Tag Archive for Software

Software Plays an Integral Role in the Emergence of the ‘Medical Home’

The ‘medical home’ model of health care is viewed by many as one of the most promising avenues on the road to providing better patient care while reducing medical costs. As more insurers, corporations and physician groups test the medical home concept, it is moving beyond theory into practice. Vital to the concept’s success is the ability to automate certain patient care processes for preventive care and chronic disease management, without placing an undue burden on the caregiver.

The medical home provides a centralized point of care for patients and the coordination of their treatment. Computerization of processes such as physician alerts and patient reminders is an essential part of this environment. Studies* show that physician groups implementing an automated system of alerts and reminders delivered higher quality of care to patients, whether they went in for basic care, visited specialists, or required hospitalization. Along with improving the performance of their practices, physician groups in the study also reduced their costs for overall patient care.

If you have an electronic medical records (EMR) system in your practice, it may already have the functionality you need for computerized alerts and reminders. If not, or if you haven’t yet adopted an electronic medical records (EMR) system, you can set up automatic alerts and reminders with the help of a database software application known as a Patient Registry. It doesn’t require special expertise or training to implement, and what’s more, Medicare (PQRI) and other Pay-for-Performance (P4P) programs are now providing financial incentives to use a Patient Registry with alerts and reminders in your practice. When you look for the right software for your practice, there are four areas of functionality you should expect in a reliable system of Alerts and Reminders, described in this article.

At the point of care, the system should identify patient-specific suggestions, screening tests, exams, and other preventive services in support of disease management as well as preventive and wellness patient care. The conditions for displaying alerts may be set or modified by the provider, to follow established guidelines or other requirements. Alerts must be individualized to address a patient’s specific clinical situation, and the system should be able to document that a preventive or disease management service has been provided, or overridden, and document the reasons. For example, after a patient has had a complete hysterectomy, the system should be able to remove alerts for an annual pap smear.

Providers should have a straightforward way to create, update, and individualize the rules for patient reminders in the same way as they would for physician alerts. Between healthcare visits, patients should receive automatic notifications of preventive services, tests, or behavioral actions that are due or overdue. The system should have the capability to send notifications by letter or email, and then record their delivery. For patients that prefer to be notified by telephone, the system would generate a printed patient list.

Visit Plans bring relevant patient information together with guidelines for managing each patient’s conditions at the point of care. The Visit Plan includes a summary of the patient’s key clinical indicators (medications, test results), with suggestions to be presented at the point of care. In situations where the computer system is not used at the point of care, Visit Plans can be printed in advance, allowing clinical personnel to prepare for each visit, and providing alerts. It should be possible to print Visit Plans for one or all of the patients scheduled for a particular day, or for a period of time over the course of treatment.

Easy access to relevant reports, both prepared and ad-hoc, helps physicians identify patients who need special attention. These reports measure changes in the practice’s performance and results against clinical guidelines. For example, if a physician can view a report monitoring diabetic patients with glycated hemoglobin (HbA1c) over 8%, he can quickly determine if they are receiving proper care with regular testing and proactive disease management, regardless of whether they have a scheduled appointment or what brings them to the office.

If you are moving toward the medical home concept, now you can automate certain patient care processes for preventive care and chronic disease management, without placing an undue burden on you and your practice. With these guidelines in mind, you can implement a computerized system of alerts and reminders in your practice, and be on the road to providing better overall patient care while reducing medical costs.

*Use of reminders for preventive procedures in family medicine. Robert W. Shepherd, MD., Canadian Medical Association Journal

Use of reminders for preventive procedures in family medicine. Robert W. Shepherd, MD. CMAJ. 1991 Oct 1;145(7):807-814. [PubMed]

*A computerized reminder system to increase the use of preventive care for hospitalized patients.Dexter PR, Perkins S, Overhage JM, Maharry K, Kohler RB, McDonald CJ.

Department of Medicine, Indiana University School of Medicine, Regenstrief Institute for Health Care, Richard L. Roudebush Veterans Affairs Medical Center, Indianapolis 46202, USA.

New England Journal of Medicine. 2001 Sep 27;345(13):965-70. PMID: 11575289 [PubMed - indexed for MEDLINE]

* VersaForm currently offers several medical software applications which can be downloaded at no charge from the company’s website: Medical Software.

Mr. Landau is founder and CEO of VersaForm EMR Software. VersaForm designs and develops medical practice management, Electronic Medical Records and clinical software to enable healthcare organizations to use computer and network systems for greater efficiency.

Ten Findings on the State of the Brain Fitness and Cognitive Health Software Market

Copyright (c) 2008 SharpBrains

You probably have been reading much about “brain training” and “brain fitness” and wondered, “What is all the Fuss About?”

After many months of work (and we hope many new neurons and stronger synapses in our brains), we have just released our inaugural report on the emerging Brain fitness Software Market, and we want to share a few of the key findings with you.

In summary, the whole category is growing. We estimate the size of the US brain fitness software market at $225M in2007, up from $100m in 2005 (50% CAGR). The two segments that fueled the market growth: consumers (grew from $5m to $80m, 300% CAGR) and healthcare & insurance providers (grew from $36m to $65m, 35% CAGR).

Ten Findings from The State of the Brain fitness Software Market 2008 report include:

1) 2007 was a seminal year for the US Brain Fitness software market, which reached $225 million in revenues – up from an estimated $100 million in 2005.

2) Over 20 companies are offering tools to assess and train cognitive skills to four customer segments: consumers; healthcare and insurance providers; K12 school systems; and Fortune 1000 companies, the military, and sports teams.

3) The Nintendo Brain Age phenomenon has driven much of the growth. The consumer segment grew from a few million in 2005 to an estimated $80 million in 2007.

4) There is major confusion in the market, so education will be key. Users and buyers need help to navigate the maze of products and claims.

5) Over 400 residential facilities for older adults have launched computerized “brain fitness centers.” Sales to the healthcare and insurance provider segment grew from $35 million in 2005 to an estimated $65 million in 2007.

6) More than five programs have shown results in randomized controlled trials. Cognitive functions that can be trained include: visual and auditory processing, working memory, attention, and decision-making.

7) A product has obtained 510(k) FDA clearance for rehabilitation of stroke and Traumatic Brain Injury patients. Another product is being used by a growing network of ADHD specialists.

8) Large-scale, fully-automated cognitive assessments are being used in a growing number of clinical trials. This opens the way for the development of inexpensive consumer-facing, baseline cognitive assessments.

9) The potential for K12 Education remains largely untapped due to limited research linking cognitive training to academic performance.

10) Companies, sports teams and the military are finding opportunities to improve productivity. The aging workforce will make this a must.

There are over 20 public and private companies offering tools to assess and train brain functions, with major implications for healthy aging and a number of disorders such as attention deficits, dyslexia, stroke and traumatic brain injury, schizophrenia, autism, mild cognitive impairment, and Alzheimer’s disease.

Now you know. Not everything that bills itself as “brain training” really is. But there is more than may meet the eye.

Alvaro Fernandez is the CEO and Co-Founder of SharpBrains.com, which released the report “The State of the Brain fitness Software Market 2008″ on March 11th to cover the brain fitness software and brain training field. SharpBrains has been recognized by Scientific American Mind, Newsweek, Forbes. Alvaro holds MA in Education and MBA from Stanford University, and teaches The Science of Brain Health at UC-Berkeley Lifelong Learning Institute. You can learn more at http://www.sharpbrains.com/blog

Homecare Information Software And Services Market Shares, Strategies, And Forecasts, Worldwide, 2010 To 2016-Aarkstore Enterprise

LEXINGTON, Massachusetts (January 1, 2010) – Announces that it has a new study on homecare information software and services. The 2010 study has 497 pages, 184 tables and figures. Worldwide markets are poised to achieve significant growth as the healthcare providers worldwide move to more cost efficient healthcare modalities. Vendors are building out localized direct sales organizations, distribution partnerships, and e-commerce sites that support a home care information systems brand in every region.

Homecare is more cost efficient than nursing home or hospital care, every patient would rather stay at home if possible. As new homecare agencies proliferate in the U.S. and worldwide, one-third of homecare agencies in U.S. markets have closed or been acquired in the past five years due to the economic downturn and lack of profitability.

Challenged with declining reimbursements, a nursing shortage and low productivity even as new agencies open, there has been significant industry consolidation. Automated process brought by homecare information systems addresses management team issues. Existing providers need to improve overall operations to address these issues.

Several new studies provide large-scale, independent, quantified proof of the value of healthcare information technology have. Users can utilize the scheduling notes to alert other staff of patient preferences or supplies needed in the home. Maestro intuitive process flow provides users with many reminders, including when a patient is out of orders, when a supervisory visit is required, or when a procedure needs to be completed during a visit.

Information systems are a significant part of the home care delivery systems. Software leverages the efficiency of clinical process in ways that have never become possible before. The system leverages virtually all the administrative and financial information needed to run a successful home care company. Information can be gathered right from the charts.

The significance of integration systems is not yet realized in homecare information systems. However, as patients move from one care venue to another, the patient record is going to need to move with them. The hand-held, computer-based system guides home care clinicians through the entire patient care process. Clinicians can use structured record guides. The systems automate reporting. The market opportunity for the homecare information services providers is to enable consolidation of the 35,000 small agencies worldwide into a few large services providers. These few services providers then become customers for the homecare information services systems. Homecare information systems will be enhanced by partnerships with IBM to leverage information analytics systems.

Worldwide homecare information systems markets at $2 billion in 2009 are expected to reach $4.8 billion by 2016. Constraints on home healthcare spending in some types of coverage are more than offset by a shift away from nursing home care to assisted living homecare.

Report Methodology

This is the 424 st report in a series of market research reports that provide forecasts in communications, telecommunications, the Internet, computer, software, telephone equipment, health equipment, and energy. Automated process and significant growth is a priority in topic selection. The project leaders take direct responsibility for writing and preparing each report. They have significant experience preparing industry studies. Forecasts are based on primary research and proprietary data bases.

The primary research is conducted by talking to customers, distributors and companies. The survey data is not enough to make accurate assessment of market size, so it looks at the value of shipments and the average price to achieve market assessments. Our track record in achieving accuracy is unsurpassed in the industry. We are known for being able to develop accurate market shares and projections. This is our specialty.

The analyst process is concentrated on getting good market numbers. This process involves looking at the markets from several different perspectives, including vendor shipments. The interview process is an essential aspect as well. We do have a lot of granular analysis of the different shipments by vendor in the study and addenda prepared after the study was published if that is appropriate.

Forecasts reflect analysis of the market trends in the segment and related segments. Unit and dollar shipments are analyzed through consideration of dollar volume of each market participant in the segment. Installed base analysis and unit analysis is based on interviews and an information search. Market share analysis includes conversations with key customers of products, industry segment leaders, marketing directors, distributors, leading market participants, opinion leaders, and companies seeking to develop measurable market share.

Over 200 in depth interviews are conducted for each report with a broad range of key participants and industry leaders in the market segment. We establish accurate market forecasts based on economic and market conditions as a base. Use input/output ratios, flow charts, and other economic methods to quantify data. Use in-house analysts who meet stringent quality standards. Interviewing key industry participants, experts and end-users is a central part of the study. Our research includes access to large proprietary databases. Literature search includes analysis of trade publications, government reports, and corporate literature.

Findings and conclusions of this report are based on information gathered from industry sources, including manufacturers, distributors, partners, opinion leaders, and users. Interview data was combined with information gathered through an extensive review of internet and printed sources such as trade publications, trade associations, company literature, and online databases. The projections contained in this report are checked from top down and bottom up analysis to be sure there is congruence from that perspective.

The base year for analysis and projection is 2009. With 2009 and several years prior to that as a baseline, market projections were developed for 2010 through 2016. These projections are based on a combination of a consensus among the opinion leader contacts interviewed combined with understanding of the key market drivers and their impact from a historical and analytical perspective. The analytical methodologies used to generate the market estimates are based on penetration analyses, similar market analyses, and delta calculations to supplement independent and dependent variable analysis. All analyses are displaying selected descriptions of products and services. This research includes referencde to an ROI model that is part of a series that provides IT systems financial planners access to information that supports analysis of all the numbers that impact management of a product launch or large and complex data center. The methodology used in the models relates to having a sophisticated analytical technique for understanding the impact of workload on processor consumption and cost.

Research has looked at the metrics and independent research to develop assumptions that reflect the actual anticipated usage and cost of systems. Comparative analyses reflect the input of these values into models.

Table of Contents : HOMECARE INFORMATION SYSTEMS EXECUTIVE SUMMARY ES-1 Homecare Cost Efficient, Effective Care Delivery ES-1 Homecare Information Systems Market Shares ES-3 Homecare Information Systems Market Forecasts ES-5 1. HOMECARE INFORMATION SYSTEMS MARKET DESCRIPTION AND MARKET DYNAMICS 1-1 1.1 Home Health Care 1-1 1.1.1 Home Health Quality Care 1-5 1.1.2 Medicare 1-12 1.1.3 Medicaid 1-13 1.2 Home Care Services Payors 1-16 1.2.1 Self-pay 1-17 1.2.2 Public Third-party Payors: Medicare 1-17 1.2.3 Public Third-party Payors: Medicaid 1-18 1.2.4 Public Third-party Payors: Older Americans Act (OAA) 1-19 1.2.5 Veterans Administration 1-19 1.2.6 Social Services Block Grant Programs 1-20 1.2.7 Community Organizations 1-20 1.2.8 Private Third-party Payors 1-20 1.3 Types of Home Care Agencies 1-21 1.3.1 Nursing care 1-22 1.3.2 Physical therapy 1-22 1.3.3 Occupational therapy 1-22 1.3.4 Speech therapy 1-23 1.3.5 Social workers 1-23 1.3.6 Home health aides/home care aides 1-23 1.3.7 Homemaker/Attendant Care 1-23 1.3.8 Volunteers 1-24 1.4 Homecare Information System Software Market Shifts 1-25 1.4.1 Characteristics Particular To The Homecare Information System Market 1-28 1.4.2 Implementation Depends On Documentation Of Each Discipline Needs 1-29 1.4.3 Home Care Services Billing Issues 1-29 1.4.4 Prospective Payment System (PPS) 1-31 1.4.5 Managed Care Requirements 1-31 1.4.6 Oasis Home Health Agencies 1-34 1.5 Need For Automation Of Home Care Companies 1-34 1.6 Homecare Information Technology Industry 1-36 1.6.1 History Of Low Investment In Healthcare Information Technology 1-38 1.6.2 Market Driving Forces For Worldwide Homecare Information Systems 1-39 1.6.3 Treatment Trends 1-39 1.6.4 Home Healthcare Delivery Industry 1-41 1.6.5 Competition Forms Basis Of U.S. Medical Care Services Delivery 1-41 1.6.6 Science And Medical Technology 1-42 1.7 Benefits Of Home Care 1-43 1.7.1 Home Health Saves Medicare Billions 1-45 1.8 Demographic Trends Driving Home Care 1-47 1.8.1 Mainstreaming Of People With Disabilities 1-47 1.8.2 Recovery And Active Lifestyles Of Disabled Portion of the Population 1-48 1.9 Healthcare Equipment Industry 1-49 1.9.1 Reimbursement Drives Healthcare Equipment Industry 1-50 1.9.2 Home Medical Equipment Industry Segments 1-51 1.10 Marketing Globally 1-53 1.10.1 U.S. Healthcare Delivery Industry 1-55 1.10.2 Competition Forms Basis Of U.S. Medical Care Services Delivery 1-56 1.10.3 European Homecare Market Trends 1-57 1.11 Hospital and Home Care Services Billing Issues 1-58 1.11.1 Managed Care Requirements 1-60 1.12 Market Drivers For Healthcare Cost Containment 1-63 1.12.1 Managed Care Organization Impact 1-64 1.12.2 Reasons Home Health Care Has Gained Wide- Spread Acceptance 1-64 1.12.3 Managed Care Change In The Healthcare Industry 1-65 1.12.4 Homecare For People With Long Term Disabilities 1-65 1.12.5 Health Care Cost Containment Trends 1-66 1.12.6 Medicare Reimbursement Guide for Power Wheelchair Drive Control Systems 1-66 1.12.7 Managed Care Organization Impact 1-67 1.13 Reasons Home Health Care Has Gained Wide- Spread Acceptance 1-67 1.13.1 Managed Care Change In The Healthcare Industry 1-68 1.13.2 Homecare For People With Long Term Disabilities 1-68 1.14 Worldwide Homecare Information Systems Market Distribution 1-69 1.14.1 Delivery Of Non-Acute Health Care 1-69 1.14.2 Leveraging Distribution Channels 1-70 1.14.3 Worldwide Homecare Information Systems Market Positioning 1-70 1.15 Increased Need For Information Technology 1-72 1.15.1 Medical Error 1-73 1.16 Shortcomings Of Traditional Healthcare Information Systems 1-73 1.17 Homecare Information Systems Market Strategy 1-75 1.17.1 Integrated Healthcare Information Technology Solutions 1-76 1.17.2 Flexible Product-Delivery Options 1-76 1.17.3 Leveraging Existing Customer Base 1-77 1.18 Homecare Information Systems Market Trends 1-78 1.18.1 Clinician Support For Spending Less Time At The Desktop And More Time Taking Care Of Patients 1-802. HOMECARE INFORMATION SYSTEMS AND SERVICES, MARKET SHARES AND FORECASTS 2-1 2.1 Homecare Agencies 2-1 2.2 Homecare Information Systems Market Shares 2-6 2.2.1 Allscripts Homecare / Misys Healthcare Systems’ 2-9 2.2.2 McKesson Horizon Homecare Information Systems 2-9 2.2.3 Cerner BeyondNow 2-10 2.2.4 Meditech 2-10 2.2.5 Meditech / Patient Care Technologies 2-11 2.2.6 Allscripts Homecare 2-12 2.2.7 Siemens Health Services / Home Health Solutions 2-12 2.2.8 Fujitsu Homecare Information Systems 2-13 2.2.9 GE Centricity® Solutions 2-13 2.2.10 Lewis’ Financial Services Division 2-14 2.2.11 Login Soft 2-15 2.2.12 Santrax 2-15 2.2.13 ContinuLink Cloud SaaS Solutions 2-16 2.2.14 Procura Home Care Across the Continuum of Care 2-16 2.3 Homecare Information Systems Market Forecasts 2-17 2.3.1 Homecare Information Systems, SOA, Tablet Devices, and Wireless Handset Market Forecasts 2-19 2.4 Services Oriented Architecture (SOA) Homecare Systems Market Shares, First Three Quarters 2009 2-22 2.4.1 Services Oriented Architecture (SOA) Homecare Systems Market Shares 2-22 2.4.2 IBM SOA Business Integration Foundation Systems 2-25 2.4.3 IBM WebSphere Service Registry and Repository 2-25 2.4.4 Tibco Services Oriented Architecture SOA 2-26 2.4.5 Microsoft SOA Application Platform 2-26 2.4.6 Microsoft Application Platform.NET Framework 2-26 2.4.7 Services Oriented Architecture (SOA) Homecare Systems Market Forecasts 2-27 2.4.8 Homecare Information Service Orientated Architecture (SOA) Market Forecasts 2-28 2.5 Home Medical Information Systems Market Segments 2-34 2.5.1 3G and 4G Handheld Wireless Devices 2-38 2.5.2 Use Of POC Technology In Homecare 2-41 2.6 Home Medical Consolidated Information Systems Market Driving Forces 2-42 2.7 Homecare Services Oriented Architecture Market Driving Forces 2-44 2.7.1 Services Oriented Architecture (SOA) Components 2-45 2.7.2 SOA Middleware Means That Information Can Be Left Where It Is And Operated On From That Place 2-48 2.7.3 Services Oriented Architecture (SOA) Market Driving Forces 2-50 2.8 Technological Trends Impact on Demand for Homecare Services 2-54 2.8.1 Benefits of Integration Solutions 2-54 2.9 Number Of Home Healthcare And Hospice Agencies 2-56 2.10 Geographical Segments 2-57 2.11 Healthcare Industry Shifts 2-58 3. HOMECARE SOFTWARE PRODUCT DESCRIPTION 3-1 3.1 McKesson HBOC 3-1 3.1.1 McKesson Homecare Systems Improve Patient Outcomes 3-2 3.1.2 McKesson Horizon Homecare™ Documentation Applications 3-3 3.1.3 McKesson Home Care Solutions 3-6 3.1.4 McKesson Horizon Homecare Advanced Clinical Software 3-10 3.1.5 McKesson Horizon Clinical Guideline Terms And Components 3-13 3.1.6 McKesson Horizon HomeCare ROI 3-16 3.1.7 Allscripts Homecare 3-17 3.1.8 Allscripts Homecare Software 3-18 3.1.9 Allscripts Home Care Claims Reimbursement 3-22 3.1.10 Allscripts Field Personnel Access To Clinical Data At The Point Of Care 3-23 3.1.11 Allscripts Clinical 3-23 3.1.12 Allscripts OASIS 3-24 3.1.13 Allscripts Library Of Interdisciplinary, Problem-Related Care Plans 3-25 3.1.14 Allscripts Keeps Patient Care On Track. 3-25 3.1.15 Allscripts Homecare Scheduling 3-26 3.1.16 Allscripts Homecare Software Modules 3-28 3.1.17 Allscripts Homecare Billing 3-29 3.1.18 Allscripts Homecare Billing Reporting 3-32 3.1.19 Allscripts Homecare Reporting Features 3-33 3.1.20 Allscripts Telemonitoring 3-34 3.1.21 Allscripts Homecare Speeds and Simplifies Physician Review And Approval Of Orders 3-35 3.1.22 Allscripts Homecare Physicians Portal Module 3-37 3.1.23 Allscripts Homecare General Ledger 3-37 3.2 Cerner BeyondNow 3-39 3.2.1 Cerner BeyondNow Outcomes Management 3-39 3.2.2 Cerner BeyondNow CareWatch 3-40 3.2.3 Cerner BeyondNow CareWatch Positioning 3-47 3.2.4 Cerner BeyondNow CareWatch Verified Visits Interface Sends Information Automatically To The Billing Application 3-48 3.3 Meditech 3-53 3.3.1 Meditech Intake 3-55 3.3.2 Meditech Scheduling Process 3-57 3.3.3 Meditech Care Delivery/Plan-of-Care Management 3-58 3.3.4 Meditech Telemanagement Process 3-59 3.3.5 Meditech Billing 3-60 3.3.6 Meditech Telemonitoring And Telehealth For Home Health Agencies 3-61 3.3.7 Meditech Telemanagement Process In-Home Device 3-64 3.4 Login Soft 3-68 3.5 ContinuLink 3-70 3.5.1 ContinuLink Internet System 3-70 3.6 Santrax Homecare Information Systems Telephony Solutions 3-73 3.6.1 Santrax Delivered Through The Web 3-79 3.7 NDSI Healthcare 3-83 3.7.1 NDSI Healthcare nHome Complete and HomePRO 3-84 3.8 HealthWare 3-85 3.8.1 HealthWare Platforms 3-86 3.8.2 HealthWare Full Featured System 3-88 3.8.3 HealthWare System Applications 3-91 3.9 Sajix 3-93 3.10 Healthcare Automation 3-98 3.10.1 Healthcare Automation HomecareNet Mobile Medication Reconciliation Automation 3-98 3.11 Indura Systems 3-101 3.11.1 Indura Systems IGEA HHC Best Process Advanced Solution For Home Health Care 3-104 3.11.2 Indura Systems Main Modules 3-105 3.11.3 Indura Systems IGEA Point Of Care (iPOC) POE 3-109 3.12 TagtronicsCare Home Care Software 3-116 3.12.1 TagtronicsCare Comprehensive Home Care Agency Software 3-116 3.12.2 TagtronicsCare All-inclusive UK Home Care Management System 3-117 3.12.3 TagtronicsCareElectronic Monitoring Software 3-117 3.12.4 TagtronicsCare Comprehensive Reporting 3-118 3.12.5 TagtronicsCare Lone Worker Device 3-118 3.12.6 Accounting Systems Technology / Visions Home Health Software 3-120 3.12.7 Accounting Systems Technology Visions Home Health 3-121 3.13 IMA Technologies CaseTrakker© Software 3-125 3.13.1 IMA Technologies Tools To Help Care Management Professionals 3-125 3.14 Lewis 3-127 3.14.1 Lewis Patron Point-of-Care Module 3-128 3.14.2 Lewis Prompt 8 3-128 3.14.3 Lewis’ Financial Services 3-1324. HOMECARE INFORMATION SYSTEMS TECHNOLOGY 4-1 4.1 Homecare Information Systems Requirements 4-1 4.1.1 Internet Protocol (IP) Mission Critical Functionality 4-4 4.2 Homecare Information Systems Toolkits 4-6 4.2.1 Process Management Toolkits 4-7 4.3 Homecare Information Systems-Services 4-9 4.4 Internet 4-15 4.4.1 Upgrading Software 4-15 4.4.2 End-To-End Flow From The Security Viewpoint 4-16 4.4.3 Homecare Information Systems Services Security Policy Configuration 4-17 4.4.4 Role Of Mission Critical Middleware Messaging 4-20 4.4.5 IBM Mission-Critical Functionality 4-21 4.4.6 IBM Websphere MQ Messaging Software 4-22 4.4.7 Linking Internal Operations 4-23 4.5 Homecare Information Systems Product Technology 4-25 4.5.1 Windows Interface 4-25 4.5.2 SQL Server 4-26 4.5.3 Misys Caché 4-26 4.5.4 Server Monitor 4-27 4.5.5 Field Synchronization 4-27 4.6 State-Of-The-Art Security 4-28 4.6.1 Misys Portal and Document Manager Module 4-28 4.7 HL7 Interface & Accounting Exports 4-29 4.8 Testing Services As An Extension Of Homecare 4-29 4.9 Web Services 4-30 4.9.1 Services Guarantee Compliance 4-30 4.9.2 Outcomes Monitoring 4-31 4.9.3 Web Services Key Standards 4-31 4.9.4 Web Services Definition 4-32 4.10 Web Services Architecture 4-34 4.11 Distributed Service Discovery Methods 4-36 4.11.1 Web Services Positioning 4-37 4.12 OASIS 4-38 4.13 SOAP 4-39 4.13.1 SOAP Framework 4-39 4.13.2 Framework For Developing Web Services 4-40 4.13.3 Apache SOAP 4-40 4.13.4 Load Balancer With SSL Support 4-41 4.13.5 Points Of Failure 4-41 4.13.6 SOAP Limitations 4-42 4.13.7 SOAP Protocol Uses Multi-Step Process 4-43 4.13.8 Framework Benefits 4-43 4.13.9 SOAP Test Strategies 4-43 4.13.10 SOAP Solutions 4-45 4.14 WSDL 4-46 4.14.1 WSDL Service Descriptions 4-46 4.15 UDDI Registry 4-47 4.15.1 UDDI Test Registries 4-48 4.15.2 UDDI Distributed Web Service Discovery 4-48 4.15.3 UDDI Consortium 4-49 4.15.4 WS-Inspection Document Extensibility 4-50 4.16 Language XSLT 4-51 Home Health Resource Groups (HHRGs) 4-52 4.17 CMS Official Definitions Regarding The Plan of Care 4-54 4.18 The American Recovery and Reinvestment Act of 2009 4-55 4.19 Allscripts Homecare Technology 4-56 4.19.1 Allscripts Homecare Scalable Three-Tier Architecture 4-56 4.19.2 Allscripts Homecare Familiar Windows Interface 4-56 4.19.3 Allscripts Homecare SQL Server 4-57 4.19.4 Server Monitor puts you in control 4-57 4.19.5 Field synchronization 4-57 4.19.6 Allscripts Homecare State-Of-The-Art Security 4-58 4.19.7 Allscripts Homecare HL7 4-58 4.19.8 Allscripts Electronic Health Record For Homecare 4-59 4.19.9 US National Health Expenditure Projections 2008-2018 4-70 4.20 Science And Medical Technology 4-75 4.20.1 Physical Therapy 4-76 4.20.2 Treatment Trends 4-76 4.21 Wheel Chair Technological Trends 4-78 4.21.1 Power Wheelchairs 4-78 4.21.2 Sport Wheelchairs 4-78 4.21.3 Lightweight Wheelchairs 4-79 4.21.4 Transport Wheelchairs (Folding) 4-795. HOMECARE SOFTWARE COMPANY PROFILES 5-1 5.1 Accounting Systems Technology 5-1 5.2 Advantage Reimbursement 5-1 5.3 Aprima Medical Software 5-2 5.3.1 Aprima Strategic Partnerships 5-2 5.3.2 Aprima Medical Software Strategic Partnership with Intelligent Medical Objects (IMO®) 5-3 5.3.3 Aprima Reseller Agreement With Networking and Information Services (NIS-Systems) 5-4 5.4 CareCentric 5-5 5.4.1 CareCentric Homecare Solutions 5-6 5.4.2 CareCentric Billing Software 5-9 5.5 Cerner 5-10 5.5.1 Cerner Systems View Creating Client Value 5-10 5.5.2 Cerner Clinical Core 5-11 5.5.3 Cerner Millennium Unified Information Architecture 5-11 5.5.4 Cerner BeyondNow Business Partners 5-12 5.6 ContinuLink Health Technologies, LLC 5-14 5.6.1 ContinuLink Health Technologies Partners 5-14 5.6.2 ContinuLink – A Web-based Software Solution 5-16 5.7 Dynatronics 5-19 5.8 Fujitsu WebCare ROI 5-23 5.9 GE Centricity® Solutions 5-24 5.9.1 GE Healthcare 5-25 5.10 Healthcare Automation 5-26 5.10.1 Healthcare Automation ‘Spins Off’ Advantage Reimbursement to Increase Market Share 5-26 5.10.2 HAI Flagship Product, HomecareNet 5-26 5.10.3 Healthcare Automation Strategic Partners 5-27 5.11 HealthWare 5-28 5.12 IMA Technologies 5-32 5.12.1 IMA Technologies CaseTrakker© Software 5-32 5.13 Lawson Software 5-35 5.13.1 Lawson Software / VasTech 5-35 5.14 Lewis’ Financial Services Division 5-37 5.14.1 Lewis Homecare Information Systems ROI 5-38 5.15 LoginSoft 5-39 5.16 McKesson 5-40 5.16.1 McKesson Pharmaceutical 5-43 5.16.2 McKesson Provider Technologies 5-43 5.16.3 McKesson Medical-Surgical 5-43 5.16.4 Parata Systems 5-44 5.16.5 McKesson Pharmacy Systems 5-44 5.16.6 McKesson Health Solutions 5-44 5.16.7 McKesson Specialty Care Solutions 5-44 5.16.8 McKesson Patient Relationship Solutions 5-44 5.16.9 Zee Medical 5-45 5.16.10 Moore Medical 5-45 5.16.11 RelayHealth 5-45 5.16.12 Plasma and BioLogics 5-45 5.16.13 McKesson Corporation Revenue 5-45 5.16.14 CDC Selects McKesson To Distribute the H1N1 Flu Vaccine 5-46 5.16.15 McKesson Revenue 5-48 5.17 Medical Computer Systems 5-49 5.18 Meditech / Patient Care Technologies 5-49 5.18.1 Meditech 5-50 5.18.2 Meditech PtCT OASIS Positioning 5-52 5.18.3 Meditech Maestro Streamlining Processes, Increasing Efficiency 5-55 5.19 Networking & Information Services (NIS) Systems 5-56 5.20 Procura 5-56 5.20.1 Procura Key Home Care Issues 5-57 5.20.2 Procura Solution 5-58 5.20.3 Procura Home Care Acros s the Continuum of Care 5-59 5.20.4 Procura Industry Partners 5-59 5.21 Profium 5-70 5.22 QuikPlan Limited 5-71 5.22.1 QuikPlan Main Menu 5-72 5.22.2 The Way QuikPlan Looks 5-74 5.23 RCS: 5-76 5.24 Sajix 5-77 5.24.1 Sajix Incentive To Doctors To Replace EMR And/Or Practice Management 5-78 5.24.2 Sajix Reseller Group 5-78 5.24.3 Sajix iHelix On Demand Solution 5-79 5.25 SAS 5-81 5.25.1 SAS Global Reach, Local Presence 5-81 5.25.2 SAS Financial strength 5-82 5.25.3 SAS Sustainability 5-82 5.26 Siemens Healthcare 5-82 5.27 ZirMed: 5-83 5.28 Government Agencies With Homecare Responsibility 5-84Table ES-1 ES-2 Homecare Information Systems Market Driving Forces Figure ES-2 ES-4 Homecare Information Systems License Shipments and Maintenance Services Market Shares, Worldwide, Dollars, First Three Quarters 2009 Table ES-3 ES-6 Homecare Information Systems Software Market Forecasts, Worldwide, Dollars, 2010-2016

For More information please contact :

http://www.aarkstore.com/reports/Homecare-Information-Software-and-Services-Market-Shares-Strategies-and-Forecasts-Worldwide-2010-to-2016-37933.html

ROI Analysis for Full Cycle Web Based Practice Management Software Solution

ROI Analysis for Full Cycle Web Based Practice Management Software Solution

Executive Summary

Within this document, you will see detailed financial analysis and real world scenarios that will demonstrate the exponential cost savings that can be achieved with a full cycle practice management software.

Full Cycle Practice Management Software will:

· More efficiently utilize your schedule by using Resource Scheduling

· Set-up scheduling rules based on your practice needs (by caregiver, room, equipment, procedure)

· Maintain Caregiver Profiles

· Maintain Payer Contract Fee Schedules

· Set-up billing rules specific to your claim forms and payer contract requirements

· Automatically track your collection efforts and all follow-up

· Complete revenue reporting for financial reporting to stakeholders

Traditional Practice Management Software

Managing a practice should not include adjusting your practice rules to fit your software. The software should adjust to fit your rules. We will look at various aspects of a practice management software.

Scheduling

With a typical manual appointment book system, your employees invest much time in maintaining the “book”. Appointment rules are not built in the appointment book. Instead, your appointments may be based on the person speaking with your patient. If you are no longer using the “book” but instead using an appointment book software system, your appointment scheduling software may not maintain all appointment rules. Both of these types of systems hinders your ability to successfully manage all employees time (appointment scheduler, caregiver, front desk personnel) and provide quality patient care.

Let’s take a look at a real world scenario. Patient A phones your office to schedule a follow-up to a wound care visit. Using “book scheduling” (either manual or software) your appointment scheduler must remember the rules for this type of visit. Unfortunately, Patient A is scheduled for a 15 minute appointment, but in reality the appointment includes time not only with the caregiver but also with a wound care personnel. Patient A’s appointment lasts 30 minutes. By the time Patient G is seen (assuming alphabetical patients) all appointments are 30-45 minutes behind schedule.

How much does this cost your practice? Let’s assume Patient G has time constraints and was assured at time of scheduling he would be out of the office within 45 minutes. Patient G is now 45 minutes past his schedule time, and hasn’t even seen the caregiver. Patient G may either leave your office (unseen) or complain loud enough in your waiting room for patients behind him to leave. If Patient G’s visit charge would have been $100, that revenue has just left your door. Let alone if other patients behind him leave as well.

If this is happens in your office, it does not happen only once. So, you must multiply that number by 3, 5, 10, times as often as this scenario happens within your practice.

Result – A single patient leaving your office due improper appointment scheduling 3 times a month can cost your practice $3600 ($300 x 12 = $3600) per year. This cost is in addition to the employee labor costs involved to maintain your book schedule.

If you feel these projections are not accurate, you are probably correct. The costs are probably higher. The average charge is probably higher than $100. And, the frequency can be realistically higher than 36 lost appointments per year.

Investing in Resource Scheduling Software

With Resource Scheduling, appointment, caregiver, equipment, modality rules will be set up for your practice. The system will manage the rules, and appointment slots will be provided based on these rules. Ongoing labor costs will be minimized, as your employees are not learning the rules for each appointment type. With PiMS you will receive unlimited rules capability, ability to define preferences, block scheduling, the ability to define multiple resources for an appointment, plus much more. With Resource Scheduling, your practice can efficiently schedule appointments based upon your practice rules, and reduce its financial loses while improving patient care.

A typical Resource Scheduling software costs, for single location practice, less than $1,000 to install. With the above scenario, you should experience a return on your investment within 3 months.

Lost Appointment Costs – $300 per month (3 patients @ $100 charge per patient)

Labor Costs – Let’s assume an average of 1 hour per patient @ $25 per hour (appointment scheduler, caregiver, front desk personnel)

Estimated Lost Appointment Cost Total – $375 per month

With this analysis, you can see how investing in a Resource Scheduling software will provide a quick return on investment for your practice.

Billing

Billing errors can cost your organization thousands of dollars. This section analyzes manual billing pitfalls, costs to your organization, and proven ways to recover lost revenue.

Most billing errors can be eliminated prior to the submission of your claim. Managing these errors with little labor (i.e. people) intervention increases your overall profit. Relying on simple billing/claims software and/or personnel to remember specific billing requirements will result in an increase of denials and delayed cash. Instead, invest in billing software that has the capability of building your specific billing rules into the system. The system should allow for multiple claim forms. Your users should be able to view claim forms online, and reformat the claim online if necessary. The system should have the ability to automatically submit clean claims to the Payer, without human intervention. And most importantly, the system should contain your Payer specific rules for billing.

For example, some Payers have different billing requirements for the same procedure code. Your system should have the ability to generate a claim specific to the applicable Payer.. If your system does not have the capability of managing these types of rules, you are relying on personnel to catch the requirement up front and edit the claim prior to submission. Or, the claim will be submitted to the Payer and then denied for missing information.

Let’s examine the cost of both processes (manual versus system built rules). If you are relying on a manual or simple billing/claims system, your process will typically be as follows. A claim is generated and reviewed by your office staff. The Payer requirement states the specific procedure code must be submitted with a letter of medical necessity. Your office staff must remember this requirement (in addition to the other multitudes of billing requirements Payers create). The charge is $500. The claim is mailed to the Payer without the LMN. Twenty days later a denial is received from the Payer, stating the claim is not eligible for payment due to missing information. At this point, your staff will either remember what the missing information is, or more than likely contact the Payer for explanation. Your staff will then retrieve the LMN and resubmit the claim to the Payer with the LMN attached.

How does this cost your organization? Let’s assume the initial charge is $500. Begin subtracting the personnel cost to review the claim up front, review the denial, contact the Payer, correct the claim, resubmit to the Payer, and then follow-up with the Payer regarding payment. On average, this would entail approximately 2 hours of personnel costs. Plus, the $500 receivable has been delayed at least thirty days, resulting in a lower margin to your organization.

Investing in billing software that allows you to build in Payer specific rules will increase your margin almost immediately.

Medical Billing Software

Investing in a Medical Billing software, will decrease your billing denials. Medical billing software should provide flexible billing cycles, the capability to build in rules for Payer specific billing requirements, flexible claim formatting, missing element tracking, online reformatting, and a multitude of other user friendly functions to assist your personnel in billing.

How will this benefit your organization? In the above example, your $500 profit is reduced by 8-10% for personnel costs. That is then reduced by another 5% due to the delay in collection of the receivable. Conservatively, your margin is reduced by 15%. Multiply that by the number of instances this is currently occurring in your practice. You can see how quickly your margin erodes, and cash flow is delayed.

The cost of a typical medical billing software is probably dependent on the size of your practice and number of concurrent users. For a small practice, the cost could be less than $2,500 to install. Taking the above example into our analysis, your return on investment would be seen very quickly.

In addition to the features mentioned above, the software should provide your organization with Revenue Management reporting, an on-line patient financial folder, automatic charge posting, and much more!

Collections

Healthcare practices that do not invest in efficient billing and collection processes may find themselves in a cash crisis without resources to meet financial obligations. Your collection practices must be communicated, and adhered to, by all individuals within your practice. From communicating the patient responsibility, collecting this responsibility at time of visit, and thorough follow through until the account is paid in full should be one of your organization goals throughout time.

Understanding where you are today, and deciding on your organization’s goal for the future should be the first step in developing your collection processes. So, first calculate your current days sales outstanding (the average time it takes to collect your receivables). To do this, divide your net sales by the number of days in the period (I recommend monthly to effectively manage your cash flow). For example, if your sales for month is $75,000, divide that by 30, which equals 2500.

Next, take the above number and divide it into your accounts receivable trade balance. For example, if you have $165,000 in total receivables, divide 2500 into that number, which equals 66 days. Therefore your days sales outstanding is 66 days. Once you calculate this number, you can effectively set reasonable goals and processes for your staff.

Payer collections will probably be the vast majority of your collection efforts. Therefore, it is imperative processes are in place that dictates your organization’s follow up procedures. Your practice management system is the key to successful and timely collections of your accounts receivable. Timely follow-up on outstanding claims, denied claims, claims paid incorrectly, and delayed claims is a must.

Review your Payer contracts. What are the terms of payment? Does your state have legislation that dictates payment guidelines? Build your collection processes around these guidelines. For example, if Payer A contract terms is 30 days, you should be following up with the payer on day 31. Then, you should follow-up every 10-14 days from that point, until the claim is paid in full. Let’s examine how not following these types of processes can cost your practice.

Assume your payer contracts all dictate 30 days payment of a clean claim. The first step you perform is to calculate your current days sales outstanding (i.e. DSO). Once you do the calculation, you find your average DSO is 66 days. In this example, you are financing your current expenses by services you performed 66 days ago. This is not an effective means for managing cash flow and becoming profitable. And, you are allowing your payer to delay payment for services you performed.

Ensure your Payers are abiding by the contract guidelines. You must be able to access their payment style and their ability to process your claims according to your contract. Once payer payment issues are discovered, they must be presented to Management, to assist in contract negotiations and improvements. How does this impact your practice?

If your payer contract stipulates 30 day payment upon receipt of a clean claim, and paid at 80% of billed charges, your staff must be able to determine if payment was made correctly. If the payer is paying your claims at 75% and you are writing off the remaining 5%, you are losing revenue.

Patient collections are an important part of your collection process as well. From the appointment each patient must understand his financial responsibility. That responsibility must be collected at time of service. If the amount is not collected, your collection processes must include how and when to collect any remaining patient responsibility.

Investing in a practice management system that will provide the tools to analyze your current state is crucial in the streamlining of your collection efforts. Your software should accommodate the multiple payer contract payment requirements, and the processes you have developed to collect any outstanding receivable. The more you can automate, the less likelihood of delayed collections. These processes must include both payer and patient collection efforts.

Collections Software

Your collection software should allow you to manage your collection process by user-defined guidelines. The software should provide user activities, worklists, and letters to guide your staff in the collection of your receivables.

Creating automatic collection letters is a must. The letters should be as specific or generic as you wish (from small balances to a more rapid letter sequence for higher balances). Your users should have access to unlimited worklists, with multiple assignments based on your criteria. Supervisors should be able to view employees worklist any time on-line. In addition, the software should provides productivity reports to help you analyze what your collectors are doing.

Another important aspect is the software should provide account financial responsibility by both third party and patient. This eliminates staff confusion and allows the staff to follow-up more efficiently with the third party and patient.

How can investing collection save you money? In the above example, if your payer contract stipulates a 30 day payment, and your average DSO is 66, your are financing your operations out by 2 months. Investing in a software that will provide you both tools and resources to define your current state and automate your collection process will decrease your DSO.

For a small practice, the cost could be less than $2,500 to install. Taking the above example into our analysis, your return on investment would be seen very quickly. Investing in PiMS Medical Collectoins will be paramount in increasing cash flow.

Revenue Reporting

In addition to scheduling, billing, and collections, your software must provide you the tools to accurately analyze your financial picture. These tools should be in the format of reports. These reports must have meaning to your organization. Understanding where your practice is today, and how you can improve will provide Management the necessary information to make important strategic decisions.

The software must provide a thorough selection of real time reports that will assist in you accurate financial analysis of your practice. With PiMS reporting, you will be able to view aging reports (by financial party), revenue reports, productivity reports, plus many more. These reports are real-time, online, and retrievable at your discretion.

Performing routine financial analysis will quickly provide to you not only the items mentioned above, but will also quickly provide you the return on investment you have seen.

In summary, investing in a full cycle practice management system will quickly provide effective processes, streamlining of the A/R process, decreasing labor costs, and most importantly increasing employee productivity and your organization’s profitability.

http://www.pdmsoftware.com

User Friendly Medical Billing Software

Medical billing software is easier to use today than ever before. Innovations in the technology of medical billing software have created a new touchstone of digital accuracy. Once a complicated text-based interface filled with awkward textual fragments, today’s electronic medical billing suites are slick, undemanding, and intuitive, finally generating documents your patients can easily understand.No more complicated invoices in the mail. Now easy medical billing software offers complete billing summaries. All you need to get there is the aid of a medical billing program that includes software that tracks claims management, patient billing, insurance, and scheduling in a single package. Easy medical billing software can create a seamless workspace in which everything from electronic medical records to healthcare forms is integrated and simple to use. Now you can find opportunities that allow you to effortlessly configure software yourself. Some other important features worth noting are; easy access to the latest forms and guidelines, a step-by-step process that will prompt you through the programs many functions, and an automatic bill printing feature, that will reliably generate the correct documents.Many easy medical billing software packages are now designed like the paper scheduling and hard copy claims processing with which you are familiar. This software model makes learning fast and easy, even for first-time users. When investigating the different possibilities of medical billing software, it is a good idea to verify that the system was designed for the safe and secure back up of data and is HIPAA compliant, and whether the software is easy enough for a computer novice and will, at the same time, meet the needs of a busy medical practice.Easy medical billing software has now evolved to a place where any staff member of your practice can use it. The simpler programs are usually available in most places where medical billing software is sold. When your office works efficiently, it always translates into better care for your patients. So get on board with the right easy medical billing program and see how simple that paperwork can be.Medical Billing Software Info provides comprehensive information about medical insurance billing software, HIPAA compliant medical billing software, easy and free medical billing software, and medical billing software prices and reviews . Medical Billing Software Info is the sister site of Medical Billing Web.

medical billing software Info provides comprehensive information about medical insurance billing software, HIPAA compliant medical billing software, easy and free medical billing software, and medical billing software prices and reviews . medisoft software Info is the sister site of Medical Billing Web.Deepak works with medical related sites.