Literature Synthesis - 2 pages
University of Saint Augustine for Health Sciences
NUR7050: Evidence-Based Practice for Healthcare Professionals
NOTE: An abstract is not required
NOTE: This is a template and guide. Delete all highlighted materials.
1
1
Synthesis of the Literature
Synthesize your final primary quantitative research studies and/or systematic reviews; do not include summary articles such as a review of the literature, a clinical article, or a clinical practice guidelines. This section is all about the scientific evidence rather than someone else’s opinion of the evidence. Refer the reader to your evidence table(s). See Table 1 and 2. Do not use secondary sources; you need to get the article, read it, and make your own decision about quality and applicability to your question even if you did find out about the study in a review of the literature. The studies that you cite in this section must relate directly to your PICOT question. This is a synthesis (Table 3) rather than a study-by-study review. Address the similarities, differences, and controversies in the body of evidence.
Practice Recommendations
So. . . using available best evidence, what is the answer to your question? This section is for you to summarize the strength of the body of evidence (quality, quantity, and consistency), make a synthesis statement, and, based on your conclusions drawn from your review of the body of evidence related to your clinical question, give a recommendation for practice change. This would logically be the intervention of your PICOT question. You might want to design an algorithm and include it in as a figure. Perhaps you found substantiation for usual practice, and you recommend reinforcement and education regarding this best practice. Using Johns Hopkins, identify whether this recommendation be graded A, B, or C based on the strength of the evidence.
References
Remember that this is a reference list rather than a bibliography. A bibliography is everything you read to prepare the paper but a reference list is only what you cited. If there is not a citation for a reference, it should not be here. PLEASE make sure that your references and your citations throughout the paper are in APA format. You can go from an A paper to a B paper on APA errors alone. Take the time to make sure that they are correct. We have already formatted the paper for you with this template.
12
Table 1
Primary Quantitative Research Evidence (this table may be single space and 10-point font; ONLY primary quantitative research articles should be in this table) Example provided.
|
Source |
Study design
JH Level of Evidence |
Population/ Sample
Age Race/ Ethnicity Setting/ Location % dropout |
Intervention (IV)
Details Action Duration Fidelity |
Comparison/ Control (IV) Details Action Duration Fidelity |
Outcome (DV) &Time Intervention vs comparison (statistical test, value, p value)
|
Grading of evidence JH Quality Rating |
Author’s conclusions ----------- Other outcomes of interest |
Your Conclusions Limitations |
Fit/Useful |
|
Abel, 2020 |
RCT
Level I
|
196 inter-city Age 36.4 (8.9) [Range 24 – 49] 55% Male, 40% Black, 62% Latino
73% Medicaid, annual income <$25,000 Setting: Outpatient Location: Boston, MA Baseline pain score 6.4 avg on both groups Dropout: 15/200, 7.5% |
Weekly chiropractic adjustment Assessed & tx 10 weeks 100% of visits over 10weeks Average total 180 mins
|
Massage Medical massage 50 min/wk 100% for 10 weeks
|
At 10 weeks, avg pain score
Tx = 3.6 Control = 5.2 (X2 = 7.3; p<.05):
Latino males Tx = 2.8 Control = 5.7 (X2 = 8.3; p<.001):
Latino women Tx =6.0 C = 2.8 (X2 = 9.2; p<.001):
|
Quality A
|
Pain scores 30% lower w/ wkly chiro compared to 50 mins/wk medical massage
Tx more effective in Latino males
C more effective in Latino women --------- Massage would cost 30% more out of pocket |
Tx. Better than control
Chiropractic adjustments effective in general and in Latino males but not in Latino women
Limitations = -not equal time in tx -not include high income
|
Yes/Yes but only if cost covered by Medicaid in my state |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Legend: (all abbreviations and acronyms used in the table should be listed here such as: )
Table 2
Evidence Summaries (this table may be single space and 10 point font; ONLY systematic reviews should be in this table) (Example provided)
|
Source |
Study design
JH Level of Evidence |
Population/ Sample
Search strategy Inclusion Exclusion
N articles addressing your PICOT
Other descriptions
|
Intervention (IV)
Details Action Duration Fidelity |
Comparison/ Control (IV) Details Action Duration Fidelity |
Outcome (DV) & Time
Mean differences Intervention vs comparison Effect size Heterogeneity
(statistical test, value, p value)
|
Grading of evidence JH Quality Rating |
Author’s conclusions
------ Other outcomes of interest |
Your Conclusions Limitations |
Fit/Useful |
|
Brown, 2018 |
Meta-analysis
Level I
|
Medline OVID CINAHL 2000-2017
RCTs, conducted in the US, high-quality (>21/25 points on CONSORT), comparing regular chiropractic adjustment vs regular medical massage for chronic pain measured using a 0-10 scale 10 RCTs of low back pain Exclusions Studies of phantom pain
Total participants N=867 Avg age 59 (6) Avg baseline pain scores 3.2 (3.4) Avg Dropout: 8% (4) Only completers included in this analysis |
Chiropractic adjustment in office
Most weekly (2/10 allowed 2x wk)
Fidelity All > 80%
|
Massage 45-60 mins
Most weekly (2/10 allowed 2x wk)
Fidelity All >86%
|
At 8 weeks N=4
Tx = 3.6 Control = 5.2 (RR for 2 point pain reduction= 1.6 (1.1-2.3); p=.04):
I2= 10%
At 12 weeks N=6
Tx = 3.2 Control = 4.8 (RR for 2 point pain reduction= 1.7 (1.4-2.4); p=.04):
I2= 13%
|
Quality B due to no ITT
|
wkly chiropractic adjustment was more effective than weekly massage for reducing chronic pain based on the data from these studies ---none
|
Tx. Better than control
High dropout rate and not analyzed with ITT |
Partially- my population is much younger on average Partially- my population has a variety of pain sources Useful- yes |
|
Add more |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Legend: (all abbreviations and acronyms used in the table should be listed here)
Table 3.
Synthesis Matrix (identify the trends; this table may be single space and 10 point font; ONLY primary quantitative research articles or systematic reviews should be in this table; use only the highest level and quality of evidence; if the evidence is of mixed level or mixed quality, sort the trends using the Johns Hopkins Appendix H; trends must be related to the outcome) (example provided regarding effective pain management which may or may not be within your scope of practice- make sure your PICOT is within your scope of practice.)
|
Main ideas |
Albright (2020) |
Reference 2 |
Reference 3 |
Reference 4 |
Reference 5 |
Add columns as necessary |
|
Weekly chiropractic adjustment equally effective as weekly massage |
|
|
|
|
|
|
|
Biweekly chiropractic adjustment associated with 30% lower pain scores compared to weekly massage in those with back pain |
|
|
|
|
|
|
|
In those with a mean age under 50, weekly massage associated with 20% lower pain scores compare to chiropractic adjustments |
|
|
|
|
|
|
|
Add more as needed |
|
|
|
|
|
|
Figure 1
Results of Search for Research
Use http://prisma.thetacollaborative.ca/ to generate a diagram describing the results of your search. Paste it here.