chapter 11 issues in informatics
TRANSCRIPT
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ISSUES IN INFORMATICS
Nursing Informatics and Healthcare Policy
The Role of Technology in the Medication-Use
ProcessHealthcare Data Standards
Electronic Health Record Systems
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Nursing Informatics and
Healthcare Policy
Informatics nurses have strong clinicalbackgrounds but cease to deliver care directlyto patients.
They refocus their careers on the informaticsdomain of interest to provide indirecthealthcare services.
E.g. informatics nurses working in acute caresettings might focus on system selection andimplementation.
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Nursing Informatics and
Healthcare Policy
Informatics nurses should assist with the
development and implementation of
technology tools for clinical practice,evaluation of the effectiveness of
technological tools on nurses work, and
help prepare nurses to use information
technologies.
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Nursing Informatics and
Healthcare Policy
NI- a well established as a specialty withinnursing
NI- needs to broaden its educational andpractice perspectives to include moreinterdisciplinary focus
Certification as a generalist in NI is currently
available, but a specialist level of certification isneeded to acknowledge more advancedinformatics skills
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Nursing Informatics and
Healthcare Policy
There is a tremendous need to improve the general
informatics skills of nursing faculty, students and
clinicians
Informatics nurses need to embrace telehealth as
part of informatics practice and work to educate
barriers imposed by licensure and reimbursement
issues NI community needs to become aware of health
policies that have been established or are under
consideration to determine their effect on
informatics practice
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Nursing Informatics and
Healthcare Policy
Preparation for Specialty Practice
Educational programs are available to prepare
nurses to practice in the field. Certification examination currently available
through the American Nurses Credentialing Center
is for a generalist NI.
Final requirement for specialty is representation byat least one organization. (AMIA, Health Information
Management System Society)
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April 27, 2004- President George W. Bush
issued an Executive order Incentives for the
Use of Health Information Technology andEstablishing the Position of the National Health
Information Technology Coordinatorthat has
the potential to impact every healthcare
entity, provider and NI professionals in the
US.
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1. Established a national health information
technology coordinator position
2. Work to develop a nationwide interoperablehealth IT infrastructure
3. Develop, maintain & direct implementation
of a strategic plan to guide implementationof interoperable health IT in both public &
private sectors
Components of Executive
Order 2004
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Interoperable health IT
- should reduce medical errors
- Improve quality & produce greatervalue for healthcare expenditures
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1. Appropriate information is available at the
time & place needed for medical decisions
2. Health quality is improved & evidence-based
medical care is delivered
3. Healthcare costs are reduced
4. More information is available to promote
greater competition
5. Health information is exchanged
6. Identifiable health information is secure &
protected
Guidelines for the
Infrastructure
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Was passed in 1996
Intended to improve public & private heath
programs by establishing standards to
facilitate the efficient transmission ofelectronic health information
Law also designates financial penalties for
noncompliance with standards related tospecific transactions
Health Insurance Portability
and Accountability Act (HIPAA)
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Enhanced doctor-patient
communication
Only minimal risks in increasing accessof patients to their records
Benefits of HIPAA
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1. To include core informatics knowledge and skill inall undergraduate, graduate and continuing
education programs
2. To increase the number of nurses with specializedskills in informatics
3. To enhance nursing practice and education through
informatics projects
4. To improve faculty skills in NI so that they in turn
can promote the development of informatics
competency in students
5. To increase collaborative efforts in NI
Strategic Directions for NI
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Is the use of electronic information andtelecommunications technologies to support
long distance clinical healthcare, patient and
professional health-related education, publichealth and health education.
With its introduction, ten of thousands of
patients are accessing healthcare remotelyfrom Arctic villages, rural communities and
prisons.
Telehealth
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Factors advancing telehealth technologyinnovations are decreasing cost of
telecommunication technologies, decreasing
cost of telehealth devices and applications,resolutions of interoperability issues, and
convergence of telehealth and
telecommunication technologies, IT and theInternet.
Telehealth
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The Role of Technology in the
Medication-Use Process
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IMPORTANT FACTS:
In fact, less than 10% of health care organizations
have yet to incorporate any type of medication
safety technology indicating that they have
allocated their limited financial and humanresources in other directions.
1995 television and newspaper accounts that
reported the tragic death of a patient from apreventable adverse drug event (ADE) due to an
inadvertent administration of a massive overdose
of a chemotherapy agent over 4 days at the Dana
Farber Cancer Institute
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How do we solve the problemswith regard to medication
usage and administration?
S l ti t th bl
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Solutions to the problem:
IT INNOVATIONS IN MEDICATION
USE PROCESS
Computerized Prescriber Order
Entry (CPOE) Bar Code-enabled point-of-care
technology
Automated Dispensing Cabinets
Smart Infusion Pump Delivery
Systems
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The Spoonful of Sugar: medicine management in NHS
hospitals (Audit Commission 2001) report concluded:
Complications arising from medicines treatment arethe most common cause of adverse events in hospital
patients.
Errors may occur from the initial decision to prescribe
to the final administration of the medicine, and theseinclude choice of the wrong medicine, dose, route,
form, and frequency.
Prescription sheets themselves may also be
tem oraril unavailable or lost.
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In the outpatient setting that indecipherable or unclear
orders resulted in more than 150 million telephone
calls from pharmacists and nurses to prescribersrequiring clarification.
Handwritten prescriptions are used 99% of the time to
communicate orders. Studies have shown that as a result of poor
handwriting, 50% of all written physician orders require
extra time to interpret.
Illegible handwriting on medication orders has beenshown to be a common cause of prescribing errors and
patient injury and death have actually resulted from
such errors
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COMPUTERIZED PRESCRIBERORDER ENTRY (CPOE)
The Leapfrog Project advocated the use ofCPOE technology to prevent errors.
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Computerized Prescriber
Order Entry (CPOE)
Use of CPOE has the potential to alleviate
many problems
Defined as system used for direct entry ofone or more types of medical orders by a
prescriber into a system that transmits
those orders electronically to theappropriate department
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Computerized Prescriber
Order Entry (CPOE)
is a process of electronic entry of medical
practitioner instructions for the treatment of
patients (particularly hospitalized patients)under his or her care.
These orders are communicated over
a computer network to the medical staff or tothe departments (pharmacy, laboratory,
or radiology) responsible for fulfilling the
order.
http://en.wikipedia.org/wiki/Hospitalhttp://en.wikipedia.org/wiki/Computer_networkhttp://en.wikipedia.org/wiki/Pharmacyhttp://en.wikipedia.org/wiki/Radiologyhttp://en.wikipedia.org/wiki/Radiologyhttp://en.wikipedia.org/wiki/Pharmacyhttp://en.wikipedia.org/wiki/Computer_networkhttp://en.wikipedia.org/wiki/Hospital -
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Computerized Prescriber
Order Entry (CPOE)
CPOE decreases delay in order completion,
reduces errors related to handwriting
or transcription, allows order entry at point-of-care or off-site, provides error-checking for
duplicate or incorrect doses or tests, and
simplifies inventory and posting of charges.
Comp teri ed Prescriber
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Features: Ordering
Physician orders are standardized across the
organization, yet may be individualized for eachdoctor or specialty by using order sets. Orders are
communicated to all departments and involved
caregivers, improving response time and avoidingscheduling problems and conflict with existing
orders.
Computerized Prescriber
Order Entry (CPOE)
Computerized Prescriber
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Features: Patient-centered decision support
The ordering process includes a display of the
patient's medical history and current results andevidence-based clinical guidelines to support
treatment decisions.
Computerized Prescriber
Order Entry (CPOE)
Computerized Prescriber
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Features: Patient safety features
The CPOE system allows real-time patient
identification, drug doserecommendations, adverse drug
reaction reviews, and checks on allergies and test
or treatment conflicts. Physicians and nurses canreview orders immediately for confirmation.
Computerized Prescriber
Order Entry (CPOE)
Computerized Prescriber
http://en.wikipedia.org/wiki/Patient_safetyhttp://en.wikipedia.org/wiki/Adverse_drug_reactionhttp://en.wikipedia.org/wiki/Adverse_drug_reactionhttp://en.wikipedia.org/wiki/Adverse_drug_reactionhttp://en.wikipedia.org/wiki/Adverse_drug_reactionhttp://en.wikipedia.org/wiki/Patient_safety -
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Features: Intuitive Human interface
The order entry workflow corresponds to familiar
"paper-based" ordering to allow efficient use bynew or infrequent users.
Computerized Prescriber
Order Entry (CPOE)
Computerized Prescriber
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Features: Regulatory compliance and security
Access is secure, and a permanent record is
created, with electronic signature.
Portability
The system accepts and manages orders for all
departments at the point-of-care, from anylocation in the health system (physician's office,
hospital or home) through a variety of devices,
including wireless PCs and tablet computers.
Computerized Prescriber
Order Entry (CPOE)
Computerized Prescriber
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Features: Management
The system delivers statistical reports online so
that managers can analyze patient census andmake changes in staffing, replace inventory and
audit utilization and productivity throughout the
organization. Data is collected for training,planning, and root cause analysis for patient
safety events.
Computerized Prescriber
Order Entry (CPOE)
Computerized Prescriber
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Features: Billing
Documentation is improved by linking diagnoses
(ICD-9-CM or ICD-10-CM codes) to orders at thetime of order entry to support appropriate
charges.
Computerized Prescriber
Order Entry (CPOE)
http://en.wikipedia.org/wiki/ICD-9-CMhttp://en.wikipedia.org/wiki/ICD-10-CMhttp://en.wikipedia.org/wiki/ICD-10-CMhttp://en.wikipedia.org/wiki/ICD-10-CMhttp://en.wikipedia.org/wiki/ICD-10-CMhttp://en.wikipedia.org/wiki/ICD-10-CMhttp://en.wikipedia.org/wiki/ICD-10-CMhttp://en.wikipedia.org/wiki/ICD-9-CMhttp://en.wikipedia.org/wiki/ICD-9-CMhttp://en.wikipedia.org/wiki/ICD-9-CMhttp://en.wikipedia.org/wiki/ICD-9-CMhttp://en.wikipedia.org/wiki/ICD-9-CM -
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Advantages:Can improve quality, patient outcomes
& safety by a variety of factors such asincreasing preventive health guideline
compliance by exposing prescribers to
reminder messages to providepreventive care by encouraging
compliance with recommended
guidelines, identifying patients
needing updated immunizations orvaccinations and suggesting cancer
screening & diagnosis reminders &
prompts
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Advantages:Reductions in the variation in care to
improve disease management byimproving follow-up of newly
diagnosed conditions, reminder
systems to improve patientmanagement, automating evidence-
based protocols, adhering to clinical
guidelines or providing screening
instruments to help diagnosisdisorders
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Advantages:Order entry system can improve drug
prescribing & administration byimproving antibiotic usage, suggesting
whether certain antibiotics or their
dosages are appropriate for useMedication refill compliance can be
increased using reminder systems to
increase adherence to therapies
Drug dosing could be improved
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Advantages: Reduction of non-missed-dose
medication errors from 142/1000patient days to 26.6/1000 patient
days
Reduction of nonintercepted seriousmedication errors from 7.6/1000
patient days 1.1/1000 patient days
Errors of omissions reduced- such as
failure to act on results or carry out
indicated tests
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Advantages: Handwriting & interpretation issues
would be eliminated Eliminate the need for staff members to
manually transport orders to the
pharmacy, radiology department and
labs, resulting in fewer lost or misplaced
orders and faster delivery time
Eliminated the need for staff members in
those departments to manually enter theorders into their information systems,
reducing the potential for transcription
errors
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Advantages: More comprehensive and accurate
documentation by prescribers and nurses Enable ready access to updated drug
information
Reductions in hospitalizations &decreased lengths of stay can be obtained
from automated scheduling of follow-up
appointments to reducing unnecessary
diagnostic tests Patient user satisfaction
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Disadvantages: Concern about the costs of
implementation- software package, time,space, manpower, staff education &
development, workstations & high speed
Internet access
Difficult to prove or demonstrate any
quantifiable benefits or returns on
investment because it is hard to
accurately measure the actual costs ofusing paper-based records
System require nurses to possess basic
computer skills
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Benefits; Nurses have more time with patients due
to enhanced productivity due to areduced frequency in contracting
prescribers to clarify orders
Reduction in time wastedin transcribing
duplicate orders for the same medication
or test
Greater standardization of orders
Lessening the need to understand andadhere to diverse regimens and schedules
Improve efficiencywhen ordering
tests/procedures
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Benefits; Reducing time devoted to carrying
out redundant orders
Less need to enter voice orders into
system as prescriber gain access to
the system from other units &remote locations
Orders would be executed faster
Medication would be available morequickly
Patients receive prompter care
B C de E bled P i t
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Bar Code-Enabled Point-of-Care Technology
Demonstrated its power to greatly improve
productivity & accuracy in the identification
of products in a variety of business settings,such as supermarkets & department stores
Proven to be an effective technology, it
quickly spread to virtually all otherindustries
B C de E bled P i t
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Bar Code-Enabled Point-of-Care Technology
1435 Hospitals showed that only:
43% of hospitals had even discussedthe
possibility of bar code drug administration 2.5% used this technology in some areas of the
hospital
Less than 1% hadfully implementeditthroughout the organization
Reasons for few implementation of
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Reasons for few implementation of
Bar Code-Enabled point-of-care
technology
Cost of implementation
Inadequate systems
Lack of the number of medications thatare packaged with bar codes
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Bar Code Technology
Improve safe administration of
medications
10-fold reduction in error over 8 years
The system helps to verify thatright
drug is being administered to the rightpatientat the right dose by the right
route at the right time
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BPOCOn admission, patients are issued an
individualized bar code wristband thatuniquely identifies their identity
When the patient is to receive a
medication, nurses scans their bar
coded employee identifier and the
patients bar code wristband to confirm
their identity.
Prior to medication administration,each bar coded packaged of medication
to be administered at the bedside is
scanned
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Bar code Scanner
Enable nurses to have greater
accuracy in recording the timing of
medication administration, as
computer generates an actualreal-time log medication
administration
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Features:Increased accountability and capture
of charges for items such as unit-stock medications
Up-to-date drug reference
information from online medicationreference libraries. This could
include pictures of tablets or
capsules, usual dosages,
contraindications, adverse reactions
and other safety warnings,
pregnancy risk factors and
administration details
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Features:
Customizable comments/alerts (e.g. look-
alike/sound-alike drug names) and
reminders of important clinical actions thatneed to be taken when administering certain
medications (e.g. respiratory intubation is
required for neuromuscular agent)
Monitoring the pharmacy and nursesresponse to predetermined rules/standards
in the rules engine such as alerts or
reminders for the pharmacist or nurse.
Includes allergies, duplicate dosing,
over/under dosing, checking for cumulative
dosing for medications with established
maximum doses
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Reconciliation for pending or
STAT orders (i.e. a prescriber
order not yet verified by apharmacist). The ability of the
nurse to enter a STAT order
into the system onadministration that is linked
directly to the pharmacy
profile and prevents theduplicate administration of the
same medication.
Features:
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Capturing data for the purpose of
retrospective analysis of aggregate
data to monitor trends (e.g.percent of doses administered late
& errors of omission). However,
this analysis should notbe used toassess employee performance,
especially if it could lead to
punitive action
Verifying blood transfusion &
laboratory specimen collection
identification
Features:
Negative Effects:
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Negative Effects:Nurses were sometimes caught off guard
by the programmed automated actionstaken by the BPOC software. Ex. The BPOC
would remove medications from a patient
drug profile list for 4hrs. After the
scheduled administration time, even if themedication were never administered.
Therefore if the patient returned from a
procedure more than 4hrs after a
scheduled medication administrationtime, the nurse would have no way of
viewing if the ordered medication
had/had not been administered
Negative Effects:
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Negative Effects:
The BPOC seemed to restrain the
coordination of patient information
between prescribers and nurses
when compared to traditional paper
based system. Before, the prescribercould quickly review the handwritten
MAR at the patients bedside or in
the units medication room
Negative Effects:
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Negative Effects:The nurse found it more difficult to
deviate from the routineadministration sequence with the
BPOC system.
Ex. If a patient refused a medication,the nurse had to manually document
the change in a time-consuming
process since the medication hadalready been documented as given
when it was originally scanned.
Negative Effects:
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Negative Effects:The nurse felt that their main
priority was the timeliness ofmedication administration because
BPOC required nurse to type in an
explanation when medications weregiven even a few minutes late.
Nurses used strategies to increase
efficiency that circumvented theintended use of BPOC
IMPORTANT NOTE
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IMPORTANT NOTE
Interaction between nurses and technology at
the bedside is important & must be continually
evaluated for SAFETY. Ex. Nurses circumventing the normal
procedures by removing/duplicating patients
barcode wristbands & scanning all of the
patients bar code wristbands & then scanning
the medications for each patient while in the
medication room prior to or after medication
administration
Type of Errors could occur
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Type of Errors could occurOmissions: After a patients bar
code armband & medication havebeen scanned, the dose is
inadequately dropped onto the
floor. This results in a time lapsebetween the documentation that
the medication was supposedly
administered and the actualadministration after obtaining of a
new dose
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Extra Dose: An extra dose may be
given when there are orders for the
same drug to be administered by adifferent route. Ex. If one nurse gives
oral dose is called away & the
covering nurse administers the doseintravenous (IV). The problem arises
when there is no alert between
profiled routes of administration
indicating that the medication was
previously administered by one route
that is different than the second route
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Wrong drug: in situations when the
nurse administers a medication,
which has not been labeled with a barcode
Wrong dose: In situations when thenurse has difficulty in scanning
medication & proceeds to scan the
medication twice. This results in adouble dose when only one tablet
is to be administered.
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AutomatedDispensing Cabinets A computerized point-of-use medication
management system that is designed to
replace or support the traditional unit-dose drug delivery system.
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AutomatedDispensing Cabinets is a computerized drug storage device or
cabinet designed for hospitals. ADCs
allow medications to be stored anddispensed near the point of care while
controlling and tracking drug distribution.
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AutomatedDispensing Cabinets incorporate sophisticated software and
electronic interfaces to synthesize high-
risk steps in the medication use process.
provide computer controlled storage,
dispensation, tracking, and
documentation of medication
distribution on the resident care unit.
a ona es e n e w e
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a ona es e n e w eacceptance of ADC
technology Improving pharmacy productivity
Improving nursing productivity Reducing costs
Improving charge capture
Enhancing patient quality and safety
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Errors:Look-alike/sound-alike medication names
Lack of pharmacy screening of medication
order prior to administration
Choosing the wrong medication from an
alphabet pick list
High-alert medications placed, stored and
returned to ADCs
Storage of medications with look-alike names
and/or packaging
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ADC issues to ensure safemedication practicesConsider purchasing a system that allow for patient
profiling so pharmacist can enter & screen drug
orders prior to their removal & administered. Also
consider purchasing a system that utilizes bar-code
technology during the stocking, retrieval and drug
administration
Carefully select the drugs that will be stocked in thecabinets. Consider the needs of each patient care
unit as well as the age and diagnoses of patients
being treated on the units.
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ADC issues to ensure safemedication practicesPlace drugs that cannot be accessed without
pharmacy order entry and screening in
individual matrix binUse individual cabinets to separate pediatric
and adult medications
Periodically reassess the drugs stocked in eachunit-based cabinet.
Remove only a single dose of the medication
ordered
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ADC issues to ensure safemedication practicesDevelop a check system to assure
accurate stocking of the cabinets.
Place allergy reminders for specificdrugs, such as antibiotics, NSAIDs on the
cabinets
Routinely run and analyze override
reports to help track and identify
problems
Smart Infusion Pump
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Smart Infusion Pump
Delivery Systems
Infusion Pump- primarily used to
deliver parenteral medications through
IV or epidural lines and can be found invariety of clinical settings ranging from
acute care and long term facilities,
patients homes and physicians office
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ERRORS: due to incorrect, inappropriate or
miscalculation of an order for the medication
Smart Pump-
infusion pumps with dosecalculation software
Could reduce:
Medication errors
Improve workflow
Provide a new source of data for continuous quality
improvement by identifying and correcting pump-
programming errors
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are designed to offer extra bedside protection
against mistakes.
The pumps' software can hold an extensive
drug library that includes pre-
established maximum and minimum range doses
for each medication.
SMART PUMPS
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A warning sounds if a staff tries to exceed these
doses.
The pump may give a "soft alert," which asks
users to reconsider whether they want to
program that particular dose.
A "hard alert" will not allow users to override
the machine and administer a dose outside of
the librarys limit.
SMART PUMPS
Smart Infusion Pump
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Smart Infusion Pump
Delivery Systems
Can also integrate bar code technology toprovide
additional checks and balances in the drug
administration process
Ensure correct medication, correct patient, at right
dose
Enables the infusion system toprovide an additional
verification of the programming of medication delivery
Nurse receives an alert when the dose is below/above
the organizations preestablished limits
f
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The fact is paper records
kill. And the tragic is the
deaths are avoidable.
As patient advocates,
nurses have a
responsibility to discuss
their patient safety concern
and speak up about thedangers associated with the
current paper-based
medication use process.
N h
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Nurses have a
responsibility to become
familiar with the availabilityofsafety technology, the
advantages and
disadvantages and to work
in collaboration with other
healthcare stakeholders in
the search for new and
innovative technologic
solutions to improve patient
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Dependable Systems forQuality Care
Th h lth i d t i
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The healthcare industry is
undergoing a dramatic
transformation from todaysinefficient, costly, manually
intensive, crises-driven
model of care delivery to a
more efficient, consumer-
centric, science based,
model that proactively
focuses on health
management.
C d f Ethi f N
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Code of Ethics for Nurses
affirms that the nurse
holds in confidencepersonal information and
ensures that the use of
technology is compatible
with the safety, dignity and
rights of people.
IT i k bl f thi
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IT is a key enabler for this
transformation
As provider organizations
become increasingly
dependent on IT in the
delivery of care, new risks
emerge, & system
dependability becomesessential for business
success, quality care, and
patient safety.
Dependable systems are
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Dependable systems are:
Reliable- the system consistently behaves
in the same way.
They are available when they are needed
Confidentiality-sensitive information is
disclosed only to those authorized to seeit.
Dependable systems are
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Dependable systems are:
They assure the integrity of data-data are
not corrupted or destroyed.
They are responsive-system responds to
user input within an expected and
acceptable time period.
They are safe-does not cause harm
Five guidelines for achieving
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Dependable systems are: Architect for dependability
Anticipate failures
Anticipate success
Hire meticulous managers
Dont be adventurous
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As business operations and priorities
change, the role and status of IT within
the provider organizations will increase. The healthcare provider of tomorrow
undoubtedly will consider IT a core
business asset and system dependability abusiness imperative
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An enterprise system architecture should be
developed from the bottom up so that no
critical component is dependent on a
component less trustworthy than itself.
Single-point dependencies should be avoided
or eliminated.
No single component should be capable of
bringing the system down should that
component fail.
Guideline 1: Architect for Dependability
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At the infrastructure level, features that are
transparent to software applications should be
implemented to detect faults, to fail over to
redundant components when faults are
detected, and to recover from failures before
they become catastrophic.
Guideline 2: Anticipate Failures
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Security features to detect, disable and recover
from malicious attacks, while preservingsystem stability and security should be
implemented
Guideline 2: Anticipate Failures
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The system planning process should
anticipate business success and the
consequential need for larger networks, more
systems, new applications, and additional
integration.
Guideline 3: Anticipate Success
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Anticipate hospital and clinic mergers,
growing patient/customer base will enable the
system designer to visualize the data flow,
system loading and network impact resulting
from business growth and success.
Guideline 3: Anticipate Success
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Managing and keeping complex networks and
integrated systems available and responsive
requires meticulous overseers individuals
who know that failures will occur and accept
that failures are most likely to occur when they
are least expected.
Guideline 4: Hire Meticulous Managers
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Good system administrators meticulously
monitor and manage system and network
performance, using out-of-band tools that do
not themselves affect performance.
They take emergency and disaster planning
seriously; they develop, maintain, and
judiciously exercise plans and procedures for
managing emergencies and recovering from
disaster.
Guideline 4: Hire Meticulous Managers
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For dependability, one should use only proven
methods, tools, technologies and products that
have been in production, under conditions, and
at a scale similar to the intended environment.
Guideline 5: Dont Be Adventurous