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– ## DanR.EbenerAuth_2015_Cover_StrategicPlanningAnIn3.pdf
– ## NursingAssignment61.docx
– Screenshot_20250301_071659_Chrome.jpg
**## DanR.EbenerAuth_2015_Cover_StrategicPlanningAnIn3.pdf**
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EBSCO Publishing: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON 1155271; Dan R. Ebener, Author, Frederick L.
Smith, Author; Strategic Planning: An Interactive Process for Leaders Account:ehost.
2 EBSCOhost: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON. All use subject to https://www.ebsco.com/terms-of-use.
3
STRATEGIC
PLANNING
An Interactive Process for Leaders
Dan R. Ebener
and
Frederick L. Smith
PAULIST PRESS
NEW YORK / MAHWAH, NJ
EBSCOhost: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON. All use subject to https://www.ebsco.com/terms-of-use.
**## NursingAssignment61.docx**
2
**Nursing Assignment 6**
Student’s Name
Institutional Affiliation
Course Name
Instructor’s Name
Due Date
**Introduction**
Patient fall reduction and prevention is the top priority on the quality improvement agenda in healthcare as medical innovations continue. The most prominent patient safety concerns in long-term care facilities and vulnerable populations are patient fall reduction and prevention. The delivery of this protection continues to be a top priority in my clinical facility that operates on both tiny house concept and patient-centered facilities. Through the tiny homes concept nursing facilities have transformed their services from large facilities to tiny designs which deliver personalized medical care while improving patient health outcomes. The model offers improved quality of life through personalized environment designs which limit fall risk and enable round-the-clock caregiver access. Fall prevention in healthcare is essential as it would lead to patient injury as well as increased hospital length of stay, increased cost, and poor health status. The article summarizes the fall prevention core measure requirements, measure evaluation methods, and facility results. The proposed article will lead to improvement as well as small-sized home design plans that promote increased patient safety levels and value-based health outcomes.
**Description of the Core Measure**
The primary metric for patient falls consists of measurements per 1,000 patient days. This indicator stands out because falls can be prevented, yet they produce serious consequences, specifically among patients with medical complexity and advanced age. Staff members at our clinical site track fall incidents closely because they serve as key indicators for safety performance, and they investigate everything extensively. A fall prevention program exists within the extensive safety approach, which includes risk assessments, training sessions, environmental change projects, and patient surveillance activities. The approach uses the tiny house model as its foundation because it meets design principles, which allow units to be small with home-like features and keep staff members continuously present and focus on known fall risk-causing factors.
The specific engineering of small house structures includes minimal barriers together with increased illumination and non-slippery surfaces to generate safer residential environments. The small house model helps caregivers to build personalized connections with residents, enhancing fall risk detection and early prevention. Staff education is crucial in this first use. Every healthcare worker, including regular training participants, learns current fall prevention techniques such proper patient transfers, assistive device use, and balance and mobility exercises (Ong et al., 2021). The institution conducts a fall risk assessment for new admissions before giving at-risk patients customized fall interventions. According to the global model, patients receiving psychological support receive priority together with essential medical care for those who are afraid of future falls. Our clinic builds safe environments by uniting individualized 'homelike care' concepts from the model of the small home, together with aggressive safety approaches that help decrease patient falls.
**Evaluation and Results**
Organizations use three evaluations to assess their fall prevention core measures: they measure performance monthly, conduct systematic incident reviews, and follow national standards. The reporting system follows a common format to monitor when falls occur as well as their location and surrounding conditions and resultant injuries. An evaluation of patterns and identification of causes with solutions happens at monthly quality improvement meetings. Lower unit dimensions, together with continuous staff presence, allow the small homes model to carry out comprehensive research on environmental and behavioral elements that lead to falls (Pérez-Sánchez et al., 2022). Our hospital recorded five falls per 1,000 patient days before small housing. Since using this strategy, rates have fallen to 2.5 falls per 1,000 patient days in the past year. This significant decline is attributable to small housing-type factors. Fall hazards have lessened due to cleaner halls, improved lighting, and non-slip flooring. Second, the strategy promotes staff stability, so caregivers know each patient's needs and risk factors better and can recognize issues quickly. Third, the model's personalized care culture empowers patients to defend themselves. More patients practice regular mobility and balance exercises and alert staff if they feel shaky. Qualitative patient and staff feedback suggests many feel safer and happier in care. The quantitative data is reinforced by quarterly audits and staff surveys that reveal enhanced communication, teamwork, and fall prevention. The data-driven analysis confirms the small homes model's fall rate decrease and offers quality improvement ideas.
**Recommendations for Improvement**
Despite the encouraging results, the tiny dwellings model may be improved to maximize fall prevention. One suggestion is to use modern monitoring systems in care. Wearable gadgets that monitor patient movement and identify gait or balance problems might notify caregivers in real-time, enabling them to intervene before a fall. The technologies would bring safety to a risk-mitigated environment, benefiting individuals with cognitive impairments or fall histories. Simulation-based staff training might also enhance fall prevention techniques. Simulation training would enable personnel to experience real-life events in a controlled environment, improving emergency readiness and collaboration (Elendu et al., 2024). Patient education needs improving also. The present practice includes basic fall prevention instruction after admission, but a more thorough, continuing program might help patients manage their risks. Interactive seminars, one-on-one counseling, and individualized fall prevention strategies might promote safe habits and active engagement in mobility and independence.
Increasing case-by-case multidisciplinary team meetings to discuss fall prevention techniques may also be useful. By engaging nurses, physical therapists, occupational therapists, and social workers, the hospital can provide holistic treatment to each patient. The discussions would let diverse disciplines share ideas, allowing for a more thorough fall analysis and personalized solutions (Groos et al., 2025). The procedures should be supplemented by frequent physical environment inspections to guarantee patient safety. It might involve regular audits of tiny home lighting, flooring, furniture arrangement, and living area design. The audits, done with facility management and frontline personnel, would detect and fix risks before them because of patient falls. A systematic fall prevention feedback system for patients and staff might promote quality improvement. This approach would enable the consistent gathering of ideas and observations, therefore promoting a culture of ongoing development and shared responsibility. When combined with the current fall prevention strategy of the small homes model, the suggestions listed above cannot only lower the frequency of falls further but also improve general patient happiness and quality of treatment. These techniques used together will help to create a safer, more encouraging workplace entirely in line with the ideas of value-based healthcare.
**Conclusion**
The prevention of patient falls is still a key core measure at our clinical facility, one that has seen dramatic improvement with the advent of the small houses model. This model's focus on a home-like, individualized environment, coupled with strict safety measures and ongoing assessment, has led to a considerable decrease in fall rates and better patient outcomes. The ongoing evaluation process—through incident reporting, audits, and staff feedback—has not only validated the efficacy of existing strategies but also identified areas for additional improvement. By incorporating cutting-edge monitoring technologies, advancing simulation-based staff training, increasing patient education, and promoting interdisciplinary collaboration, the facility can capitalize on its successes to decrease the incidence of falls even further and enhance the overall quality of care. As healthcare increasingly moves toward value-based models, efforts like these highlight the essential function of environmental design, individualized care, and engaged leadership in driving sustainable patient safety gains.
****References****
Elendu, C., Amaechi, D. C., Okatta, A. U., Amaechi, E. C., Elendu, T. C., Ezeh, C. P., & Elendu, I. D. (2024). The impact of simulation-based training in medical education: A review.
_Medicine_,
_103_(27), 1–14. https://doi.org/10.1097/MD.0000000000038813
Groos, S. S., Tan, S. M., Linn, A. J., Kuiper, J. I., & Schoor, van. (2025). Multidisciplinary care pathways for falls prevention in older adults: visualizing the needs of primary care-based health care professionals.
_European Geriatric Medicine_. https://doi.org/10.1007/s41999-024-01142-3
Ong, M. F., Soh, K. L., Saimon, R., Wai, M. W., Mortell, M., & Soh, K. G. (2021). Fall prevention education to reduce fall risk among community-dwelling older persons: A systematic review.
_Journal of Nursing Management_,
_29_(8), 2674–2688. https://doi.org/10.1111/jonm.13434
Pérez-Sánchez, L. À., Velasco-Fernández, R., & Giampietro, M. (2022). Factors and actions for the sustainability of the residential sector. The nexus of energy, materials, space, and time use.
_Renewable and Sustainable Energy Reviews_,
_161_, 112388. https://doi.org/10.1016/j.rser.2022.112388
**Screenshot_20250301_071659_Chrome.jpg**
This file is too large to display. [View in new window](https://www.sweetstudy.com/files/screenshot-20250301-071659-chrome-jpg)
**Screenshot_20250301_071659_Chrome.jpg**
This file is too large to display. [View in new window](https://www.sweetstudy.com/files/screenshot-20250301-071659-chrome-jpg)
**## DanR.EbenerAuth_2015_Cover_StrategicPlanningAnIn3.pdf**
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EBSCO Publishing: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON 1155271; Dan R. Ebener, Author, Frederick L.
Smith, Author; Strategic Planning: An Interactive Process for Leaders Account:ehost.
2 EBSCOhost: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON. All use subject to https://www.ebsco.com/terms-of-use.
3
STRATEGIC
PLANNING
An Interactive Process for Leaders
Dan R. Ebener
and
Frederick L. Smith
PAULIST PRESS
NEW YORK / MAHWAH, NJ
EBSCOhost: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON. All use subject to https://www.ebsco.com/terms-of-use.
**## NursingAssignment61.docx**
2
**Nursing Assignment 6**
Student’s Name
Institutional Affiliation
Course Name
Instructor’s Name
Due Date
**Introduction**
Patient fall reduction and prevention is the top priority on the quality improvement agenda in healthcare as medical innovations continue. The most prominent patient safety concerns in long-term care facilities and vulnerable populations are patient fall reduction and prevention. The delivery of this protection continues to be a top priority in my clinical facility that operates on both tiny house concept and patient-centered facilities. Through the tiny homes concept nursing facilities have transformed their services from large facilities to tiny designs which deliver personalized medical care while improving patient health outcomes. The model offers improved quality of life through personalized environment designs which limit fall risk and enable round-the-clock caregiver access. Fall prevention in healthcare is essential as it would lead to patient injury as well as increased hospital length of stay, increased cost, and poor health status. The article summarizes the fall prevention core measure requirements, measure evaluation methods, and facility results. The proposed article will lead to improvement as well as small-sized home design plans that promote increased patient safety levels and value-based health outcomes.
**Description of the Core Measure**
The primary metric for patient falls consists of measurements per 1,000 patient days. This indicator stands out because falls can be prevented, yet they produce serious consequences, specifically among patients with medical complexity and advanced age. Staff members at our clinical site track fall incidents closely because they serve as key indicators for safety performance, and they investigate everything extensively. A fall prevention program exists within the extensive safety approach, which includes risk assessments, training sessions, environmental change projects, and patient surveillance activities. The approach uses the tiny house model as its foundation because it meets design principles, which allow units to be small with home-like features and keep staff members continuously present and focus on known fall risk-causing factors.
The specific engineering of small house structures includes minimal barriers together with increased illumination and non-slippery surfaces to generate safer residential environments. The small house model helps caregivers to build personalized connections with residents, enhancing fall risk detection and early prevention. Staff education is crucial in this first use. Every healthcare worker, including regular training participants, learns current fall prevention techniques such proper patient transfers, assistive device use, and balance and mobility exercises (Ong et al., 2021). The institution conducts a fall risk assessment for new admissions before giving at-risk patients customized fall interventions. According to the global model, patients receiving psychological support receive priority together with essential medical care for those who are afraid of future falls. Our clinic builds safe environments by uniting individualized 'homelike care' concepts from the model of the small home, together with aggressive safety approaches that help decrease patient falls.
**Evaluation and Results**
Organizations use three evaluations to assess their fall prevention core measures: they measure performance monthly, conduct systematic incident reviews, and follow national standards. The reporting system follows a common format to monitor when falls occur as well as their location and surrounding conditions and resultant injuries. An evaluation of patterns and identification of causes with solutions happens at monthly quality improvement meetings. Lower unit dimensions, together with continuous staff presence, allow the small homes model to carry out comprehensive research on environmental and behavioral elements that lead to falls (Pérez-Sánchez et al., 2022). Our hospital recorded five falls per 1,000 patient days before small housing. Since using this strategy, rates have fallen to 2.5 falls per 1,000 patient days in the past year. This significant decline is attributable to small housing-type factors. Fall hazards have lessened due to cleaner halls, improved lighting, and non-slip flooring. Second, the strategy promotes staff stability, so caregivers know each patient's needs and risk factors better and can recognize issues quickly. Third, the model's personalized care culture empowers patients to defend themselves. More patients practice regular mobility and balance exercises and alert staff if they feel shaky. Qualitative patient and staff feedback suggests many feel safer and happier in care. The quantitative data is reinforced by quarterly audits and staff surveys that reveal enhanced communication, teamwork, and fall prevention. The data-driven analysis confirms the small homes model's fall rate decrease and offers quality improvement ideas.
**Recommendations for Improvement**
Despite the encouraging results, the tiny dwellings model may be improved to maximize fall prevention. One suggestion is to use modern monitoring systems in care. Wearable gadgets that monitor patient movement and identify gait or balance problems might notify caregivers in real-time, enabling them to intervene before a fall. The technologies would bring safety to a risk-mitigated environment, benefiting individuals with cognitive impairments or fall histories. Simulation-based staff training might also enhance fall prevention techniques. Simulation training would enable personnel to experience real-life events in a controlled environment, improving emergency readiness and collaboration (Elendu et al., 2024). Patient education needs improving also. The present practice includes basic fall prevention instruction after admission, but a more thorough, continuing program might help patients manage their risks. Interactive seminars, one-on-one counseling, and individualized fall prevention strategies might promote safe habits and active engagement in mobility and independence.
Increasing case-by-case multidisciplinary team meetings to discuss fall prevention techniques may also be useful. By engaging nurses, physical therapists, occupational therapists, and social workers, the hospital can provide holistic treatment to each patient. The discussions would let diverse disciplines share ideas, allowing for a more thorough fall analysis and personalized solutions (Groos et al., 2025). The procedures should be supplemented by frequent physical environment inspections to guarantee patient safety. It might involve regular audits of tiny home lighting, flooring, furniture arrangement, and living area design. The audits, done with facility management and frontline personnel, would detect and fix risks before them because of patient falls. A systematic fall prevention feedback system for patients and staff might promote quality improvement. This approach would enable the consistent gathering of ideas and observations, therefore promoting a culture of ongoing development and shared responsibility. When combined with the current fall prevention strategy of the small homes model, the suggestions listed above cannot only lower the frequency of falls further but also improve general patient happiness and quality of treatment. These techniques used together will help to create a safer, more encouraging workplace entirely in line with the ideas of value-based healthcare.
**Conclusion**
The prevention of patient falls is still a key core measure at our clinical facility, one that has seen dramatic improvement with the advent of the small houses model. This model's focus on a home-like, individualized environment, coupled with strict safety measures and ongoing assessment, has led to a considerable decrease in fall rates and better patient outcomes. The ongoing evaluation process—through incident reporting, audits, and staff feedback—has not only validated the efficacy of existing strategies but also identified areas for additional improvement. By incorporating cutting-edge monitoring technologies, advancing simulation-based staff training, increasing patient education, and promoting interdisciplinary collaboration, the facility can capitalize on its successes to decrease the incidence of falls even further and enhance the overall quality of care. As healthcare increasingly moves toward value-based models, efforts like these highlight the essential function of environmental design, individualized care, and engaged leadership in driving sustainable patient safety gains.
****References****
Elendu, C., Amaechi, D. C., Okatta, A. U., Amaechi, E. C., Elendu, T. C., Ezeh, C. P., & Elendu, I. D. (2024). The impact of simulation-based training in medical education: A review.
_Medicine_,
_103_(27), 1–14. https://doi.org/10.1097/MD.0000000000038813
Groos, S. S., Tan, S. M., Linn, A. J., Kuiper, J. I., & Schoor, van. (2025). Multidisciplinary care pathways for falls prevention in older adults: visualizing the needs of primary care-based health care professionals.
_European Geriatric Medicine_. https://doi.org/10.1007/s41999-024-01142-3
Ong, M. F., Soh, K. L., Saimon, R., Wai, M. W., Mortell, M., & Soh, K. G. (2021). Fall prevention education to reduce fall risk among community-dwelling older persons: A systematic review.
_Journal of Nursing Management_,
_29_(8), 2674–2688. https://doi.org/10.1111/jonm.13434
Pérez-Sánchez, L. À., Velasco-Fernández, R., & Giampietro, M. (2022). Factors and actions for the sustainability of the residential sector. The nexus of energy, materials, space, and time use.
_Renewable and Sustainable Energy Reviews_,
_161_, 112388. https://doi.org/10.1016/j.rser.2022.112388
**Screenshot_20250301_071659_Chrome.jpg**
This file is too large to display. [View in new window](https://www.sweetstudy.com/files/screenshot-20250301-071659-chrome-jpg)
**## DanR.EbenerAuth_2015_Cover_StrategicPlanningAnIn3.pdf**
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EBSCO Publishing: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON 1155271; Dan R. Ebener, Author, Frederick L.
Smith, Author; Strategic Planning: An Interactive Process for Leaders Account:ehost.
2 EBSCOhost: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON. All use subject to https://www.ebsco.com/terms-of-use.
3
STRATEGIC
PLANNING
An Interactive Process for Leaders
Dan R. Ebener
and
Frederick L. Smith
PAULIST PRESS
NEW YORK / MAHWAH, NJ
EBSCOhost: eBook Collection (EBSCOhost) printed on 3/1/2025 12:17:20 PM UTC via HERZING UNIVERSITY – MADISON. All use subject to https://www.ebsco.com/terms-of-use.
**## NursingAssignment61.docx**
2
**Nursing Assignment 6**
Student’s Name
Institutional Affiliation
Course Name
Instructor’s Name
Due Date
**Introduction**
Patient fall reduction and prevention is the top priority on the quality improvement agenda in healthcare as medical innovations continue. The most prominent patient safety concerns in long-term care facilities and vulnerable populations are patient fall reduction and prevention. The delivery of this protection continues to be a top priority in my clinical facility that operates on both tiny house concept and patient-centered facilities. Through the tiny homes concept nursing facilities have transformed their services from large facilities to tiny designs which deliver personalized medical care while improving patient health outcomes. The model offers improved quality of life through personalized environment designs which limit fall risk and enable round-the-clock caregiver access. Fall prevention in healthcare is essential as it would lead to patient injury as well as increased hospital length of stay, increased cost, and poor health status. The article summarizes the fall prevention core measure requirements, measure evaluation methods, and facility results. The proposed article will lead to improvement as well as small-sized home design plans that promote increased patient safety levels and value-based health outcomes.
**Description of the Core Measure**
The primary metric for patient falls consists of measurements per 1,000 patient days. This indicator stands out because falls can be prevented, yet they produce serious consequences, specifically among patients with medical complexity and advanced age. Staff members at our clinical site track fall incidents closely because they serve as key indicators for safety performance, and they investigate everything extensively. A fall prevention program exists within the extensive safety approach, which includes risk assessments, training sessions, environmental change projects, and patient surveillance activities. The approach uses the tiny house model as its foundation because it meets design principles, which allow units to be small with home-like features and keep staff members continuously present and focus on known fall risk-causing factors.
The specific engineering of small house structures includes minimal barriers together with increased illumination and non-slippery surfaces to generate safer residential environments. The small house model helps caregivers to build personalized connections with residents, enhancing fall risk detection and early prevention. Staff education is crucial in this first use. Every healthcare worker, including regular training participants, learns current fall prevention techniques such proper patient transfers, assistive device use, and balance and mobility exercises (Ong et al., 2021). The institution conducts a fall risk assessment for new admissions before giving at-risk patients customized fall interventions. According to the global model, patients receiving psychological support receive priority together with essential medical care for those who are afraid of future falls. Our clinic builds safe environments by uniting individualized 'homelike care' concepts from the model of the small home, together with aggressive safety approaches that help decrease patient falls.
**Evaluation and Results**
Organizations use three evaluations to assess their fall prevention core measures: they measure performance monthly, conduct systematic incident reviews, and follow national standards. The reporting system follows a common format to monitor when falls occur as well as their location and surrounding conditions and resultant injuries. An evaluation of patterns and identification of causes with solutions happens at monthly quality improvement meetings. Lower unit dimensions, together with continuous staff presence, allow the small homes model to carry out comprehensive research on environmental and behavioral elements that lead to falls (Pérez-Sánchez et al., 2022). Our hospital recorded five falls per 1,000 patient days before small housing. Since using this strategy, rates have fallen to 2.5 falls per 1,000 patient days in the past year. This significant decline is attributable to small housing-type factors. Fall hazards have lessened due to cleaner halls, improved lighting, and non-slip flooring. Second, the strategy promotes staff stability, so caregivers know each patient's needs and risk factors better and can recognize issues quickly. Third, the model's personalized care culture empowers patients to defend themselves. More patients practice regular mobility and balance exercises and alert staff if they feel shaky. Qualitative patient and staff feedback suggests many feel safer and happier in care. The quantitative data is reinforced by quarterly audits and staff surveys that reveal enhanced communication, teamwork, and fall prevention. The data-driven analysis confirms the small homes model's fall rate decrease and offers quality improvement ideas.
**Recommendations for Improvement**
Despite the encouraging results, the tiny dwellings model may be improved to maximize fall prevention. One suggestion is to use modern monitoring systems in care. Wearable gadgets that monitor patient movement and identify gait or balance problems might notify caregivers in real-time, enabling them to intervene before a fall. The technologies would bring safety to a risk-mitigated environment, benefiting individuals with cognitive impairments or fall histories. Simulation-based staff training might also enhance fall prevention techniques. Simulation training would enable personnel to experience real-life events in a controlled environment, improving emergency readiness and collaboration (Elendu et al., 2024). Patient education needs improving also. The present practice includes basic fall prevention instruction after admission, but a more thorough, continuing program might help patients manage their risks. Interactive seminars, one-on-one counseling, and individualized fall prevention strategies might promote safe habits and active engagement in mobility and independence.
Increasing case-by-case multidisciplinary team meetings to discuss fall prevention techniques may also be useful. By engaging nurses, physical therapists, occupational therapists, and social workers, the hospital can provide holistic treatment to each patient. The discussions would let diverse disciplines share ideas, allowing for a more thorough fall analysis and personalized solutions (Groos et al., 2025). The procedures should be supplemented by frequent physical environment inspections to guarantee patient safety. It might involve regular audits of tiny home lighting, flooring, furniture arrangement, and living area design. The audits, done with facility management and frontline personnel, would detect and fix risks before them because of patient falls. A systematic fall prevention feedback system for patients and staff might promote quality improvement. This approach would enable the consistent gathering of ideas and observations, therefore promoting a culture of ongoing development and shared responsibility. When combined with the current fall prevention strategy of the small homes model, the suggestions listed above cannot only lower the frequency of falls further but also improve general patient happiness and quality of treatment. These techniques used together will help to create a safer, more encouraging workplace entirely in line with the ideas of value-based healthcare.
**Conclusion**
The prevention of patient falls is still a key core measure at our clinical facility, one that has seen dramatic improvement with the advent of the small houses model. This model's focus on a home-like, individualized environment, coupled with strict safety measures and ongoing assessment, has led to a considerable decrease in fall rates and better patient outcomes. The ongoing evaluation process—through incident reporting, audits, and staff feedback—has not only validated the efficacy of existing strategies but also identified areas for additional improvement. By incorporating cutting-edge monitoring technologies, advancing simulation-based staff training, increasing patient education, and promoting interdisciplinary collaboration, the facility can capitalize on its successes to decrease the incidence of falls even further and enhance the overall quality of care. As healthcare increasingly moves toward value-based models, efforts like these highlight the essential function of environmental design, individualized care, and engaged leadership in driving sustainable patient safety gains.
****References****
Elendu, C., Amaechi, D. C., Okatta, A. U., Amaechi, E. C., Elendu, T. C., Ezeh, C. P., & Elendu, I. D. (2024). The impact of simulation-based training in medical education: A review.
_Medicine_,
_103_(27), 1–14. https://doi.org/10.1097/MD.0000000000038813
Groos, S. S., Tan, S. M., Linn, A. J., Kuiper, J. I., & Schoor, van. (2025). Multidisciplinary care pathways for falls prevention in older adults: visualizing the needs of primary care-based health care professionals.
_European Geriatric Medicine_. https://doi.org/10.1007/s41999-024-01142-3
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