Week 12 - Systematic Review Flashcards

1
Q

which research design is a systematic review primarily?

A

primarily: exploratory/observational

also explanatory/experimental and less so descriptive/qualitative

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2
Q

done or acting according to a fixed plan or system: methodical

A

systematic

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3
Q

a critical appraisal of a book, play or other work

A

review

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4
Q

a document often written by a panel that provides a comprehensive review of all relevant studies on a particular clinical or health-related topic/question.

A

systematic review

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5
Q

when is the systematic review created?

A

after reviewing and combining all the info from both published and unpublished studies and then summarizing the findings

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6
Q

name 5 components that make a review “systematic.”

A
  • based on a clearly formulated question
  • identifies relevant studies
  • appraises quality of studies
  • summarizes evidence by use of explicit methodology
  • comments based on evidence gathered
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7
Q

name 5 reasons why we need systematic reviews.

A
  • minimize the impact of bias/errors
  • can help to end confusion
  • highlight where there is not sufficient evidence
  • combining findings from different studies can highlight new findings
  • can mitigate the need for further trials
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8
Q

name the 3 most common types of systematic reviews.

A
  • intervention
  • prognostic
  • measurement
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9
Q

to assess the evidence about the effects of a healthcare intervention

A

intervention systematic review

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10
Q

to assess the evidence of models or predictors of patient outcomes

A

prognostic systematic review

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11
Q

to assess the properties of health-status instruments or tools

A

measurement systematic reviews

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12
Q

name the 3 main steps in process of creating a systematic review.

A
  1. planning the review
  2. conducting the review
  3. reporting and dissemination
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13
Q
  • identification of the need for the review
  • preparation of a proposal for a systematic review
  • development of a review protocol
A

planning the review

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14
Q
  • identification of the literature
  • selection of studies
  • appraise quality of papers
  • abstracting data from papers
  • analysis and interpretation of data
A

conducting the review

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15
Q
  • the report and recommendations

- getting evidence into practice

A

reporting and dissemination

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16
Q

step 1: the best and most useful questions are ones that are… (what 4 things)

A
  • specific, not too broad and not too narrow
  • can be answered with evidence (rather than ask for a value judgment)
  • are not questions where all stakeholders agree on what ought to be done
  • concern areas of controversy, or issues where we plainly have no idea of what the best course of action is, but there might be literature that might help decide.
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17
Q

the best questions to guide a systematic review of the evidence and the development of guidelines are ones that have been developed following which format?

A

PICOT

18
Q

what does PICOT stand for?

A
population
intervention
comparator
outcome(s)
time point
19
Q

name the 4 steps of writing a systematic review.

A
  1. come up with a research question.
  2. identify relevant publications
  3. appraise quality of studies
  4. summarize evidence
20
Q

your development plan for identifying literature should include which 4 components.

A
  1. criteria for the literature search - key words, databases, dates to include
  2. inclusion and exclusion criteria
  3. types of studies you want to include
  4. a timeline for your project
21
Q

name the 3 ways classes of studies.

A
class I
class II
class III
22
Q

prospective, randomized, controlled clinical trial with masked outcome assessment, in a representative population.

A

class I

23
Q

name the 4 components of class I.

A
  • primary outcome(s) is clearly defined.
  • exclusion/inclusion criteria are clearly defined.
  • adequate accounting for dropouts and crossovers with numbers sufficiently low to have minimal potential for bias.
  • relevant baseline characteristics are presented and substantially equivalent among treatment groups or there is appropriate statistical adjustment for differences.
24
Q

prospective matched group cohort study in a representative population with masked outcome assessment that meets a-d of class I OR a randomized, controlled clinical trial in a representative population that lacks one criterion a-d.

A

class II

25
Q

all other controlled trials (including well-defined natural history controls or patients serving as own controls) in a representative population, where outcome assessment is independent of patient treatment.

A

class III

26
Q

evidence from uncontrolled studies, case series, case reports, or expert opinion.

A

class IV

27
Q

includes all of the articles on a particular topic

A

literature review

28
Q

has exclusion and inclusion criteria, won’t include all of the articles about a topic, but a select few articles, follows a specific format

A

systematic review

29
Q

what is the goal of a systematic review?

A

to answer the research question

30
Q

inclusion and exclusion criteria for a systematic review is based on what?

A

research question (PICOT)

31
Q

Which type of systematic review is this? -The coronavirus disease 2019 (COVID-19) pandemic has affected hundreds
of thousands of people. Data on symptoms and prognosis in children are rare.
-The coronavirus disease 2019 has occurred in children, but they seemed to have a milder
disease course and better prognosis than adults. Deaths were extremely rare (Ludvigsson,
2020).

A

prognostic

32
Q

Which type of systematic review is this?
-to assess the quality of evidence that supports the role of occupational
therapy with homeless people.
-The literature suggests that occupational therapy has an appropriate role with people
experiencing homelessness (Thomas et al., 2011).

A

intervention systematic review

33
Q

name an example of a measurement systematic review.

A

covid tests

34
Q
  • when you want to review a topic in a systematic way
  • less guided by a question, more guided by a specific topic
  • don’t have to assess level (appraise quality of evidence)
A

scoping review

35
Q

what is the main difference between a scoping review and a systematic review?

A

don’t have to assess level (appraise quality) of evidence in scoping review

36
Q

name an example of class I evidence.

A

randomized controlled trial (explanatory)

37
Q

if you have enough studies or articles it could become a type of practice; you could actually use it in the clinic.

A

practice standards

38
Q

something that could be recommended for use in practice but is not considered standard

A

practice guidelines

39
Q

small studies, case studies, quasi-experimental design - start to see evidence but it’s not quite there but could be an option

A

practice option

40
Q

what is the difference between a meta-analysis and systematic reivew?

A

meta-analysis analyzes effect size estimates (takes the statistical means and standard deviations from each of the studies to create your own data set and create new statistical evidence)