Decreased activity tolerance related to imbalance between oxygen supply and demand as evidenced by dyspnea, tachypnea, tachycardia, decreased oxygen saturation, and fatigue.
To limit activity to decrease oxygen demand while also increasing oxygen supply
Maintain chair/bedrest in semi-Fowler’s position | Chair/bedrest will limit the body’s oxygen demand beyond the usual requirements. Semi-Fowler’s position will allow for optimal oxygen usage by the body. |
Administer supplemental oxygen | Oxygen therapy will increase the supply of oxygen presently demanded by the body |
To increase activity level to patient’s baseline prior to discharge.
Assist patient with ADLs as needed; Provide physical therapy exercises; Implement cardiac rehabilitation program and activity plan | These interventions will assist the patient with completing activities and will help to build the patient’s strength and endurance back to baseline |
It is vital to monitor patients admitted with congestive heart failure closely. In particular, detailed and accurate intake and output records should be kept to show the progress and success of treatments being administered.
This will also help to determine if additional medications are warranted or dosage adjustments need to be made.
Close monitoring of types of food and drinks is also important. Because some food may cause patient to retain more fluid than others. Providing proper patient education is key for these patients to support them in understanding their condition and diagnosis.
Likewise, education will help the patient to be aware of specific things to avoid at home in terms of food or drink and why these should be avoided.
Click here to see a full list of Nursing Diagnoses related to Congestive Heart Failure (CHF).
Congestive heart failure is a chronic condition that can progress over time. Acute exacerbations of this chronic condition can also be very common especially if an individual is not following or is unaware of the appropriate guidelines and recommendations.
It is important for nurses to understand the various symptoms a patient may present with when experiencing an acute exacerbation. It is also imperative that the nurse assesses the individual’s airway and breathing status immediately and prioritizes this above any other nursing intervention.
Lastly, providing thorough patient education both verbally and in writing is essential for these individuals to help them understand their diagnosis and what measures they can take at home to prevent additional exacerbations.
Ackley, B.J., Ladwig, G.B., Flynn-Makic, M.B., Martinez-Kratz, M.R., & Zanotti, M. (2020). Nursing Diagnosis Handbook: An Evidence-based Guide to Planning Care [eBook edition]. Elsevier.
Comer, S. and Sagel, B. (1998). CRITICAL CARE NURSING CARE PLANS . Skidmore-Roth Publications.
Doenges, M.E., Moorhouse, M.F., & Murr, A.C. (2019). Nursing Care Plan: Guidelines for Individualizing Client Care Across the Lifespan [eBook edition]. F.A. Davis Company.
Herdman, T., Kamitsuru, S. & Lopes, C. (2021). NURSING DIAGNOSES: Definitions and Classifications 2021-2023 (12th ed.). Thieme.
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Introduction, pulmonary aspiration, impaired physical mobility, ineffective cerebral tissue perfusion, legal and ethical consideration, inter-professional consideration.
Pulmonary aspiration is the entry of materials from the gastrointestinal tract into the lower respiratory system. The foreign materials may be inhaled or delivered into the trachea system Nason, 2015). When pulmonary aspiration occurs during feeding, then it is considered as food going down the wrong pipe. Pulmonary aspiration symptoms include coughing, difficulty in breathing and in some cases the patient can exhibit signs of chocking. In our case, the patient, Harold Blake, upon admission showed the symptoms of choking, shortness of breath, crushing pain in the upper chest and chest tightness. The symptoms that the patient showed were similar to those of pulmonary aspiration and thus it was rational to diagnose the disease since it could be a possibility.
Impaired physical mobility is the restriction in the self-reliant physical motion of the body or one of the functions of the body. When impaired physical mobility happens, it can turn to be a complex health issue that involves different healthcare team. The happening of this disease continues to rise with the increase in the age of an individual. After discharge from hospitals in most cases, the patient is moved to a rehabilitation center or goes home with a physical therapy (Wu, Han, Xu, Lu, Cong, Zheng, & Sun, 2014). In this case, the patient had previously suffered a left cerebral vascular accident. Upon admission, the doctor had noted that he was drowsy, drooling, and is having difficulty speaking. Upon observation, the patient ’s right limbs were moderately weak and sluggish as compared to their left counterparts which were possible leads to impaired physical mobility.
Ineffective cerebral tissue perfusion is as a result of decreased oxygen supply resulting from failure to supply tissues at the capillary level. The ineffective cerebral tissue perfusion results from the insufficient flow of blood in arteries which causes decreased movement of nutrients and oxygen to the cellular level (Hasanin, Mukhtar, & Nassar, 2017). This conditions could be short-lived with few effects on the health of the patient but it could also be chronic. When Ineffective cerebral tissue perfusion becomes degenerative, it could consequence in tissue and organ damage or even death. The patient, in this case, showed symptoms of pain in the chest, chest retraction, change in motor response, speech abnormalities and nausea. These symptoms are same as those of the Ineffective cerebral tissue perfusion.
1. Crawford A., & Harris, H. (2016). Caring for adults with impaired physical mobility. Nursing. 46, 36-41.
2. Green SM, Mason KP, & Krauss BS. (2017). Pulmonary aspiration during procedural sedation: a comprehensive systematic review. British Journal of Anaesthesia. 118, 344-354.
3. Hasanin, A., Mukhtar, A., & Nassar, H. (2017). Perfusion indices revisited. Journal of Intensive Care. 5.
4. Iskhandar Shah, L., & Christensen, M. (2012). Ineffective cerebral perfusion related to increased intracranial pressure secondary to subarachnoid haemorrhage: An examination of nursing interventions. Singapore Nursing Journal. 39, 15-24.
5. Manolis, A. J., Poulimenos, L. E., Ambrosio, G., Kallistratos, M. S., Lopez-Sendon, J., Dechend, R., Mancia, G., & Camm, A. J. (2016). Medical treatment of stable angina: A tailored therapeutic approach. International Journal of Cardiology. 220, 445-453.
6. Marik PE. (2011). Pulmonary aspiration syndromes. Current Opinion in Pulmonary Medicine. 17, 148-54.
7. Mckenna CJ, & Sugrue DD. (2015). The medical management of chronic stable angina. National Institute of Health 38, 131-136
8. Nason, K. S. (2015). Acute Intraoperative Pulmonary Aspiration. Thoracic Surgery Clinics. 25, 301-307.
NURSING.com is the BEST place to learn nursing. With over 2,000+ clear, concise, and visual lessons, there is something for you!
How can I put this lightly? The sooner you come to love nursing care plans, the easier your career as a nurse will be.
The relationship that most nurses have with care plans goes something like this:
"The sooner you come to love nursing care plans, the easier your career as a nurse will be."
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But allow me to present an alternate reality to you. There is an evolution that occurs in new grad nurses (I’ve seen it over and over again). They come out of school bright-eyed and excited to care for “real” patients. They are “so glad” that they never have to do another care plan . . . This (stuff) get’s real. They discover how hard being a nurse is . . .
After about 6 months they begin to get the hang of things . . . by a year . . . they’re really getting their own legs as a nurse. They walk into a room and can assess the situation fully. They can determine how a shift will go within a couple of minutes. They have a sixth sense about them . . . a nurses sense.
We’ve created an enormous database of care plans for you to reference in nursing school. Check them out below.
View the Care Plans
What Has Happened?
The new nurse has developed “ critical thinking ” without even knowing it. They are working through nursing care plans while considering a million different variables right on the spot . . . without even realizing it!
Those pesky little care plans are being developed, adjusted, evaluated . . . patient after patient, shift after shift.
And the nurse doesn’t even realize it.
So they continue to talk about how pointless care plans are and tell students: “ You’ll never do those in REAL life .” . . . little do they know, they’ve worked through multiple care plans during that shift .
I mean . . . think about it.
I arrive for a shift and hear about a patient who has some blanchable redness on the coccyx. BOOM!!!
The care plan is done . . . “ risk for impaired skin integrity ” . . .never technically entered my mind, but I’m already planning out the shift . . . how will I keep the skin dry, how often will I turn the patient, are they eating enough, do I need to get some barrier cream for them . . . see what I’m saying?
At NURSING.com, we want you to find a bit of excitement and comfort when writing care plans . . . little tip: they aren’t going away! So, here are the 5 steps:
(Tip – don’t worry about writing it in perfect NANDA-I, NIC or NOC terminology… just write it down in as you think of it)
Sometimes all you need are a few examples to help you learn how to do a difficult task and to get the brain juices flowing. Here are 5 care plans that I personally wrote during nursing school.
MEDICAL DIAGNOSIS: Pneumonia
Ineffective tissue perfusion(renal) RT cardiac abnormalities (a fib, HF), Diabetes Mellitus AEB decreased hemoglobin and hematocrit, elevated BUN and creatinine |
| RN will assess causative factors and any contributing factors.
RN will encourage pt to change positions every 1-2 hours. RN will instruct pt regarding ROM exercises and assist the pt with ROM exercises and walking. RN will instruct pt on factors to improve blood flow and decrease the risk of the importance of continued smoking cessation. | Understanding the causes of renal failure, and heart failure will aid the patient in making life changes to avoid further tissue damage.
Changing positions regularly will not only prevent ulcer formation but also aid in improved peripheral blood flow. ROM and walking will aid in peripheral blood flow and decrease the stasis of blood. Smoking causes vasoconstriction which will contribute to further heart and renal problems, quitting will slow the process and improve vascular flow. | I feel that in many ways the patient understands the teaching, but I also think that he is older and does not have much of a desire to change and would rather simply live each day despite the consequences. I am very curious about his long-term health. |
Subjective Pt states that he is tired, and unable to eat, his wife states that pt appears more weak than normal, the client reports excessive stress due to the disease process, pt states long-term hx of smoking (20 pack years) Objective Hemoglobin 8.9, hematocrit 28, BUN 35, GFR 23, history of heart failure, EKG demonstrating 1-degree heart block, slight bradycardia, diminished capillary refill |
MEDICAL DIAGNOSIS: Aspiration Pneumonia
Risk for aspiration RT depressed coughing/gag reflex AEB productive cough, current case of pneumonia (aspiration), immobility, hx of bowel obstruction | RN will insure that the head of the bed remains elevated.
RN will assess position and condition of Gtube during regular vital assessments. RN will instruct pt on foods and fluids that can lead to aspiration. RN will closely monitor patient during feedings to watch for signs of aspiration. |
Edition. | ||
Subjective Hx of aspiration and swallowing issues, client reports he has SOB, hx of respiratory failure, HF Objective wet breath sounds, O2 sat 86, BUN 70 indicating dehydration, creatinine 2.12, T 98.9, 133/74, P 106, coughing after drinking and eating |
MEDICAL DIAGNOSIS: Amputation
Risk for infection RT DM, recent surgery AEB elevated WBC count, wounds with eschar, elevated blood sugars, neuropathy |
| RN will instruct the pt on the signs of infection including temp, swelling, and redness.
RN will assess wounds for signs of infection during regular vital assessments. RN will instruct pt on factors that increase the risk for infection including smoking, DM, and malnourishment. RN will utilize aseptic technique when changing dressings. | When the pt knows the signs of infection they will be able to monitor for infection when at home and report signs prior to severe infection.
Monitoring for infection will insure that the client is receiving proper care and that infections are controlled. The patient experiences several risk factors that potentiate his risk for infection by educating him on these risk factors he can begin to control the risks. Preventing nosocomial infections is an important part of nursing. Insuring that at risk pts do not receive preventable infections is vital to proper care. Source: Nursing Diagnosis: Application to Clinical Practice Lynda Juall Carpenito | PT is experiencing severe depression over his medical condition and is not able to think very far ahead and consider the implications of his current choices. He would greatly benefit from education and home health. |
Subjective Pt appears depressed and somber, pt appears drowsy, pt complains of constipation Objective Pt states “I can’t do this anymore”, WBC 33, A1C 16, recent amputation of rt hand, open wounds with eschar on rt buttocks and rt heal, loss of hair on legs, temp 101 |
Ineffective airway clearance RT pneumonia AEB orthopnea, chest xray, crackles in lung fields, SOB, cough |
| RN will instruct the pt on the proper method of deep breathing and encourage the patient to practice deep breathing.
RN will assist the patient to ambulate twice during shift. RN will monitor breathing and O2 sats to insure proper oxygenation. RN will allow and instruct on importance of rest periods prior to eating and ADLs. RN will encourage coughing and fluid intake. | Deep breathing will aid in clearing lung fields and providing the body with adequate ventilation.
Ambulation will aid in loosening secretions. Closely monitoring breathing and O2 sats will aid the nurse in monitoring for acute changes in respiratory status. Rest periods prior to eating will aid the patient in restoring oxygenation and decrease orthopnea. Continuous coughing and fluid intake will aid in loosening secretions and aid in improving ventilation. | PT demonstrated an improved understanding of the importance of fluid intake and deep breathing and ambulation. PT resisted ambulating but her daughter was able to aid in getting the pt out of bed and moving. |
Subjective Pt reports SOB, pt denies pain, pt states she is tired and weak Objective Crackles in lung fields, orthopnea, continuous cough with no expectorant, RR 18, P71, Temp 98.9, pCO2 33 |
MEDICAL DIAGNOSIS: Appendicitis
Stress Overload RT work and family responsibilities (multiple co-existing stressors) AEB pt statements “I am supposed to be in Chile on Monday”, work load over 50 hrs/week, reported travel | RN will listen actively to pt as he describes life stresses.
RN will instruct the pt on stress reduction activities (deep breathing, guided imagery, yoga). RN will assess stress level with vital signs assessment. Encourage pt to discuss stresses with spouse and children. |
References: Varcarolis, E., Halter, M. (2010). Foundations of psychiatric mental health nursing: A clinical approach 6 . Saunders, St Louis. | ||
Subjective
Objective
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We’ve created with tons of other resources on the topic of Critical Thinking and Nursing Care Plans:
Blog Posts:
4 steps to master critical thinking in nursing school.
Chances are you’ve heard about critical thinking over and over from your nursing instructors, read about it in textbooks, and seen it on tests.
Has anyone actually shown you how to use critical thinking in a nursing setting? I break it down into 4 simple steps on how you can master critical thinking.
This will not only serve you well in nursing school but also in your career as a nurse. We can all fall into the ruts of assuming things prior to taking in all the available information even as practicing nurses.
If you apply these 4 steps to master critical thinking without prior judgment it will make you a better nurse and keep your patients safe.
Patient positioning pictures cheat sheet for nursing students | nursing.com, similar blog posts.
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Open Access
Study Protocol
Roles Conceptualization, Funding acquisition, Methodology, Writing – original draft, Writing – review & editing
Affiliations KITE Research Institute, Toronto Rehabilitation Institute, University Health Network, Toronto, Ontario, Canada, Lawrence S. Bloomberg Faculty of Nursing, University of Toronto, Toronto, Ontario, Canada
Roles Conceptualization, Supervision, Writing – review & editing
Affiliation KITE Research Institute, Toronto Rehabilitation Institute, University Health Network, Toronto, Ontario, Canada
Affiliation Lawrence S. Bloomberg Faculty of Nursing, University of Toronto, Toronto, Ontario, Canada
* E-mail: [email protected]
Older adults with cognitive impairment often experience low mobility and functional decline in hospital, transfer to facility-based transitional care programs, and have poorer outcomes compared to those without cognitive impairment. This protocol paper describes a study which aims to determine the feasibility of, satisfaction with, and efficacy of a nurse-led mobility intervention (OASIS Walking Intervention) for older adults with cognitive impairment in facility-based transitional care programs in Ontario, Canada. A quasi-experimental one-group time series feasibility study will be conducted. A sample size of 26 participants will be recruited from two transitional care programs in Ontario, Canada. Participants will receive the OASIS Walking Intervention for up to 45 minutes per session, 5 sessions per week, for 6 weeks. The intervention consists of: 1) a patient-centered communication care plan; 2) sit to stand activity; and 3) a walking program. Feasibility will be determined by: a) recruitment rate; b) retention rate; and c) adherence. Efficacy of the intervention will be determined by the change over time in older adults’ lower extremity muscle strength, mobility, and functional status and by their discharge destination (home vs. nursing home). Satisfaction will be measured using the Client Satisfaction Questionnaire. Efficacy outcomes will be measured before the start of the intervention, after 3 weeks of the intervention, and immediately after 6-week intervention. Descriptive statistics will be used for measures of feasibility, satisfaction, and discharge destination. Repeated measures analysis of variance (RM-ANOVA) will be used to analyze efficacy. Ethics approval has been received for this study. Findings from the study will be used to refine the intervention for use in a definitive pilot trial. Results will be disseminated via peer-reviewed publications, international conferences, through group presentations at the study sites, and through the study site networks.
Trial registration : The trial has been registered on Clinicaltrials.gov ( NCT06150339 ).
Citation: Cumal A, Colella TJF, Puts MT, McGilton KS (2024) The OASIS walking study— O lder a dults with cognitive impairment performing sit to s tands and walking in transitional care programs: Protocol for a feasibility study . PLoS ONE 19(9): e0308268. https://doi.org/10.1371/journal.pone.0308268
Editor: Mario Ulises Pérez-Zepeda, Instituto Nacional de Geriatria, MEXICO
Received: January 10, 2024; Accepted: July 19, 2024; Published: September 16, 2024
Copyright: © 2024 Cumal et al. This is an open access article distributed under the terms of the Creative Commons Attribution License , which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
Data Availability: The participants of this study are not providing written consent for their data to be shared publicly, so due to the sensitive nature of the research, supporting data is not available. The Research Ethics Committee in accordance with the Tri-Council Statement in Canada has not given permission to share the data. Due to the nature of the interviews, the data cannot be de-identified further to be able to share them anonymously. The contact information of the University Health Network is [email protected] contact info+ 1 416-581-7849.
Funding: Funding This work is supported by a Doctoral Research Award: Canada Graduate Scholarships from the Canadian Institutes of Health Research grant number [202111FBD-476735-DRA-ADHD-96200] ( https://cihr-irsc.gc.ca/e/193.html ) and by funding from the Lawrence S. Bloomberg Faculty of Nursing at the University of Toronto ( https://bloomberg.nursing.utoronto.ca/ ) for A.C. K.S.M. is supported by the Walter & Maria Schroeder Institute for Brain Innovation and Recovery ( https://schroederfoundation.org/ ). The funders had no role in the study design, data collection and analysis, decision to publish, or preparation of the manuscript.
Competing interests: The authors have declared that no competing interests exist.
Cognitive impairment (CI), which can include dementia, delirium, and unspecified CI [ 1 , 2 ], has a global prevalence of 5.1% to 41%, and a median of 19.0% [ 3 ]. For dementia in particular, the number of people living with this condition globally is expected to nearly double from 50 million in the year 2020 to 82 million in 2030, and 152 million in 2050 [ 4 ]. In Canada, the number is expected to nearly triple from about 600,000 in 2020 to 1.7 million in 2050 [ 5 ].
Older adults (≥65 years) [ 6 ] with CI are frequently hospitalized [ 7 ]. While in hospital, they often experience mobility limitations [ 8 ], low activity levels [ 9 ], and hospital-associated functional decline (HAFD) [ 10 ], that is, the inability to perform usual activities of daily living (ADLs) due to weakness, reduced muscle strength, and reduced exercise capacity, which occurs due to bedrest, deconditioning, and acute illness during hospitalization [ 11 ].
Older adults often experience HAFD [ 11 – 13 ], with a recent meta-analysis reporting a 30% prevalence of HAFD among hospitalized older adults [ 13 ]. This is problematic as HAFD can have serious consequences for the health of older adults with CI. HAFD can lead to not only decreased mood and quality of life [ 14 ], but also to pressure injuries, falls, increased morbidity, and mortality [ 15 ]. Moreover, HAFD can lead to rehospitalization, increased health care costs, and institutionalization [ 15 ]. Many older adults with CI who experience HAFD are subsequently transferred to facility-based transitional care programs (TCPs), which are short-term, post-acute care facilities that provide low-intensity restorative care [ 6 ]. In Ontario, facility-based TCPs have been created for patients with a prolonged hospital length of stay who are labelled as Alternate Level of Care (ALC) and are unable to be discharged home; many are waiting to be discharged to a nursing home post hospitalization [ 16 ] and many experience a decline in their ability to perform ADLs [ 17 ]. However, in a systematic review led by the first author [ 18 ], it was found that older adults with CI in facility-based TCPs experience worse outcomes than those without CI. While those with CI had improvements in functional status in eight of 13 studies, a greater percentage of participants without CI experienced higher functional improvement and gains in functional status were smaller for older adults with CI compared to those without CI [ 18 ]. Moreover, a smaller percentage of older adults with CI were discharged home post TCP, compared to those without CI [ 18 ]. Given the growing number of older adults with CI, there is an urgent need for additional supports and interventions in the TCP setting to improve outcomes for this population.
HAFD can be explained using the pathophysiology of functional decline as described by the Cascade to Dependency [ 19 ] and functional decline secondary to muscle disuse models [ 20 ]. Together, these models explain that aging-related factors (reduced muscle strength and aerobic capacity) combined with hazards of hospitalization (such as bedrails and tethers that promote immobility, inactivity, and bedrest) result in disuse-induced functional decline [ 19 , 20 ]. Disuse-induced functional decline is characterized by muscle atrophy, loss of muscle strength, and functional deterioration, all of which increase the risk for admission to a nursing home [ 19 , 20 ]. To counteract the deconditioning and functional decline, there is a need for anabolic strategies. which build muscle, such as walking and resistance training which promote muscle growth [ 20 ]. Resistance training such as rising from a seated chair position to standing as fast as possible, using one’s body weight as resistance, can greatly increase muscle mass and strength and improve functional ability [ 20 ].
A comprehensive search of the literature involving mobility interventions led by nurses yielded: zero studies in the TCP setting; six studies with significant results involving older adults with cognitive impairment and walking interventions that were led by nurses or that could be done by nurses in the nursing home setting [ 21 – 28 ]; and one study with significant results involving sit to stand activity in the nursing home setting [ 29 ]. No studies were found that combined these two interventions, mobility and sit to stand.
In nursing homes, walking had a typical dose of 30 minutes per session [ 22 , 23 , 26 – 28 ], ranged from two [ 21 ] to seven [ 25 ] sessions per week; and duration ranged from six weeks [ 26 ] to six months [ 27 ]. Overall, the most effective intervention was administered by a nurse and involved 2–4 walking sessions per week for 4 months and incorporated a person-centred communication care plan [ 21 ]. This study had the highest recruitment and adherence rates, monitored intervention fidelity, and resulted in a significant improvement to all outcomes (functional mobility, activities of daily living function, and quality of life). One study involving older adults with dementia from seven nursing homes found that doing six sit to stands per day for six months resulted in maintained mobility (measured by the amount of time to perform one sit-to-stand) (p = 0.01), which can also be a measure of lower extremity muscle strength [ 29 ].
To the authors’ knowledge, there have been no nurse-led intervention studies completed to date which combine sit to stand activity, a walking intervention, and a patient-centred communication care plan for older adults with CI in facility-based TCPs. In order to address this gap in the literature, a feasibility study needs to be undertaken. A feasibility study is designed to assess an intervention, including optimal content, delivery, and adherence to the intervention, as stated in the new framework on complex intervention research that was commissioned by the Medical Research Council (MRC) and the National Institute of Health Research (NIHR) [ 30 ]. This framework outlines that a feasibility study should be done to test the feasibility of a complex intervention in order to make decisions about progression to the next stage of evaluation [ 30 ].
The aim of this study is to determine the feasibility of and participant satisfaction with a novel intervention–the OASIS Walking Intervention (that is, the O lder A dults with cognitive impairment performing Si t to S tands and Walking Intervention ) in facility-based TCPs. The second aim is to determine the efficacy of the OASIS Walking intervention on muscle strength, mobility, functional status, quality of life, and discharge destination.
What is the feasibility of implementing the OASIS Walking Intervention in community-dwelling older adults with CI in facility-based TCPs, as determined by recruitment rate, retention rate, and adherence?
What is the satisfaction of older adults with CI with the OASIS Walking Intervention?
Study design.
A feasibility study will be undertaken for this three-component intervention project. A feasibility study is in keeping with the MRC and NIHR framework which states that for complex interventions, a feasibility study is done to assess and refine the intervention prior to carrying out a full-scale evaluation [ 30 ]. In terms of study design, a quasi-experimental single group time series design will be used.
The trial was registered on Clinicaltrials.gov (NCT06150339) on November 29, 2023.
The study will take place in two Transitional Care Units (TCUs) in Ontario, Canada, one in Pickering and one in Scarborough. The units have a combined total of 107-bed capacity. From January 2024-June 2024, patients will be enrolled in the study on an ongoing basis. Up to 8 patients will be enrolled in the study at a given time.
Older adult patients will be eligible if they meet the following criteria: 1) aged 65 years and older; 2) have cognitive impairment (dementia, delirium, mild cognitive impairment, or unspecified cognitive impairment) as documented in the medical record or Quick Dementia Rating Scale (QDRS) score of ≥2) ( S1 Appendix ); 3) admitted to a transitional care unit after a hospitalization; 4) can speak English; 5) has received clearance from the physiotherapist to participate in the study; 6) has received clearance from the nurse practitioner to participate in the study; 7) were community-dwelling (lived in a home or retirement home; not a nursing home) prior to hospitalization; 8) were able to ambulate independently or with the assistance of one person (with or without a gait aid) prior to hospitalization; 9) is currently able to ambulate either independently or with the assistance of one person (with or without a gait aid); 10) has a care partner (family member, friend) who is willing participate in an interview about the patient for the study.
A diagnosis of CI, such as dementia is often under-reported in clinical records [ 35 ], and so the second inclusion criterion of have CI (dementia, delirium, mild cognitive impairment, or unspecified CI) will be ascertained in one of two ways: 1) a diagnosis of CI in the medical record; or 2) QDRS score of ≥2. The QDRS is a rapid (3–5 minutes) 10-item questionnaire that is used in clinical research to assess the presence of CI for inclusion and inclusion into studies [ 36 ]. The questionnaire is informant-based; informants can be spouses, adult children, relatives and friends, and paid caregivers [ 36 ]. For this study, the informant will be the substitute decision maker (SDM) of the participant and the QDRS will be evaluated by the interventionist (AC), who is a Registered Nurse. A score of 0–1 indicates a high likelihood of normal cognition; 2–5 indicates mild cognitive impairment, 6–12 indicates mild dementia; 13–20 indicates moderate dementia; and 20–30 indicates severe dementia [ 37 ]. The QDRS has good reliability (Cronbach α 0.86–0.93), demonstrates similar validity as the longer clinical dementia rating (CDR) scale to detect the presence of CI in older adults [ 36 ].
Patients will be excluded if they are: 1) Palliative (having <six months prognosis as defined by Hui and colleagues [ 38 ]) as documented in the medical chart; 2) have Parkinson’s disease as documented in the medical chart (due to impairments in muscle and motor function) [ 21 ].
To achieve adequate participant enrolment, staff have been provided with detailed information regarding eligibility of patients for the study. Staff at the TCUs will screen participants for eligibility into the study. If the patients meet eligibility criteria, the staff will inform the interventionist (AC) who will approach patients for interest in the study. Informed consent ( S2 and S3 Appendix) will be obtained from patients who pass the Evaluation to Sign Consent (ESC) Measure ( S4 Appendix ) [ 39 ]. For patients who do not pass the ESC but who assent to the study, informed consent will be obtained from their substitute decision maker (SDM). The SPIRIT Schedule of enrolment, interventions, and assessments for this study is outlined in S1 Fig .
An activity-based study involving older adults with dementia in the nursing home setting [ 29 ] that used time to perform one sit to stand found a moderate effect size (Cohen’s d) of 0.48. Since the present study will use repeated measures ANOVA, a Cohen’s f of 0.25 (a suggested value for moderate effect size) [ 40 ] was used in the sample size calculation. Based on an f of 0.25, a power of 0.8 and an alpha of 0.1, in keeping with those used in a mobility study involving older adults with dementia [ 21 ], a sample of 21 participants will be needed for this study. Using an alpha of 0.1 can be acceptable for exploratory or preliminary studies [ 41 ] (p. 188). An attrition rate of just under 20% over the course of a 6-week study will be taken into account, as was experienced in a 6-week intervention study involving older adult residents with dementia [ 26 ]. Thus, a sample of 26 participants will be recruited for this study. G*Power 3.1.9.7 software [ 42 ] was used for the sample size calculation for an ANOVA: Repeated measures, within factors statistical test with one group, three measurements, 0.6 for the correlation among repeated measures, and 0.8 for nonsphericity correction (which is a mild departure from sphericity) [ 41 ].
The OASIS Walking Intervention is a nurse-led intervention that consists of three components: 1) Patient-Centred Communication Care Plan; 2) Sit to Stand Activity; and 3) Walking program. The interventionist is a Master’s prepared registered nurse with 10 years of clinical nursing experience on a General Internal Medicine Unit in an urban acute care hospital working with older adults with cognitive impairment, including walking, transferring, and communicating with these patients. The interventionist and research assistants will have received additional training from the unit physiotherapist on transfer training, walking, and performing the two-minute walk test. The intervention is grounded using a patient centred approach. An intervention manual has been created for this study ( S5 Appendix ).
The dose of the intervention is: up to 45 minutes per session, five sessions per week, for six weeks. Approximately up to 30 minutes will be spent walking with the participant and up to 15 minutes will be spent performing the sit-to-stand activity as per their tolerance levels.
This intervention goes beyond usual care provided the TCUs. There is no change to usual care provided to patients as a result of participating in this intervention. For patients in the long-term care stream usual care consists of: one-to-one sessions 2–3 times per week of strengthening and balance exercises. For patients in the Rehab stream, usual care consists of: one-to-one sessions 5 times per week of strengthening, balance, and may include some walking and group therapy 5 times per week.
Component 1..
Patient-Centred Communication Care Plan. This care plan will be informed by interviews that the interventionist will have with the participant and their care partner. During the interviews, the interventionist will ask questions about three areas of a patient-centred assessment: 1) Participant’s biography (work history, family, interests); 2) Participant’s communication abilities and preferences; 3) Engagement with the Participant; [ 21 , 43 ]. The information gained from the interviews will be added to the patient-centred communication template ( S2 Fig ). The individualized care plan will be used during the walking and sit to stand activity sessions to promote enjoyment, engagement, adherence, and communication.
Sit to Stand Activity. The procedure for the sit to stand activity, which is adapted from the sit to stand protocol used by Barreca 2004 and colleagues [ 44 ], is outlined in Table A, which is embedded in the intervention manual ( S5 Appendix ).
Target Number of Sit to Stands. The interventionist will measure the number of sit to stands that a participant can do in 30 seconds at baseline, as used in previous study [ 29 ]. Based on that number, a target number of sit to stands to do per session will be determined, based on the algorithm used in the study by Slaughter and colleagues [ 29 ]). Halfway into the intervention (after 3 weeks), the target number of sit to stands will be progressed. The target number of sit to stands and the algorithm used by Slaughter et al. [ 29 ] (Personal communication with S. Slaughter January 2023) was adapted into the formula for this study:
Table 1 outlines the calculated target numbers of sit to stands for the present study.
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Walking Program. Based on the findings from the patient-centred assessment interviews as well as the performance of the participants on the two-minute walk test at baseline (Time 1), an individualized walking program will be carried out with participants, in a manner similar to the process done in the study by Chu and colleagues [ 21 ]. The goal will be to walk up to 30 minutes each session, five days per week. The interventionist will personalize the dose duration and speed of each walking session as tolerated by the participant [ 21 ] and as assessed using the Borg Rate of Perceived Exertion (RPE) scale [ 45 , 46 ].
Data collection.
Demographic variables, including age, sex, gender, race/ethnicity, education, socioeconomic status, highest level of education, and number of co-morbidities will be collected before the start of the intervention ( S6 Appendix ). Data on hospital admission diagnosis and length of hospital stay prior to TCP admission will also be collected ( S6 Appendix ). Table 2 outlines the outcome measurement tools that will be used to assess the participants, time points at which they will be measured, and the type of statistical test that will be used to analyze the results.
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Participants’ sex (defined as a set of biological attributes; sex is usually categorized as female or male [ 47 ]) and gender (defined as socially constructed roles, behaviours, expressions, and identities of women, men, and gender diverse people; gender is usually conceptualized as a binary (woman and man) yet there is considerable diversity in how individuals understand, experience, and express it [ 48 ]. Sex and gender will be assessed in the demographic questionnaire ( S6 Appendix ).
Feasibility . Feasibility will be measured through recruitment rate, retention rate, and adherence [ 49 ].
Efficacy will be assessed using measures for muscle strength, mobility, functional status, quality of life, and discharge destination. The primary outcome for efficacy will be lower extremity muscle strength .
Intervention fidelity will also be measured through the interventionist’s self-report [ 49 ] of 12 intervention items. The percentage will be calculated as the number of items done divided by the 12 items on the intervention fidelity checklist. Any safety events (such as falls) that occur during the intervention sessions will also be documented.
At Time 3, the RA will review the participant’s chart to document services provided to the participants in addition to the OASIS Walking Intervention, to increase the internal validity of the study. A shortened version of a checklist of services/treatments related to mobility ( Table 3 ) provided to patients in TCPs developed by McGilton and colleagues based on their scoping review [ 6 ] will be completed for this study.
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Research question 1..
Data will be analyzed using SPSS version 28.0.1.0. Descriptive statistics will be used for the demographic variables as well as for measures of feasibility (recruitment rate, retention rate, and adherence). Specifically, for measures of adherence, the mean number of treatment sessions attended will be calculated and the range of treatment sessions will be provided. In terms of level of engagement with the treatment, the mean duration of each walking session, of each intervention session, and number of sit to stands done per session will be calculated. As well, the range of each of these durations will be provided. Furthermore, the mean number of sit to stands done per session, divided by the goal number of sit to stands will be calculated.
Satisfaction will be also assessed through the opened ended questions in the CSQ satisfaction surveys. Quantitative data will be analyzed using descriptive statistics; qualitative data will be analyzed using content analysis [ 59 ].
Does the OASIS Walking intervention result in improved muscle strength, mobility, functional status, and quality of life in older adults with cognitive impairment?
Means and standard deviations for each of the outcome measures will be summarized. Longitudinal plots of overlaid individual trajectories will be used to visualize observed change over time. Repeated measures analysis of variance (ANOVA) [ 60 , 61 ] will be used to determine if the intervention results in an improvement in participants’ time to perform one sit to stand, 2MWT, BI, and quality of life over time. Repeated measures ANOVA is a parametric test that determines if the means of three or more measures from the same person are similar or different [ 61 ]. Scatter plots will be used to demonstrate any changes in outcomes. If there is missing data, paired t-tests will be used to determine if there is an improvement in participants’ time to perform one sit to stand, 2MWT, BI, and quality of life between two time points.
As well, simple tests of before–after (paired t-tests) will be used to determine the differences between Time 1 (baseline) and Time 2 (after 3 weeks of the intervention), and between Time 1 and Time 3 (after the 6-week intervention) for the outcome variables of interest. These tests will yield corresponding 95% confidence intervals, allowing investigators a sense of the magnitude of changes that one might look for in any subsequent trial.
What percentage of the participants were discharged home and how many were discharged to the nursing home post intervention? Percentages will be used to describe discharge destination of participants.
Descriptive statistics will be used to report on sex and gender. Specifically, descriptive statistics will be used to report data that is disaggregated by sex and gender.
Feasibility of this study is being evaluated by recruitment rate, retention rate, and adherence rate. If the study has a recruitment rate of >50%, a retention rate of ≥80%, and an adherence rate of ≥75%, these will demonstrate feasibility of the study, and therefore potential for success in a future definitive trials. Moreover, if there is high satisfaction with the intervention (CSQ of 3 ore more on the CSQ-8 Questionnaire), this will provide additional evidence to support the testing of this intervention in a more definitive trial.
Data will only be accessed by the research staff for the purpose of the study. These individuals will complete privacy training and signed confidentiality agreements and/or will be required by law to keep all collected information confidential. Representatives of the University Health Network (UHN) including the UHN Research Ethics Board may be given remote access to an electronic portal (via the internet) to look at the study records to check that the information collected for the study is correct and to make sure the study is following proper laws and guidelines. The electronic data will be kept in a secure one drive storage database hosted by UHN, which has restricted access and safety backup.
All personal information such as participants’ name will be removed from the data and will be replaced with a number. A list linking the number with participants’ names will be kept by the study investigator in a secure place, separate from participant files. Whether on-site or remotely, UHN makes all efforts to ensure that participant information is shared in a way that is secure and private (encrypted). The research team will keep any personal health information about participants in a secure and confidential location for 10 years.
The research team will engage in systematic data management and adhere to high standards to protect participants’ confidentiality. Study data will be protected using several strategies. Participants will be given a unique identifier number. This code will not have anything to do with participants’ names. Physical copies of data will be stored in a locked cabinet at the PI’s office. Participants’ contact information, study assigned ID, signed consent forms will be stored securely and separately from completed data collection records. All data will be stored on the TRI–UHN server. The interview with participants and care partners at the beginning of the study will be audiorecorded and then transcribed. All transcripts will be anonymized, and audio recordings will be destroyed upon transcription. Upon completion of the study, data will be archived in a secure, locked location for ten years, then destroyed. In the event of inappropriate release of data, all attempts will be made to stop further release, and any information that could be retrieved will be retrieved. The UHN Privacy Office will be notified, and further actions will be taken according to the UHN Privacy Office and REB recommendations.
The study has received written ethical approval from the University Health Network Research Ethics Board (Study ID 23–5543). Specifically, the approval letter stated: “The University Health Network Research Ethics Board approves the above mentioned study as it has been found to comply with relevant research ethics guidelines, as well as the Ontario Personal Health Information Protection Act (PHIPA), 2004” (p. 2). Should there be any important protocol modifications, the relevant parties (research ethics boards, investigators, trial participants, trial registry) will be notified. Informed written consent will be received from each participant in the study.
If participants are harmed as a direct result of taking part in this study, all necessary medical treatment will be made available to them at no cost.
Findings from the study will be used to refine the intervention for use in a definitive pilot trial. Results will be disseminated via peer-reviewed publications, international conferences, through group presentations at the study sites, and through the study site networks.
The study has been registered on Clinicaltrials.gov (NCT06150339). The study details can be found at https://clinicaltrials.gov/study/NCT06150339 .
Participants will not have to pay for any procedures involved in this study. As a token of appreciation and in recognition of their time and effort, a $5 gift card to a coffee shop will be given to participants at each of the three outcome measurement stages of the research. By the end of the study, participants will be given a total of $15 in gift cards. A $10 gift card to a coffee shop will be given to care partners of participants after their interview as a token of appreciation for their time. Providing a token gift at each stage of the research follows the guidance provided by the Division of the Vice President, Research & Innovation at the University of Toronto [ 62 ]. Moreover, a recent Cochrane systematic review by Gillies and colleagues found that monetary incentives can increase participant retention in intervention studies [ 63 ].
A plan to minimize the risk of missing data will be put in place. Specifically, an Ethical Protocol and Algorithm for Data Collection and Intervention Session: Procedure for Assessing Assent and Dissent for the OASIS Walking Intervention ( S9 Appendix ) will be used. This protocol is adapted from the Ethic Protocol used by Chu and colleagues [ 21 ]. For their study, all follow up assessments were completed and there was no missing data [ 21 ]. This protocol includes establishing rapport with participants, obtaining assent prior to initiating data collection, and re-approaching if the participant initially refuses ( S9 Appendix ). Data on paper sheets will also be visually inspected for missing data prior to transferring them onto the secure One drive. In addition to the above retention strategy, remuneration will also be provided to reduce the risk of drop out and thus reduce the risk of missing data.
This article describes the protocol for a feasibility study of a nurse-led mobility intervention. Hospitalized community-dwelling older adults with CI often experience functional decline and are admitted to facility-based TCPs, where they have poorer outcomes, including functional status and discharge destination [ 18 ]. Walking programs in hospitals and long-term care homes have been found to improve outcomes for older adults with CI such as functional status, quality of life, and mobility. As well, programs involving sit to stand activity have shown significant results in terms of lower extremity muscle strength in long-term care homes. However, to the authors’ knowledge, no such combined intervention has been done in facility-based TCPs.
This protocol outlines a 6-week nurse-led mobility intervention for older adults with CI in TCPs which incorporates a patient-centred communication care plan, sit to stand activity, and a walking program. Outcome measurements will take place at pretest, after 3 weeks of intervention, and posttest.
The results of this feasibility study will be valuable for optimizing the design of a definitive controlled trial that could impact clinical practice in this population and setting. If the study demonstrates a recruitment rate of >50%, a retention rate of ≥80%, and an adherence rate of ≥75%, these will demonstrate feasibility, and will thus provide evidence to proceed with a definitive controlled trial. Moreover, if the study results in high satisfaction with the intervention, it will provide further evidence for potential for success in a future definitive trials. Furthermore, the open-ended questions, which includes the question, “If I could change one thing about the walking program, it would be:” which will be asked together with the satisfaction questionnaire will provide additional data which might inform modifications to the design of a trial.
The use of one group rather than having two groups is a limitation of this feasibility study. Still, this study will provide evidence on the feasibility and efficacy of a nurse-led mobility intervention in TCPs. It will provide valuable insight on the feasibility of the components of the intervention and on patients’ satisfaction with the intervention. Furthermore, it will provide preliminary evidence which can inform a definitive pilot study.
A six-week nurse-led mobility intervention which aims to improve functional status, mobility, quality of life, and satisfaction among older adults with CI in TCPs was described. This study will provide valuable insight into the feasibility of this intervention in this setting. Study findings will allow for the refinement of intervention components for a full-scale pilot study.
S1 text. spirit checklist..
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Writing a Nursing Care Plan. Step 1: Data Collection or Assessment. Step 2: Data Analysis and Organization. Step 3: Formulating Your Nursing Diagnoses. Step 4: Setting Priorities. Step 5: Establishing Client Goals and Desired Outcomes. Short-Term and Long-Term Goals. Components of Goals and Desired Outcomes.
The nurse can evaluate if interventions are effective by evaluating goal progression. 4. Communication and continuity between nurses. The plan of care is a document that assists nurses in providing continuous and consistent care, working toward shared goals. 5. Coordinates other disciplines.
1. Assessment. The first step of writing a nursing care plan is to practice critical thinking skills and perform data collection. During this phase, you collect subjective and objective data. The source of subjective data is an interview with the caretakers, family members, or friends of the patient and the patient.
Here are five tips for setting achievable outcomes: Be specific. Clearly define the desired outcome in observable and measurable terms. Ensure relevance to the diagnosis. The outcomes should relate to the identified nursing diagnosis and address the client's health concerns.
Step 1: Assessment. The first step in writing an organized care plan includes gathering subjective and objective nursing data. Subjective data is what the patient tells us their symptoms are, including feelings, perceptions, and concerns. Objective data is observable and measurable. This information can come from,
Step 1 - Collect Information (Assess) Gather relevant data about the patient's health status, medical history, current condition, and other pertinent factors. It involves systematically obtaining and organizing information to inform the development of the care plan. Head-to-toe-assessment.
Nursing team collaboration. Writing a care plan allows a team of nurses (as well as physicians, assistants, and other care providers) to access the same information, share opinions, and collaborate to provide the best possible care for the patient. Documentation and compliance. A well-written care plan allows nurses to measure the effectiveness ...
How to prepare a nursing care plan using the 5-step nursing process (ADPIE): Assess. Diagnose. Plan. Implement. Evaluate. Following the nursing diagnoses that were formed based on a thorough assessment (history, physical assessment, focused assessment), a clear plan of care goals, interventions, and desired outcomes is defined.
Question 1 Activities of Daily Living (ADL's) include those routine activities of the people, which are essential for self-care. The six ADLs thus include "movement in bed", "transfers" between seats or change in positi... Topics: Nursing Care Plan Communication Hygiene Insomnia Nutrition. View full sample.
The nursing process began in the 1950s with three steps: assessment, planning, and evaluation. These steps, based on scientific methods, included observing, measuring, gathering data, and analyzing findings. Over time, the process evolved to five steps and became essential in nursing education and practice.
What are the building blocks of a nursing care plan? 1. Assessment. The assessment phase of the nursing care plan will require you to think critically and obtain information from the patient. Data you collect in the assessment phase will be split into subjective and objective data. Subjective data includes verbal statements from patients.
Here are two nursing care plan examples. Care Plan for a Client with Type 2 Diabetes. Assessment: Medical history includes Type 2 diabetes; Blood glucose levels consistently above the normal range; Difficulty controlling blood sugar levels through diet and exercise alone; Diagnosis: At risk for unstable blood glucose related to poorly managed ...
Nursing Care Plan Examples. As a nurse, you'll have to write nursing plans for a wide variety of conditions: from hypertension, infection, decreased cardiac output, impaired skin integrity, acute pain to constipation, anxiety, diabetes, dehydration, and many more. To better illustrate how to write nursing care plans, we have assembled some ...
Use this nursing care plan and management guide to help care for patients with seizure disorders. Learn about the nursing assessment, nursing interventions, goals and nursing diagnosis for seizure disorders in this guide. Download these FREE nursing care plan examples for different conditions. Know their pathophysiology, interventions, goals ...
A nursing care plan is a part of the nursing process which outlines the plan of action that will be implemented during a patients' medical care. LPNs (Licensed Practical Nurses) and Registered Nurses (RNs) often complete a care plan after a detailed assessment has been performed on the patients' current medical condition and prior medical ...
But either way, it always goes in this order. So what we've done is broken down the nursing care plan writing process for you into 5 easy steps. They are: collect information, analyze the information, ask how, translate, and transcribe. So let's look at each of these steps in detail! First is Collect ALL information.
As you continue, nursingstudy.org has the best-qualified nursing writers to help with any of your nursing essays or assignments. All you need to do is place an order with us. Step 1: Write an assessment section for your care plan. To make a care plan, an assessment is the first step.
But either way, it always goes in this order. So what we've done is broken down the nursing care plan writing process for you into 5 easy steps. They are: collect information, analyze the information, ask how, translate, and transcribe. So let's look at each of these steps in detail! First is Collect ALL information.
The aim of this assignment is to analyse a case study and create a nursing care plan based on the patient's issues. Initially background information regarding the patient's medical diagnosis is provided and seven prioritised nursing problems have been identified. Focus is made on the key nursing problem-immobility, and discussion is made as ...
In this post, we'll formulate a sample nursing care plan for a patient with Congestive Heart Failure (CHF) based on a hypothetical case scenario. CHF Case Scenario . A 74-year old Hispanic male presents to the Emergency Department with complaints of increased dyspnea, reduced activity tolerance, ankle swelling, and weight gain in recent days ...
Plan of Care. Subject: Nursing. Number of words/pages: 2588 words/13 pages. Topics: Nursing Care Plan, Angina, Diagnosis, Download for free. This essay sample was donated by a student to help the academic community.
1:54. In addition to the initial purpose, the goal of the care plan is to help the patient achieve a specific outcome or set of outcomes. 2:01. As such, the care plan should be written with the outcomes in mind. 2:05. Care plans are grounded in evidence gathered from two points of view: subjective and objective. 2:11.
The Ultimate Nursing Care Plan Database 5 Nursing Care Plan Examples. Sometimes all you need are a few examples to help you learn how to do a difficult task and to get the brain juices flowing. Here are 5 care plans that I personally wrote during nursing school. MEDICAL DIAGNOSIS: Pneumonia
Older adults with cognitive impairment often experience low mobility and functional decline in hospital, transfer to facility-based transitional care programs, and have poorer outcomes compared to those without cognitive impairment. This protocol paper describes a study which aims to determine the feasibility of, satisfaction with, and efficacy of a nurse-led mobility intervention (OASIS ...