2. This document should guide healthcare professionals reviewing
their current falls and fall injury prevention program. In no way
does this document contain all possible options for developing a
falls and fall injury prevention program. Do not use this
document as the sole source for developing a falls and fall injury
prevention program. Instead, view it as additional information
for the development of a fall injury prevention program that
matches the complexity of your organization. This presentation
is available for use only with permission from the author. The
conclusions in this outline are based on available research and
represent the opinion of the author. The “Fall Prevention
Intervention Workflow Wheel®” , “Fall Prevention Pillars®” and
“SBAR Fall Prevention Tool®” are available for use with
permission of the author only.
3. 20-years of nursing leadership experience
◦ Board certified nurse executive-advanced and Psychiatric
Mental Health Nurse Practitioner
United States Air Force, Major, Nurse Corps
◦ Psychiatric Nurse Practitioner
Education
◦ Master of Nursing, Psychiatric Nurse Practitioner
University of Washington
◦ Master of Health Policy and Administration
Washington State University
◦ Bachelor of Science in Nursing
Seattle Pacific University
4. Introduction
Scope of the Issue
Why Do Patients Fall?
Sequelae from Falls
Psychiatric Nurse Practitioner Role
Interventions
Fall Prevention Interventions Workflow Wheel
Medication Interventions
SBAR
Risk Identification Scales
Example documentation of fall risk
Geriatric Considerations
Recommendations
5. Falls rate in hospitals is between 2.2-
17.1 per 1000 patient days
The healthcare facility rate is three
times higher than the community
Approximately 15,000 people 65 and
older die from falls each year
Patient falls result in costs of more
than $20 billion a year
6. Second only to the medication events
The leading cause of nonfatal injuries
Leads to negative outcomes
Prolongs hospitalization
Legal liability
Still searching for an answer….
9. Five high risk areas
1) Medications
Antipsychotics
Benzodiazepines
Sedative/hypnotics
Digoxin medications
2) Orthostatic hypotension
3) Poor vision
4) Impaired mobility
5) Unsafe behavior
10. Past history of a fall is the
single best predictor of
future falls
30% to 40% of patients
who fall will do so again…
11. High risk nursing units
◦ Psychiatric
◦ Oncology
◦ Orthopedic
◦ Neurology
◦ Geriatric units
Classifications of patient falls
◦ Accidental
◦ Anticipated physiological
◦ Unanticipated physiological
12. Injuries occur in 15% to 50% of falls
Range: Bruises-minor injuries-severe soft
tissue wounds-Skeletal fractures-Death
Patient falls account for about 65,000
hip fractures annually
Falls contribute to a 50% higher
mortality
Loss of confidence, anxiety and
depression, and PTSD
13. Approximately 1 in 10 falls will result
in a serious injury
After adjusting for age
◦ Fall fatality rate in can be up to 49% higher
for men
◦ Women are 67% more likely than men to
have a nonfatal fall injury
14. The psychiatric liaison consultant has
a growing role in acute care hospitals
The psychiatric nurse practitioner
(PNP) is uniquely trained to lead
patient fall prevention initiatives.
PNPs are trained to work with patients
who are confused, agitated, delirious,
demented, non-compliant, and on
sedating medications
15. When almost all the patients are HRF,
the focus needs to shift from
identification to intervention
Two goals for a successful strategy
◦ Promotion of nurses’ professional knowledge and
skills in implementing a fall prevention program
◦ Cultivation of nurses’ attitudes in treating patients
as their own families
16. Effective interventions are part of a
basic universal fall program
◦ Assessment of all patients for risk of falling
◦ A culture of safety
◦ Hospital protocol for those at risk of falling
◦ Enhanced communication of risk of injury from a
fall
◦ Customized interventions for those at risk of injury
from a fall
17. Hospitals successful at reducing fall
rates
◦ Developed a culture of safety
◦ Used fall-risk assessments
◦ Deployed multifactorial interventions
◦ Conducted post fall follow-up
◦ Involved quality improvement
◦ Integrated risk screening within the electronic
medical record
18.
19. The causes of falls are multifactorial
◦ Intrinsic risk factors
◦ Extrinsic risk factors linked to the environment
Workflow redesign is more pressing
than ever
◦ Introduction of new technologies
◦ New treatment methodologies
20.
21.
22. Withdrawal or reduction of
psychotropic medications
Delirium avoidance program
Reducing sedative and hypnotic
medications
Supplementation with vitamin D
and/or of calcium
23. SBAR is a form of structured
communication adapted from aviation
and the military
SBAR acronym
◦ Situation (S; what is the situation?)
◦ Background (B; what is the background
information?)
◦ Assessment (A; what is your assessment of the
situation?)
◦ Recommendations (R; how do you recommend the
problem be resolved?)
24. SBAR Fall Prevention Tool was developed J.P. Tomsic. For use with permission only.
Follow your institution’s patient fall policy e.g. notifying the falls provider and reporting patient incidents
SBAR Hand-off
Introduce yourself to the oncoming shift by name, title, and nursing unit.
Prior to change of shift complete an assessment of fall risk. Provide the oncoming care provider with the patient’s risk factors. If using bedside
reporting include the patient and family in fall risk education.
Situation: [patient] is [age] admitted on [date] with a current diagnosis of [diagnosis]. The patient’s is currently [oriented X_], [confused],
[lethargic], [Dizzy], [lightheaded], [unconscious], [seizing], or [other]. The patient is complaining of [_ out of 10 pain]. Patient with [multiple
comorbidities], [behavioral disturbance], [agitation or confusion], [vision problems], [delirium], [muscle weakness], [urinary incontinence],
[impaired balance]. Physically check bed alarm is on and functioning with ongoing shift.
Background: [patient name], [level of activity]. The patient [does] or [does not] have a history of falls. The patient [does] or [does not] have a
history of seizures. The patient [does] or [does not] have a history of orthostatic hypotension. The patient [does] or [does not] has a history of
behavior such as [throwing himself onto the floor] or [other]. The [patient] [does] or [does not] have a history of [dizziness], [lightheaded],
[confused], [agitation], [seizures] or [anything else] that may contributed to the fall risk. The patient’s last Fall Risk Scale score was [number].
Assessment: Patient is not responding to redirection or [state interventions] and has made ___ exits attempts in the past ___ hours. The
patient is at risk due to use of [antipsychotics], [benzodiazepines], [sedative/hypnotics], [digoxin] [orthostatic hypotension], [poor vision],
[impaired mobility], [unsafe behavior]. Patient with behavioral disturbance as evidenced by [agitation], [confusion]. Patient with vision
problems and glasses are [on],[at bedside], [remind family to bring in]. Patient currently be treated for [delirium], [ETOH/Opiate withdrawal].
Ambulation impaired due to [muscle weakness], [impaired balance ]. Provide frequent toileting due to [urinary incontinence], [diarrhea].
Recommendations: Additional orders [Medication change], [1:1 observation], [restraints], [enclosure bed] or [other]. Nursing interventions
[move closer to nursing station], [bed exit alarm], or [other]
25. SBAR Fall Prevention Tool was developed J.P. Tomsic. For use with permission only.
Follow your institution’s patient fall policy e.g. notifying the falls provider and reporting patient incidents
SBAR After a Fall
Introduce yourself to the provider by name, title, and nursing unit.
Provide lifesaving care if the patient is in acute distress or rapidly deteriorating call a code and get help! Complete an assessment (do not move
if injured) and provide the provider with the patient’s condition.
Situation: [patient] fell on [date] at [time]. [he/ she] is [age] admitted on [date] with a current diagnosis of [diagnosis]. The patient’s is currently
[oriented X_], [confused], [lethargic], [Dizzy], [lightheaded], [unconscious], [seizing], or [other]. The patient is complaining of [_ out of 10 pain],
or appears to be in pain as evidenced by [overt signs of pain such as grimacing, moaning, guarding]. Additional items to report: The patient
currently has [chest pain], [difficulty breathing], [numbness], [suspect a c-spine injury] or [other]. Current vital signs (including pulse oximetry)
are [state].
Background: [patient name], [level of activity]. The patient [does] or [does not] have a history of falls. The patient [does] or [does not] have a
history of seizures. The patient [does] or [does not] have a history of orthostatic hypotension. The patient [does] or [does not] has a history of
behavior such as [throwing himself onto the floor] or [other]. The [patient] [does] or [does not] have a history of [dizziness], [lightheaded],
[confused], [agitation], [seizures] or [anything else] that may contributed to the fall risk. The patient’s last Fall Risk Scale score was [number].
Assessment: Condition is at [baseline] or [has changed]. The patient [does] or [does not] appear to have an injury. The patient appears to have
sustained a [head injury] as indicated by [overt signs such as cuts, abrasion, bump, or swelling on the head], [visual changes] or [headache] from
the fall. The patient appears to have sustained a [possible fracture] AEB [location of deformity or swelling] or difficulty moving, [LLE, RLE, LUE,
RLE etc.] from the fall. The patient appears to have sustained a [neck injury] AEB [numbness] to [extremity]. The patient has a [bruise],
[scratch], [hematoma], [laceration] [superficial wound] on [location]. The injury appears to be [mild], [moderate], [severe].
Recommendations: recommend [provider assessment], [pain medication], [X-ray], [transfer, emergency room] or [other]. The patient is
requesting [pain medication], [anxiety medication], or [other].
26. A fall-risk assessment is required to
meet the Joint Commission standards
Commonly used fall-risk assessments
◦ Morse Fall Scale (MultiCare Health System)
◦ Hendrich Falls Risk Model II
◦ Edmonson Psychiatric Fall Risk Assessment Tool
(Memorial Hospital in Illinois)
◦ The Conley Scale
◦ Tinetti Balance Assessment Tool (Western State Hospital)
◦ The Johns Hopkins Fall Risk Assessment Tool (UW
Medical Center)
27. Risk Factors Edmonson
The Johns Hopkins
Fall Risk Assessment
Tool
The Conley Scale Morse Falls Scale Tinetti
Hendrich II Fall Risk
Model
Psychiatric
Assessment
Risk Assessment
Questions?
No
Yes
(Low Risk if complete
paralysis immobilized,
High risk if history of >
one fall within 6
months or fall during
hospitization)
No
Yes
(IV or IV Access is 25
points)
No No Past Medical History
Age? Yes Yes No No No No
Identifying
Information
Mental Status or
Cognition?
Yes
Yes
(cognition)
Yes
(Orientation,
Agitation, Impaired
Judgement)
Yes
(oriented abulation
ability and limitations)
No
Yes
(confusion,
disorientation,
impulsivity,
depression)
Mental Status
Examination
Altered Elimination? Yes Yes
Yes
(Bathroom in a hurry,
wet or soil self on way
to bathroom, up at
night to use BR)
No No Yes Past Medical History
Medications? Yes Yes No No No
Yes
(antiepileptics,
Benzodiazepines)
Past Medical and
Psychiatric History
Diagnosis? Yes No No Yes No No Multiaxial Diagnosis
Ambulation and
Balance?
Yes
Yes
(mobility)
Yes
(difficulty getting out
of bed or chair, Using
supports, weak)
Yes
(Gait)
Yes
(various maneuvers
that takes 8-10
minutes to complete
and requires training)
Yes
(get and go test)
Mental Status
Examination
Screening for
abnormal movement
and gait
Nutrition? Yes No No No No No
Screening for
depression
Sleep Disturbance? Yes No No No No No
Screening for various
psychiatric diagnosis
depression and
bipolar
History of Falls? Yes Yes
Yes
(last 3-months)
Yes No No Past Medical History
28. Psychiatric professionals can
accomplish a fall risk assessment with
every intake simply by increasing their
awareness of the items included in a
falls risk assessment
Example questions
◦ “Have you had any falls in the past 6-months or
during the hospitalization?”
◦ “Are you having any issues going to the bathroom
such as urgency or getting up at night?”
29. The most common cause of accidental
death amount older adults
5th leading cause of older adult death
◦ Seniors older than 80 years are most likely
to be injured
Older adults with mental illness are at
increased risk for both falls and
subsequent fractures
30. Patients do not generally regain pre-
injury levels of physical functioning
Seniors with mild Alzheimer's may not
adapt mobility behavior to match
cognitive and physical impairments
Frontal lobe dysfunction
◦ Disinhibition of behavior
◦ Poor judgment
◦ Movement disorders
31. Develop a delirium avoidance program
as a key intervention
Use a risk screening tool but consider
also rank ordering patients by fall risk
◦ Consider a parallel process to rank order
patients by degree of falls risk in addition
to the hospital-wide falls risk assessment
scale
32. Involve the psychiatric liaison team
◦ Add fall risk screening to psychiatric
intakes
◦ Add fear of falling to the multiaxial
assessment
◦ Review medications for all HRF patients
◦ Develop a process to review all patient
falls within 24-hours
33. Develop chart audit processes
Develop realistic training including
role playing and hands-on training
Track the cost of falls and use this
information to calculate the return on
investment for new equipment, staff
education or items such as electronic
incident reporting
34. Apply Lean principles to any fall
prevention program
Incorporate fall prevention
interventions into the nurse’s
workflow
Implement bedside change of shift
handoff communication
◦ Use standardized communication
35. Place patients in the High Risk for
Falls (HRF) subgroup on bed alarms or
document the reason why a bed alarm
is not appropriate
◦ Develop a standard algorithm for bed-exit
monitoring
◦ Monitor time from bed-exit alarm to staff
response
Add bed-exit attempts to the RN to
RN and charge nurse report
36. Place patients at the “highest” HRF
next to nursing station
Also consider non-HRF patient rooms
e.g. rooms too far from nursing
station to quickly respond
Review patient fall data to determine
each unit’s “Fall Safe Zones”
◦ Chart audit results often substantiate safer rooms
◦ Conduct a “Safety Reshuffle” q shift
37. Track close calls e.g. HRF patient self
ambulates to bathroom
Develop visual tools
◦ Strategically located
List “Priority High Risk to Fall“ patients
Risk for current shift
Patient on alarms
Alarm standards
Patients with communication issues
More
38. Develop process to make “Fall Safe
Patient Assignments”
◦ Ensure that nursing assignments are
acuity neutral so nurses have time to
frequently check patients.
◦ Develop process for nursing staff input on
falls risk acuity, falls risk and bed alarm
data to build an overall risk profile for
patients each shift
39. Develop fall risk hand-off
communication process
◦ Awareness of patients with bed alarms
◦ Nurses share falls risk for the oncoming shift
◦ Standardized interventions for patients at the
highest risk for falling
Have the charge nurse read the names
of each “Priority High Risk to Fall”,
High Risk to Falls with bed alarm as
part of a 2-minute overview
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Hinweis der Redaktion
Despite years of efforts to reduce falls and fall-related injuries, acute care facilities have had limited success and falls are a common occurrence in hospitals with rates between 2.2 and 17.1 falls per 1000 patient days depending on hospital type and patient populations (Galbraith, Memon, & Harty, 2011).
It is estimated that 78% of falls in hospitalized patients can be categorized as predictable physiological falls, i.e., occurring in individuals exposed to identifiable risk (Lovallo, Rolandi, Rossetti, & Lasignani, 2009).
According to the Centers for Disease Control and Prevention, “in 2004, 14,900 people 65 and older died from injuries related to unintentional falls” (Hendrich, 2007).
Falls are second only to the medication events category of reported adverse events in hospitals and are the leading cause of nonfatal injuries (Kolin et al., 2010).
Patient falls in hospitals are common and may lead to negative outcomes such as injuries, prolonged hospitalization and legal liability (Schwendimann, Buhler, GEEST, & Milisen, 2006).
Individual intrinsic factors such as comorbidities, behavioral disturbance, agitation, confusion, vision problems, delirium, muscle weakness, urinary incontinence, and impaired balance increase the risk of a falls while hospitalized (Spoelstra, Given, & Given, 2011).
Individual intrinsic factors such as comorbidities, behavioral disturbance, agitation, confusion, vision problems, delirium, muscle weakness, urinary incontinence, and impaired balance increase the risk of a falls while hospitalized (Spoelstra, Given, & Given, 2011).
The five areas of risk accepted in the literature as being associated with falls are; 1) use of antipsychotics, benzodiazepines, sedative/hypnotics and digoxin medications, 2) orthostatic hypotension, 3) poor vision, 4) impaired mobility, and 5) unsafe behavior (Taylor et al., 2005).
Past history of a fall is the single best predictor of future falls and 30–40% of patients who fall will do so again (Taylor, Parmelee, Brown, & Ouslander, 2005).
Research has shown that certain units, specifically psychiatric, oncology, orthopedic, neurology, and geriatric units, have higher fall incidences (Lloyd, 2011).
The causal factors can be broken down into three classifications of patient falls: accidental (caused by the patient slipping or tripping, usually attributed to some environmental hazard such as water on the floor), anticipated physiological (falls by persons considered at risk of falling), and unanticipated physiological (falls attributed to physiological factors that cannot be predicted before the first fall) (Doherty & Crossen-Sills, 2009).
Injuries resulting from falls have been reported to occur in 15% to 50% of these incidents and range from bruises or minor injuries to severe soft tissue wounds and skeletal fractures (Galbraith et al., 2011).
Patient falls in healthcare facilities account for about 65,000 hip fractures annually (Taylor et al., 2005).
Falls contribute to higher rates of mortality: patients who fall have up to a 50% higher mortality than patients who do not (Falen et al., 2011).
Patient falls can lead to serious complications, such as injuries, fractures, cranial and soft tissue traumas and disability (Lovallo, Rolandi, Rossetti, & Lasignani, 2009). Other complications include loss of confidence, anxiety and depression, and post-fall syndrome (Lovallo, Rolandi, Rossetti, & Lasignani, 2009).
Approximately 1 in 10 falls will result in a serious injury, such as a hip fracture or other type of fracture, subdural hematoma or other serious soft-tissue injury, or head injury (Doherty & Crossen-Sills, 2009).
After adjusting for age, the fall fatality rate in 2004 was 49% higher for men and women are 67% more likely than men to have a nonfatal fall injury (Doherty & Crossen-Sills, 2009).
A successful strategy may need to equally address two education goals: (a) promotion of nurses’ professional knowledge and skills in implementing a fall prevention program, and (b) cultivation of nurses’ attitudes in treating patients as their own families (Tzeng, 2011).
Interventions can be effective if part of a basic universal fall program which includes an assessment of all patients for risk of falling, a culture of safety, hospital protocol for those at risk of falling, enhanced communication of risk of injury from a fall, and customized interventions for those at risk of injury from a fall (Spoelstra et al., 2011).
Studies that were successful at reducing hospital fall rates implemented some or all of the following elements: (a) development of a culture of safety, (b) fall-risk assessments, (c) multifactoral interventions, (d) postfall follow-up and quality improvement, and (e) integration with electronic records (Spoelstra et al., 2011).
Developed by J.P Tomsic
The causes of falls are multifactorial; in addition to a patient’s intrinsic risk factors, such as age, sex and clinical conditions, an important role is played by a number of extrinsic risk factors linked to the environment, such as surfaces, footwear and walking aids (Lovallo et al., 2009).
The need to think about workflow design is more pressing than ever due to the introduction of new technologies and treatment methodologies into clinical care (Cain & Haque, 2008).
Developed by J.P. Tomsic
The evidence supports withdrawal of psychotropic medications, as both a single intervention and as a component of multifactorial and multicomponent intervention (Panel on Prevention of Falls in Older Persons, 2010).
For example, reducing sedative and hypnotic medications, in-depth patient education, and sustained exercise programs may reduce falls (Spoelstra et al., 2011).
There is increasing evidence that a supplementation of vitamin D and/or of calcium may reduce the fall and fracture rates (Annweiler et al., 2010).
SBAR, a form of structured communication, has been adapted from aviation and the military as a strategy for clear and focused communication intended to reduce adverse events, improve patient safety, and improve efficiency (Compton et al., 2012).
SBAR is an acronym for a clear statement of the situation (S; what is the situation?), background (B; what is the background information?), assessment (A; what is your assessment of the situation?), and recommendations (R; how do you recommend the problem be resolved?) (Compton et al., 2012).
Developed by J.P. Tomsic
Developed by J.P. Tomsic
A fall-risk assessment is required to meet the Joint Commission standards (Spoelstra et al., 2011). Commonly used fall-risk assessments in the hospital setting include the Morse Fall Scale (used at MultiCare Health System) and the Hendrich Falls Risk Model II (Spoelstra et al., 2011). Other commonly used fall-risk assessments include the Edmonson Psychiatric Fall Risk Assessment Tool (used at Memorial Hospital in Illinois), The Conley Scale, Tinetti Balance Assessment Tool (used at Western State Hospital) and The Johns Hopkins Fall Risk Assessment Tool (used at UW Medical Center). The risk categories of various falls risk scales and there relationship to psychiatric assessment is summarized in Appendix C.
Falls are the most common cause of accidental death among older adults and are associated with increased morbidity and mortality (Stubbs, 2011). Fall-related injuries are the fifth leading cause of death in older adults (Ryan, McCloy, Rundquist, Srinivansan, & Laird, 2011). Older adults with mental illness are at increased risk of both falls and subsequent fractures, because of a range of complex risk factors (Stubbs, 2011). Seniors older than 80 years are the most likely to fall and be injured, however, it is not age per se that increases the risk of falls; multiple comorbidities associated with aging greatly enhance fall risk (Ryan et al., 2011).
Older people who sustain fall-related injuries do not generally regain their pre-injury levels of physical functioning (Scaf-Klomp, Sanderman, Ormel, I, & Kempen, 2003). Seniors with mild Alzheimer’s disease may not adapt their mobility behavior to match their cognitive and physical impairments (Ryan et al., 2011). Frontal lobe dysfunction may cause disinhibition of behavior, poor judgment, and movement disorders (Ryan et al., 2011).