Cardiovascular Fitness

Exercise 4:

 

This exercise describes three assessments designed to help you estimate the present level of your cardiovascular fitness. The term “cardiovascular” refers to both the heart and blood vessels. Since the health of the respiratory system is so closely linked to that of the blood circulation, fitness of both will be referred to as “cardiorespiratory”.

 

During your fitness assessment, stop any test immediately if you begin to feel any pain, faintness, or dizziness. If you notice any other disturbing sensations such as headache or inability to get enough air, do not complete the test.

 

 

 

DETERMINING TARGET HEART RATE ZONE

 

If your heart rate becomes faster during physical activity, that exercise would be described as aerobic. These activities, when performed often enough and at long enough durations, result in increased efficiency of the circulatory and respiratory systems. The noted improvements are described as the training effect. The training effect has occurred if the heart rate is lower for a given type of exercise or if it takes more resistance to achieve the same heart rate.

 

In order to experience the training effect and improved cardiorespiratory health, the exercise duration should exceed twenty continuous minutes and the heart rate should be within the target heart rate zone.

 

There are numerous formulae that have been developed to determine an individual’s target heart rate. The range should ensure sufficient stress to result in improvement, yet not exceed what would be safe. The formula that follows is based on age and resting heart rate.

 

Resting heart rate is a simple way to assess current level of cardiorespiratory fitness. The average resting heart rate for healthy adults is 75, and ranges from 60-100 BPM (beats per minute). Well-conditioned endurance athletes have resting rates in the 30s and individuals with poor fitness would exhibit resting rates that are much higher. Powerful hearts and lungs circulate more oxygen per beat and can maintain the body at rest with fewer beats per minute.

 

True resting heart rate is a value that stays constant for days, weeks, and longer, unless cardiovascular changes take place. When measuring HR for these exercises, make sure to record it when you are truly at rest. This will be the lowest value that you record.

 

 

 

Use the calculations in Figure 5.1 as a guide to determine your personal target heart rate zone. Your heart rate should be within these limits whenever you participate in aerobic activities. Calculations should be revisited from time to time as resting heart rate will change with advancing age and, more frequently, due to effects of lifestyle changes.

 

 

 

 

Minimum Maximum

 

Maximum heart rate in healthy adult: 220 220

 

Subtract your age -20 -20

 

200 200

 

Subtract resting heart rate – 60 – 60

 

 

140 140

 

Multiply by

Lower and upper limit % .70 .85

 

98 119

 

 

Add back resting heart rate +60 +60

 

Target heart rate zone (BPM) 158 179

 

 

Figure 4.1. Target heart rate zone calculations for a 20 year old with a RHR of 60 BPM.

 

 

You will be measuring your heart rate by taking your pulse with your fingers. There are

multiple locations on the surface of the body that can be used as pulse sites. The most commonly used arteries are the carotid and radial.

 

Pulse sites, also known as pressure points, are depicted in Figure 5.2. Pulse is recorded by gently pressing on the arterial wall with fingers.

 

f26p01A_pressurepts_adj

 

Figure 4.2. Pulse sites.

 

 

 

 

ASSESSMENT #1 – EXERCISE RECOVERY RATE

 

1. Sit quietly for 10 minutes and measure your resting heart rate.

 

2. Jog in place or perform another aerobic exercise until your heart rate reaches the minimum target heart rate 5 beats.

 

3. Continue to exercise at the same stress level for 3 minutes. Don’t allow your heart rate to drop below the lower target heart rate or exceed the maximum target heart rate 5 beats.

4. Measure your heart rate during the last 15 seconds of exercising.

 

5. Measure your heart rate at 1-minute intervals until the rate is below 100 bpm. This is your recovery rate. If your recovery rate exceeds 5 minutes, your cardiovascular fitness is considered below average.

 

 

 

ASSESSMENT #2 – HARVARD STEP TEST

 

1. Step on a step first with one foot and then with the other foot until you are standing with the knees unbent. Then step down with one foot followed by the other foot to return to the starting position.

 

2. Step at a pace that results in approximately 30 times per minute for a 5-minute period.

 

3. Sit down and rest. Measure your heart rate 1 minute after exercising. Remain sitting and measure your heart rate at the 2-minute and 3-minute intervals after exercising.

 

4. Calculate the sum of the 3 heart rate values. Use this formula to calculate a fitness index:

 

Fitness Index = 30,000

Sum of the Three Heart Rates

 

Fitness Index Rating
<55 Poor
55 – 64 Low average
65 – 69 Average
70 – 79 High average
80 – 89 Good
90 and above Excellent

 

 

Figure 4.3. Harvard step test fitness index.

 

ASSESSMENT #3 – THREE-MINUTE SIT-AND-STAND TEST

 

1. Sit quietly for 10 minutes and measure your resting heart rate.

 

2. Starting from a sitting position with arms folded across your chest, stand up and sit down at a rapid but comfortable pace. Do this for three minutes. Your legs must be straight before you sit down and you must sit down completely. Do not use a chair with wheels.

 

3. Measure your heart rate during the last 15 seconds of exercising

 

4. Sit down and rest. Measure your heart rate at 30 seconds, 1 minute, and 2 minutes after you sit down.

 

 

5. Circle your resting, exercise, and 3 post-exercise heart rates in Table 5.1. Record the corresponding values written in bold in the first column of the table.

 

 

  Resting Exercise 30 Sec 1 Min 2 Min
20 44 80 64 56 56
19 48 84 68 60 60
18 52 88 72 64 64
17 56 92 76 68 68
16 60 96 80 72 72
15 62 100 84 76 76
14 64 104 88 80 80
13 66 108 92 84 84
12 68 112 96 88 88
11 70 116 100 92 92
10 72 120 104 96 96
9 74 124 108 100 100
8 76 128 112 104 104
7 78 132 116 108 108
6 80 136 120 112 112
5 84 140 124 116 116
4 88 144 128 120 120
3 92 148 132 124 124
2 96 152 136 128 128
1 100 156 140 132 132

 

 

Table 4.1. Three-minute sit-and-stand fitness rating.

 

 

 

6. Calculate the sum of the values for the 5 heart rates. If the sum is 0 – 35, your cardiovascular fitness is considered to be dangerously poor. Your cardiovascular fitness is average when the sum is 36 – 70. When the sum exceeds 70, your cardiovascular fitness is excellent.

 

 

 

 

Lab Report

 

Report the results of all three assessments. These can be done on yourself or any adult subject who volunteers. However, all three assessments should be done for the same individual.

 

Your report should include (1) calculations for the subject’s target heart rate zone, (2) recorded heart rates as indicated in all charts and tables, (3) verbal (in sentence form) fitness descriptions for all three assessments, and (4) a general discussion of the results.

 

Are the results consistent among the tests? Can you draw any conclusions based on relationships between fitness and other lifestyle parameters? Is the subject a smoker, overweight, or an active, fit person?

 

A minimum of two photographs is required . These should depict the general appearance of your subject and the subject engaged in at least one of the fitness assessments. Your HCC Hawk Card or some other form of photo ID needs to be within every image. The ID should be on or near the subject when you take the picture.

 

The chair used for the sit-and-stand test needs to be sturdy and not upholstered, on casters (wheels) or a folding chair.

 

Assessments should be completed either on different days or with a minimum of an hour between tests. This is necessary to remove fatigue as a possible explanation for diminished performance.

 

 

 

6

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All discussion boards will be evaluated utilizing rubric criterion inclusive of content, analysis, collaboration, writing and APA. If you fail to post an initial discussion you will not receive these points, you may however post to your peers for partial credit following the guidelines above

All discussion boards will be evaluated utilizing rubric criterion inclusive of content, analysis, collaboration, writing and APA. If you fail to post an initial discussion you will not receive these points, you may however post to your peers for partial credit following the guidelines above. Due to the nature of this type of assignment and the need for timely responses for initial posts and posting to peers, the Make-Up Coursework Policy (effective July 2017) does not apply to Discussion Board Participation.

Discussion Prompt [Due Wednesday]

Select ONE of the questions listed below and create a substantive initial post. Please post the question number you chose in the title of your post. (i.e. Question 1 perimenopause)

  1. List the clinical signs and describe the clinical implications of perimenopause including family planning needs.
  2. Access an evidence-based practice guideline related to hormone replacement therapy or women’s health maintenance. List three evidence-based interventions which you would consider implementing in your practice and why you selected them.

Estimated time to complete: 3 hours

The post All discussion boards will be evaluated utilizing rubric criterion inclusive of content, analysis, collaboration, writing and APA. If you fail to post an initial discussion you will not receive these points, you may however post to your peers for partial credit following the guidelines above appeared first on Infinite Essays.

“The first half of the nineteenth century saw nursing conditions at their worst. Nursing had become a job for the “undesirables” in society — the immoral, the alcoholic, and the illiterate.

“The first half of the nineteenth century saw nursing conditions at their worst. Nursing had become a job for the “undesirables” in society — the immoral, the alcoholic, and the illiterate. The pay for nursing care was poor and was frequently supplemented in any way possible. There was little organization associated with nursing and certainly no social standing. No one would enter nursing who could possibly earn a living in some other way. Through the work of early nursing figures, nursing gained the respect of the military and the government, ushering the birth of what is now considered modern nursing.”(Nursing Timeline)The hospitals were so disgraceful, dirty contaminated with infections. There was no proper ventilation in hospital rooms that’s increase risk of dying.

“Florence Nightingale1820 – 1910

Widely recognized as the founding mother of modern nursing, Florence Nightingale’s work led to the reform of sanitary conditions in military hospitals, the organization and advancement of nursing education and the development of measures to analyze disease and morality rates using statistical methods. Her observations and writings contributed to the development of an applied theory of communicable disease. Her seminal work, Notes on Nursing: What it is and What it is Not has, for centuries, formally defined the work of nursing as unique and separate from that of medicine and the social sciences.”(Nursing Timeline) She provided clean dressings, clean bed, well cooked food, proper sanitation and fresh air to patients and do her rounds with a lamp. “The profession of nursing was strengthened by the development of nursing training and degree programs that would adhere to standards of care and regulations developed by nursing associations and nurse licensure. Fewer than twenty nurses attended the first convention in 1896 of the Nurses Associated Alumnae of the United States and Canada which became in 1911 the American Nurses Association.”(Nursing Timeline)Big hospitals start their own nursing schools to produce more qualified and educated nurses to help community. Because in back days there was only lay people who work as nurses without proper education and knowledge. With education nursing profession changed a lot with new ways of thinking and knowledge specific to nursing. Nursing theory is essential to continuing evolution of the discipline of nursing. The use of nursing theory in research is very important. Nurses often use theories from other disciplines instead of their own and this expands the knowledge of another discipline.(Marlaine.S &Marilyn.P 2010)

The post “The first half of the nineteenth century saw nursing conditions at their worst. Nursing had become a job for the “undesirables” in society — the immoral, the alcoholic, and the illiterate. appeared first on Infinite Essays.

The effectiveness of cultural competence programs in ethnic minority patient- centered health care—a systematic review of the literature A. M. N. RENZAHO1,2, P. ROMIOS3, C. CROCK4 AND A. L. SØNDERLUND5

The effectiveness of cultural competence programs in ethnic minority patient- centered health care—a systematic review of the literature A. M. N. RENZAHO1,2, P. ROMIOS3, C. CROCK4 AND A. L. SØNDERLUND5

1International Public Health Unit, Department of Epidemiology and Preventive Medicine, Monash University, Level 3, Burnet Building, 89 Commercial Rd, Melbourne, 3800 Victoria, Australia, 2Centre for Internal Health, Burnet Institute, Melbourne, 3004 Victoria, Australia, 3Health Issues Centre, Melbourne, 3086 Victoria, Australia, 4Australia Institute for Patient and Family-Centred Care, Melbourne, Victoria, USA, and 5Department of Psychology, University of Exeter, EX4 4QJ Devon, UK

Address reprint requests to: Andre M. N. Renzaho, International Public Health Unit, Department of Epidemiology and Preventive Medicine, Monash University, Level 3, Burnet Building, 89 Commercial Rd, Melbourne, 3800 Victoria, Australia. Tel: +61-3-92-51-77-72; Fax: +61-3-92-44-66-24; E-mail: andre.renzaho@monash.edu

Accepted for publication 2 December 2012

Abstract

Purpose. To examine the effectiveness of patient-centered care (PCC) models, which incorporate a cultural competence (CC) perspective, in improving health outcomes among culturally and linguistically diverse patients.

Data sources. The search included seven EBSCO-host databases: Academic Search Complete, Academic Search Premier, CINAHL with Full Text, Global Health, MEDLINE with Full Text, PsycINFO PsycARTICLES, PsycEXTRA, Psychology and Behavioural Sciences Collection and Pubmed, Web of Knowledge and Google Scholar.

Study selection. The review was undertaken following the preferred reporting items for systematic reviews and meta-analyses, and the critical appraisals skill program guidelines, covering the period from January 2000 to July 2011.

Data extraction. Data were extracted from the studies using a piloted form, including fields for study research design, popu- lation under study, setting, sample size, study results and limitations.

Results of data synthesis. The initial search identified 1450 potentially relevant studies. Only 13 met the inclusion criteria. Of these, 11 were quantitative studies and 2 were qualitative. The conclusions drawn from the retained studies indicated that CC PCC programs increased practitioners’ knowledge, awareness and cultural sensitivity. No significant findings were identified in terms of improved patient health outcomes.

Conclusion. PCC models that incorporate a CC component are increased practitioners’ knowledge about and awareness of dealing with culturally diverse patients. However, there is a considerable lack of research looking into whether this increase in practitioner knowledge translates into better practice, and in turn improved patient-related outcomes. More research examining this specific relationship is, thus, needed.

Keywords: patient-centered care, cultural competence, intercultural health care, health-care interventions

Introduction

Worldwide immigration has increased throughout the past century and considerably so in the past decade from 150 million migrants in 2000 to 214 million in 2010 [1]. Such change is reflected in various developed countries and specif- ically in public sectors such as health care, where the work- force and client base are becoming increasingly multifarious in terms of ethnicity and culture [2]. This demographic

transformation is not without its problems, however, as massive disparities in the health status of the population are evident, negatively affecting primarily ethnic and cultural mi- nority groups [3–6]. The successful delivery of health care in a multicultural

setting is often hampered by a host of factors, including chiefly language and non-verbal communication barriers between carer and patient [7, 8], lack of respect and/or aware- ness of cultural traditions and beliefs in the practitioner–client

International Journal for Quality in Health Care vol. 25 no. 3 © The Author 2013. Published by Oxford University Press in association with the International Society for Quality in Health Care; all rights reserved 261

International Journal for Quality in Health Care 2013; Volume 25, Number 3: pp. 261–269 10.1093/intqhc/mzt006 Advance Access Publication: 22 January 2013

 

 

relationship [9–11] and interpersonal as well as institutional stereotyping and prejudice [12–14]. Accordingly, several health-care models have been proposed to shift from a some- what paternalistic health-care model to an approach that engages the patient in decision making and self-care. Such models include cultural competence (CC) and patient-centered care (PCC) models [15, 16]. CC has been conceptualized as a ‘a set of congruent beha-

viors, attitudes and policies that come together in a system, agency or among professionals and enable that system, agency or those professions to work effectively in cross-cultural situa- tions’ [17–19]. It has been hypothesized that lack of awareness about cultural differences, together with culturally and linguis- tically diverse (CALD) patients’ lack of knowledge about the health system, can lead to two possible unwanted outcomes [16, 20]: (i) compromised patient–provider relationships, making it difficult for both providers and patients to achieve the most appropriate care and (ii) effects on patients’ health beliefs, practices and behaviors. As a result, the National Center for Cultural Competence in the USA has suggested a framework for CC [21] emphasizing the need of health-care systems to • have a defined set of values and principles, policies and structures that enable them to work effectively and cross-culturally;

• have the capacity to value diversity, conduct self- assessment, manage the difference and institutionaliza- tion of cultural knowledge and adapt to diversity and the cultural contexts of the communities they serve;

• incorporate the requirements above in all aspects of policy development, administration and practice/service delivery.

The health-care models

PCC relies on the recognition that each patient represents a distinctive case with unique requirements and treatment needs and, thus, focuses on holistic care provided through open carer–patient communication and collaboration [22]. Patient empowerment and support also feature prominently in this method. As such, PCC principally signifies a move away from a ‘one-size-fits-all’ approach in health care to a more tailored treatment plan [22, 23]. Several studies attest the relevance of PCC in a range of

health-care settings and the association between the form of patient care and health outcomes. For example, Stewart et al. [24] found significant positive correlations between patient- centered communication and patient perception of finding common ground (P = 0.01) and in turn linked such positive perceptions with better recovery (P = 0.0001), less concern (P = 0.02), better emotional health (P= 0.05) and fewer diag- nostic checks and referrals (up to 2 months later). These results were supported by Wanzer et al. [25] who linked patient satisfaction with communication and physician and nurse practice of PCC (r = 0.73, P = 0.001; r = 0.61, P = 0.001, respectively). Patient satisfaction with care received was also correlated with perceived physician PCC practice (r = 0.67, P= 0.001) and perceived nurse PCC practice (r = 0.68, P= 0.001) [25].

Similar findings highlight the value of PCC in other set- tings, including general preventive health care [26], diabetes management [27], cancer management [28–30], post-cancer follow-up treatment [31, 32], palliative care [33, 34], mental health [35] and HIV management and treatment [36]. Thus, there is considerable research providing relatively clear support for beneficial relationships between the practice of PCC and patient health, treatment and satisfaction.

PCC and CC

As PCC is designed to take into account the specific circum- stances relevant to each patient—including ethnic and cul- tural variables. The successful delivery of this type of collaborative care relies on the ‘CC’ of the health-care pro- vider. That is, for effective PCC, the practitioner must be able to communicate effectively verbally and non-verbally and respect the traditional practices and beliefs of the patient [37]. The significance of CC in health care is exemplified in several studies on issues such as physician language ability, cultural knowledge and patient satisfaction. Fernandez et al. [38], for example, found significant positive associations between physician self-rated language ability and successful elicitation of and responsiveness to patient concerns and pro- blems (OR 4.3; 95% CI, 1.75–10.56). Physician self-rated understanding of patients’ health-related cultural beliefs was also significantly linked with patient clarity (OR 3.98; 95% CI, 1.43–11.45), responsiveness (OR 4.56; 95% CI, 1.67– 12.46) and understanding of prognosis and condition (OR 4.5; 95% CI, 1.73–11.79). Similarly, Mazor et al. [8] found that a 10-week medical Spanish course for pediatric emer- gency department physicians was significantly associated with decreased use of interpreter services in patient care post- intervention (OR 0.34; 95% CI, 0.16–0.71) and increased patient satisfaction in terms of perceived physician concern (OR 2.1; 95% CI, 1.0–4.2), respectfulness (OR 3.0; 95%CI, 1.4–6.5) and listening/communication (OR 2.9; 95% CI, 1.4–5.9). In other examples, the CC of practitioners was positively correlated with minority patient satisfaction with received medical care (r2 = 0.193, P < 0.05) [39] (r = 0.32, P< 0.001) [40] and decreased blood pressure among hyper- tensive patients (r = –0.18; P < 0.05) [40]. These findings are further backed up in other research and appear to be rele- vant in a broad range of health-care settings [41–44]. As such, CC in health care can best be defined as practi-

tioner flexibility and adaptability in terms of working effective- ly within a variety of cultural and ethnic contexts. This includes linguistic abilities, as well as cultural knowledge, awareness, sensitivity and respect [32]. Considering the in- creasing ethnic and cultural diversity in health-care clientele, CC is, thus, an integral aspect of PCC.

The current review

PCC and CC have been found to be complementary in terms of improving health-care quality and outcomes [15]. Whereas patient-centeredness aims to improve health-care quality by

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emphasizing the inclusion of the patient’s perspective general- ly in caregiving, CC centers on circumventing cultural barriers between the health-care provider and client [45]. As such, both concepts focus on improved health care with an em- phasis on patient-centeredness that in turn begs for acknowl- edgement of patient diversity. On this backdrop, PCC and CC approaches aim for the development of effective communica- tion and clinical capabilities in health practitioners. For this reason, PCC and CC have been used interchangeably in the literature [45]. Nonetheless, there are relatively few PCC models that specifically incorporate a CC component and fewer still that have a cultural focus and have been empirically developed and evaluated [12, 46]. Thus, the aim of the follow- ing systematic review is to examine the effectiveness of PCC models that incorporate a CC perspective, in improving health outcomes among CALD patients.

Method

Protocol

This review was conducted according to the Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines that can be accessed at www.prisma-guidelines.org (Fig. 1).

Information sources

A search of the following databases was conducted during August 2011: Academic Search Complete, Academic Search Premier, CINAHL with Full Text, Global Health, MEDLINE with Full Text, PsycINFO, PsycARTICLES, PsycEXTRA, Psychology and Behavioural Sciences Collection, Pubmed, Web of Knowledge and Google Scholar.

Search strategy and study selection process

The search terms used were based on MeSH keywords for ‘PCC’ and ‘cultural competency’. Searches were conducted on the following terms simultaneously: (i) Cultural competency terms (MeSH terms):

Competency, Cultural; Cultural Competencies; Cultural Competence; Competence, Cultural.

(ii) PCC terms (MeSH terms): Care, Patient-Centered; Patient-Centered Care; Nursing, Patient-Centered; Nursing, Patient Centered; Patient-Centered Nursing; Patient-Centered Nursing; Patient-Focused Care; Care, Patient-Focused; Patient-Focused Care; Medical Home; Home, Medical; Homes, Medical; Medical Homes;

(iii) Other terms (text word): Prejudice, Health care; Racism, Health care; Attitude, Health care.

Reference lists for relevant papers were also manually searched for additional citations. Studies were included in the review based on the following criteria: (i) The study was published in a peer-reviewed scientific

journal. (ii) The full text was available in English. (iii) The population under study comprised health-care

professionals and/or students and/or ethnic minorities.

(iv) The study centered on the development and effective- ness of patient-centered health-care models with a CC focus.

(v) The date of the publication was no earlier than 1 January 2000.

Validity assessment

Search results were assessed in three rounds. First, articles were filtered based on their title. Second, articles were retained or excluded after reviewing their abstracts. Third, the full-text versions of the remaining articles were obtained and reviewed. The empirical quality of the studies was assessed according to critical appraisal skill program guidelines (see Table 1).

Data extraction process

Data were extracted from the studies using a piloted form, including fields for study research design, population under study, setting, sample size, study results and limitations.

Figure 1 Flow chart of study selection.

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 1 Data extraction strategy

Inclusion criteria Yes No

Is the paper peer reviewed and is the full text available?

Proceed ↓

Exclude ↓

Does the study focus health-care delivery to ethnic minorities?

Proceed ↓

Exclude ↓

Does the study involve the development and assessment of (an) intercultural PCC model(s)?

Proceed ↓

Exclude ↓

Final decision Include Exclude

Cultural competence and patient-centered health care • Equity

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Results

Study selection

A total of 1450 papers were identified in the initial search. The majority of these were rejected based on one or more of the following factors: the paper focused on general health- care delivery models without a CC component; the paper described culture-related training programs that were not part of PCC programs; the paper described CC health-care models, but with no empirical evaluation or evidence base; the paper was about work culture rather than ethnic culture; the paper did not cite empirical research (commentaries, book reviews, etc.); or a combination of the above. Overall, 13 studies met the inclusion criteria (see Table 1).

Study characteristics and samples

Seven of the studies reviewed were from the USA, four from Canada and two from the UK (See Table 1). The majority of the research was conducted in a professional (clinical/hos- pital) setting (n = 9) [47–55], but student settings were also used (n= 5) [49, 56–59]. All participants were adults over 18 years of age. The studies predominantly (n= 11) relied on quantitative research designs, including randomized control trials (RCT), longitudinal design, cross-sectional design and descriptive correlational design (see Table 1). Qualitative re- search designs were employed in the remaining studies (n= 2). Outcome measures comprised patient satisfaction with care, health outcome or practitioner behavior in four of the studies [50–52, 54], whereas the remaining nine studies gen- erally used practitioner knowledge and/or awareness of PCC and CC issues as evaluation measures [47–49, 53, 55–59] (Table 2).

Summary of findings

Two studies examined patient health outcomes as an evalu- ation measure. Majumdar et al. [51] investigated the effects of a CC course on 114 nurses and homecare workers. Effects of the program were also observed for 133 patients. Health-care workers who received the training demonstrated significantly higher understanding of multiculturalism than a control group (P< 0.0001). Similar findings were evident for cultural awareness (P= 0.0001), understanding of cultural dif- ferences (P = 0.001), cultural beliefs (P = 0.004), adopting health-care literature (P = 0.001), considering patient social circumstances (P = 0.011) and regarding culture as important in successful health-care treatment (P = 0.001). These results persisted over time. There were no significant findings in terms of patient health outcomes—however, this was pos- sibly due to attrition in the patient participant group [51]. Thom et al. [54] assessed the effectiveness of a CC training

curriculum administered to 53 physicians. The training program comprised cultural knowledge, intercultural commu- nication and cultural brokering (engaging the patient in the de- velopment of a treatment plan in a culturally sensitive fashion). The impact of the intervention was measured in

terms of the CC of the physician as rated by the patient. Secondary measures included patient satisfaction with received health care and outcomes. The study yielded no sig- nificant effects across all evaluation variables. Limitations were noted, however, and related to the brevity of the training cur- riculum (3–5 h), insufficient follow-up assessments and the fact that over 70% of participating physicians were of another ethnicity than Caucasian and, therefore, possibly already cul- turally capable [54]. The remaining eight studies relying on quantitative research

designs examined practitioner training and education pro- grams, with the exception of a single study that looked into African-American patient satisfaction and perception of phys- ician CC [52]. Here, the effectiveness of the ‘Ask Me 3’ inter- vention was evaluated. The program focused on increasing the quality of PCC and CC, by encouraging African-American patient involvement in the clinical process [52]. Results indi- cated no improvements in physician CC as rated by the patient. Significant progress was evident, however, in satisfac- tion for patients who saw their regular physician (P = 0.014). Thus, an interaction effect of physician familiarity and the intervention appeared to increase patient satisfaction with care received. Limitations mainly related to a small sample size (n = 64) [52]. Brathwaite and Majumdar [47, 48] assessed the effects of

a PCC educational program offered to 76 nurses at a Canadian hospital. The evaluation centered on pre- and post- intervention scores on the Cultural Knowledge Scale. Significant increases in CC over time were evident (P< 0.02) —specifically in relation to cultural knowledge, awareness, confidence and use of lessons learned [47, 48]. A study in the USA assessed the Cultural Competence

and Mutual Respect program that was delivered over 3 years to 1974 health-care students [57]. Evaluation was based on pre- to post-scores of the Inventory for Assessing the Process of Cultural Competence-Revised scale (ranging from 25 to 100 points), and significant improvements in student CC were evident with males increasing by 4.1 points (P < 0.001) and females by 3.8 points (P< 0.001) [57]. Comparable findings were established in four other studies.

[49, 53, 56, 59] One study [58] assessing the impact of a CC PCC educational program on university students found no significant improvements in CC post-intervention. This was, however, probably due to limitations of the measurement scales used and the brevity of the intervention period [58]. Finally, two qualitative studies were included in the review.

Kirmayer et al. [50] evaluated a program implemented as a cul- tural consultation service for mental health practitioners and primary care clinicians. Assessment of the service occurred through practitioner observation, reason for consultation, examining cultural formulations and recommendations as well as consultation outcome in terms of clinician satisfaction [50]. Patients comprised immigrants, refugees and asylum seekers (n = 102). The most common reasons for consultation with the service were difficulties with diagnosis (58%) and treat- ment planning (45%) as well as requests for assistance with specific ethnic groups or clients (25%) [50]. It was further evident that the main themes in terms of practitioner cultural

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Table 2 PCC models with a CC scope—from 2000 to present

Author (year) Location Experimental design

Sample (n) Integrated cultural care model

Outcome measures Results and limitations

Brathwaite[48] Canada Longitudinal pre- to post-intervention study

Registered nurses (76) Brief CC training course. Scores on the CKS. Results showed that the course was effective in increasing participants’ levels of CC (P< 0.000). Limitations relate to the small sample size and the lack of patient health outcome effects.

Brathwaite and Majumdar [47]

Canada Longitudinal pre- to post-intervention study

Registered nurses (76) Five-week CC training course.

Scores on the CKS. Nurses’ CKS scores increased significantly (Wilks’ Lambda P < 0.01). Limitations relate to small sample size, generalizability and lack of patient health outcome effects.

Crandall et al. [56] USA Longitudinal pre- to post-intervention study

Second-year medical students (12)

Adaptation and integration of cultural awareness, sensitivity and knowledge in medical practice.

Multi-national Assessment Questionnaire pre- to post-intervention scores.

A positive impact was apparent pre- to post-intervention. Further research to establish whether effect decays or persists. Lack of assessment of patient health outcome effects.

Ghallager-Thompson et al. [49]

USA Longitudinal pre- to post-intervention study

Health-care professionals and students (340)

The Alzheimer’s Hispanic Outreach, Resource and Access Project.

Participant knowledge of CC and related attitude and clinical behavior.

Significant improvements in the measured variables were evident post-intervention (P< 0.05–0.005).

Kirmayer et al. [50] Canada Qualitative study Minority mental health patients (100)

Cultural consultation service; integrating different perspectives of psychiatry and medicine.

Referring clinicians’ satisfaction with patient progress.

Clinicians reported increased insight into cases, improved treatment, therapeutic alliance, understanding and communication. Limitations relate to the small sample size.

Majumdar et al. [51] Canada RCT Health-care providers (114) and patients (133)

Cultural sensitivity training for health-care providers, cultural awareness, communication and understanding.

Health-care provider attitude and cultural competency and patient health outcomes.

The program improved knowledge and attitudes of health-care providers in the experimental group (P = 0.011–0.0001). There were significant improvement in patient health outcomes and satisfaction.

Michalopoulou et al. [52]

USA RCT African-American patients (64)

Culturally sensitive GP practice of Ask Me 3 intervention. Encouraging active patient articipation in clinical process. Communication and interaction.

Patient-Perceived Cultural Competency Measure score.

No significant differences were found between experimental and control groups. Individuals seeing their regular GP reported significantly higher levels of satisfaction with care, than patients seeing their regular GP. Limitations include small sample size and a single ethnicity under study.

(continued )

C ulturalcom

petence and

patient-centered health

care •

Equity

2 6 5

 

 

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Table 2 Continued

Author (year) Location Experimental design

Sample (n) Integrated cultural care model

Outcome measures Results and limitations

Musolino et al. [57] USA Longitudinal pre- to post-intervention study

IHSS, professionals in medicine [60], pharmacy, nursing and PT (1974)

Cultural Competency and Mutual Respect education program.

Pre- to post-intervention scores on Campinha-Bacote’s Inventory for Assessing the Process of Cultural Competence-Revised.

Overall progress toward CC was observed pre- to post-intervention (P< 0.001). Cultural proficiency was not attained in IHSS, however. Further research needs to look into how the program can be delivered more effectively and its specific effect on health outcomes.

Reicherter et al. [58] USA Case control study/ pre-, post-test.

PT students (26) CC educational program. Yang Social Interaction survey [46] scores and Wilcoxon Rank Sum Test scores pre- to post-intervention.

There were no overall improvements in student knowledge and attitudes pre- to post-interventions. Limitations relate to small sample size and lack of examination of patient health outcomes effects.

Smith [53] USA Two group longitudinal pre- to post-intervention study

Registered nurses (94) CC curriculum. CSES scores and knowledge base scores.

Scores on the CSES and knowledge base were significantly better for intervention group (P= 0.015). Limitations relate to the sample size and the lack of assessment of patient health outcome effects.

Tang et al. [59] USA Cross-sectional pre- to post-intervention study

Medical students (167) Socio-cultural Medicine Program

Student attitudes to socio-cultural medicine.

Significant improvements were noted post-intervention in terms of general attitude, understanding of cultural issues in health care, importance of culture in doctor–patient relationship and patient health behavior (P < 0.01–0.001).

Thom et al. [54] USA RCT Primary care physicians (53) and patients (429)

CC curriculum for resident and practicing physicians.

Patient-Reported Physician Cultural Competence score; secondary outcomes were changes in patient health status and satisfaction.

There was no discernable impact of the intervention on patient health and attitude. Limitations relate to the brevity of the intervention.

Webb and Sergison [55]

UK Qualitative study Health-care professionals and students, social services professional and education professionals (140)

CC and antiracism training.

Self-reported cultural and racism awareness, knowledge and changed behavior.

CC and antiracism training were well received by professionals. It was a positive experience for trainees and perceived to be relevant to their practice. Appropriate and non-threatening training in CC change attitudes, behaviors and practice, including promoting good practice in communication across linguistic and cultural differences. Limitations relate to lack of measurement of patient satisfaction and health outcomes.

CKS, Cultural Knowledge Scale; IHSS, interdisciplinary health science students; PT, physical therapy; CSES, Cultural Self-Efficacy Scale.

Renzaho etal.

2 6 6

 

 

formulation and awareness were largely related to communica- tion issues and ignorance of traditions, different family struc- tures, identity conceptions and religious issues. [50]. Clinicians indicated favorable reviews of the consultation

service and reported overall greater CC [50]. In a similar study, Webb and Sergison [55] examined the effectiveness of the CC PCC training course, Equal Rights Equal Access. Of the respondents, 75% (n = 36) believed that the course had been effective in teaching CC and in particular communication and use of interpreter services [55]. Other notable themes were related to increased self-reported clinician awareness of the specific needs of ethnic minorities, embracing diversity in their clientele and alertness to own stereotypical views and generalizations [55].

Discussion

This review examined the effectiveness of PCC models that incorporate a CC perspective, in improving health outcomes among CALD patients. There were 13 studies that met the inclusion criteria for this review. Overall, we found evidence supporting the effectiveness of CC PCC training in increas- ing knowledge levels, self-reported practice and patient satis- faction. However, whereas increases in cultural knowledge and awareness were evident, no studies reported any signifi- cant findings in terms of patient health outcomes. In fact, only two studies used this variable as an outcome measure [51, 54], and both of these studies were hampered by partici- pant attrition or small sample sizes and short intervention periods. Importantly, the fact that most of the research on CC PCC programs measured effectiveness in terms of practi- tioner knowledge and not patient health represents a major shortcoming to the current research on this topic, as patient health outcome is one of, if not the most important indicator of effectiveness of any care model. Thus, the current results in this regard are limited, and more research is required to properly assess the impact of the reviewed interventions on patient health.

Limitations

As mentioned above, a major limitation to the research reviewed pertains to the lack of patient health outcome mea- sures in the majority of studies. Only two studies included such an evaluation variable, and both generated non- significant impacts—most likely due to low participant numbers and participant attrition. Future research should include evaluation of the practical effects of CC in PCC pro- grams in terms of patient health outcomes. Another limitation comprises the fact that the review did not include studies pub- lished in languages other than English, thus limiting an inter- national viewpoint. The current review was unable to include non-English language studies due to lack of funds to meet costs related to translation services. Finally, the difference in research design across studies—and the consequent difficulty in synthesizing and comparing the results of the research— also represents an important limitation.

Conclusion

The objective of this systematic review centered on the effect- iveness of PCC models that incorporate a CC perspective, in improving health outcomes among CALD patients. Of the initial 1450 studies identified in the first search round, 13 met the final inclusion criteria and were included in the review. The majority of the research demonstrated effectiveness of PCC models in terms of clinician/practitioner cultural knowl- edge, awareness and sensitivity. Only two articles examined effects of the intervention programs on patient health out- comes, with both studies reporting non-significant results on these variables. As such, although the programs may increase practitioner knowledge and awareness, there is no evidence that this translates to improved patient health. More research is, thus, required to properly examine the impact, if any, of CC PCC models on health outcomes.

Funding

This study was funded by the Australian Commission of Safety and Quality in Health Care.

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