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1
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2
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- List major considerations and business needs for selecting lab portal
software
- Outline a structured process for evaluating lab portal software
- Describe key elements of the RFP
- Define post-RFP stages for system evaluation and selection
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3
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- Definition of lab portal
- Business needs and project scope
- RFP structure and process
- Post-RFP steps
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4
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- Web-based system for communication of laboratory test orders and results
between a laboratory and its client sites
- “Front-end” that enables Internet-based communication with laboratory
information system (LIS) host
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5
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6
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- Sources of information
- CAP Today series
- Exhibits at Lab InfoTech and APIII meetings
- Professional networking
- Company web sites
- Initial criteria
- No./size/complexity of installations
- “Big picture” features such as AP, interfaces
- Prior experience with vendor
- “Hot button” issues for your site based on reasons for project
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7
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- What types of clients do you plan to serve with the system?
- Clinical laboratory vs. anatomic pathology vs. both
- Hospitals, physician offices, other settings
- How many client sites do you plan to install and in what time frame?
- Current clients vs. new clients
- Do you want to provide additional services to clients?
- Demographic data management
- Point of care testing data integration
- Other types of orders – radiology, prescriptions
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8
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- Clinical laboratory vs. anatomic pathology vs. both
- Results reporting and printing
- Order entry
- Patient demographic data management
- Billing/accounts receivable
- Technical architecture
- Interfaces
- Hosted vs. application service provider (ASP)
- Thin vs. thick client vs. both
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9
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- LIS-to-web portal system results-out interface necessary for result
reporting
- Web portal system-to-LIS interface may be desirable but not necessary
- Web portal system-to-physician office practice management system
facilitates demographic and billing data transfer but broadens scope and
increases expense
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10
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11
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12
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13
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- Main component of RFP is detailed listing of required functionality and
features
- RFP asks vendor to specify:
- if specified capabilities are present
- corporate information
- pricing
- other attributes of system
- RFP responses become part of final contract
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14
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- Process of RFP development can be valuable exercise; in practice, some
consider RFPs misleading
- Main value of RFP is adding structure and documentation to the process
and ensuring that all information is gathered
- Particularly useful for discerning “red flags”
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15
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- Management Summary
- Functional scope of future system
- Administrative information and instructions
- Core functionality questions/checklists
- Technical architecture description
- Hardware and software support
- Implementation services
- Training services
- Pricing
- Vendor information
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16
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- Your goals and objectives for the system
- Brief overview of desired functionality
- Background about your site and the context in which the new system will
be deployed
- Operations summary
- Technical environment
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17
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- Narrative overview of elements desired
- Results reporting
- Order entry
- Dictionary maintenance and other data management
- Security and performance
- Emphasis of most important features needed
- Highlights of potential, specific challenges or considerations in your
environment
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18
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- Vendor commitment and conditions for bidding
- Confidentiality
- Representation of fact and inclusion of response in forthcoming
contract
- Contact information
- Selection process
- Due dates and selection timeline
- Basis for evaluating vendor (criteria here need not be all-inclusive)
- Format for RFP response packet
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19
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- Choices for each item: Yes/No,
beta, future, custom; ability to add comments
- Sections and sub-sections:
- Test result viewing, inquiry, and display
- Anatomic pathology-specific items
- Report printing
- Test order entry
- Order processing
- Demographic/insurance/billing data management
- Client-specific management and order sets
- User help
- Requisitions and other printed materials
- Compliance
- Data security and audit trails
- Management reporting
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20
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- Display elements
- Reference ranges
- Abnormal flags
- Footnotes and comments that are part of result
- Cumulative format
- Mixed numeric-textual results
- Antimicrobial susceptibility
- Coagulation panels
- Monoclonal protein evaluations
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21
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- Inquiry filters and criteria – by patient name/no., ordering MD, client
site, date(s)
- Order status (e.g. Pending) inquiry
- Result handling
- Preliminary results
- Corrected results
- Cancellations
- Graphing capabilities
- Digital images and scanned documentation (e.g. long send-out reference
laboratory reports)
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22
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- Ad hoc/on-demand at client site
- Unattended automatic printing at client site
- Printing series of reports based on criteria (e.g. all reports for Dr. X
for last 24 hours)
- Report formats and options
- Graphs and images
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23
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- Test name/code lookup methods
- Capture of additional data required at time of order for certain tests,
e.g. prenatal screens, cystic fibrosis, heavy metals
- Order modification, add-on, and cancellation handling
- Access to test reference information (e.g. on-line test directory)
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24
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- Duplicate order checking
- Standing and recurrent orders
- Unsolicited orders from LIS
- Complex panels that may require more than one tube type and transport
temp.
- Handling of ordering physicians or tests not defined in system
dictionary
- Client-specific order sets
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25
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- Options for billing party and insurance carrier data management
- Specimen label generation
- Requisition printing, format, options
- Options for packing manifest contents and sorting, e.g. specimens sorted
by transport temperature (room temp., refrig., frozen)
- ICD-9 code lookup capabilities
- Medical necessity checking and advanced beneficiary notice (ABN)
printing
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26
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- Report format options and capability to preserve formatting (e.g. pdf
files)
- Capture of required information during Pap smear order entry, e.g. LMP
- Order entry of surgical pathology accessions with multiple specimen
parts that each have specific descriptions, e.g. colon at 30 cm, 60 cm,
75 cm.
- Display of digital pathological images
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27
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- Entry, management, and updates of:
- Patient demographics
- Insurance – primary and secondary
- Billing party specification at order entry – client, patient, insurance
- Accounts receivable and billing/collection module
- Interfaces – billing system, clients’ practice management systems
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28
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- Vendor recommendations for your site
- Diagram that shows essential components and connectivity
- Configurations, options and third parties for, hardware, software,
printing
- Maintenance tables and system dictionary updates
- Capacity limits
- Security features
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29
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- Interfaces
- Existing interfaces – types, systems, and versions
- Flexibility
- Hardware and software
- Installation
- Ongoing support
- Processes for bugs, enhancements, and customs
- Documentation
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30
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- Implementation
- Project staffing
- Client resource requirements
- Training
- Client resources required
- Users and system managers
- Documentation
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31
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- Hardware
- Software
- Application
- OS, database, 3rd party
- Interfaces
- Implementation services
- Training
- Recurring maintenance fees
- 24 hour support
- Warranty
- Options for transaction-based or subscription-based pricing
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32
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- Corporate profile
- Company staffing
- Research and development commitment
- User groups / user input
- Client references and contacts
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33
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- Traditional method is numerical:
- Assign weighted value to each item based on importance
- Assign score to each answer (e.g. yes=3, beta=2)
- Multiply weight x score =
weighted score
- Total the weighted scores for all answers
- Choose the system/vendor with highest score
- Numerical method may be constraining and misleading if used as sole
criterion
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34
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- Alternative method is less strictly numerical:
- Tabulate all “non-yes” responses by no/beta/future/custom for each
vendor
- Decide if any of the absent functionality is a “deal-breaker”
requirement
- Determine which of the absent features are the biggest negatives for
your environment
- Emphasize these in future evaluation of vendor
- Decide which vendor’s “negative” profile is best suited to your site
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35
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- Functionality/business needs
- RFP
- Demonstration
- Client references – calls, site visits
- Technology platform
- Vendor as potential partner
- Price
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36
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- Philosophy: demonstration is not
just a 30-minute overview but rather a golden opportunity for the vendor
to show in-depth how features of the system will meet your business
needs.
- The most effective demonstrations require considerable preparation on
the part of the prospective client and the vendor.
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37
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- Develop detailed script for vendor based on:
- Core aspects of order entry and result reporting
- More complex scenarios that are challenges in your current workflow
- Items from the RFP that require clarification and visualization
- Permit unstructured time for special features and new development
- Ask for printed materials related to scripted scenarios
- Reports
- Requisitions
- Packing manifests
- Labels
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38
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- Emphasize that only currently available functionality should be shown
- If beta or future features are shown, they must be clearly noted as
such
- Provide to vendor examples of (anonymized) current documents such as
different report types, forms, requisitions, and others that relate to
the demo
- Prepare Internet access and have backup capabilities for vendor demo
equipment (e.g. PC, projector, printer, etc.)
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39
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- Convert script into functionality checklist and comment sheet for those
attending demo
- Assess subjective aspects – evaluate and rate (e.g. excellent,
acceptable, poor):
- Ease of use
- Aesthetics
- Special features not covered by RFP
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40
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- Best site is one similar to you in case volume and test mix to you and
whose implementation is similar to your vision
- LIS used, including versions and modules
- Interfaces – orders, results, practice management
- Report printing
- Hosted vs. ASP model
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41
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- Time to install?
- Time to install and train at your clients’ site?
- Surprises?
- Lessons learned and things to do differently?
- Satisfaction with vendor?
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42
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- Determine scope of installation desired
- Results, orders, interfaces, technical architecture
- Develop RFP and evaluate responses
- Tell vendor about you and what you are seeking
- Develop core functionality checklist
- Determine impact of negative answers
- Prepare for meaningful vendor demonstrations
- Evaluate other factors – vendor as partner, price
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