computers and allow them to do their job just as well from a remote clinic or at home.
The Evolution ofCardiac Web-Based PACSHealthcare reforms requiring wider sharing of patient images and records make Web-based systems an attractive solution
Web-Based Cardiac PACS
By Dave Fornell
DIcardiology.com July/August 2013 DAIC 7
COMPARISON CHART
Editor’s note: This article and accompanying comparison chart serve as an introduction to Web-based cardiac PACS. Due to the expanding complexity of cardiac PACS, this year DAIC has broken its coverage of these systems into two comparison charts. This chart focused on Web-based systems, their remote access capabili-ties and how they meet Stage 2 meaningful use requirements. A second cardiac PACS chart will appear in the November/December issue, focusing on the modalities supported and reporting functionality of each vendor.
Web-based, single platform cardiac PACS provide the freedom of any-
where access for physicians, as with GE’s Centricity Cardio Enterprise.
Numerous cardiac PACS vendors released completely re-engineered versions of their systems at American College of Cardiology (ACC) meetings in 2012 and 2013. GE Healthcare, Agfa, Lumedx and Philips launched brand new Web-based platforms. Siemens, McKesson and Infi nitt also released several enhancements and new modules for their Web-based systems. Vendors say their new platforms will allow easier integration with both medical device hardware and other software systems by using standards-based architecture with unmodifi ed HL7 and DICOM standards. While partly in response to clinician end-users’ repeated requests for better interoperability over the past decade, the recent improvements and move to Web-based systems is due to the need to meet Stage 2 and eventual Stage 3 MU requirements. Cardiac PACS that do not meet these requirements will eventually face lower reimbursements, and systems that meet the requirements early may qualify for higher reimbursements.
Implementation of Meaningful Use in Cardiology
The latest generation of Web-based cardiovascular PACS offer many cutting-edge technology perks, including software to address Stage 2 meaningful use (MU) requirements. Stage 1 MU requirements were aimed at basic requirements for recording patient data and expanding interoperability of hospital or healthcare system-wide electronic medical records. Stage 2 requirements call for the next level of integration, including specialties such as cardiology and radiology. Stage 2 is designed to expand and leverage IT capabilities to improve effi ciency in the U.S. healthcare system.
With the advent of Stage 2, there is an expectation that many hospitals will upgrade or replace their existing cardiovascular PACS to allow better interoperability to meet the new requirements.
While many MU requirements necessitate only small percentages of use in Stage 2, the long-term goal is to
expand these capabilities. It is likely that requirements such as CPOE, clinical decision support, remote image and report viewing, physician collaboration, data mining, patient interaction and other requirements will be greatly expanded under Stage 3 require-ments in the coming years. Web-based systems will help simplify and facilitate all of the above-mentioned requirements.
Considerations for Web-Based Systems• Zero-Footprint Access — These systems
allow images and data to be accessed any-where using a Web browser. Some vendors require the download of special software to access the data, while others do not.
• Mobile Devices — There is a growing expectation among physicians to access images and data using their tablet and smart phone devices. By far the largest class of these devices deployed in medicine includes the iPad and iPhone, which use the iOS operating system. Most vendors design access specifi cally for these devices, but often offer interfaces for other operating systems, such as Android.
• Thick vs. Web-Client — Some systems offer a Web-based and thick-client system, which may differ in functionality.
• Eliminating CDs — A big headache at some facilities is the transfer of fi les, especially of image datasets on CD between facilities or referring physicians. Burning CDs can be time consuming, and the CDs sometimes cannot be opened or are not compatible with the receiving center’s computers. Web-based systems can help eliminate the need for CDs by allowing direct transfer of the fi les electronically.
• Creating telecardiology programs may be easier with Web-based systems because
outlying clinics and doctors’ offi ces can more easily transfer images and reports.
Comparison Chart Compiled by Diagnostic & Interventional CardiologyScranton Gillette Communications assumes no responsibility or liability for any errors or omissions in this chart.
8 DAIC July/August 2013 DIcardiology.com
Web-Based Cardiac PACSCOMPARISON CHART
Participants
Agfa Healthcarewww.agfahealthcare.com
Carestream Healthwww.carestream.com
Digisonicswww.digison.net
DR Systemswww.drsys.com
Fujifi lm Medicalcardiovascular.fujimed.com
GE Healthcarewww.gehealthcare.com
Infi nittwww.infi nittna.com
McKessonwww.mckesson.com/cardiology
Medstreamingwww.medstreaming.com
Merge Healthcarewww.merge.com
Novaradwww.novacardio.com
Philips Healthcarewww.healthcare.philips.com
ScImagewww.scimage.com
Scranton Gillette Communications obtained the model specifi cations from the manufacturers.
GE Healthcare
imagination at work
Perform a 4-D left ventricular function analysis on an echo image, while working on the echo report… from home.
CONNECTING PRODUCTIVITY WITH CAREGE Healthcare’s Centricity® Cardio Enterprise solution1 provides cardiologists with a single point of access to unified patient data, images and reports from across modalities, with end-to-end configurable workflows.
Whether at home, in the clinic, in the office or at the hospital, you are in control of making the critical decisions from anywhere there is an internet connection. Easily and securely access a more complete and clinically rich patient cardiovascular record anywhere there is an internet connection.
Centricity® Cardio Enterprise solution…. the power of web diagnostics (Re) imagined.
1 Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workflow products.
©2013 General Electric Company
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Cardiovascular Ultrasound
28 DAIC May/June 2013 DIcardiology.com
Additional information appears on the full-chart on our website at www.DIcardiology.com.
COMPARISON CHART
Company Esaote North America Inc. GE HealthcareModel Mylab Twice Mylab Alpha Mylab Seven Mylab ClassC Vivid E9 Vivid S6 Vivid q Vivid i Vivid S5 Vscan Vivid e
FDA / CE 2010/2010 2011/2011 2011/2011 2011/2010 Yes Yes Yes Yes Yes 2009 Yes
Applications Card, vasc, abd, OB/GYN, MSK, TCD, other
Card, vasc, abd, OB/GYN, MSK, TCD, other
Card, vasc, abd, OB/GYN, MSK, TCD, other
Card, vasc, abd, OB/GYN, MSK, TCD, other
Cardiac, vasc, TEE, abdom, fetal/OB, peds, small organs, adult and neontal cephalic, intra-op, transcranial, urology/prostrate, rodent
Cardiac, vasc, abdom, OB/GYN, peds, small organs, neonatal cephalic, adult cephalic, LVO contrast, smart stress, MSK (inc. superfi cial), breast, nerve imaging, coronary, TEE, BFI
Cardiac, vasc, abdom, fetal/OB, peds, small organs, neonatal cephalic, adult cephalic, LVO contrast, smart stress, MSK (inc. superfi cial), breast, nerve imaging, intra-op, coronary, intracardiac echo (ICE), TEE, BFI
Cardiac, vasc, abdom, fetal/OB, peds, small organs, neonatal cephalic, adult cephalic, LVO contrast, smart stress, MSK (inc. superfi cial), breast, nerve imaging, intra-op, coronary, intracardiac echo (ICE), TEE, BFI
Cardiac, vasc, abdom, OB/GYN, peds, small organs, neonatal cephalic, adult cephalic, LVO contrast, smart stress, MSK (inc. superfi cial), breast, nerve imaging, coronary, TEE, BFI
Cardiac, abdomen, urology, fetal/OB, pediatric, selected peripheral vascular applications, thoracic/pleural fl uid and motion detection
Cardiac, vasc, fetal/OB, abdominal, GYN, small organ, adult cephalic, cardiac (adult and pediatric) peripheral vasc, intra-op, MSK, urology (including prostate)
Key features that differentiate this system from its competition
Premium console, POC system inc., 4 probe conn, offl ine reading software
Prem port, Etouch,4-DXtrain, 2 probe conn, swivel monitor, reading sw
Compact, Etouch, 4-DXtrain, 4 probe conn, adj monitor, panel, reading sw
Premium console, POC system inc., 4 probe conn, offl ine reading software
Advanced quantitative analysis (speckle tracking strain - AFI), accelerated vol architecture, exceptional image quality, easy use, ergonomics, true scan raw data, easy 4-D, protocol template tools, EchoPAC workstation compatibility
Size, weight, mobility, CV and shared services, image quality, ergonomic design, productivity tools, connectivity, true scan raw data, EchoPAC workstation compatibility
Size, weight, portability, CV and shared services, image quality, ergonomic design, productivity tools, connectivity, true scan raw data, EchoPAC workstation compatibility
Size, weight, portability, CV and shared services, image quality, ergonomic design, productivity tools, connectivity, true scan raw data, EchoPAC workstation compatibility
Size, weight, mobility, CV and shared services, image quality, ergonomic design, productivity tools, connectivity, true scan raw data, EchoPAC workstation compatibility
Pocket-sized tool, portability, size, weight, battery op, distance measure, auto optimize, heart cycle detect, app presets, PC based viewing and tools, voice recording
Size, weight, portability, CV, abdominal, small-parts, periop, vasc, battery operation, image quality, ergonomic design, productivity tools, connectivity, true scan raw data
Primary markets
Echo lab Echo lab, cath lab, OR
Echo lab, cath lab, OR
Echo lab Echo lab, clinic, private offi ce, OR, pediatric, vascular
Echo lab, clinic, private offi ce, OR, pediatric, vascular
Echo lab, clinic, offi ce, OR, EP lab, ped, vasc, outreach, mobile services
Echo lab, clinic, offi ce, OR, EP lab, ped, vasc, outreach, mobile services
Echo lab, clinic, Private offi ce, OR, pediatric, vascular
Point-of-care, echo lab, clinic, private offi ce, ICU, CCU, ER, cath lab
Point-of-care, clinic, private offi ce, satellite/outreach, mobile services
Analysis packages
Cardiac, vasc, stress, strain, CFR, etc.
Cardiac, vasc, stress, strain, CFR, etc.
Cardiac, vasc, stress, strain, CFR, etc.
Cardiac, vasc, stress, strain, CFR, etc.
Auto function imaging (AFI - speckle-tracking strain), tri-plane AFI, AFI with TEE, 4-D strain, 2-D auto EF, 4-D auto LVQ, 4-D LV mass, 2-click crop, FlexiZoom, laser lines, auto crop, 4-D color, 9-slice/12 slice, z-scores, tissue tracking/velocity/synchron imaging, LVO contrast, anatomical M-mode, IMT
Auto function imaging (AFI - speckle-tracking strain), cardiac (adult, peds), vasc, SmartStress, strain, SRI, 2-D auto EF, anatomic M-mode, IMT, tissue tracking/velocity/synchr imaging, virtual convex, LogiqView, smart depth, structured fi ndings
Automated function imaging (AFI - speckle-tracking strain), cardiac (adult, peds), vasc, SmartStress, strain, SRI, 2-D auto EF, anatomic M-mode, IMT, tissue racking/velocity/synchr imaging, virtual convex, LogiqView, smart depth, structured fi ndings
2-D Auto EF (speckle-tracking), cardiac (adult, peds), vasc, SmartStress, anatomic M-mode, IMT, tissue tracking/velocity/synchronization imaging, virtual convex, LogiqView, smart depth, structured fi ndings
2-D Auto EF (speckle-tracking), cardiac (adult, peds), vasc, SmartStress, anatomic M-mode, IMT, tissue tracking/velocity/synchronization imaging, virtual convex, LogiqView, smart depth, structured fi ndings
2-D imaging, color-coded blood fl ow, distance measure, auto optomize, auto cycle (heart cycle detect), application presets
Cardiac, vasc, anatomic M mode, LVO contrast
How does the system improve workfl ow
Urgent POC exam can be done w/o disruption, ergonomic workfl ow
POP platform-programmable macros and touchscreen, ease of use, quick start up
POP platform-programmable macros and touchscreen, ease of use, quick start up
Urgent POC exam can be done w/o disruption, ergonomic workfl ow
4-D views, toolbox, workfl ow, quantif and auto LVQ, AFI productivity, auto EF, continuous auto tissue and spectral optimiz. Ergonomics: electronic adjust., fl ex display, fl oating keyboard, mobility, size, weight, Scan Assist Pro, use of raw data on scanner and workstation
Productivity tools: continuous tissue optimization (CTO), tissue characterization optimization (TCO). Analysis tools: smart depth, smart stress, virtual convex, auto EF, shared services, use of raw data on scanner and workstation
Productivity tools: continuous tissue optimization (CTO), tissue characterization optimization (TCO). Analysis tools: smart depth, smart stress, virtual convex, auto EF, shared services, use of raw data on scanner and workstation
Productivity tools: continuous tissue optimization (CTO), tissue characterization optimization (TCO). Analysis tools: smart depth, smart stress, virtual convex, auto EF, shared services, use of raw data on scanner and workstation
Productivity tools: continuous tissue optimization (CTO), tissue characterization optimization (TCO). Analysis tools: smart depth, smart stress, virtual convex, auto EF, shared services, use of raw data on scanner and workstation
Quick-look visualization tool, pocket-sized, convenience
Quantifi cation tools, ergonomics, shared services, connectivity
3-D Non-cardiac Non-cardiac Non-cardiac Non-cardiac Yes (real-time cardiac)
No No No No No No
4-D Non-cardiac Non-cardiac Non-cardiac Non-cardiac Yes, single/multi-beat acq, vol size, res
No No No No No No
Wall motion / speckle tracking
Yes Yes Yes Yes Yes: auto functional imaging (AFI) for TEE, tri-plane, 4-D strain, 2-D auto EF, fl ow
Yes: automated functional imaging (AFI), 2-D auto EF, blood fl ow
Yes: auto functional imaging (AFI), 2-D auto EF, blood fl ow imaging
Yes: 2-D auto ejection fraction, blood fl ow imaging
Yes: 2-D auto ejection fraction, blood fl ow imaging
No N/S
H x W x D, cm (in)
28 x 39 x 56-63
14 x 13 x 4 19 x 28 x 46-56
28 x 39 x 56-63
54.4 x 84.4 x 115 cm; (21 3/4 x 33 1/4 x 45 3/8”)
123 x 55 x 70 cm (48.4 x 21.7 x 27.6”)
6.4 x 35.8 x 31.3 cm (2.5 x 14.2 x 12.4”)
6.4 x 35.8 x 31.3 cm (2.5 x 14.2 x 12.4”)
123 x 55 x 70 cm (48.4 x 21.7 x 27.6”)
2.8 x 7.3 x 12.8 cm
6.1 x 34 x 28.7 (2.4 x 13.4 x 11.3)
Weight 220 lbs 12 lbs 139 lbs 220 lbs 130 Kg (286 lbs) <70 Kg (154 lbs) 5.8 kg (12.7 lbs) 5.8 kg (12.7 lbs) <70 kg (154 lbs) 390 g 4.6 (10.1)
Other Features
Strain, satellite unit for POC
Battery, adj monitor, adj ht cart, HDMI
Standby battery, height-adj, HDMI
Strain Accelerated vol architecture, 4-D fl exi-vol w/single or multi beat 4-D navigation tools
Respiratory support, mobile design, battery operation, wireless network
Respiratory support, portability: battery operation, wireless network, virtual printer
Respiratory support; portability, battery operation, wireless network, virtual printer
Respir support, ergonomics, mobile design, left/right, up/down swivel keybd/monitor
Hand-held portability, navigation wheel, docking/charger station
Portable design, battery op, RollPack case, cart, wireless network
Comparison Chart Compiled by Diagnostic and Interventional CardiologyScranton Gillette Communications assumes no responsibility or liability for any errors or omissions in this chart.
DIcardiology.com May/June 2013 DAIC 29
N/A = Not applicableN/S = Not specifi ed
Mindray Philips Siemens Medical Solutions Toshiba ZonareM7 DC 8 iE33 xMatrix CX50 xMatrix Acuson SC2000 Acuson S2000 Acuson X700 Acuson X300 PE Acuson S1000 Artida Aplio 500 CV Aplio 300 CV z.one ultra ZS3
2010/2009 2012/2011 2009 2009 2008/2008 2008 2012 2009/2009 2012 Yes, 2008 Yes, 2011 Yes, 2011 2008/2005 2012/2005
Cardiovacular shared service
Cardiovacular shared service
Cardiac, vascular, surgical/interventional, epicardial, epiaortic, TEE
Cardiac, vascular, surgical/interventional, epicardial, epiaortic, TEE, ICE
Transthoracic adult echo, pediatric echo, TEE, contrast agent studies
Echo, TEE, contrast agent studies abdominal, renal, OB/GYN, adult, ped and neonatal echo, TEE, ICE, vascular, small parts, ortho, MSK, urology, TCI
Adult echo, TEE, ICE, vascular
Abdominal, renal, OB/GYN, adult echo, pediatric echo, neonatal echo, TEE, ICE, vascular, small parts, orthopedics, MSK, urology, TCI
Echo, TEE, contrast agent studies abdominal, renal, OB/GYN, adult, ped and neonatal echo, TEE, ICE, vascular, small parts, ortho, MSK, urology, TCI
Adult and pediatric cardiac, vascular
Adult and pediatric cardiac, vascular
Adult and pediatric cardiac, vascular
Cardiac, vascular, TEE, transcranial, anesthesia, abdominal, OB/GYN
Vascular, tran-scranial, anesthe-sia, CEUS, intra-op, MSK
iBeam, iClear, iTouch
iBeam, iClear, iTouch, iClear, HR fl ow, iWorks
Live 3-D TEE, X5-1 for 2-D and 3-D TTE echo, iRotate electronic rotation
Live 3-D TEE, ICE and 3-D echo integration with Philips Alura cath labs; X7-2t compatible with iE33
Real-time full volume, knowledge-based applications including 2-D semi-automated measurements and 3-D quantifi cation SW to streamline clinical workfl ows
Knowledge-based applications and individually customizable protocols to streamline clinical workfl ows, standby mode
N/S Quick start, standby mode, portability
Knowledge-based applications and individually customizable protocols to streamline clinical workfl ows, standby mode
3-D wall motion track-ing, tissue enhance-ment, smart-slice 4-D, fl y-through imaging
2-D wall motion tracking, tissue en-hancement, fl y-through imaging
2-D wall mo-tion tracking, tissue en-hancement, fl y-through imaging
Focused image across the fi eld of view, faster acoustic acquisition, patient specifi c imaging
Focused image across the fi eld of view, faster acoustic acquisi-tion, patient specifi c imaging
Echo, EM, anesthesia, OR, shared service
Echo, EM, shared service
Echo lab, stress echo lab, OR, cath lab
Echo lab, point-of-care, OR, interventional
Echo lab, cath lab, OR
Adult echo, pediatric echo, neonatal echo, OR, interventional, vascular, TCI
Shared service
Adult echo, pediatric echo, neonatal echo, OR, interventional, vascular, TCI
Adult echo, pediatric echo, neonatal echo, OR, interventional, vascular, TCI
Premium cardiology (3-D)
Premium cardiology (2-D)
High-end cardiology, shared service
Echo, OR, vascular, radiology, point-of-care, MSK, endocavity
Vascular lab, radiology, OR, peds
Cardiac, vascular, IMT, stress echo
Cardiac, vascular, IMT
Cardiac, vascular, pediatric, fetal echo, TCD, stress echo
Cardiac, vascular, pediatric, OB/GYN, abdomen
Cardiac, vascular, stress, pediatrics, volume imaging analysis with eSie LVA volume LV analysis
Volume imaging analysis with eSie LVA volume LV analysis cardiac, vascular, stress, pediatrics
Cardiac, vascular, stress
Cardiac, vascular, stress, pediatrics
Volume imaging analysis with eSie LVA volume LV analysis cardiac, vascular, stress, pediatrics
Cardiac, vascular, stress echo
Cardiac, vascular, stress echo
Cardiac, vascular, stress echo
Echo, neonatal/ped echo, vascular, TCD, surgical, small parts, abdominal, OB/GYN, 3-D/4-D, CEUS, endocavity
Neonatal/ped echo, vascular, TCD, surgical, abdomi-nal, OB/GYN, CEUS, MSK, small parts, en-docavity
Logically design control panel
User-centric control panel design, auto exam protocol
iScan, iFocus and iOpimize controls, SmartExam protocols, auto Doppler
SmartExam protocols, premium image quality in a compact system. Less repeat exams
2-D semi-automated measurements; 3-D quantifi cation; auto focusing
N/S Auto left heart
N/S N/S 3-D wall motion track-ing, quick cropping 3-D, customizable interface
2-D WMT, customizable interface, quick start presets, protocols
2-D WMT, customizable interface, quick start presets, protocols
N/S N/S
Yes Yes Live 3-D TEE, transthoracic
Live 3-D TEE Real-time 3-D Yes, non-cardiac syngo fourSight TEE
syngo fourSight TEE view
Yes, non-cardiac Yes No No Abdominal, endocavity
N/A
No No Live 3-D TEE, transthoracic
Live 3-D TEE Real-time 3-D Yes, non-cardiac No No Yes, non-cardiac Yes No No Abdominal, endocavity
N/A
No No Yes, Qlab cardiac motion quantif app
Yes, Qlab cardiac motion quantif app
N/S N/S N/S N/S N/S Yes (2-D/3-D) Yes Yes Yes Yes
2.95 x 14.2 x 14
1,355 x 585 x 930 mm
55-64 x 22 x 43
3 x 16.25 x 14 57-71.6 x 24.8 x 43.7 inches
51-61 x 25 x 43 inches
138.6-166.3 (54-65.5 in) x 55.6; (22 in) x 90.5 (35.6 in)
137.9-166 (54.43-65.3 in) x 51.8; (20.4 in) x 87.9 (34.6 in)
51-61 x 25 x 43 inches
(55.9-66) x 23 x (47-50) inches
(54.7-70.5) x 23 x 35 inches
(52.8-68.4) x 20.4 x 34.6 inches
128-157 x 51 x 72; (50.5-62 x 20.1 x 28.2)
128-157 x 51 x 72
6.5 kg (12 lbs) 111 kg 331 lbs 13.6 lbs 173 kg (383 lbs) 166 kg (365 lbs) 102 kg (225) 102 kg (225 lbs) 166 kg (365 lbs) 441 375 308 65 kg (144) 66 kg (147)
Octal-beam imaging technology
12-beam imaging technology
3-D echo integration with Alura cath labs
Laptop design with cart, wireless DICOM
Semi-automated measurements, ICE
Semi-automated measurements, ICE
ICE, CartoSound comm, auto left heart, VVI strain
ICE, CartoSound communication, auto left heart, VVI strain package
Semi-automated measurements, ICE
DTHI, tissue enhancement
DTHI, tissue enhancement
DTHI, tissue enhancement
Auto-opt with ZST, mobile
Effortless to move, versatility in tight spaces
Comparison Chart
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JAN/FEB» Advanced Visualization» Contrast Media Injectors
MARCH/APRIL» Radiation Dose Monitoring» Implantable Cardioverter Defibrillators (ICDs)
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SEPT/OCT» Intravascular Imaging» Fractional Flow Reserve (FFR)
NOV/DEC» Cardiovascular Information Systems (CVIS)» ECG Systems
2014 Sponsorship Opportunities
Diagnostic and Interventional Cardiology | Scranton Gillette Communications | 3030 W. Salt Creek Lane, Suite 201, Arlington Heights, IL 60005 | 847.391.1000 | f: 847.390.0408 | DIcardiology.com
Diagnostic and Interventional Cardiology
GE Healthcare
imagination at work
Centricity® Cardio Enterprise solution
CONNECTING PRODUCTIVITY WITH CAREEnhanced productivity isn’t simply about doing more with less. Optimizing technology in new and innovative ways should also help enhance patient care. With Centricity Cardio Enterprise solution1 you no longer have to sacrifice functionality and speed for remote access. By developing an advanced streaming algorithm, the GE Healthcare Centricity Cardio Enterprise solution delivers diagnostic quality images with quantification measurement tools, virtually anywhere there is an internet connection. Perform a 4-D left ventricular function analysis on an echo image while working on the echo report, all from the convenience of your office, home, or virtually anywhere2
you happen to be. All of which means you can focus more on caring for your patients, and less on getting images where and when you need them.
Centricity Cardio Enterprise solution…. the power of web diagnostics (Re) imagined.
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Advanced quantification tools. In the convenience of a web browser.
GE Healthcare
imagination at work
Now you no longer have to sacrifice functionality and speed for remote access. By developing advanced streaming software, GE Healthcare’s Centricity Cardio Enterprise solution2 is able to optimize network bandwidth to deliver diagnostic image quality at a higher speed. This allows you to perform a 3D or 4D left ventricular function analysis on an echo image while reviewing that patient’s prior CT and working on the echo report, all from the convenience of your office, home, or almost anywhere1 else you happen to be.
CONNECTING PRODUCTIVITY WITH CAREYou can rest assured that anytime you log in to the application, the application will look and feel the same, all icons and personalized configurations you have completed will be associated with your unique system log-in. You can configure patient lists, exam lists, and your drop-down menus. With our user-defined forms, you’re also in control of configuring your reports to reflect your own style and narrative while preserving the integrity of a relational MS SQL database that allows you to query clinical data elements on demand.
That’s personalized, anytime, anywhere1 access.
Centricity® Cardio Enterprise solution:
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Access the robust patient record from anywhere1
1 Where there is an internet connection available.2 Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workfl ow products.
©2013 General Electric Company
Healthcare reform requiring wider access and enterprise sharing of patient images and records are making Web-based cardiology picture archiving and
communication systems (PACS) a more attractive solution over traditional thick-client, server-based systems. In just the past few years there has been a departure from thick-client cardiology and radiology PACS to Web-based platforms. There are several reasons for this, including better interoperability, anywhere-anytime access, remote access to data and images, and reduction of IT burdens. Web-based systems also enable easier delivery of many healthcare reform Stage 2 meaningful use (MU) requirements.
The biggest clinical benefi t of a Web-based cardiology PACS (also referred to as cardiovascular information systems — CVIS) is the ability for cardiologists and sup-porting staff to conduct their daily duties from one system instead of several disparate systems, each requiring a separate workstation. The single point-of-entry allows access to all cardiac imaging modalities and related reports, echocardiograms (ECG), procedural reports and prior exams from any computer with Web access.
This consolidation of data allows data mining, which can quickly identify the exact numbers and types of cases seen at a facility, numbers and types of tests ordered, patient
demographics, how patients are being triaged and treated, and trends in room or equipment usage.
Web-based, single platform cardiac PACS provide the freedom of mobility for cardiologists and referring physicians, regardless of their physical location. This allows new work-fl ows, such as conducting rounds using a tablet device like an iPad rather than a clipboard. The systems allow immediate access to the most up-to-date patient information. Some Web-based systems allow two-way data transfer so physi-cians can add notes, complete reports, change drug therapy or order additional tests through computerized physician order entry (CPOE) right at the patient’s bedside. Immediate remote access to images, test results and ECGs also has utility in better addressing emergency situations. Just like the cultural revolution Web-based smartphones have created with people’s personal access to the world via the Internet, social media and e-mail, Web-based PACS untether physicians from their desktop computers and allow them to do their job just as well from a remote clinic or at home.
The Evolution ofCardiac Web-Based PACSHealthcare reforms requiring wider sharing of patient images and records make Web-based systems an attractive solution
Web-Based Cardiac PACS
By Dave Fornell
DIcardiology.com July/August 2013 DAIC 7
COMPARISON CHART
Editor’s note: This article and accompanying comparison chart serve as an introduction to Web-based cardiac PACS. Due to the expanding complexity of cardiac PACS, this year DAIC has broken its coverage of these systems into two comparison charts. This chart focused on Web-based systems, their remote access capabili-ties and how they meet Stage 2 meaningful use requirements. A second cardiac PACS chart will appear in the November/December issue, focusing on the modalities supported and reporting functionality of each vendor.
Web-based, single platform cardiac PACS provide the freedom of any-
where access for physicians, as with GE’s Centricity Cardio Enterprise.
Numerous cardiac PACS vendors released completely re-engineered versions of their systems at American College of Cardiology (ACC) meetings in 2012 and 2013. GE Healthcare, Agfa, Lumedx and Philips launched brand new Web-based platforms. Siemens, McKesson and Infi nitt also released several enhancements and new modules for their Web-based systems. Vendors say their new platforms will allow easier integration with both medical device hardware and other software systems by using standards-based architecture with unmodifi ed HL7 and DICOM standards. While partly in response to clinician end-users’ repeated requests for better interoperability over the past decade, the recent improvements and move to Web-based systems is due to the need to meet Stage 2 and eventual Stage 3 MU requirements. Cardiac PACS that do not meet these requirements will eventually face lower reimbursements, and systems that meet the requirements early may qualify for higher reimbursements.
Implementation of Meaningful Use in Cardiology
The latest generation of Web-based cardiovascular PACS offer many cutting-edge technology perks, including software to address Stage 2 meaningful use (MU) requirements. Stage 1 MU requirements were aimed at basic requirements for recording patient data and expanding interoperability of hospital or healthcare system-wide electronic medical records. Stage 2 requirements call for the next level of integration, including specialties such as cardiology and radiology. Stage 2 is designed to expand and leverage IT capabilities to improve effi ciency in the U.S. healthcare system.
With the advent of Stage 2, there is an expectation that many hospitals will upgrade or replace their existing cardiovascular PACS to allow better interoperability to meet the new requirements.
While many MU requirements necessitate only small percentages of use in Stage 2, the long-term goal is to
expand these capabilities. It is likely that requirements such as CPOE, clinical decision support, remote image and report viewing, physician collaboration, data mining, patient interaction and other requirements will be greatly expanded under Stage 3 require-ments in the coming years. Web-based systems will help simplify and facilitate all of the above-mentioned requirements.
Considerations for Web-Based Systems• Zero-Footprint Access — These systems
allow images and data to be accessed any-where using a Web browser. Some vendors require the download of special software to access the data, while others do not.
• Mobile Devices — There is a growing expectation among physicians to access images and data using their tablet and smart phone devices. By far the largest class of these devices deployed in medicine includes the iPad and iPhone, which use the iOS operating system. Most vendors design access specifi cally for these devices, but often offer interfaces for other operating systems, such as Android.
• Thick vs. Web-Client — Some systems offer a Web-based and thick-client system, which may differ in functionality.
• Eliminating CDs — A big headache at some facilities is the transfer of fi les, especially of image datasets on CD between facilities or referring physicians. Burning CDs can be time consuming, and the CDs sometimes cannot be opened or are not compatible with the receiving center’s computers. Web-based systems can help eliminate the need for CDs by allowing direct transfer of the fi les electronically.
• Creating telecardiology programs may be easier with Web-based systems because
outlying clinics and doctors’ offi ces can more easily transfer images and reports.
Comparison Chart Compiled by Diagnostic & Interventional CardiologyScranton Gillette Communications assumes no responsibility or liability for any errors or omissions in this chart.
8 DAIC July/August 2013 DIcardiology.com
Web-Based Cardiac PACSCOMPARISON CHART
Participants
Agfa Healthcarewww.agfahealthcare.com
Carestream Healthwww.carestream.com
Digisonicswww.digison.net
DR Systemswww.drsys.com
Fujifi lm Medicalcardiovascular.fujimed.com
GE Healthcarewww.gehealthcare.com
Infi nittwww.infi nittna.com
McKessonwww.mckesson.com/cardiology
Medstreamingwww.medstreaming.com
Merge Healthcarewww.merge.com
Novaradwww.novacardio.com
Philips Healthcarewww.healthcare.philips.com
ScImagewww.scimage.com
Scranton Gillette Communications obtained the model specifi cations from the manufacturers.
GE Healthcare
imagination at work
Perform a 4-D left ventricular function analysis on an echo image, while working on the echo report… from home.
CONNECTING PRODUCTIVITY WITH CAREGE Healthcare’s Centricity® Cardio Enterprise solution1 provides cardiologists with a single point of access to unified patient data, images and reports from across modalities, with end-to-end configurable workflows.
Whether at home, in the clinic, in the office or at the hospital, you are in control of making the critical decisions from anywhere there is an internet connection. Easily and securely access a more complete and clinically rich patient cardiovascular record anywhere there is an internet connection.
Centricity® Cardio Enterprise solution….
the power of web diagnostics (Re) imagined.
1 Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workflow products.
©2013 General Electric Company
For more information about GE Healthcare, visit our website at www.gehealthcare.com
GE Healthcare
imagination at work
Centricity® Cardio Enterprise solution
CONNECTING PRODUCTIVITY WITH CAREEnhanced productivity isn’t simply about doing more with less. Optimizing technology in new and innovative ways should also help enhance patient care. With Centricity Cardio Enterprise solution1 you no longer have to sacrifice functionality and speed for remote access. By developing an advanced streaming algorithm, the GE Healthcare Centricity Cardio Enterprise solution delivers diagnostic quality images with quantification measurement tools, virtually anywhere there is an internet connection. Perform a 4-D left ventricular function analysis on an echo image while working on the echo report, all from the convenience of your office, home, or virtually anywhere2
you happen to be. All of which means you can focus more on caring for your patients, and less on getting images where and when you need them.
Centricity Cardio Enterprise solution…. the power of web diagnostics (Re) imagined.
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Advanced quantification tools. In the convenience of a web browser.
GE Healthcare
imagination at work
Now you no longer have to sacrifice functionality and speed for remote access. By developing advanced streaming software, GE Healthcare’s Centricity Cardio Enterprise solution2 is able to optimize network bandwidth to deliver diagnostic image quality at a higher speed. This allows you to perform a 3D or 4D left ventricular function analysis on an echo image while reviewing that patient’s prior CT and working on the echo report, all from the convenience of your office, home, or almost anywhere1 else you happen to be.
CONNECTING PRODUCTIVITY WITH CAREYou can rest assured that anytime you log in to the application, the application will look and feel the same, all icons and personalized configurations you have completed will be associated with your unique system log-in. You can configure patient lists, exam lists, and your drop-down menus. With our user-defined forms, you’re also in control of configuring your reports to reflect your own style and narrative while preserving the integrity of a relational MS SQL database that allows you to query clinical data elements on demand.
That’s personalized, anytime, anywhere1 access.
Centricity® Cardio Enterprise solution:
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Access the robust patient record from anywhere1
1 Where there is an internet connection available.2 Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workfl ow products.
©2013 General Electric Company
Healthcare reform requiring wider access and enterprise sharing of patient images and records are making Web-based cardiology picture archiving and
communication systems (PACS) a more attractive solution over traditional thick-client, server-based systems. In just the past few years there has been a departure from thick-client cardiology and radiology PACS to Web-based platforms. There are several reasons for this, including better interoperability, anywhere-anytime access, remote access to data and images, and reduction of IT burdens. Web-based systems also enable easier delivery of many healthcare reform Stage 2 meaningful use (MU) requirements.
The biggest clinical benefi t of a Web-based cardiology PACS (also referred to as cardiovascular information systems — CVIS) is the ability for cardiologists and sup-porting staff to conduct their daily duties from one system instead of several disparate systems, each requiring a separate workstation. The single point-of-entry allows access to all cardiac imaging modalities and related reports, echocardiograms (ECG), procedural reports and prior exams from any computer with Web access.
This consolidation of data allows data mining, which can quickly identify the exact numbers and types of cases seen at a facility, numbers and types of tests ordered, patient
demographics, how patients are being triaged and treated, and trends in room or equipment usage.
Web-based, single platform cardiac PACS provide the freedom of mobility for cardiologists and referring physicians, regardless of their physical location. This allows new work-fl ows, such as conducting rounds using a tablet device like an iPad rather than a clipboard. The systems allow immediate access to the most up-to-date patient information. Some Web-based systems allow two-way data transfer so physi-cians can add notes, complete reports, change drug therapy or order additional tests through computerized physician order entry (CPOE) right at the patient’s bedside. Immediate remote access to images, test results and ECGs also has utility in better addressing emergency situations. Just like the cultural revolution Web-based smartphones have created with people’s personal access to the world via the Internet, social media and e-mail, Web-based PACS untether physicians from their desktop computers and allow them to do their job just as well from a remote clinic or at home.
The Evolution ofCardiac Web-Based PACSHealthcare reforms requiring wider sharing of patient images and records make Web-based systems an attractive solution
Web-Based Cardiac PACS
By Dave Fornell
DIcardiology.com July/August 2013 DAIC 7
COMPARISON CHART
Editor’s note: This article and accompanying comparison chart serve as an introduction to Web-based cardiac PACS. Due to the expanding complexity of cardiac PACS, this year DAIC has broken its coverage of these systems into two comparison charts. This chart focused on Web-based systems, their remote access capabili-ties and how they meet Stage 2 meaningful use requirements. A second cardiac PACS chart will appear in the November/December issue, focusing on the modalities supported and reporting functionality of each vendor.
Web-based, single platform cardiac PACS provide the freedom of any-
where access for physicians, as with GE’s Centricity Cardio Enterprise.
Numerous cardiac PACS vendors released completely re-engineered versions of their systems at American College of Cardiology (ACC) meetings in 2012 and 2013. GE Healthcare, Agfa, Lumedx and Philips launched brand new Web-based platforms. Siemens, McKesson and Infi nitt also released several enhancements and new modules for their Web-based systems. Vendors say their new platforms will allow easier integration with both medical device hardware and other software systems by using standards-based architecture with unmodifi ed HL7 and DICOM standards. While partly in response to clinician end-users’ repeated requests for better interoperability over the past decade, the recent improvements and move to Web-based systems is due to the need to meet Stage 2 and eventual Stage 3 MU requirements. Cardiac PACS that do not meet these requirements will eventually face lower reimbursements, and systems that meet the requirements early may qualify for higher reimbursements.
Implementation of Meaningful Use in Cardiology
The latest generation of Web-based cardiovascular PACS offer many cutting-edge technology perks, including software to address Stage 2 meaningful use (MU) requirements. Stage 1 MU requirements were aimed at basic requirements for recording patient data and expanding interoperability of hospital or healthcare system-wide electronic medical records. Stage 2 requirements call for the next level of integration, including specialties such as cardiology and radiology. Stage 2 is designed to expand and leverage IT capabilities to improve effi ciency in the U.S. healthcare system.
With the advent of Stage 2, there is an expectation that many hospitals will upgrade or replace their existing cardiovascular PACS to allow better interoperability to meet the new requirements.
While many MU requirements necessitate only small percentages of use in Stage 2, the long-term goal is to
expand these capabilities. It is likely that requirements such as CPOE, clinical decision support, remote image and report viewing, physician collaboration, data mining, patient interaction and other requirements will be greatly expanded under Stage 3 require-ments in the coming years. Web-based systems will help simplify and facilitate all of the above-mentioned requirements.
Considerations for Web-Based Systems• Zero-Footprint Access — These systems
allow images and data to be accessed any-where using a Web browser. Some vendors require the download of special software to access the data, while others do not.
• Mobile Devices — There is a growing expectation among physicians to access images and data using their tablet and smart phone devices. By far the largest class of these devices deployed in medicine includes the iPad and iPhone, which use the iOS operating system. Most vendors design access specifi cally for these devices, but often offer interfaces for other operating systems, such as Android.
• Thick vs. Web-Client — Some systems offer a Web-based and thick-client system, which may differ in functionality.
• Eliminating CDs — A big headache at some facilities is the transfer of fi les, especially of image datasets on CD between facilities or referring physicians. Burning CDs can be time consuming, and the CDs sometimes cannot be opened or are not compatible with the receiving center’s computers. Web-based systems can help eliminate the need for CDs by allowing direct transfer of the fi les electronically.
• Creating telecardiology programs may be easier with Web-based systems because
outlying clinics and doctors’ offi ces can more easily transfer images and reports.
Comparison Chart Compiled by Diagnostic & Interventional CardiologyScranton Gillette Communications assumes no responsibility or liability for any errors or omissions in this chart.
8 DAIC July/August 2013 DIcardiology.com
Web-Based Cardiac PACSCOMPARISON CHART
Participants
Agfa Healthcarewww.agfahealthcare.com
Carestream Healthwww.carestream.com
Digisonicswww.digison.net
DR Systemswww.drsys.com
Fujifi lm Medicalcardiovascular.fujimed.com
GE Healthcarewww.gehealthcare.com
Infi nittwww.infi nittna.com
McKessonwww.mckesson.com/cardiology
Medstreamingwww.medstreaming.com
Merge Healthcarewww.merge.com
Novaradwww.novacardio.com
Philips Healthcarewww.healthcare.philips.com
ScImagewww.scimage.com
Scranton Gillette Communications obtained the model specifi cations from the manufacturers.
GE Healthcare
imagination at work
Perform a 4-D left ventricular function analysis on an echo image, while working on the echo report… from home.
CONNECTING PRODUCTIVITY WITH CAREGE Healthcare’s Centricity® Cardio Enterprise solution1 provides cardiologists with a single point of access to unified patient data, images and reports from across modalities, with end-to-end configurable workflows.
Whether at home, in the clinic, in the office or at the hospital, you are in control of making the critical decisions from anywhere there is an internet connection. Easily and securely access a more complete and clinically rich patient cardiovascular record anywhere there is an internet connection.
Centricity® Cardio Enterprise solution….
the power of web diagnostics (Re) imagined.
1 Centricity Cardio Enterprise solution is comprised of the Centricity Cardio Imaging and Centricity Cardio Workflow products.
©2013 General Electric Company
For more information about GE Healthcare, visit our website at www.gehealthcare.com
Inside Fold Ad
Back Cover Ad
Diagnostic and Interventional Cardiology
Space Unit Rate (x)
1x 3x 6x 9x 12x
Full Chart — $25,410 $25,060 $24,710 $24,320
Chart Spread $17,910 $17,780 $17,530 $17,260 $17,000
Chart Back or Inside Fold
$17,000 $9,190 $9,060 $8,940 $8,800
Rates (4-color pages only)
Comparison Chart Ad SizesSpace Unit Specifi cation
Width (Inches) Depth (Inches)
Two-page Center Spread (bleed dimensions)
18¼” 11”
Inside Fold (bleed dimensions) 9¼” 11”
Chart Back (bleed dimensions) 9¼” 11”
Mailing InstructionsAdvertising material, insertion orders, correspondence and copy should be addressed to: Traffi c Department, DAIC3030 W. Salt Creek Lane, Suite 201Arlington Heights, IL 60005-5025
Accepted Digital FormatsPress-optimized PDF using Acrobat Distiller’s PDF/X-1a job options is the required format. PDFs prepared for use on the Web are unacceptable. Any other type of fi le may require the use of an outside vendor and will result in additional charges.
A proof of the ad must be submitted. Publisher will not accept responsibility for integrity of ad if no proofs are provided.
Ad Art Upload InstructionsFor ad art uploads and additional ad information, go to www.scrantongillette.com/adart.
Chart ReprintsComparison chart sponsors receive a fi xed quantity of reprints. Additional charts may be ordered prior to going to press OR custom reprints are available. Contact Adrienne Miller at 847.391.1036 or by e-mail at [email protected] for additional details.
Note: all “live” matter (i.e., relevant text and graphics) should be kept 3/8" inside on all four sides.
Sean P. ReillyPublisher847.954.7960 [email protected]
Stephanie A. EllisSales [email protected]
Andreja R. SlapsysIntegrated Media [email protected]
Contact
»comparison charts
Diagnostic and Interventional Cardiology | Scranton Gillette Communications | 3030 W. Salt Creek Lane, Suite 201, Arlington Heights, IL 60005 | 847.391.1000 | f: 847.390.0408 | DIcardiology.com
Diagnostic and Interventional Cardiology
»DAIC editorial opportunitiesFront CoverSelected by the editor and publisher, front cover positions are reserved for new or work-in-progress products/devices representing major technology advancements applicable to Diagnostic and Interventional Cardiology (DAIC) article content.
GuidelinesSend images and a product description of 100-200 words to [email protected]. Indicate “Front Cover consideration” in the subject line. Include two high-resolution photos that are 300 dpi and measure 15x20 inches or larger.
Comparison ChartsOur charts detail all vendors and models for a specifi c technology in one comprehensive “buying tool.” If you have suggestions for additional comparison charts beyond those scheduled, please contact the DAIC Editor.
Product ReleaseDAIC consistently features comprehensive healthcare technology coverage through product releases. Product releases that cannot be featured in print will be considered for DAIC’s weekly eNews and website (www.DIcardiology.com).
GuidelinesSubmit an FDA-cleared product description of 50-150 words and a high-resolution photo (300 dpi and 4 inches wide) to [email protected].
Show PreviewHighlights — in product release format — of technology that will be featured at specifi c, upcoming medical trade shows.
Guidelines • Submit a product description of 50 - 150 words, including your company’s booth number and a high-resolution photo to [email protected]. Please indicate Show Preview in the notes. • New products or enhancements to current products are preferred. • Show issue advertisers who are exhibiting are guaranteed at least one product inclusion when submissions are received by the editorial close date.
Corporate NewsSubmit 50- to 150-word announcements such as mergers/acquisitions, new partnerships/alliances or personnel changes for inclusion on DIcardiology.com and our print News Briefs to [email protected]. This information may also be covered in DAIC eNews.
Diagnostic and Interventional Cardiology | Scranton Gillette Communications | 3030 W. Salt Creek Lane, Suite 201, Arlington Heights, IL 60005 | 847.391.1000 | f: 847.390.0408 | DIcardiology.com
Editorial Contact Dave Fornell, Editor847.954.7962 | [email protected]
ReprintsContact your Integrated Media Consultant
ContactSean P. Reilly, Publisher847.954.7960 | [email protected]
Stephanie A. Ellis, Sales Manager847.954.7959 | [email protected]
Andreja R. Slapsys, Integrated Media Consultant847.954.7992 | [email protected]