Case Study 03:
Hamilton Osteoporosis Diagnosis Services Inc. (HODSI)
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Background
The Hamilton Osteoporosis Diagnosis Services Inc. (HODSI) is a
set of 8 medical offices specializing in the discovery and diagnosis
of bone density related illnesses. HODSI uses advanced scanning
equipment to capture images and statistics of critical areas for
each patient. HODSI also serves as a repository of data for research
firms and pharmaceutical companies. The information obtained at
HODSI, coupled with research studies, leads to advancements in modern
treatment of osteoporosis and other bone density related illnesses.
Problem Overview
The health care industry has always been one that sees a great
deal of change. Technological advances in the field of medicine
occur on a daily basis. However, in contrast to the rapid advances
in medical technology the patient and office management processes
are lagging behind and doctors are feeling the strain of administrative
work. In December 8, 2003 an article published by MacLean’s
Magazine entitled “The doctor is in… pain “
stated that “60% of family doctors say billing and paperwork
take up from 10% to 25% of their time - 21% say It’s even
more”. Furthermore, the article also shows that 86% of surveyed
doctors feel that their time spent on administrative matters has
worsened over the past decade.
Issues facing the client
- Excessive amounts of paper work
- No clinic interconnectivity
- Possibility of anomalies in data
- Increased shipping and supply costs
- No advanced search capabilities of patient records
- Inability to quickly gather statistics
- Long turnaround time on report generation
- Increased labour required to manage patient records and scheduling
- Manual billing consuming man hours and contributing to anomalies
in data
Solution
After performing a detailed work domain analysis of HODSI, Inovex
was able to identify the issues listed on the opposite page. The
next step involved designing an interconnected office solution to
suit their needs. After careful consideration, and numerous designs,
Inovex decided to use a combination of windows based software and
a web interface to provide HODSI with the interconnectivity and
accessibility they required. This suite of software, known as Inovex
Antedote, contains a set of tools that can be adapted for use in
any clinical environment. Antedote made effective use of three core competencies:
EveryThink - integrate paperwork and processes between divisions
AnyWare - for a secure network community between satellite offices
CustomEyes - a powerful user-friendly application to access data
Software components
Receptionist’s Console
This module of the Antedote suite is responsible for scheduling
new patients, validating health cards, creating new patients and
physicians, managing the relationships between physicians and patients,
entering patient results, and managing bills and bill submission.
Results entered are used to automatically generate new bills. The
bills can then be submitted electronically or by disk depending
on the interface used by the local billing agency.
Furthermore, custom billing and scheduling reports can be generated
through this console. These reports are highly customizable and
can be built to meet the needs of any institution.

Research Console
The Research Console is a unique tool developed with flexibility
and ease of use in mind. The purpose of this console is to provide
the user with the ability to generate reports and retrieve data
dynamically.
The user has the ability to create any statistical report they
wish. They can export these reports to excel, save them as a template
to perform on a recurring basis, or simply write them to file for
later use. Custom built reports are created with little turnaround
time, making HODSI an attractive research partner.

Typist Console
The Typist Console is the final step before automated billing.
Any additional comments from physicians are entered into the patients
profile in addition to the results of the corresponding visit. The
user can record results for all clinics from one location. They
can also perform these actions through the web interface.
This console gives the user the ability to assign volumes of patients
to the physician of their choice for billing and analysis.
Doctor’s Web Interface
In addition to the windows based software there is a secure web
component to the Antedote suite. The Doctor’s Web Interface
allows physicians to view and edit patient information from anywhere.
After the patient’s visit, their scans are converted to digital
form and linked to their profile. Once their results are entered
the typist will assign them to a physician for analysis. This physician
can then download the patients scan, edit their results, and even
view their history all via the web.
Administrator’s Web Interface
All administration is also performed over the web. New users and
clinics can be created. In this manner Inovex Antedote can grow
as the number of medical clinics it services does.
Scan Conversion
The scan conversion component of the Antedote suite runs behind
the scenes to convert scans to digital form. This component periodically
checks each scanning machine for new printouts. If there are new
scans printed, the software extracts information from the scan and
uses this to find its corresponding match in the patient database.
These scans are then converted from their original form into PDF
format allowing users of the web interface to view, or even reproduce,
these scans for analysis.

Benefits
Using the Antedote suite HODSI enjoys the following benefits:
- Eliminated paper trail
- Quick search capabilities that drastically reduce research
time
- Reduced research time that results in increased studies
- Office interconnectivity making patient management and accounting
a breeze
- Ability to schedule for all clinics from a central location
- Remote reading and analysis of patient information and medical
scans through secure web interface.
Inovex Antedote caters to the issues facing HODSI, creating a
highly beneficial tool that has ultimately decreased administrative
overhead and man hours while increasing data accuracy and accessibility.

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