Alarm fatigue, caused by excessive numbers of alarms, is a national problem and patient safety issue. A quality improvement project was conducted on a medical telemetry unit to reduce alarm fatigue through various interventions such as individualizing patient alarm parameters, educating nursing staff, and improving communication. These interventions led to a significant decrease in the number of telemetry alarms and increased compliance with proper alarm management.
Get The Most Out Of Your Medical Imaging Equipment from Atlantis WorldwideAtlantis Worldwide LLC
Managing medical imaging equipment has always been challenging. You have to deal with staff shortages, the 4-28-21 Medical imaging bottom line, patient throughput and reducing exposure risks for staff and patients.
All medical imaging equipment manufactured today is supposed to conform to the DICOM standards. Viewing of the images thus produced cannot be done by ordinary imaging programs available on a regular PC. A special diagnostic medical imaging program is required, known as a DICOM workstation. For commercial use in medical diagnosis, such diagnostic medical imaging programs need to be FDA approved and need a special license. These measures ensure that any application developed for clinical purposes is capable of accurate depiction of high quality medical images.
The Challenge of Adoption: A Nurse's View of EMR and the Road Ahead
- A Nurse's View of the EMR -- Kathy English, Kris Hanke
- Closed Loop Pharmacy Safety Demo -- Kris Hanke
- Clinical Coordinator -- Carol Blair, Midland Memorial
- Questions and Discussion
- Medsphere.org: Tip of the Month
The December call will center on a Nurse's perspective of the EMR and will feature a demonstration of the closed loop medication capabilities of OpenVista. This would be an excellent call for any clinical application coordinators, specialists and nurses to join. Please feel free invite any colleagues that might find this topic relevant.
When: December 18, 12:30 - 2pm Pacific
Where: Dial-in: (888) 346-3950 // Participant Code: 1302465
Web conference: http://www.medsphere.com/infinite/
Details and Recording available here: http://medsphere.org/blogs/events/2008/12/18/community-call-december-2008
The Pursuit of Excellence in Image QualityCarestream
The accuracy of a medical diagnosis can only be as solid as the quality of the X-ray images. In this special report, we look at several ways that imaging facilities can improve their ability to capture pristine radiographs.
Get The Most Out Of Your Medical Imaging Equipment from Atlantis WorldwideAtlantis Worldwide LLC
Managing medical imaging equipment has always been challenging. You have to deal with staff shortages, the 4-28-21 Medical imaging bottom line, patient throughput and reducing exposure risks for staff and patients.
All medical imaging equipment manufactured today is supposed to conform to the DICOM standards. Viewing of the images thus produced cannot be done by ordinary imaging programs available on a regular PC. A special diagnostic medical imaging program is required, known as a DICOM workstation. For commercial use in medical diagnosis, such diagnostic medical imaging programs need to be FDA approved and need a special license. These measures ensure that any application developed for clinical purposes is capable of accurate depiction of high quality medical images.
The Challenge of Adoption: A Nurse's View of EMR and the Road Ahead
- A Nurse's View of the EMR -- Kathy English, Kris Hanke
- Closed Loop Pharmacy Safety Demo -- Kris Hanke
- Clinical Coordinator -- Carol Blair, Midland Memorial
- Questions and Discussion
- Medsphere.org: Tip of the Month
The December call will center on a Nurse's perspective of the EMR and will feature a demonstration of the closed loop medication capabilities of OpenVista. This would be an excellent call for any clinical application coordinators, specialists and nurses to join. Please feel free invite any colleagues that might find this topic relevant.
When: December 18, 12:30 - 2pm Pacific
Where: Dial-in: (888) 346-3950 // Participant Code: 1302465
Web conference: http://www.medsphere.com/infinite/
Details and Recording available here: http://medsphere.org/blogs/events/2008/12/18/community-call-december-2008
The Pursuit of Excellence in Image QualityCarestream
The accuracy of a medical diagnosis can only be as solid as the quality of the X-ray images. In this special report, we look at several ways that imaging facilities can improve their ability to capture pristine radiographs.
Stewart Ferguson, PhD
Acting CIO, Alaska Native Tribal Health Consortium and Director, Alaska Federal Health Care Access Network (AFHCAN)
John Kokesh, MD
Medical Director, Department of Otolaryngology, Alaska Native Medical Center
(4/11/10, Illott, 2.15)
Preventing Readmissions Virtually: Telemedicine & Your FacilityRelyMD
RelyMD co-founder and director of virtual health, Dr. Bobby Park presents during LeadingAge NC's 2017 Annual Conference. View these slides to learn how nursing homes and CCRCs are utilizing telemedicine to decrease hospitalizations and save on costs for their facility.
Traditional Text-only vs. Multimedia Enhanced Radiology ReportingCarestream
The Department of Radiology and Imaging Sciences at Emory University School of Medicine partnered with Carestream to seek out the perceived value of using multimedia-enhanced radiology reports (MERR) vs. the traditional text reports. The results overwhelmingly favored the MERRs.
The Complementary Roles of Computer-Aided Diagnosis and Quantitative Image A...Carestream
This presentation from RSNA explains how their similarities and differences have an impact on assessment, quality assurance and training in radiography. Read the blog at http://www.carestream.com/blog/2016/06/07/differences-between-computer-aided-diagnosis-and-quantitative-image-analysis/
Introducing Comprehensive, Concurrent Patient Safety Surveillance for Hospita...Health Catalyst
Health Catalyst is excited to announce the Patient Safety Monitor™ Suite: Surveillance Module, the industry’s first comprehensive patient safety application to use predictive and text analytics combined with concurrent clinician review of data to help monitor, detect, predict and prevent threats to patients before harm can occur.
The Patient Safety Monitor Suite leverages AI and machine learning to quickly identify patterns of harm, learn from those patterns, and suggest strategies to eliminate patient safety risks and hazards. This potent combination of AI, machine learning, text analytics and near real-time data from multiple IT systems enables the Patient Safety Monitor Suite to predict harm events and guide clinical interventions while the patient is still in the hospital.
In this webinar you will learn how the Surveillance Module can provide:
* Greater clarity to the types, numbers, and causes of adverse events, enabling leaders to quickly prioritize improvement efforts.
* Improved patient outcomes such as reduced morbidity, mortality, and length-of-stay, and increased quality-of-life and satisfaction.
* Bottom-line cost savings and improved brand recognition related to unnecessary or preventable high-cost care and reduced/eliminated penalties.
* The ability for clinicians and infection preventionists to focus on patient care instead of burdensome manual data extraction, aggregation, and reporting.
San Francisco Bay Area: Top 10 Radiology Clinics & Imaging Centers in 2018GCRclinics
For more information, check the full version of report - http://blog.gcr.org/san-francisco-ba…ing-centers-2018/
According to the GCR's latest analysis of Radiology Clinics & Imaging Centers in San Francisco Bay Area, Stanford Health Care (Radiology) ranks as the leading clinic in San Francisco Bay Area, when it comes to overall international clinic reputation. A total of 220 Radiology Clinics & Imaging Centers were included in the study. The average GCR clinic quality score was 3.22.
Stanford Health Care (Radiology) ranked #1 with a GCR Score of 4.24, and ranks #1 from 10,816 Radiology clinics & hospitals monitored worldwide, followed by Palo Alto Medical Foundation - Radiology (3.89) and the Washington Hospital - Ultrasound Imaging (3.73).
Keynote Presentation "Big Data, Value Analysis and Population Health Science at Mayo Clinic"
Ryan Uitti, M.D.
Professor of Neurology
Deputy Director
Center for the Science of Health Care Delivery
Mayo Clinic
10 Best Dental Clinics in Lebanon (English speaking)GCRclinics
According to the GCR’s latest analysis of the 10 Best Dental Clinics in LEBANON, Medic8 clinics Kaslik ranks as the leading clinic in Lebanon, when it comes to overall international clinic reputation. A total of 93 dental clinics were included in the study. The average GCR dental clinic quality score was 3.19, demonstrating the huge range of rising healthcare standards available in the country.
428 Biomedical Instrumentation & Technology November/December 2016
Features
Abstract
Monitor watchers, or personnel whose job it is to
watch the central cardiac monitor and alert
clinicians of patient events, are used in many
hospitals. Monitor watchers may be used to
improve timely response to alarms and combat the
effects of alarm fatigue. However, little research
has been done on the use of monitor watchers,
and their practices have not been well described.
Therefore, the purpose of our study was to
examine the use of monitor watchers and their
characteristics, training, and practices.
Participants were recruited to complete an online
survey on monitor watcher practice via two
professional nursing organizations. A total of 413
responded to the survey, including 411 nurses and
two non-nurse professionals, and 61% reported
that their hospital used monitor watchers. Of
these, 60% indicated that their hospitals have
been using monitor watchers for more than 10
years, and 62% said that the monitor watchers
were located remotely from the patient care unit.
Many (68%) reported that monitor watchers
worked 12-hour shifts, and a majority said that
monitor watchers were required to have a
certificate in electrocardiographic monitoring
(67%) and be high school graduates (64%). Most
(70%) respondents reported that monitor
watchers alerted the nurse of an event via a
mobile phone carried by the nurse. The results of
this survey revealed that monitor watcher
practices varied widely. Further research is needed
to determine if the use of monitor watchers has an
impact on patient outcomes.
Failure to respond to clinical alarms in a
timely fashion is a critical patient safety
issue. Hospital personnel are looking for
strategies to improve the response to alarms
in an effort to ensure that critical events are
identified in a timely manner. Various alarm
notification strategies have been proposed to
ensure that those providing care to patients
are notified of true and actionable alarms.
These methods include the use of middle-
ware that sends alarms to the bedside
clinician’s wireless device, as well as the use
of monitor watchers.
Monitor watchers, or personnel whose job
it is to watch the central cardiac monitor and
alert clinicians of patient events, are used in
many hospitals. However, little research has
been done on the use of monitor watchers
and little is known about whether they make
a difference in the detection of arrhythmias
or in the outcomes of patients. Anecdotal
evidence suggests that the practices and
responsibilities of these monitor watchers
vary across institutions.
The little available research has focused on
monitor watcher arrhythmia detection,
communication, response times, workload,
effect on nurses’ electrocardiographic
knowledge, and patient outcomes.1–10 A
single-site study from 1997 showed that the
presence of dedicated monitor watchers was
not associated with lowe.
Capstone Project Change Proposal Presentation for Faculty Review a.docxbartholomeocoombs
Capstone Project Change Proposal Presentation for Faculty Review and Feedback
Assessment Description
Create a 10-15 slide Power Point presentation of your evidence-based intervention and change proposal to be disseminated to an interprofessional audience of leaders and stakeholders. Include the intervention, evidence-based literature, objectives, resources needed, anticipated measurable outcomes, and how the intervention would be evaluated. Submit the presentation in the digital classroom for feedback from the instructor.
PICOT Question (See other file uploaded)
Interventions
Falling incidences can cause several complications, including health care costs, severe health issues, immobility, etc. With the severity of this issue, appropriate interventions should take place. In this context, proper monitoring is one of the significant interventions to prevent this incidence (Huang et al., 2020). Hence, incorporating educated and efficient technicians while providing patient care can be an essential step. Yet, due to decreased mobility or functionality, older people often require help in doing basic activities, in this aspect, providing help to the patients while changing to hospital-approved gowns (Liu-Ambrose et al., 2019). In addition, one significant and effective intervention is providing quick education to the patient regarding fall prevention strategies (Radecki, Reynolds & Kara, 2018). Another critical aspect is providing a safe environment for clinical care. Outpatient clinics should improve their workflow and environmental condition, such as removing hazardous materials, and keeping the floor clean and dry, so that the clinic can provide a safe area for older patients. These interventions can help prevent falls (Guirguis-Blake et al., 2018).
Benchmark - Capstone Change Project Objectives
1. Prevent elderly falls in an outpatient radiology clinic.
Rationale: Falls occur as age advances due to individual risk factors or environmental factors. For example, gait or balance deficits, chronic conditions, medications, and footwear the patient is wearing. Assisting these patient populations can prevent falls in the department.
2. Educate patients and people in the community on how to prevent falls.
Rationale: Educate patients regarding physical changes and chronic health conditions that cause or probability of falls.
3. Provide a safe environment for clinical care in the outpatient clinical setting.
Rationale: Design the clinical area accessible to patients in wheelchairs, with assistive devices, and with mobility deficits. Have handrails on walls and hallways for support, clean, non-skid floors, and lighted pathways in hallways, rooms, and bathrooms.
4. A patient care technician (PCT) is available in the outpatient clinical area for patients.
Rationale: Having a PCT in the clinical area, especially around the dressing rooms, would benefit the patients needing help when changing to hospital-approved gowns and monitoring patients for risk.
Stewart Ferguson, PhD
Acting CIO, Alaska Native Tribal Health Consortium and Director, Alaska Federal Health Care Access Network (AFHCAN)
John Kokesh, MD
Medical Director, Department of Otolaryngology, Alaska Native Medical Center
(4/11/10, Illott, 2.15)
Preventing Readmissions Virtually: Telemedicine & Your FacilityRelyMD
RelyMD co-founder and director of virtual health, Dr. Bobby Park presents during LeadingAge NC's 2017 Annual Conference. View these slides to learn how nursing homes and CCRCs are utilizing telemedicine to decrease hospitalizations and save on costs for their facility.
Traditional Text-only vs. Multimedia Enhanced Radiology ReportingCarestream
The Department of Radiology and Imaging Sciences at Emory University School of Medicine partnered with Carestream to seek out the perceived value of using multimedia-enhanced radiology reports (MERR) vs. the traditional text reports. The results overwhelmingly favored the MERRs.
The Complementary Roles of Computer-Aided Diagnosis and Quantitative Image A...Carestream
This presentation from RSNA explains how their similarities and differences have an impact on assessment, quality assurance and training in radiography. Read the blog at http://www.carestream.com/blog/2016/06/07/differences-between-computer-aided-diagnosis-and-quantitative-image-analysis/
Introducing Comprehensive, Concurrent Patient Safety Surveillance for Hospita...Health Catalyst
Health Catalyst is excited to announce the Patient Safety Monitor™ Suite: Surveillance Module, the industry’s first comprehensive patient safety application to use predictive and text analytics combined with concurrent clinician review of data to help monitor, detect, predict and prevent threats to patients before harm can occur.
The Patient Safety Monitor Suite leverages AI and machine learning to quickly identify patterns of harm, learn from those patterns, and suggest strategies to eliminate patient safety risks and hazards. This potent combination of AI, machine learning, text analytics and near real-time data from multiple IT systems enables the Patient Safety Monitor Suite to predict harm events and guide clinical interventions while the patient is still in the hospital.
In this webinar you will learn how the Surveillance Module can provide:
* Greater clarity to the types, numbers, and causes of adverse events, enabling leaders to quickly prioritize improvement efforts.
* Improved patient outcomes such as reduced morbidity, mortality, and length-of-stay, and increased quality-of-life and satisfaction.
* Bottom-line cost savings and improved brand recognition related to unnecessary or preventable high-cost care and reduced/eliminated penalties.
* The ability for clinicians and infection preventionists to focus on patient care instead of burdensome manual data extraction, aggregation, and reporting.
San Francisco Bay Area: Top 10 Radiology Clinics & Imaging Centers in 2018GCRclinics
For more information, check the full version of report - http://blog.gcr.org/san-francisco-ba…ing-centers-2018/
According to the GCR's latest analysis of Radiology Clinics & Imaging Centers in San Francisco Bay Area, Stanford Health Care (Radiology) ranks as the leading clinic in San Francisco Bay Area, when it comes to overall international clinic reputation. A total of 220 Radiology Clinics & Imaging Centers were included in the study. The average GCR clinic quality score was 3.22.
Stanford Health Care (Radiology) ranked #1 with a GCR Score of 4.24, and ranks #1 from 10,816 Radiology clinics & hospitals monitored worldwide, followed by Palo Alto Medical Foundation - Radiology (3.89) and the Washington Hospital - Ultrasound Imaging (3.73).
Keynote Presentation "Big Data, Value Analysis and Population Health Science at Mayo Clinic"
Ryan Uitti, M.D.
Professor of Neurology
Deputy Director
Center for the Science of Health Care Delivery
Mayo Clinic
10 Best Dental Clinics in Lebanon (English speaking)GCRclinics
According to the GCR’s latest analysis of the 10 Best Dental Clinics in LEBANON, Medic8 clinics Kaslik ranks as the leading clinic in Lebanon, when it comes to overall international clinic reputation. A total of 93 dental clinics were included in the study. The average GCR dental clinic quality score was 3.19, demonstrating the huge range of rising healthcare standards available in the country.
428 Biomedical Instrumentation & Technology November/December 2016
Features
Abstract
Monitor watchers, or personnel whose job it is to
watch the central cardiac monitor and alert
clinicians of patient events, are used in many
hospitals. Monitor watchers may be used to
improve timely response to alarms and combat the
effects of alarm fatigue. However, little research
has been done on the use of monitor watchers,
and their practices have not been well described.
Therefore, the purpose of our study was to
examine the use of monitor watchers and their
characteristics, training, and practices.
Participants were recruited to complete an online
survey on monitor watcher practice via two
professional nursing organizations. A total of 413
responded to the survey, including 411 nurses and
two non-nurse professionals, and 61% reported
that their hospital used monitor watchers. Of
these, 60% indicated that their hospitals have
been using monitor watchers for more than 10
years, and 62% said that the monitor watchers
were located remotely from the patient care unit.
Many (68%) reported that monitor watchers
worked 12-hour shifts, and a majority said that
monitor watchers were required to have a
certificate in electrocardiographic monitoring
(67%) and be high school graduates (64%). Most
(70%) respondents reported that monitor
watchers alerted the nurse of an event via a
mobile phone carried by the nurse. The results of
this survey revealed that monitor watcher
practices varied widely. Further research is needed
to determine if the use of monitor watchers has an
impact on patient outcomes.
Failure to respond to clinical alarms in a
timely fashion is a critical patient safety
issue. Hospital personnel are looking for
strategies to improve the response to alarms
in an effort to ensure that critical events are
identified in a timely manner. Various alarm
notification strategies have been proposed to
ensure that those providing care to patients
are notified of true and actionable alarms.
These methods include the use of middle-
ware that sends alarms to the bedside
clinician’s wireless device, as well as the use
of monitor watchers.
Monitor watchers, or personnel whose job
it is to watch the central cardiac monitor and
alert clinicians of patient events, are used in
many hospitals. However, little research has
been done on the use of monitor watchers
and little is known about whether they make
a difference in the detection of arrhythmias
or in the outcomes of patients. Anecdotal
evidence suggests that the practices and
responsibilities of these monitor watchers
vary across institutions.
The little available research has focused on
monitor watcher arrhythmia detection,
communication, response times, workload,
effect on nurses’ electrocardiographic
knowledge, and patient outcomes.1–10 A
single-site study from 1997 showed that the
presence of dedicated monitor watchers was
not associated with lowe.
Capstone Project Change Proposal Presentation for Faculty Review a.docxbartholomeocoombs
Capstone Project Change Proposal Presentation for Faculty Review and Feedback
Assessment Description
Create a 10-15 slide Power Point presentation of your evidence-based intervention and change proposal to be disseminated to an interprofessional audience of leaders and stakeholders. Include the intervention, evidence-based literature, objectives, resources needed, anticipated measurable outcomes, and how the intervention would be evaluated. Submit the presentation in the digital classroom for feedback from the instructor.
PICOT Question (See other file uploaded)
Interventions
Falling incidences can cause several complications, including health care costs, severe health issues, immobility, etc. With the severity of this issue, appropriate interventions should take place. In this context, proper monitoring is one of the significant interventions to prevent this incidence (Huang et al., 2020). Hence, incorporating educated and efficient technicians while providing patient care can be an essential step. Yet, due to decreased mobility or functionality, older people often require help in doing basic activities, in this aspect, providing help to the patients while changing to hospital-approved gowns (Liu-Ambrose et al., 2019). In addition, one significant and effective intervention is providing quick education to the patient regarding fall prevention strategies (Radecki, Reynolds & Kara, 2018). Another critical aspect is providing a safe environment for clinical care. Outpatient clinics should improve their workflow and environmental condition, such as removing hazardous materials, and keeping the floor clean and dry, so that the clinic can provide a safe area for older patients. These interventions can help prevent falls (Guirguis-Blake et al., 2018).
Benchmark - Capstone Change Project Objectives
1. Prevent elderly falls in an outpatient radiology clinic.
Rationale: Falls occur as age advances due to individual risk factors or environmental factors. For example, gait or balance deficits, chronic conditions, medications, and footwear the patient is wearing. Assisting these patient populations can prevent falls in the department.
2. Educate patients and people in the community on how to prevent falls.
Rationale: Educate patients regarding physical changes and chronic health conditions that cause or probability of falls.
3. Provide a safe environment for clinical care in the outpatient clinical setting.
Rationale: Design the clinical area accessible to patients in wheelchairs, with assistive devices, and with mobility deficits. Have handrails on walls and hallways for support, clean, non-skid floors, and lighted pathways in hallways, rooms, and bathrooms.
4. A patient care technician (PCT) is available in the outpatient clinical area for patients.
Rationale: Having a PCT in the clinical area, especially around the dressing rooms, would benefit the patients needing help when changing to hospital-approved gowns and monitoring patients for risk.
Fall preventionApplying the evidence By Kathleen Fowier, MS.docxnealwaters20034
Fall prevention:
Applying the evidence By Kathleen Fowier, MSN, RN, CMSRN Quality Improvement Manager
UPMC St. Margaret, Pittsburgh, Pennsylvania
As told to Janet Boivin, BSN, RN
S u c c e s s f u l fall pre
vention program s use m u lti
m odal interventions, such as detailed
fall risk assessments, fre q u e n t m o n ito rin g by
staff, and a p p ro p ria te use o f equipm en t. Healthcare
facilities typically im p le m e n t best practices in b un
dles, m aking it often d iffic u lt to determ ine which in
terventions are the m ost effective.
UPMC St. M argaret Hospital in Pittsburgh, Penn
sylvania jo in e d the Pennsylvania Hospital Engage
m ent N etw ork (PA HEN) in A pril 2012 to reduce
falls w ith injury. This set us on a path th a t resulted
in a 75% reduction in falls w ith serious injuries.
(See graph.) Here is how we accom plished this
reduction.
Analysis: Role of data and best practices
A fte r jo in in g PA HEN, we fo rm e d a m ultidisciplinary
team tasked w ith review ing and investigating all fall
events, extracting and analyzing data, and evaluat
ing best practices im p le m e n te d as a result o f root
cause analysis.
Case study
This case study illustrates our fall team in action
An 80-year-old fem ale p a tie n t w ith im paired cognitive
function and m u ltip le risk factors— including an
unsteady gait, im paired vision, and m u ltiple
m edications— was assessed as a high fall risk when
a d m itte d to our facility.
The nursing staff im plem ented a bed alarm to alert
them when the p a tie n t was g e ttin g up w ith o u t using
the call light. They also m oved her closer to the nurse's
station and used purposeful rounding to anticipate and
attend to her needs. The average response tim e fo r
alerts w ith this p a tie n t was a rapid 10 seconds. D espite
these steps, the patient's bed alarm sounded several
tim es to alert staff, who fou n d her standing beside
the bed.
The nurses reached o u t to the fall team fo r support.
The team reviewed th e bed-alarm
settings (three sensitivity settings— low,
m edium , and high) and sim ulated alarm
tim e studies w ith the nursing staff. Their
efforts revealed m isperceptions in
em ployee understanding o f bed-alarm
settings. For example, the staff th o u g h t
the bed alarm w ould alert them th a t the
p a tie n t was o ff the p e rim e te r o f the
mattress no m atter what the sensitivity
setting.
The fall team used sim ulated bed-alarm
scenarios to educate the staff and help
to change practice. The nursing staff
learned it's not enough to sim ply engage
the alarm; the alarm also needs to be at the
a p p ropriate setting. The staff began using more
sensitive settings fo r patients w ith im pulsive behaviors.
We learned an im p o rta n t lesson: How well em ployees
understand facility equipm ent, its variations, and how
to use it are im p o rta n t considerations when analyzing
p a tie .
Fall preventionApplying the evidence By Kathleen Fowier, MS.docxmglenn3
Fall prevention:
Applying the evidence By Kathleen Fowier, MSN, RN, CMSRN Quality Improvement Manager
UPMC St. Margaret, Pittsburgh, Pennsylvania
As told to Janet Boivin, BSN, RN
S u c c e s s f u l fall pre
vention program s use m u lti
m odal interventions, such as detailed
fall risk assessments, fre q u e n t m o n ito rin g by
staff, and a p p ro p ria te use o f equipm en t. Healthcare
facilities typically im p le m e n t best practices in b un
dles, m aking it often d iffic u lt to determ ine which in
terventions are the m ost effective.
UPMC St. M argaret Hospital in Pittsburgh, Penn
sylvania jo in e d the Pennsylvania Hospital Engage
m ent N etw ork (PA HEN) in A pril 2012 to reduce
falls w ith injury. This set us on a path th a t resulted
in a 75% reduction in falls w ith serious injuries.
(See graph.) Here is how we accom plished this
reduction.
Analysis: Role of data and best practices
A fte r jo in in g PA HEN, we fo rm e d a m ultidisciplinary
team tasked w ith review ing and investigating all fall
events, extracting and analyzing data, and evaluat
ing best practices im p le m e n te d as a result o f root
cause analysis.
Case study
This case study illustrates our fall team in action
An 80-year-old fem ale p a tie n t w ith im paired cognitive
function and m u ltip le risk factors— including an
unsteady gait, im paired vision, and m u ltiple
m edications— was assessed as a high fall risk when
a d m itte d to our facility.
The nursing staff im plem ented a bed alarm to alert
them when the p a tie n t was g e ttin g up w ith o u t using
the call light. They also m oved her closer to the nurse's
station and used purposeful rounding to anticipate and
attend to her needs. The average response tim e fo r
alerts w ith this p a tie n t was a rapid 10 seconds. D espite
these steps, the patient's bed alarm sounded several
tim es to alert staff, who fou n d her standing beside
the bed.
The nurses reached o u t to the fall team fo r support.
The team reviewed th e bed-alarm
settings (three sensitivity settings— low,
m edium , and high) and sim ulated alarm
tim e studies w ith the nursing staff. Their
efforts revealed m isperceptions in
em ployee understanding o f bed-alarm
settings. For example, the staff th o u g h t
the bed alarm w ould alert them th a t the
p a tie n t was o ff the p e rim e te r o f the
mattress no m atter what the sensitivity
setting.
The fall team used sim ulated bed-alarm
scenarios to educate the staff and help
to change practice. The nursing staff
learned it's not enough to sim ply engage
the alarm; the alarm also needs to be at the
a p p ropriate setting. The staff began using more
sensitive settings fo r patients w ith im pulsive behaviors.
We learned an im p o rta n t lesson: How well em ployees
understand facility equipm ent, its variations, and how
to use it are im p o rta n t considerations when analyzing
p a tie .
Change Champions & Associates February 2016 Newsletter sharing innovations in health care from around Australia and NZ
12 pages of the latest innovation news
+
Info about Change Champions forthcoming events with more details at http://www.changechampions.com.au.
Technology evolutions in disaster medicine - Crisis Response JournalEmily Hough
As medicine is always evolving, it is crucial for disaster medicine to apply technology, not as an exception, but as a necessity, Here is a glimpse of some ideas that might revolutionise disaster medicine in the future
2Running Head Nursing Informatics on Patient Outcomes 2Nurs.docxlorainedeserre
2
Running Head: Nursing Informatics on Patient Outcomes
2
Nursing Informatics on Patient Outcomes
The Impact of Nursing Informatics on Patient Outcomes and Patient Care Efficiencies
Nicole L Rosser
Walden University
NURS 6051
June 16, 2019
The Impact of Nursing Informatics on Patient Outcomes and Patient Care Efficiencies
According to Agha (2014) “Information technology has been linked to productivity growth in a wide variety of sectors, and health information technology (HIT) is a leading example of an innovation with the potential to transform industry-wide productivity.” Due to evidence-based practice research with informatics in the healthcare setting has proven to be a well-known, much needed entity. Studies have shown the efficiency of technology in healthcare improved documentation for healthcare providers and nurses. Healthcare technology also provides a means for organizations to communicate with each other without even picking up a phone. Another, aspect of technology in healthcare allows the healthcare team to monitor trends and changes in a patient’s status. For example, a critical patient on a cardiac monitor would alarm to quickly notify the nurse that a critical change has occurred for timely interventions to take place. With stroke being the fifth leading cause of death in the U.S. adopting Stroke Telemedicine into practice would be innovative for any organization. Much research has shown that healthcare facilities remain untrained and unprepared for stroke care and management.
Proposed Project
The project proposed to better equip my organization with treating stroke patients is Telestroke. According to the Mayo Clinic (2019) “In telestroke, also called stroke telemedicine, doctors who have advanced training in treating strokes can use technology to treat people who have had strokes in another location.” The use of this system is said to reduce wait time for an onsite neurologist and to increase one’s chances of receiving prompt treatment for a desirable outcome. This service will also save money by preventing Medicare and Medicaid from having to pay rehabilitation cost due to disabilities and long-term care. Telestroke will also provide efficient time for Tissue Plasminogen Activator (tPA). The drug tPA is an FDA-approved medication also known as a clot buster use in treating strokes to dissolve that which may be causing an ischemic stroke. However, it is contraindicated with a hemorrhagic stroke which may cause an excessive amount of bleeding if given due to the broken vessels that may have caused the stroke. This service has brought together neurologist and emergency physicians that feel using Telestroke will reduce geographical disparities and prevent increased cost from misuse of other medical facilities.
Stakeholder Impacted by This Project
One of the main stakeholdersthat would be affected in this project would be Dr. Buehler who is the regional director of all the Urgent Cares and Clinical Decision- ...
The SENSACTION-AAL project addressed one of the main problems for older people: motor disabilities.
By Lorenzo Chiari, Carlo Tacconi. DEIS - Università di Bologna
Briefly discuss 3–5 key trends in the modern health care operation.pdfanjandavid
Briefly discuss 3–5 key trends in the modern health care operational environment that may
have an impact on the effective leadership and management of a hospital or health care
organization.
Solution
Trend #1 : Usage of HIT stands for Health Information Technology platforms. Electronic Health
Records or EHR\'s are digitized patient records & medical history that can be updated on a real
time basis and reviewed. These are a good example of the integration of information technology
with health care.
EHR Interoperability
Wireless devices are known to interfere with the smooth operation of health care systems.
Wireless devices are known to interfere with pacemaker, MRI\'s . Xrays , CAT scans etc.
However with HIT and EHR\'s introducing interoperability into their systems. its important to
transition health care technology into a wireless world. In healthcare, interoperability is the
ability of different information technology systems and software applications to communicate,
exchange data, and use the information that has been exchanged.
It\'s impact on the effective leadership and management of a hospital or health care organization
Health care organisations will need to address the following changes in order to keep up with the
trend in the health care industry
EHR downtime : Since EHR\'s are basically hardware and software, like all systems they may
face outages, system down times and hacking (as seen during the recent attack by the ransom
ware virus on UK hospitals where they couldn\'t access patient records).
These are complex systems and require strong enterprise grade IT support. With EHR\'s
becoming increasingly complex with a vast number of variables, there have been a significant
increase in outages and downtime resulting in hospitals not having access to patient records, real
time diagnosis tools etc.
Miscommunication of Data between between different components of EHR : As i mentioned
before EHR comprises of both hardware and software. Software systems are often linked to
hardware systems that interface with patients such as X ray, MRI, life support systems etc.
Sometimes, the manufacturer of the hardware and software may not be the same and this could
cause a certain degree of discrepancies. In other cases even when the manufacturer of the
hardware and software components were the same , there was a fair degree of miscommunication
between various components.
Alarm Fatigue
Alarm fatigue is a scenario where health care workers may normalise to alerts or alarms
triggered by EHR\'s. This desensitisation is often caused due to either false alarms or a high
frequency of low priority alarms being triggered by EHRs. When EHR\'s trigger alarms, health
care workers may brush it off as a low priority alarm when it might be quite the opposite. This
removes the sense of urgency causing real emergencies to be neglected. This could lead to
serious deterioration in patient\'s health and in some cases death.
While EHR\'s can do many things and capt.
Similar to Just-Glance-Reducing-Alarm-Fatigue (1) (20)
Briefly discuss 3–5 key trends in the modern health care operation.pdf
Just-Glance-Reducing-Alarm-Fatigue (1)
1. JUST GLANCE: Reducing Alarm Fatigue – 4NW
JENNIFER CRUZ RN, JOANNA DETROIA RN, JESSICA HATHAWAY RN &
BARBARA BIRD RN, MSN
Alarm fatigue is a national problem and the number one medical device technology
hazard in 2012. The problem of alarm desensitization is multifaceted and related to a
high false alarm rate, poor positive predictive values, lack of alarm standardization, and
the number of alarming medical devices in hospitals today (Cvach, 2012). The Joint
Commission is also taking the issue of clinical alarms seriously, as they are developing
a proposed National Patient Safety Goal for 2013 that addresses clinical alarm systems
(JCAHO, 2011). Small tests of change to improve alarm fatigue and management were
conducted on 4NW a medical telemetry unit. By individualizing patient alarm
parameters and educating both the Registered Nurses (RN) and Certified Nursing
Assistants (CNA) using current evidence-based practice, the goal is to decrease alarm
fatigue by thirty percent. The excessive numbers of monitor alarms and the fear that
nurses have become desensitized to these alarms was the purpose for this unit-based
quality improvement project. With the focus on telemetry alarms, this unit-based
quality improvement initiative will serve as a beneficial starting point for revamping
alarm management and decreasing alarm fatigue.
After educating the nursing staff and the unit secretary of the importance of managing
the nuisance telemetry alarms, a survey was conducted before and after implementation
of interventions. The post survey showed an increase in compliance with proper
electrode and battery management, including telemetry settings and maintaining
telemetry monitoring.
There was a significant decrease in the number of telemetry alarms on the unit as noted
by nursing staff and interdisciplinary team members.
We asked 4 North West staff to participate in our study and provide feedback based on the implementation of
daily lead and battery change, communication about patient transfers off the unit for testing and involved our
secretary, to ensure staff is aware that a patient has returned to the unit and has to be placed back on telemetry
immediately. Re-educating RN’s for telemetry setup, and alarm adherence and adjustment, based on the
current protocols set up by the Education Department at Kent using the current default settings that were
adjusted in 2013.
CNA's were educated on the importance of electrode adherence and asked to change electrodes daily with
morning care using proper skin preparation and change batteries as well. This was done during morning care
and if not able to be done on a particular patient, that information and task would be passed on to the next shift
for change of leads and batteries. We found this to be the best way to ensure that leads were getting changed,
skin was checked and being prepped appropriately and batteries were routinely getting changed.
Utilizing the “Ticket to Ride" as a communication tool to alert nursing staff and the unit secretary that the
patient is on telemetry when the patient returns from testing, the unit secretary will announce to the staff that
the patient has returned to ensure prompt re-application of the telemetry.
Placing the patient on the standby setting when a patient goes for testing can further decrease nuisance alarms.
The CNA's can assist in this process by alerting the RN when the patient is traveling off the unit. The RN can
then place telemetry on standby setting.
Reinforce with the RN's the life threatening red alarms, “Just Glance" is what needs to be done when hearing
the telemetry alarms. Red means stop everything and assess the patient immediately regardless of whose patient
it is.
What would it lead to in reality?
*Decreased frequency of Nuisance Alarms
*Decreased noise = Increased patient satisfaction
*Increased awareness of Critical Alarms
*Faster response time to a change in condition
*Clear multidisciplinary communication
*Increased awareness of alarm fatigue and desensitization
Updating the current policy to reflect:
*In an easier format to interpret, clarify alarm responsibility which includes the “Just
Glance” approach during critical alarms.
*Adding “Telemetry” to the Ticket to Ride which signals the unit secretary and transport
staff to notify the primary RN when a patient leaves/returns to unit for testing. The RN
will then change the monitor setting to or from “Standby” mode.
*Documentation by the RN when a change in parameters is made with the approval of
the Doctor, Nurse Practitioner or Physician’s Assistant to suit individual patient needs.
*Adjusting the time frame when electrodes and batteries are replaced
*Adding a Cardiac/Medical Telemetry Careset when the patient is assigned to a
cardiac/med surg telemetry unit.
Cardiac/Medical Telemetry Careset would include:
*The ordering Physician indicates reason for telemetry monitoring at initiation of
Careset.
*A task fired after 24 hours to:
*d/c monitoring
*continue monitoring due to change in condition or cardiology consult.
*Monitor strip during the eight hour shift timeframes
*Change batteries and electrodes during AM care.
What is alarm fatigue?
Alarm fatigue is the lack of response, due to the numbers of alarms, resulting in sensory
overload and desensitization, a national problem.
Medical devices generate enough false alarms to cause a reduction in responding
known as the "cry wolf" effect. Frequent alarms are distracting and interfere with
clinicians performing critical tasks and may lead to staff disabling alarm systems or
ignoring them.
The myriad of medical device alarms has created an environment that poses a
significant risk to patient safety. Device alarms are intended to alert clinicians of a
hazardous condition and potential problems. However, when a caregiver is subjected to
too many alarms, it disrupts his or her usual workflow and result in errors due to
omission, distraction or inattention.
From 2005-2008 the FDA and MAUDE (Manufacturer and User Facility Device
Experience) database received 566 reports of patient deaths related to monitoring
device alarms. A four month review of the MAUDE database between March 1, 2010
and June 30, 2010 revealed 73 alarm related deaths with 33 attributed to physiologic
monitors. The Joint Commissions sentinel event database includes reports of alarm
related deaths and 13 serious alarm related injuries in a similar period.
Our goal with this project is to change the nuisance alarms that seem to be the most
frustrating for staff and follow the guidelines set by education to decrease alarm fatigue
and minimize alarms that continually go off. By further educating staff about telemetry
alarms and how to minimize the frequency of the more frequent alarms, staff may have
a better understanding of the importance of alarm safety and best how to deal with
alarm fatigue.
ABSTRACT
INTRODUCTION
METHODS RESULTS
IMPLICATIONS
REFERENCES
JUST GLANCE
Cvach, M. (2012). Monitor alarm fatigue. Biomedical Instrumentation & Technology, 268-277.
Cvach, M., & Graham, K. (2010, January). Monitor alarm fatigue: standardizing use of physiological monitors and decreasing
nuisance alarms. American Journal of Critical Care, 19, 28-34.
Kent Hospital Education Fair 2013
Sendelbach, S. (2012). Alarm fatigue. The Nursing Clinics, 47, 375-382.
http://dx.doi.org/http://dx.doi.org/10.1016/j.cnur.2012.05.009
The Joint Commission Perspectives on Patient Safety, Dec 2011, Volume 11, Issue 12
.
Roles of the CNA
During AM Care:
Change Batteries
Change Electrodes with proper skin
care
Notify RN if pt leaves/returns to unit.
Roles of the Unit Secretary
Add “Telemetry Monitoring” in Red to
Ticket to ride
Notify RN if pt leaves unit (either face
to face, via Vocera or overhead page)
(RN will then place pt monitor on
Standby mode)
Notify RN when pt returns to unit (RN
will then resume monitoring)
Roles of the RN
Initiate Telemetry monitoring per physician
orders.
Customize settings based on pt history
(pacer/chronic Afib/irregular hr)
Monitor Alarms
All RN’s stop what they are doing and “Just
Glance” when a critical alarm sounds.
Place monitor on Standby mode when pt
leaves unit for Testing/Procedures.
Remove from Standby mode and resume
monitoring when pt returns to unit.
Monitor strip q8hrs
Discontinue medical telemetry after 24hrs
based on orders and patient condition.
Communicate with CNA’s, and Unit Secretary
if pt is on Telemetry monitoring.
Roles of the Transport
Notify RN if pt leaves unit (either
face to face, via Vocera or overhead
page)(RN will then place pt monitor
on Standby mode)
Notify RN when pt returns to unit
(RN will then resume monitoring)