Quality of Care

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**InHCc HMIS**

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Index - Same Level Subject

Assessing HIS
Change Management
Healthcare Processes
Certification Process
Accounting and Financial
Human Resources
Information Management
Management
Data Analysis and Data Mining
Error detection and Fraud Prevention
Surveillance
Research
External Communication and Reporting
Marketing
Safety and Security
Software and Programming
"Bells and Whistles "
Client and Household Care
Quality of Care
Education and Training
Administrative
Government and Political
Employee Efficiency
 

Index - Child Subjects
Patient Centric
Client Satisfaction
Continuity of Care
Specific Care
Nutrition
Infection Control
Chronic Care

Introduction

Quality of Health care is independent from the kind, size and complexity of the organization.

The "give me a pill and made me better" syndrome...which I have heard often at the Triage desk!

In general, quality of health care issues has been defined as the absence of shortages of financial, material, and human inputs (De Geyndt 1995). However, not only is there a need to know the inputs that go into the care, there is a need for the evaluation of the actual process of care. This has not previously been done because it was thought too difficult and costly. De Geyndt in his paper made the statement:

 

“Outcome measures were not used in the developing country studies. Improving outcomes is a presumptive result of improving the process and is not documented mainly for lack of valid and reliable measuring tools and indicators, the expense involved and the tenuous cause-effect relationship between process and outcome.

 

Quality Assurance / Continuous Quality Improvement.

 

Today’s evaluation of  “quality” is not dependent on “cost-benefit” but rather is dependent on a list (a list is bad because management tends to concentrate on this only). Lists may include (1) patient survey (2) employee survey, (3) etc. These are also lack support. "Satisfaction" is only one of many indicators of health care quality and research has shown that it is not a very good one. 

The development of the InHCc system has allowed data to be quantified objectively—a challenge which is widespread in many industries. The InHCc system uses this information to develop QA mechanisms that improve its data reporting, analytical reliability, and business decisions.

 

InHCc’s research (Mexico 2003) shows that even in very poor areas, a majority of clients are willing to pay for the services of a specialist even when the charges for these services are twice as much as the general practitioner. What is even more interesting is that these clients will visit a clinic that offers the services of specialists and by-pass clinics that do not have these services even though the other clinics may be closer.

 

“Perceived” quality of care may be the most import factor influencing clients’ choice of health care organizations.  This observation may be extremely important when governmental organizations attempt to build health care facilities in very small rural towns and villages. If the quality of care in these facilities is not perceived to be good, then these facilities will fail economically and more importantly will fail to serve the needs of the local population. It may make little difference if these facilities are closer to the client or even offer the lowest price service; they will not be used.  InHCc’s research has also shown that clients, in general, equate “larger” with “better.”

 

Many numbers that are calculated today to indicate “good quality of care” actually indicates poor management. As an example, the “proportion of health facilities that did not experience drug stock-outs” is a sign of very poor stock management. It is impossible for every facility to carry every drug and they should not be expected to do so. This is a waste of resources (overstocking of inventory requires additional money). 

 

Historical Account

The electronic record allows the healthcare professional to pull all historical information together and sort the data by date, problem, encounter, procedures and anyone of a number of other ways. Data can also be viewed of all the members of the family or household of the patient with ease and immediately. Data such as blood pressure can be viewed in a chart form as well as other laboratory values. Healthcare Intelligences can spot trends in data (read over a time period) and can automatically indicate that action needs to be taken.

 

This historical account is specially important when there many be more than one healthcare provider.

 

Communication among Care-Givers

While this benefit is one of the most quoted  benefits...it does not go far enough. While physicians may communicate with other physicians....more importantly, it allows physicians to view the notes and procedures of nursing, respiratory, rehabilitation, and other health givers.

 

In today's hospital ,"the nurse, not the physician, is the primary integrator and coordinator of information and is often the primary deliverer and monitor of care." (Korpman)

 

Instead of waiting to make "rounds" to determine what has happened, all healthcare professionals on the team can view all the notes of all other care givers. This can benefit the physician by reducing his time that he physically must be at the bed side obtaining information. The physician can view in real-time all procedures and processes of the patient.

 

Individuals move from place to place and from healthcare professional to healthcare profession. Communication is required among healthcare providers. It needs to be immediately and complete.

 

Provides tools for the "Comprehensive Examination"

A good HIS provides easy to use tools for the taking of a comprehensive exam by the HCP. All client history including a complete "System Review" is immediately available to all authorized medical staff. If sufficient time is not available during one visit, additional data can be collected during the next visit. There is no "separate notes" to try to find and read...

 

Anticipates future health problems and actions

A good HIS makes no attempt to separate the curative from the preventive. Both are integrated into one homogeneous component. A very easy to use education system is built into each of the modules thus making it very convenient for the HCP to use. A complete client history is solicited from the client giving the HCP an opportunity to provide education to the client.  The calculation of “risk factors” furthers the chance for client education. Education is as much a part of the management of the client as drugs or medical procedures.

 

Screening examinations and healthcare education can be recommended base on the individual's health profile.

 

Healthcare Intelligence can be used to "predict" future health care needs of the individual and thus the Healthcare Professional is able to provide education is advance according to the needs of the individual.

  • Identify at-risk patient populations

 

Efficiency of Healthcare Professionals

You only have to read the article: Diagnosing Diagnosis Errors: Lessons from a Multi-institutional Collaborative Project to understand how important it is to have a good HIS.

Best Practices built into the system

Medical Audit and "ratings" have become major growth areas with Health Care....i.e. the % of patients who received aspirin with 30 minutes of their arrival at the hospital with chest pain....Medical Audit Committees can be established to audit retrospectively the clinical application of medical knowledge and compare the care rendered to the pre-set standards (De Geyndt 1995)…if the data is available to analyze. Standards are set by using evidence based medicine.

 

The medical record provides support to medical education. Students and other Healthcare professionals can be used for "case studies", what works and what does not work.

Client Care. The Client is given better care through the HCP having immediate access to Standardized Protocols and References. The Client is given better care through Standardized Screen data requirements (i.e. the blood pressure is a required data entry)

Monitoring standards of care across clinicians. IT systems can provide immediate feed back to the HCP to ensure that the he provides only the best of care. Audits are automatic and do not require "sampling" of medical notes...All records are reviewed for omissions and rule based validity checks. Medical audit is becoming a major growth area. Healthcare professionals can also use these records to study the factors influencing their own management decisions and compare these to the outcomes of their patients.

Decision support incorporated into the ordering process includes order sets and templates, specially designed screens for every type of order (medication, blood products, etc.), extensive use of defaults based on Evidence Medicine, automatic displays of relevant patient information and alerts, warnings and other ordering suggestions.

In all cases “Standards” will be developed and available over the Internet. All Standards will include a measurement that indicates standards compliance and be available daily to management.

Protocols. Monitored for compliance. Standardized treatment protocols can be designed into the system such that a physician or nurse will have easy access to the information. In many cases, a check list can be created such that all items must be checked before the system will allow the information to be entered. This ensures that the client is receiving evidence based treatments. 

Launch quality improvement projects. Without the tracking of indicators no program can be developed for quality improvement.

Prevent of unnecessary procedures.

  • Profile the patient in order to provide the best treatment and health education for that type of patient.
  • Not only can a good HIS prevent duplicate treatments (fairly easily to do and should be done by all HCP's with or without a HIS) , it can also prevent "Unnecessary" Processes.
  • Protocols can be developed and displayed in the HIS system (as a check list) that suggest the procedures and treatments that must be given.

Certification Programs

Almost 90% of Certification and Accreditation programs depend on "policies and procedure" manuals being established and procedures in place to measure "quality". While these organizations report that it is not necessary to have an electronic system....I am not sure if it is possible.

Medical Audit

A good HIS system provides the data needed by the medical audit committee to evaluation the “Quality of Care”. The HIS can provide this information be measuring actual performance against evidence based medicine and other standards.

  • Since "ALL" medical details are retained and available for viewing, a medical audit can be made to determine if the examination was appropriate, the tests were appropriate, the diagnosis was correct, the treatments appropriate and the outcome as expected.

  • Warnings when required data is not completed by the Healthcare professional

  • Medical history records always available of client

  • More complete history because information is accumulated

Reference Data

Access to all source of healthcare references.

Embed activating triggers/reminders/best evidence data

The ability to develop protocols for triaging clients to appropriated interventions provides a method to check that the client is receiving the procedures and treatments that the symptoms and diagnosis dictate. 

Inappropriate interventions such as sterilization can be identified more rapidly. Certain Healthcare Professionals who stress certain procedures over others may be easily identified. 

By documentation comparison of specific procedures (time, outcome, cost) cost-effective methods of providing care can be provided.

Alerts and Warning: .

  • Checks for values that are out of range
  • Checks that required values are recorded
  • Check "rules" (indicators) that the patient has been compliant.
  • Generate preventative care reminders
  • Enable "cross checks" that checks for consistency in what the patient is telling the health care professional.
  • Receive medication interaction, allergy or lab abnormality alerts
  • Selecting the wrong medication or dosage
  • Insuring the correct identification of the patient
  • Having ALL care team members "review" ALL the data and orders.
  • Alerts for orders not given or not signed.

Check lists and structured data sets:

  • Checks lists can be provide that outlines the work flow and provide the "list of questions/procedures" that must be performed. Our work in Bangladesh showed that when a health care worker uses "memory" they will only perform 37% of the required "processes" for a good examination. When there is a check list, over 95% of the require processes are performed. 
  • Having structured data sets with rules that certain data fields cannot be null forces the Healthcare Profession to complete all data required.

Other

Access to Health Care Services will be improved. Through simple questionnaires taken by Healthcare Professionals, data can be analyzed to determine how to best use health care resources. The analysis can determine locations for new or improved services and can determine the best "scheduling" of staff in order to minimized the waiting time of clients. Data can be analyzed to determine what type of specialist are needed, how many, at what locations, and at what times of the day. Our research has shown that Clients have a very fixed "visit" patterns (time of day, day of Week)

With scheduling systems, the waiting time of the client will be reduced and an effective method of ensuring that the client is seen by the health care worker is guaranteed. Pre-registration reduces the time that it takes to obtain the client's records and to schedule laboratory examinations. 

Patient referrals are easily tracked. 

  • Maintain problem lists
  • Maintain medication lists

Contraindications will be easily identified. By having built in checks, drug usage can be tract more closely over time. When a treatment is prescribed, a check can be made automatically again any contraindications. It is impossible to check contraindications for a client  unless a history is obtained of that client across time and locations. Without the knowledge that he or she has received other medications from another physician, no dosage limits or time limits on medications can be implemented. 

Follow Up on Patient Care:

Since all data is available to every Healthcare Profession, local medical staff can monitor all referrals to a higher level of service or specialist.

The first thing that must be done is be able to track the patient.

  • Where is he and who are his providers?
  • By recording "more than" just the current address and telephone number, such as the data of the neighbor, family members, work data, the client can still be tracked even if he moves are changes his telephone number or means of contact.
  • Create a list of all Healthcare Professionals who is managing the care of the Patient. This provides the ability to alert and to contact those Professionals who needs to be alerted and how they can be contacted.
  • No-Shows can be listed automatically and staff can be sent to the home to determine the reason for their action. This can give invaluable information why clients are not returning to the clinic. 
  • Referrals can be made easily and follow-up provided. 
  • Patients with Chronic Conditions
  • We must track the Clients compliance. Is he doing what he needs to do to improve his health.
  • "Suggestions" for Screening examinations for Clients with selected profiles can be automated.

If a good referral system is in place, the patient may be more likely to select the lowest level consistent with her needs. 

A second opinion is now available. With the ability to carry on a conference with higher levels, additional information can be gathered and acted on.

Education is : All manuals are immediately available and updated with current information and procedures on-line. Information is updated immediately by downloading new versions of procedures and protocols. This leads to the ability to have all current information in which to make a decision immediately by the physician or nurse.

Resources more rapidly available: Since inventories are maintain, a patient can have the drug or service that is recommended, not the drug that may be on the shelve or the service that the health care worker "likes."

An organization can create protocols or “Component Temples” that address specific problems or situations. These individual component can then be combined to create larger protocols….

Reminders and Help Screens: incorporate instructional text to avoid the omission of appropriate information and/or help screens to display "how to" instructions without having to deviate from normal procedures.

Education of the Client: By being able to identify more easily those patients in need of education and their locations, it is possible to create "clusters" with the health care worker going to the location that is most convenient for those patients in need.

Increase time spend on Client Care: Increased knowledge of the clients allows the health care worker to focus on the reasons for non-use of service and on the beliefs and values of the target population. Decrease paper work by the physician and nurse gives more time for client care. 

Visualization: The ability to graphically to display data increases the ability to "see" trends and evernts that are above or below normal values 

Population Management

  • Stratify population to identify high-risk members

  • Stratify population to predict client future requirements

  • Stratify Disease states in the population to identify resource requirements

Protocols 

Medical Audit Committee: Audits can retrospectively examine the clinical application of medical knowledge and compares care rendered to the pre-set standards or have warning notices appear during the actual entre of data if a "contradiction" occurs. Standards are set using Evidence Based Medicine and Not by what a HCP may think about the best way to proceed.

 

Quality of Care Measurements

Quality of Care will be determined though the use of regular medical procedures. This "Medical Knowledge Flow" (MKF)  is as follows:

  • Client Motive for Visit

  • Client Syndromes

  • Client History

  • Client Family History

  • Client Review of Systems

  • Client Physical Examination

  • Diagnosis Tests Results

  • Preliminary Diagnosis 

  • Management (Treatment)

  • Outcomes

  • Reevaluation

  • Final Diagnosis

The Quality of Care can be determined by answering the following questions based on the "Medical Knowledge Flow:" 

  • Comparison between "Syndromes/Complains" and the actual Physical Examination given. Did the HCP examine the client thoroughly bases on the syndromes?

  • Comparisons between the Syndromes and results of the Physical Examination with the Laboratory tests requested. Were the laboratory tests request cost affective? Were the Laboratory tests requested of the type type that could determine the "additional" information needed to make a diagnosis? Could the results of the laboratory tests actually be used to determine "new information"?

  • Comparisons between Syndromes, Physical Examination, Laboratory Results, and “Preliminary Diagnosis:” Is the Diagnosis one that would be reasonably arrived at based on the information obtained from the preceding steps?

  • Comparisons between “preliminary diagnosis” and “standard treatments” given: Were the treatments correctly (both of type and cost) given to the Client based on the diagnosis?

  • Comparisons between  “preliminary diagnosis” and “final diagnosis”: Was the correct medical history and examination performed?

  • Client “outcome:” Did the actual client outcome match what was expected based on the diagnosis and treatments given adjusted for severity of illness on admission?

  • Was all patient data shared between the medical team?

This Workflow produces a better Diagnosis leading to better treatments and outcomes

Continuing care

  • ability to share "All" data immediately

  • Make data searches easy by having the Data organized into well defined hierarchies

  • There is "No data deleted" on summarizing notes for referrals. All data is available immediately and can be easily accessed over the Internet.

Chronic Care

Chronic Care of an increasingly aging population requires masses amounts of data. Without the ability to coordinate care among a team of care givers, it is impossible to effectively treat the patient.

 

Other Quality Control Data

  • Assess Clinical practice patterns against nationally recognized Evidence Based Medicine standards

  • Compare Clinical Practice patterns to Standard Effectiveness of Care Measures

  • Assess the performance of individual physicians against Evidence Based Medicine standards

  • Track specific metrics that help providers measure and manage their quality of improvement programs

  • Ability to support pre-exam/visit "work up" by ensuring that all resources required for the encounter is available. Questions can be more focused thus having time for more detail examinations.

  • Comparisons between  “expected number of days of care” and “actual” days of care: Did the patient stay longer in the unit then was normal for the diagnosis?

  • Number of patients not weighed: Does this improved examination taking?

  • Number of incomplete physicals given: Does this improved history taking?

  • Number of protocols not followed. 

  • Number of Revisits for same illness: Patient may have been discharged too soon, treatment was not appropriate, living conditions unsuitable, etc.

  • Standards met for fluid requirements: Is the patient receiving the correct amount of fluids for their diagnosis and physical weight and body surface area?

  • Documents not signed

  • Omitted care

  • Late entries clearly documented

  • Legal/Certification regulations are clearly noted

  • Date/time and by whom received on every order (acknowledge receipt)

  • Unable to "delete or destroy" and documentation

  • Ensure that all HCPs involved with the patient are notified of any change or problem

  • Requires that "authorizing agent" sign the document before it is entered into the system

  • Documents the type of order received (verbal, phone, email, etc)

  • Positively identifies the HCP, his role in the care of the patient, his Department, and his qualifications (specialty)

  • Prevents dosage errors by automatically checking the quantity entered into the order against the range of valued entries (prevents "decimal placement errors

  • Ability to sort and view all data in a verity of formats, including by Encounter and Chronological and by Case Management ID

Patient Safety

While it has been reported that in some cases (25%) of medication errors in 2006 involved computer technology as a contributing cause, it is more likely that the cause of these errors was the "neglect" of the healthcare professional. Computers are NOT responsible for anything....only the care giver. Computers are a tool to "help" the care giver, not to make decisions for them. If we are saying that the "computer" caused the problem, we are saying that the care giver didn't know enough to be able to tell the difference between the correct thing to do and the incorrect thing to do! Blaming "alert fatigue, screen fragmentation, terminology confusion and lack of appropriate defaults" on the computer is not appropriate. The question is what would have happened if they did not have the computer to help. In this case, there would have been even more mistakes. The correct analysis should be "how many less mistakes were made using the computer"...not how many were actually made. However...it is true that with a well designed system fewer mistakes should be made...

A good Data analysis system aids healthcare professionals in analyzing and identifying clients who may be at risk for health related problems. Other benefits are:

  • Screening exams based on age and gender

  • Patient Adverse Reaction/Allergy History available on all healthcare screens.

  • Allergies are displayed on every order recorder

  • Abbreviations are not needed. The full description of an item is presented.

  • Reference Material readily available

  • "Pick lists" provide domain specific datasets

  • Structured records makes in easier to communication clinical information without having to "interpret" the data

  • Screens have "Required" data entry for those data that must be completed based on Standards.

  • Allows for structured data entry with defined data sets requirements. This provided better documentation.

  • Medication errors are reduced by avoiding transcription errors, providing medication interaction checking, dose control errors by automatically checking on the patients weight, medication compatibility with the patient's problem.

  • There is "bad handwriting"

  • Standardization of content will improve safety by reducing opportunities for ambiguity or omission of data.

Provides Preventive Education with Curative care

The InHCc System makes no attempt to separate the curative from the preventive. Both are integrated into one homogeneous component. A very easy to use education system is built into each of the modules thus making it very convenient for the HCP to use. A complete client history is solicited from the client giving the HCP an opportunity to provide education to the client.  The calculation of “risk factors” furthers the chance for client education. Education is as much a part of the management of the client as drugs or medical procedures.

Quality of care can only be improved if you can measure it

The InHCc System provides the information needed by the medical audit committee to evaluation the “Quality of Care.” The InHCc System provides this information be measuring actual performance against standards developed by physicians for physicians. Examples are:

  • Was the appropriate Client and Family medical History taken? Was the social and mental status of the client established?

  • Comparisons between “syndromes” and “preliminary examination”: Was the examination given reasonable considering the client’s syndromes?

  • Comparison between “preliminary laboratory requests” and “preliminary examinations”: Where the laboratory test requested reasonable considering the client’s syndromes and his or her preliminary examination?

  • Comparison between “primary diagnosis” and the results obtained from the “preliminary laboratory requests” and the “preliminary examination”: Was the primary diagnosis reasonable considering the client’s syndromes, physical examination and results from the laboratory?

  • Comparisons between “primary diagnosis” and “standard treatments” given: Were the correct treatments given to the client or where the treatments too costly (or insufficient) for the diagnosis?

  • Comparisons between “preliminary diagnosis” and “final diagnosis”: Was the preliminary diagnosis correct?

  • Comparisons between “expected number of days of care” and “actual” days of care: Was the client under care longer then was normal for the diagnosis?

  • Client “outcome:” Was the actual client outcome reasonable with what was expected based on the treatment given adjustment for severity of illness on admission?

  • Number of “revisits” for same illness: Clients may have been discharged too soon; treatment was not appropriate, living conditions unsuitable, etc.

Monitoring of Quality of Care indicators

Quality of Care indicators can be automatically tracked on all patients as they enter the healthcare organization. The real time measures of the patient can be compared with the Quality of Care indicator to ensure that the patient is within normal limits of this care. Alerts can be thrown when any patient is out of these normal ranges.

Business intelligence can analyze an individual's history and risk profile to determine the likelihood of increased resource consumption based on client profiling.

Adverse Events and Problem Management

All adverse events must have a root cause analysis and must include consideration of any relevant literature.

Minimizes the time taken to use data

It was once asked of the author of this paper, “how long does it take to collect the data?” 

Not only is this question inappropriate but it shows a lack of understanding of why data is collected. The correct question would have been “how long does it take from the time of the event when the data is collect to the ability of the managers to be able to use the information.” Data has no value until it is used.

If data only takes a few seconds to collect, but then must by summarized, transferred, and finally after six months or so used; how useful is this information even if it is “easy to collect.”

The InHCc System makes data available to managers in real time.

Maximizes the use of information while minimizing the cost to collect data

It was said in one paper that “users can often develop a short list of indicators that require only modest investments in primary data collection. Costs can also be minimized by developing short lists of indicators that need to be collected only every three to five years. ” This is a waste of money and time!

Any investment should be evaluated by calculating the returns based on the inputs and outputs; it is NOT evaluated by how much it costs to implement or how easy it is. Indicators that are not used to manage and effect changes… return nothing; the return on investment is zero. It makes no difference how easy or cheap data are to collect if the data can not be used to create useful information to manage.

InHCc research shows that people are willing to pay for good health care; it is the same with data collection. If you do not use it, do not collect it. Good data can be, but not necessarily so, a large cost, but in the end the rewards are even greater. 

Intellectual property is the most valuable resource that an organization can have. 

Quality of Data

Measures to improve the quality of patient-based information have focused on timeliness, relevance, and accuracy. Where “relevance" depends on who is using the information, data available in real time becomes more relevance. 

The InHCc System collects information that can be used by managers to manage. In the past, it was considered sufficient to create indicators for “performance evaluation”; the InHCc system creates data to be able to manage these performance indicators, to be able to change them.

Coding rules are built into the InHCc system that help prevent inconsistent data. All codes are entered automatically into the database based on a descriptive selection of the user. The user does not know or need to know the codes. There is no need for “coders”.

Misc Benefits

  • Ability to send orders from the point of care directly to the individuals or department that will process these orders decreases incidents of lost orders or misdirected requests.

  • Ability to send orders for external services directly to the external organization.

  • Abnormal results can be sent directly to the individual or all individuals with an interest in this patient (case management)

  • Laboratory can better analysis the results of tests when they have available the complete medical condition of the patient.

  • Storage of data is not a problem

 Research

You cannot give better care if there is no research. Research can be improved by recording the "standardized atomic description of diseases and their processes."  Masses databases with this data can be analyzed automatically and record relationships and events that may be too uncommon to view without this ability. 

  • Use the database for disease management, clinical trials, and tracking patient's patterns.

  • Compare patients with similar conditions and treatment plans

  • Support routine health maintenance with automated reminders

  • Evaluate practice compliance with government requirement

  • Evaluate practice compliance with professional standardized protocols  

 

 

 

 

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