This document provides a foreword for "The Advanced Business of Medical Practice" book. It discusses the challenges facing physicians today and how information technology and creativity can help address these challenges. Several examples are provided of physicians innovatively using tools like Microsoft Access, Word, and PowerPoint to create electronic medical record systems and other solutions to problems in their practices. The foreword emphasizes that while pressures on doctors are high, so are their problem-solving abilities and willingness to find new ways of using technology to better serve patients.
Artificial intelligence in healthcare quality and its impact by Dr.Mahboob al...Healthcare consultant
Artificial intelligence (AI) has enormous potential to improve the safety of healthcare, from increasing diagnostic accuracy, to optimising treatment planning, to forecasting outcomes of care.However, integrating AI technologies into the delivery of healthcare is likely to introduce a range of new risks and amplify ...
Artificial intelligence (AI) has numerous applications for the healthcare industry. Machine learning, natural language processing, and robotics can predict an individual's risk of contracting HIV, assess a patient’s risk of inpatient violence, and assist in surgeries.
Precision medicine and AI: problems aheadNeil Raden
The promise of personalized medicine has sparked a proliferation of AI hype. But the obstacles AI faces in the healthcare industry are daunting. Look no further than data silos - and the factors that spawned them.
Artificial intelligence in healthcare quality and its impact by Dr.Mahboob al...Healthcare consultant
Artificial intelligence (AI) has enormous potential to improve the safety of healthcare, from increasing diagnostic accuracy, to optimising treatment planning, to forecasting outcomes of care.However, integrating AI technologies into the delivery of healthcare is likely to introduce a range of new risks and amplify ...
Artificial intelligence (AI) has numerous applications for the healthcare industry. Machine learning, natural language processing, and robotics can predict an individual's risk of contracting HIV, assess a patient’s risk of inpatient violence, and assist in surgeries.
Precision medicine and AI: problems aheadNeil Raden
The promise of personalized medicine has sparked a proliferation of AI hype. But the obstacles AI faces in the healthcare industry are daunting. Look no further than data silos - and the factors that spawned them.
Welcome to the age of cognitive computing: where intelligent machines have
moved from the realms of science fiction to the present day. This groundbreaking
technology is driving advanced discoveries and allowing improved decision-making –
resulting in better patient care
Nicholas Tenhue completed his Master's degree in MSc ICT Innovation at University College London, this document is his thesis on Making Sense of Risk by Visualizing Complex Health Data.
Find out more about Nicholas at http://nicholastenhue.com
Data Visuallization for Decision Making - Intel White PaperNicholas Tenhue
Visualization tools could help healthcare providers make sense of large volumes of complex health data and improve the speed and accuracy of decisions. This Intel White Paper is based on Nicholas Tenhue's MSc ICT Innovation thesis work.
Nicholas can be reached at http://www.nicholastenhue.com
IBM Watson Health: How cognitive technologies have begun transforming clinica...Maged N. Kamel Boulos
Cite as: Kamel Boulos MN. IBM Watson Health: how cognitive technologies have begun transforming clinical medicine and healthcare (Oral session IV – Patient safety tools, Thursday 19 May 2016, 15:45-16:45, Hotel Puijonsarvi, Kuopio). In: Proceedings of the 4th Nordic Conference on Research in Patient Safety and Quality in Healthcare (NSQH2016), Kuopio, Finland, 18-20 May 2016 (organised by University of Eastern Finland), p.29. URL: http://www.uef.fi/NSQH2016 (In: Nykanen I (ed.). The 4th Nordic Conference on Research in Patient Safety and Quality in Healthcare. Kuopio, Finland, May 18-20, 2016. Program and Abstracts. Publications of the University of Eastern Finland. Report and Studies in Health Sciences 21. 2016, p.29 (of 119 p.). ISBN: 978-952-61-2130-7 (nid.), ISSNL: 1798-5722, ISSN: 1798-5730.)
IBM Watson health: how cognitive technologies have begun transforming clinical medicine and healthcare
Maged N Kamel Boulos
ABSTRACT
Background: IBM Watson Health (http://www.ibm.com/smarterplanet/us/en/ibmwatson/health/) belongs to a new generation of smart cognitive computing technologies (a type of artificial intelligence) that are poised to transform the way healthcare is delivered, and to vastly improve clinical outcomes, quality of care and patient safety.
Objectives: Our goal was to collect and document the huge potential of a range of emerging and exemplary uses of IBM Watson in healthcare in both developed and developing country settings.
Methods: A survey of current peer reviewed and grey literature has been conducted, looking for reports and case studies involving the use of IBM Watson in different health and healthcare applications.
Results, conclusions and clinical implications: With its ability to make sense of unstructured medical information by analysing the meaning and context of natural language, and uncovering important knowledge buried within large volumes of data and information, including medical images, IBM Watson is exceptionally well suited for clinical and healthcare decision support, where there are often elements of ambiguity and uncertainty. It has been (or is currently being) successfully deployed in many developed countries in the West, as well as in developing countries, such as India and South Africa. IBM Watson unlocks a complex case by acquiring information from multiple sources, e.g., accessing the electronic patient record, then parsing all related medical evidence at up to 60 million pages per second. After processing all of this information, Watson offers relevant and prioritised suggestions to the decision-maker, e.g., helping clinicians identify the best diagnosis and treatment options in complex oncology cases, and providing hospital managers with new operational insights. The ultimate goals are to reduce cost, medical errors, mortality rates, and help improve patients' quality of life.
Technology and healthcare: difficult marriage B Spot
Despite the many advances in technology, one of the most important parts of our lives – healthcare – continues to be a cautious and slow adopter. This is not because of the shortage of relevant technologies (quite the contrary, a lot of innovation geared at this space has taken place); rather, it is due to the healthcare industry itself, which is difficult to work with due to its complicated legislation, resistance from healthcare institutions and professionals and the tight funding conditions that most public healthcare institutions are subject to. It is also the case that outside the large-scale and traditional IT environment, the healthcare industry lacks a strong collaboration model with the world of technology innovation. Investing in healthcare needs to take a long-term perspective and requires great knowledge of the inherent challenges that will be faced. The high tech industry, on the other hand, has little patience. Tech companies, including those that are excited by recent big data opportunities should be warned: it takes a battle to get your teeth into the healthcare sweet spot.
The Future of Medical Education From Dreams to Reality (VR, AR, AI)SeriousGamesAssoc
With three decades of e-learning experience, Dr. Levy will present innovations in technology-enhanced education from the past, present, and into the future. He will highlight some of his medical education inventions and advances including some of the first laser discs, CD-ROMs, online case-based education, 3-D anatomical and procedural animations, robotic-assisted surgery, and virtual reality surgical simulation. He will describe the role of artificial intelligence and machine learning in medical education and clinical decision support and some future work in augmented reality. It is true that what were once dreams are now reality, but there are certainly more dreams to come.
Healthcare Innovation and Transformation - Dr. Ken YaleKen Yale
We are living in the greatest time in human history! People are living their lives on smartphones and apps, measuring themselves with wearable devices like the Apple Watch, and improving their health and care with advanced analytic algorithms. Healthcare is adopting AI, Machine Learning, and Deep Learning at an accelerated pace. “Healthcare is very important for people. We are democratizing it. We are taking what has been with the institutions, and empowering the individual to manage their health.
And we’re just getting started!” - Apple CEO Tim Cook, Jan 2019
Clinical analytics enables hosptials to combine clinical and financial data in developing better strategies for business intelligence and performance improvements
An in-depth look into the life of a medical assistant. We explore the opportunity and growth potential for the health care industry and specifically for the career as a medical assistant.
New Normal, New Future - Free Download E bookkevin brown
Healthcare is shifting from the traditional provider-centric,
in-patient setting to patient-centric, virtual consultations
with increased remote care monitoring. This transition
has prompted the need for MedTech industry to relook
at the products they develop and enhance value in care
delivery.
The COVID-19 pandemic has increased the use of
digital health technologies, and the need to develop
innovative devices or systems that support virtual
health. The last couple of years have seen increased
use of wearables, mobile and app-based technologies
along with data and analytics have been transforming
healthcare delivery.
Advancements in healthcare technologies like
Artificial Intelligence (AI), Virtual Reality and Augmented
Reality 3D-printing, robotics and nanotechnology are
shaping the future of healthcare. This technology boom
is helping address disease and medical conditions
through provision of cheaper, faster and more effective
solutions for diseases.
The Good Apples Group EHRS ProjectSummaryYou are an employee.docxoreo10
The Good Apples Group EHRS Project
Summary
You are an employee of the Good Apples Group, a healthcare organization which runs MacIntosh Manor Hospital. The CEO of the hospital has made a priority for the hospital to enter the 21st century by converting its operations to an Electronic Health Records System. You have been assigned the role of project manager for this effort, and are therefore responsibility for ensuring that the needs of the hospital have been carefully assessed and that the planning process for bringing an EHRS online is effective.
The Organization
At first glance, MacIntosh Manor Hospital looks like any small town hospital, where the quality of care is certainly modern but the staff and patients still come to know each other and expect a down-to-earth pace. The Good Apples Group, a parent corporation maintaining several local clinics in addition to MacIntosh Manor, has worked hard over the years to maintain that balance of customer service and cutting edge patient care.
MacIntosh Manor Hospital is a 500-bed, critical access hospital in Shiminy, Pennsylvania. It is the largest hospital within 100 miles, and schedules between 22,000 to 26,000 visits a year. MMH provides surgical, medical and acute care, 24-hour emergency room services, outpatient services, health education, behavioral services, and home and hospice care to a primarily suburban region of about 124,000 residents. It employs 2200 people, including 275 physicians, and as a hospital is managed by its own CEO.
MMH’s mission is to provide for the residents of Shiminy high quality services that enhance the quality of life and promote healthy lifestyles for patients, clients, employees, organization and communities. In its community MMH seeks to lead by example through compassionate, caring and comprehensive health care services.
The direction of MacIntosh Manor’s strategic vision change greatly in 2010 when Dr. Phillip Kapp was named CEO of the Good Apples Group and made it clear that his own successes with implementing EHRS and related technologies in healthcare facilities in the Philadelphia area would be the kind of challenge he wished to take on again with MacIntosh Manor Hospital. Kapp formed a strategic planning committee to assess the use of technology and what MMH should implement, and to determine and monitor a migration path.
Around the same time that Dr. Kapp took charge of the Good Apples Group, a federal mandate was issued that hospitals nationwide need to be using electronic medical records by 2015, giving Kapp and the strategic planning committee even more incentive to act quickly. The committee recommended beginning the transition to EHRS immediately and implementing both financial and clinical solutions.
“Creating a ubiquitous and common platform for timely access to clinical information is crucial for patient care and patient safety. By giving physicians and nursing staff access to the information they need at the point ...
Welcome to the age of cognitive computing: where intelligent machines have
moved from the realms of science fiction to the present day. This groundbreaking
technology is driving advanced discoveries and allowing improved decision-making –
resulting in better patient care
Nicholas Tenhue completed his Master's degree in MSc ICT Innovation at University College London, this document is his thesis on Making Sense of Risk by Visualizing Complex Health Data.
Find out more about Nicholas at http://nicholastenhue.com
Data Visuallization for Decision Making - Intel White PaperNicholas Tenhue
Visualization tools could help healthcare providers make sense of large volumes of complex health data and improve the speed and accuracy of decisions. This Intel White Paper is based on Nicholas Tenhue's MSc ICT Innovation thesis work.
Nicholas can be reached at http://www.nicholastenhue.com
IBM Watson Health: How cognitive technologies have begun transforming clinica...Maged N. Kamel Boulos
Cite as: Kamel Boulos MN. IBM Watson Health: how cognitive technologies have begun transforming clinical medicine and healthcare (Oral session IV – Patient safety tools, Thursday 19 May 2016, 15:45-16:45, Hotel Puijonsarvi, Kuopio). In: Proceedings of the 4th Nordic Conference on Research in Patient Safety and Quality in Healthcare (NSQH2016), Kuopio, Finland, 18-20 May 2016 (organised by University of Eastern Finland), p.29. URL: http://www.uef.fi/NSQH2016 (In: Nykanen I (ed.). The 4th Nordic Conference on Research in Patient Safety and Quality in Healthcare. Kuopio, Finland, May 18-20, 2016. Program and Abstracts. Publications of the University of Eastern Finland. Report and Studies in Health Sciences 21. 2016, p.29 (of 119 p.). ISBN: 978-952-61-2130-7 (nid.), ISSNL: 1798-5722, ISSN: 1798-5730.)
IBM Watson health: how cognitive technologies have begun transforming clinical medicine and healthcare
Maged N Kamel Boulos
ABSTRACT
Background: IBM Watson Health (http://www.ibm.com/smarterplanet/us/en/ibmwatson/health/) belongs to a new generation of smart cognitive computing technologies (a type of artificial intelligence) that are poised to transform the way healthcare is delivered, and to vastly improve clinical outcomes, quality of care and patient safety.
Objectives: Our goal was to collect and document the huge potential of a range of emerging and exemplary uses of IBM Watson in healthcare in both developed and developing country settings.
Methods: A survey of current peer reviewed and grey literature has been conducted, looking for reports and case studies involving the use of IBM Watson in different health and healthcare applications.
Results, conclusions and clinical implications: With its ability to make sense of unstructured medical information by analysing the meaning and context of natural language, and uncovering important knowledge buried within large volumes of data and information, including medical images, IBM Watson is exceptionally well suited for clinical and healthcare decision support, where there are often elements of ambiguity and uncertainty. It has been (or is currently being) successfully deployed in many developed countries in the West, as well as in developing countries, such as India and South Africa. IBM Watson unlocks a complex case by acquiring information from multiple sources, e.g., accessing the electronic patient record, then parsing all related medical evidence at up to 60 million pages per second. After processing all of this information, Watson offers relevant and prioritised suggestions to the decision-maker, e.g., helping clinicians identify the best diagnosis and treatment options in complex oncology cases, and providing hospital managers with new operational insights. The ultimate goals are to reduce cost, medical errors, mortality rates, and help improve patients' quality of life.
Technology and healthcare: difficult marriage B Spot
Despite the many advances in technology, one of the most important parts of our lives – healthcare – continues to be a cautious and slow adopter. This is not because of the shortage of relevant technologies (quite the contrary, a lot of innovation geared at this space has taken place); rather, it is due to the healthcare industry itself, which is difficult to work with due to its complicated legislation, resistance from healthcare institutions and professionals and the tight funding conditions that most public healthcare institutions are subject to. It is also the case that outside the large-scale and traditional IT environment, the healthcare industry lacks a strong collaboration model with the world of technology innovation. Investing in healthcare needs to take a long-term perspective and requires great knowledge of the inherent challenges that will be faced. The high tech industry, on the other hand, has little patience. Tech companies, including those that are excited by recent big data opportunities should be warned: it takes a battle to get your teeth into the healthcare sweet spot.
The Future of Medical Education From Dreams to Reality (VR, AR, AI)SeriousGamesAssoc
With three decades of e-learning experience, Dr. Levy will present innovations in technology-enhanced education from the past, present, and into the future. He will highlight some of his medical education inventions and advances including some of the first laser discs, CD-ROMs, online case-based education, 3-D anatomical and procedural animations, robotic-assisted surgery, and virtual reality surgical simulation. He will describe the role of artificial intelligence and machine learning in medical education and clinical decision support and some future work in augmented reality. It is true that what were once dreams are now reality, but there are certainly more dreams to come.
Healthcare Innovation and Transformation - Dr. Ken YaleKen Yale
We are living in the greatest time in human history! People are living their lives on smartphones and apps, measuring themselves with wearable devices like the Apple Watch, and improving their health and care with advanced analytic algorithms. Healthcare is adopting AI, Machine Learning, and Deep Learning at an accelerated pace. “Healthcare is very important for people. We are democratizing it. We are taking what has been with the institutions, and empowering the individual to manage their health.
And we’re just getting started!” - Apple CEO Tim Cook, Jan 2019
Clinical analytics enables hosptials to combine clinical and financial data in developing better strategies for business intelligence and performance improvements
An in-depth look into the life of a medical assistant. We explore the opportunity and growth potential for the health care industry and specifically for the career as a medical assistant.
New Normal, New Future - Free Download E bookkevin brown
Healthcare is shifting from the traditional provider-centric,
in-patient setting to patient-centric, virtual consultations
with increased remote care monitoring. This transition
has prompted the need for MedTech industry to relook
at the products they develop and enhance value in care
delivery.
The COVID-19 pandemic has increased the use of
digital health technologies, and the need to develop
innovative devices or systems that support virtual
health. The last couple of years have seen increased
use of wearables, mobile and app-based technologies
along with data and analytics have been transforming
healthcare delivery.
Advancements in healthcare technologies like
Artificial Intelligence (AI), Virtual Reality and Augmented
Reality 3D-printing, robotics and nanotechnology are
shaping the future of healthcare. This technology boom
is helping address disease and medical conditions
through provision of cheaper, faster and more effective
solutions for diseases.
The Good Apples Group EHRS ProjectSummaryYou are an employee.docxoreo10
The Good Apples Group EHRS Project
Summary
You are an employee of the Good Apples Group, a healthcare organization which runs MacIntosh Manor Hospital. The CEO of the hospital has made a priority for the hospital to enter the 21st century by converting its operations to an Electronic Health Records System. You have been assigned the role of project manager for this effort, and are therefore responsibility for ensuring that the needs of the hospital have been carefully assessed and that the planning process for bringing an EHRS online is effective.
The Organization
At first glance, MacIntosh Manor Hospital looks like any small town hospital, where the quality of care is certainly modern but the staff and patients still come to know each other and expect a down-to-earth pace. The Good Apples Group, a parent corporation maintaining several local clinics in addition to MacIntosh Manor, has worked hard over the years to maintain that balance of customer service and cutting edge patient care.
MacIntosh Manor Hospital is a 500-bed, critical access hospital in Shiminy, Pennsylvania. It is the largest hospital within 100 miles, and schedules between 22,000 to 26,000 visits a year. MMH provides surgical, medical and acute care, 24-hour emergency room services, outpatient services, health education, behavioral services, and home and hospice care to a primarily suburban region of about 124,000 residents. It employs 2200 people, including 275 physicians, and as a hospital is managed by its own CEO.
MMH’s mission is to provide for the residents of Shiminy high quality services that enhance the quality of life and promote healthy lifestyles for patients, clients, employees, organization and communities. In its community MMH seeks to lead by example through compassionate, caring and comprehensive health care services.
The direction of MacIntosh Manor’s strategic vision change greatly in 2010 when Dr. Phillip Kapp was named CEO of the Good Apples Group and made it clear that his own successes with implementing EHRS and related technologies in healthcare facilities in the Philadelphia area would be the kind of challenge he wished to take on again with MacIntosh Manor Hospital. Kapp formed a strategic planning committee to assess the use of technology and what MMH should implement, and to determine and monitor a migration path.
Around the same time that Dr. Kapp took charge of the Good Apples Group, a federal mandate was issued that hospitals nationwide need to be using electronic medical records by 2015, giving Kapp and the strategic planning committee even more incentive to act quickly. The committee recommended beginning the transition to EHRS immediately and implementing both financial and clinical solutions.
“Creating a ubiquitous and common platform for timely access to clinical information is crucial for patient care and patient safety. By giving physicians and nursing staff access to the information they need at the point ...
CareSolutions™ Climate–HIV is a specialized electronic patient record (EPR) system for HIV medicine that follows the clinical work streams of your HIV team to support efficient, multi-disciplinary, patient-centered care. Climate-HIV makes it easier and safer to prescribe, document patient encounters, write clinical letters and code diagnoses.
Patient relationship management on the cloudComidor
Healthcare organizations have realized that having long-term relationships with their customers can help improve their satisfaction and general health. As a result they want to build strong relationships with their patients.The best way to achieve that is the use of Patient Relationship Management (PRM).
Research on the best practices for healthcare social media. Presentation for #Newhouseprsm. Track with #hcsmbp. Interviewed @hjluks, @berci, @nicolaziady, @johnnostra
5 Ways Machine Learning Is Revolutionizing the Healthcare IndustryDashTechnologiesInc
Machine learning is changing the way we live, impacting everything from the tech industry to agriculture, insurance, banking, and even marketing. However, the domain where ML is having the most important impact is healthcare.
ML applications in healthcare combine the processing power of millions of human minds to accelerate and revamp such fields as diagnostics and medicine, changing the way we live and working to increase longevity.
The Application of Data to Problem-SolvingIn the modern era, the.docxtodd801
The Application of Data to Problem-Solving
In the modern era, there are few professions that do not to some extent rely on data. Stockbrokers rely on market data to advise clients on financial matters. Meteorologists rely on weather data to forecast weather conditions, while realtors rely on data to advise on the purchase and sale of property. In these and other cases, data not only helps solve problems, but adds to the practitioner’s and the discipline’s body of knowledge.
Of course, the nursing profession also relies heavily on data. The field of nursing informatics aims to make sure nurses have access to the appropriate date to solve healthcare problems, make decisions in the interest of patients, and add to knowledge.
In this Discussion, you will consider a scenario that would benefit from access to data and how such access could facilitate both problem-solving and knowledge formation.
To Prepare:
Reflect on the concepts of informatics and knowledge work as presented in the Resources.
Consider a hypothetical scenario based on your own healthcare practice or organization that would require or benefit from the access/collection and application of data. Your scenario may involve a patient, staff, or management problem or gap.
By Day 3 of Week 1
Post
a description of the focus of your scenario. Describe the data that could be used and how the data might be collected and accessed. What knowledge might be derived from that data? How would a nurse leader use clinical reasoning and judgment in the formation of knowledge from this experience?
By Day 6 of Week 1
Respond
to at least
two
of your colleagues
* on two different days
, asking questions to help clarify the scenario and application of data, or offering additional/alternative ideas for the application of nursing informatics principles.
Click on the
Reply
button below to reveal the textbox for entering your message. Then click on the
Submit
button to post your message.
*Note:
Throughout this program, your fellow students are referred to as colleagues.
Will be posting additional discussion replies that will require two replies which will be included in this discussion post.
Each requires at least three references and all need to be in APA format.
Monicas discussion
Discussion #1- Initial Post
All healthcare workers are trained to share the common goal of providing the best quality of care to their patients. Regardless of what role one may serve on the multidisciplinary team, they all have an obligation to accurately assess the needs of the patient, to efficiently collect and record data, to contribute to diagnosing, and to treat/ evaluate properly. “Informatics blend technology and information to blend something new that people, organizations and society can make use of” (Laureate, 2018). Advancement in technologies such as, electronic health records (EHR), electronic medication administration records (EMARS), computerized physician order entry (COPOE) and.
1. Ahmad Hashem; MD PhD
FOREWORD
The Advanced Business of Medical Practice [2nd edition]
It’s never been easy to be a physician, and in many ways the pressures on practitioners are
only getting worse. This is why I’ve been a longtime admirer of what David Edward Marcinko
does with his writing and knowledge of medicine and medical practice. Dr. Marcinko’s books
provide guidance for physicians – helping them to survive organizationally, administratively, and
financially so that they can continue to serve their patients.
Helping fellow physicians in one way or another often figures into the motivations of those who
have left the joys of a medical practice to pursue healthcare from a different vector. Some are
called into research, giving up the rewards of helping individuals with the hope that they might
contribute insights that can lead to the helping of many.
After medical school, my own path took me to the University of Pittsburgh and a doctorate in
medical informatics, with visions of helping physicians help their patients through better
management of data.
Fortunately, I see that vision coming true, especially as I work with my colleagues at Microsoft to
create a secure informational infrastructure that gives physicians the information they need at
any time, and at any place – including over a wireless device as they attend to a patient at bed
side. We call this initiative to provide seamless, yet secure, access to data on an anytime,
anywhere, basis Healthcare Without Boundaries.
Though we are proud of our proud of our work, the great wonders come from what we see after
we release our products, as physicians do things with our software that we never envisioned.
Physicians, by nature – or through selection and training – have a scientific mind and a driving
curiosity. Over and again my colleagues and I are dazzled by what physicians are creating by
using our technology in unexpected ways.
And often the work is done by private practitioners looking for ways to create their own solution
because they either couldn’t afford a pre-packaged one, or couldn’t find a solution that
answered their creative visions.
Physicians, especially those in private or small group practice, are under great stress today. But
they are buoyed by a passion for their work and dedication to their patients, and they are
extremely resourceful with the brilliance and ingenuity that comes from the curiosity of the
scientific mind.
2. Medical Economics magazine recently ran a story about Robert Novich, a New Rochelle, New
York internist who needed an electronic medical records system for his solo practice. Suffering
from sticker shock and the inflexibility of the commercial EMRs he looked at, he decided to
create his own – using Microsoftâ Word and a fax machine. Lab reports and other documents
received by fax are directly imported into the computer for digital storage.
Working with his son Jeff, who was a college student at the time, Dr. Novich created a system
that uses Word templates to simplify creation of medical records; and Explorer to provide instant
file access; slashing time from pulling information out of file cabinets. The system also creates
and manages electronic prescriptions. The results? Dr. Novich said, “I feel like a brand new
doctor.”
This book [The Advanced Business of Medical Practice, 2nd edition] is filled with a wealth of
information on how to survive the financial, administrative, and regulatory pressures that could
otherwise draw down on the time you want to spend with your patients. Dr. Marcinko and his
contributors cover the spectrum from developing a medical office business plan for the new
practitioner, to placing a value on a practice for the retiring physician preparing to sell.
A sampling of topics includes: human resource management and physician recruitment,
marketing, insurance coding and health-law compliance, process improvement and medical
care outcomes tracking, cash flow analysis, office expense modeling, cost accounting, practice
benchmarking, financial and ratio analysis, ROI calculations, CRM, six sigma initiatives,
concierge medicine and medical ethics. Throughout this book a common denominator is the
need for acquiring and managing information.
Fortunately we live in a time when information technology is providing ever more benefits with
an ever lower threshold – both financially and technically.
For less than $500 you can buy a computer today that has a more powerful central processing
unit and more memory than the multi-million dollar mainframes and super computers that were
enshrined in regional banks and university research centers in the 1980s.
And, the advent of point-and-click interfaces and drag-and-drop development environments
mean that everyday doctors can do extraordinary things.
Microsoft recently sponsored a contest looking for innovative ways in which our Office suite of
applications had been used by healthcare workers. The response was overwhelming — not
because of the technology, but because of the innovative ways it was being deployed to solve
real-world problems. For example:
Cecil Lynch, an M.D. and medical informaticist who teaches at the University of
California at Davis is using Microsoft Access to help the U.S. Center for Disease Control
(CDC) enhance the efficiency of its disease surveillance system.
Dr. Duke Cameron of the Division of Cardiac Surgery, Johns Hopkins Hospital, came up
with the idea of using the Outlook Calendar to schedule operating rooms, to help assure
the OR is properly setup with specific implant devices and other special equipment or
supplies before the surgical team arrives.
Nick Hoda, a psychologist-in-training at Mississippi State University, uses Microsoft
Excel charts and graphs to show his elementary school clients coping with learning and
behavioral problems – that their behavior really is getting better. He uses the same
3. charts with teachers and administrators to win his young clients another chance at the
classroom.
My favorite story came from Dr. Thomas Schwieterman, a fourth-generation physician working
in the same medical office his great grandfather established in 1896 in the town of Mariastein,
Ohio. From those same historic environs, Schwieterman has used Microsoft Access to create
his own physician assistant application. The Schwieterman Family Physicians practice kept him
so busy that he was wondering how he could keep up with his patient caseload. Schwieterman
wanted a faster way to handle prescriptions, provide medical information, and record data for
his patient records.
He walked into a MacDonald’s restaurant one day and had an idea. “I ordered a cheeseburger
and fries and watched the person at the counter touch the screen of the cash register a few
times, and realized the order was getting transferred back to the food preparation area, and that
by the time I paid, my order was ready,” he said. “I thought to myself: ‘That’s what I need!’”
He searched for commercially available solutions, but when he couldn’t find an exact match for
his needs, and when he found prices steep for a small private practice, he decided to create his
own – using Access. He also called upon a friend with a Master’s Degree in electrical
engineering to help on the coding. His creation boosted his income by 20 percent – “Which was
important because we pay more than $60,000 a year for malpractice insurance even though our
clinic has never been sued since it was founded 107 years ago.”
What my friends at Microsoft especially like about this story is that when Dr. Schwieterman’s
colleagues tried his program, liked it, and suggested he try to sell it, he put together a
PowerPoint presentation – and landed a partnership agreement with a major healthcare supply
and services corporation to market his ChartScribe solution.
So, the pressures facing physicians are great, but so are their resources. Information
technology is one resource, this book is another, but the greatest of all is the innate curiosity
and drive to discover and create that seems to be so much a part of those who are drawn to this
noble profession.
Ahmad Hashem; MD, PhD
Global Healthcare Productivity Manager
Microsoft Healthcare Industry Solutions Group
Microsoft Corporation
[Third edition - circa 2012]