Posted: August 26th, 2015
Type this evaluation table professionaly with a key at the bottom to identify abbreviations.
Evaluation Table
Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice | |
Arrowsmith,
British Journal of Nursing, 1999 – Jan. 2000;8,22
|
Level V | Critical evaluation of 6 screening tools | Six screening (ST) tools critically evaluated that were developed for use by nurses in a variety of settings including
hospital & community |
NRI: Nutrition Risk Index
NRS: Nutrition Risk Score NNST: Nutrition Screening Tool SIP: Screening in Practice MNA: Mini Nutritional Assessment NNAT : Nursing Nutritional Assessment Tool |
V: Validity
R:Reliability |
Sensitivity: ability to identify malnourishment
Specificity: Ability to detect not malnourish or those at risk |
NRI: reliable test –retest scores with correlation coefficient 0.65 – 0.71
NRS: Inter-rater Reliability 0.91 NNST: No specific measures SIP: P<0.01 MNA: Predictive validity well nourished (>21 )or undernour.(<21) |
Weaknesses: *Replication studies not done
*Two tools not tested for validity and reliability prior to publication * No positive benefit demonstrated on clinical outcomes
Strengths: *Nurses in ideal position to use tools *Ease of tools was demonstrated
Conclusion:
Tools developed
*Replication studies needed to test validity and reliability
|
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice | |
Bartholomew, et al, British Journal of Nutrition, 2003
|
Level IV | Case Control Stu
CNRA: Community Nutrition risk assessment administered All newly referred patients to 8 district nurses from Feb. 1 to July 31 2001
|
Total of 166 patients.
62% female 38% male
118 patients>70
136 patients in their own home 30 patients in residential care |
HR: High risk for malnutrition
MR: Medium Risk for malnutrition LR :Low risk for malnutrition Cost Pre: Cost pre-community nutrition risk assessment Cost Post: Cost post-community nutrition risk assessment |
Complete CNRA tool with risk stratification | 166 forms graphed for:
age and gender
Distribution of nutrition scores
Location of patients domicile was recorded & summarized
Percent requiring further intervention |
166 patients:
Risk assessment scores (n=166) N=117; 71% little or no risk N=49 (30%) required further evaluation |
Weaknesses:
*No reassessment
*Sample size
*Small number of nurses using the tool (n=8) in this study
*Experience of nurses may not be similar to other groups of nurses
Strengths: *Quick structured simple tool *Easy use in community settings 12% received dietetic Intervention
Conclusion:
A systematic process can reduce financial cost
Multiprofessional team working is an important behavior motivator for changing clinical practice
A nutrition risk assessment tool is not intended to be 100% accurate and does not replace clinical judgment, but does serve to increase the nutritional vigilance in healthcare professionals
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice |
Bennett, et al 2012
Journal of Clinical Nursing, 22, 723-732
|
Level ll | Prospective cluster randomized control trial | Nurse-completed monthly dialysis nutritional screening for 6 consecutive months using a validated four item instrument.
Participants (n=81) were hemodialysis patients from 4 satellite centers in metropolitan Australian health services |
IV: Referral to dietetic services
DV: Dietetic services |
Rate of referral at 6 months vs. control group | Primary outcome measure: was frequency
of referrals to dietetic services for nutritional support for intervention vs. control group at 6 months
|
3 X as many dietetic referrals in the intervent.
Group (26.3 vs. 9.3%)
No significant changes in :quality of life, BP. Mortality rates or other biochemical indices at either 6 or 9 months |
Weaknesses:
*No measurement of actual nutrition intervention
* 16% drop out rate
* No measure of compliance of patients
Strength: *Use of validated assessment tool
*Use leads to appropriate dietetic referrals
Conclusion:
Monthly systematic nurse-completed nutritional screening can increase dietetic referrals that may lead to increased nutritional care for people in satellite dialysis centers
This study has demonstrated that a nurse-led intervention can assist in identifying these nutritionally at-risk dialysis patients
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice | |
Gans, et al,
Journal Nutr. Educ. Behav. 2006; 38: 286 -292
|
Level VI | Feasibility
Study |
Conducted with 61 medical students & practicing physicians at various medical schools
44 Brown University Medical students
31 consumers in Rhode Island
Reliability and calibration study of the revised tool with 94 consumers |
Total fat
Saturated fat Cholesterol Sodium Grains Vegetables Fruit Dairy Meat Variety |
Reliability & validity testing | Calibration Study with 44 Brown Medical students, Cognitive testing with 31 consumers in Rhode Island, and a reliability and Calibration
Study revised tool with 94 consumers in R.I * Mass. |
Feasibility study revealed moderately high rankings on usefulness, ease, practicality, & helpfulness
Calibration demonstrated that REAP has excellent test-retest reliability (r=08.86, P<.0001) is correlated with Healthy Indexscore (r= 0.39, P=.0007) and is significantly associated with most nutrients studied
|
Weaknesses:
Convenience samples were primarily used for evaluating the tool
Strengths: Implementation feasibility testing of REAP with physicians and medical students revealed that the tool can easily be used in a clinical setting to assess and discuss patients’ diet
REAP has excellent reliability scores, correlates with the HEI
Conclusion: REAP has adequate reliability and validity to be used in primary care practices for nutrition assessment and counselling, and is also user friendly for providers
|
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice |
Green, et al,
Journal of Advanced Nursing 54 (4), 477 -490
|
(Level VI) | Comprehensive literature
review |
Electronic databases were searched for the period 1982 – 2002 | Search terms used were: nutrition, screening, validity, reliability and sensitivity and specificity were combined | Nutritional screening or assessment tools described as tools which use a questionnaire-type format containing one or more risk factors for malnutrition | 71 nutritional tools were located, 21 of which were identified as designated for use with the older population
|
Test-retest reliability in seven instruments
Inter-rater reliability reported in four papers
Intra-rater reliability in one paper |
Weaknesses:
Possible exclusion of assessment tools due to a wide variety of publications
Description, development and testing of the tools varies greatly in terms of quantity and quality
Strengths:
Conclusion:
Reliability validity, specificity, sensitivity and acceptability of nutritional screening and assessment tools should be examined prior to use in clinical practice
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice |
Leggo, et. Al
Nutrition: 65: 162 – 167 & Dietetics 2008
|
(Level VI) | Quality improvement project utilizing a prospective observational design | Sixteen Australian organizations caring for HACC eligible patients
1,145 HACC eligible clients (mean age 76.5 +/- 7.2 years were screened for nutritional risk during 2003 – 2005 |
HACC: Home and Community Care
MST: Malnutrition Screening Tool
PG-SGA: Patient Generated-Subjective Global Assessment |
Malnutrition Risk
|
Independent t-tests to calculate any difference in continuous variables between groups
Chi-square using Yates Correction for Continuity were used to establish association between dichotomous variables (I.E gender, malnutrition status)
Statistical significance reported at the conventional P<0.05 level (two-tailed)
|
MST: 170 clients (15%) were identified at risk for malnutrition
Of these 170 (44%) which is 75 clients agreed to a dietetic referral and PSG-SGA assessment. 57 of these clients were assessed as malnourished.
Malnutrition prevalence suggested at 5 and 11%. |
Weaknesses:
Nutrition screening tools were those used in practice and were selected because of clinician preference
Inter-rater reliability not assessed between the five dieticians
Only a [portion of the HACC eligible agencie3s took part is the screening
Different strategies employed by HACC agents in choosing screening for all clients or only new clients presenting to their service
Strengths: Malnutrition screening identified HACC eligible clients at risk
Provided referral and subsequent dietetic interventions
Nutritional status improved in the majority (82%) of those receiving dietetic services
Conclusion:
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice |
Mochari,et,al
Journal of American Dietetic Association, 2008;108:817 – 822
|
Level VI | Validation study of the MEDFICTS dietary assessment questionnaire in a diverse population | MEDFICTS administered concurrently with the GBFFQ to participants (n=501: mean age 48+/- 23.5 years; 36% non-white; 6% female) in the National Heart, Lung, and Blood Institute Family Intervention Trial for Heart Health (FIT Heart) | MEDFICTS:A rapid screening instrument for dietary fate
GBFFQ:Gladys Block Food Frequency Questionnaire
FIT: Family Intervention Trial for Heart Health
TLC:Therapeutic Lifestyle Changes Diet
|
Reliability and Validity analysis | Measure non adherence to a TLC diet in an ethnically diverse population that includes both English and Spanish-speakers | MEDFICTS score correlated significantly with percentage of energy from saturated fat (r=0.52, P<0.0001), percentage of energy fat from total fat (r=0.31. P<0.0001). & mgs. per day of dietary cholesterol (r=0.53, P<0.00011).
|
Weaknesses:
*Small sample size within each age and race start which could have limited power to detect differences between age and racial groups
*Minority study participants were largely English speaking and most had completed high school which may affect generalizibility of these findings to non-English speaking or less educated groups
* The use of an FFQ as a comparison method has been asscvoiated with limitations due to measurement error
Strengths: *MEDFICTS is a fast, free diet assessment tool that is easily accessible and recommended in national prevention guidelines
*In this diverse population without known CVD, the study showed a significant correlation between MEDFICTS score and Block FFQ for dietary intake of saturated fats, total fat, andcholesterol.
Conclusion:
|
First Author (Year) | Level of Evidence /Melynk | Design/Method | Sample/Setting | Major Variables Studied (and Their Definitions) | Measurement | Data
Analysis |
Findings | Appraisal: Worth to Practice |
Thompson, et al. Journal of the American Dietetic Association, May 2007
|
Level IV | A stratified subsample of participants in the NIH AARP Diet and Health Study who had completed an FFQ and two 24-hour dietary recalls | Subsample (n=404) of | FFQ:
|
Percentage energy from the fat screener and from the FFQ were compared with estimated trueusual intake | Estimates of mean intakes and distributions
Estimates of regression parameters
Sensitivity and specificity
|
Men: mean percentage energy from fat estimates for the different methods were: recalls, 30.1%, screener, 29.9%: FFQ, 30.4%.
Women: recalls 31.3%, screener, 28.4%, FFQ, 30.0%.
Estimated correlations between true intake and screener were 0.64 and 0.58 for men and women, respectively, and between true intake and FFQ were 0.67 for men and 0.72 for women. Estimated attenuation coefficients for the screener were 1.29 (men) and 0.98 (women) and for the FFQ were 0.56 (men) and 0.57 (women)
|
Weaknesses:
Percentage energy from fat screener’s ability to accurately assess the individual’s diet is limited. In addition its use in intervention studies with self-selected and potentially biased participants has not been evaluated.
Strengths: In the absence of more accurate dietary intake methods the screener may be useful to characterize population intakes ofpercentage of energy from fat, allowing comparisons across subpopulations and across time for the same population.
Conclusion: percentage of energy from fat screener, when used in conjunction with external reference data, may be useful to compare mean intakes of fat for different population subgroups, and to examine relationships between fat intake and other factors. |
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