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1 did not follow evidence-based approaches in implementation science.
2 ms related to cancer, smoking cessation, and implementation science.
3 tise in SDM, LCS, patient-centered care, and implementation science.
4 th codes derived from the rapid analysis and implementation science.
5 AI initiatives, multiomics integration, and implementation science.
6 esearch being conducted in public health and implementation science.
7 e, systems science thinking and methods with implementation science.
8 stainability, (6) knowledge mobilization and implementation science.
9 s, information, and utility are relevant for implementation science.
10 plore predictive analytics in the context of implementation science.
11 ture; f) economic and policy studies; and g) implementation science.
12 edical societies such as the ATS can promote implementation science.
13 plementation through expanded application of implementation science.
14 ATS can have an important role in promoting implementation science.
15 screening, pulmonary nodule evaluation, and implementation science.
16 ion approaches, galvanizing the new field of implementation science.
17 ext-generation anticoagulant development and implementation science.
18 and biomedical sciences; and behavioral and implementation sciences.
19 onal societies to consider include: unifying implementation science activities through a single organ
20 scribe the goals, frameworks, and methods of implementation science, along with common multilevel bar
23 This review identifies synergies between implementation science and environmental justice with th
25 current state of tools and measures used in implementation science and highlights trends and example
28 sed an iterative consensus process to define implementation science and review the use of conceptual
29 be accelerated by drawing more heavily upon implementation science and that until this rapidly evolv
30 s the relevance of health equity frameworks, implementation science, and community-engaged approaches
31 health or medicine, epidemiologic education, implementation science, and community-engaged research (
32 ts alignment with the complementary field of implementation science, and details four prominent proxi
33 ercoming obstacles in therapeutic discovery, implementation science, and development of affordable an
34 sophistication in exploring large datasets, implementation science, and qualitative methodologies wi
35 ial and structural determinants of health in implementation science, and the use of adaptive, hybrid
36 rventions in real-world settings, and use an implementation science approach to evaluate outcomes and
40 using novel epidemiologic, intervention, and implementation science approaches, alongside policy acti
41 Importantly, systematic efforts supported by implementation science are needed to realize the full po
42 ) review how the fields of health equity and implementation science are related; (3) demonstrate how
43 erization of the biological differences, and implementation science around quality of clinical care.
45 commentary describes the use and benefits of implementation science as well as opportunities for canc
46 for participatory approaches to research in implementation science, (b) a framework for integrating
47 thematic analysis, which is commonly used in implementation science, between December 12, 2019, and N
48 s paper aims to improve the evidence base in implementation science by providing guidance on the deve
53 ion science are related; (3) demonstrate how implementation science could be utilized to advance heal
54 itorial board who are leading researchers in implementation science define the characteristics of hig
55 Viewpoint, we discuss the important role of implementation science during this and future pandemics
58 ew the use of conceptual frameworks to guide implementation science for the pulmonary, critical care,
59 trios Psihopaidas and co-authors discuss the implementation science framework of an HIV/AIDS program
61 h Implementation in Health Services (PARIHS) implementation science framework with evidence (perspect
62 h Implementation in Health Services (PARIHS) implementation science framework, focusing on domains in
67 this rapidly changing US landscape and uses implementation science frameworks to systematically iden
70 of sustainable programs remains limited and implementation-science guided approaches are understudie
71 romise of adaptation and adaptive designs in implementation science has been hindered by the lack of
73 address equity considerations in the use of implementation science in both domestic and global conte
74 fic differences highlight an opportunity for implementation science in collaboration with policymaker
75 ssful applications of systems science within implementation science in community health policy, tobac
76 increasingly recognised as a cornerstone of implementation science in global health research, method
78 ples of the limited use of dissemination and implementation science in infectious diseases thus far,
79 committee to develop a research statement on implementation science in pulmonary, critical care, and
81 mmunity and has identified the importance of implementation science in scaling up evidence-based inte
82 is review was to emphasize the importance of implementation science in understanding why efforts to i
83 heory shows us a relevant universal truth of implementation science: in socially unequal societies, n
86 titute's Center for Translation Research and Implementation Science invited early stage investigators
97 r science and practice, authors reviewed the implementation science literature and found that the ter
99 ethods and frameworks from dissemination and implementation science, marketing and business, communic
104 monitoring programmes, and state-of-the-art implementation science methods, where inputs from multil
106 ooted in co-design, rigorous evaluation, and implementation science offer promising pathways forward.
108 We show how connecting systems science to implementation science opens new opportunities for exami
109 the research under limited resources, adding implementation science outcomes to effectiveness researc
113 ltidisciplinary panel with expertise in LCS, implementation science, primary care, pulmonology, healt
114 flect on and advance the application of core implementation science principles and concepts, with a f
115 iewed, and the experiences of the integrated implementation science program at the Butaro Cancer Cent
117 results and RWHAP data were used to develop implementation science projects that focus on addressing
118 t implementation science studies, supporting implementation science projects through funding opportun
119 sure appropriate regulation and oversight of implementation science, quality improvement, embedded cl
120 or the future direction of health equity and implementation science research in the context of heart,
123 marize salient features of dissemination and implementation science, reviewing definitions and method
126 ealth policy and systems research, including implementation science, so that the innovative technolog
127 omes within large clinical studies, leverage implementation science strategies to maximize interventi
128 s, agencies, and health systems have applied implementation science strategies, such as education, da
129 and clinical metrics; highlights the role of implementation science strategies; and advocates for an
130 ing collaborations to prioritize and conduct implementation science studies, supporting implementatio
132 environmental justice-focused version of the implementation science subway is provided, which highlig
134 ntation, summarizes conceptual frameworks in implementation science that could improve knowledge upta
139 otentially overlooked field in a pandemic is implementation science-the study of methods to reduce th
141 ategies, randomised design selection, use of implementation science theory and frameworks, measures,
143 nces, and teaching the next generation about implementation science through courses and other media.
144 alth care delivery, disseminating results of implementation science through scientific journals and c
145 bring concepts from behavioral economics to implementation science to accelerate the reach and impac
147 rengthen and accelerate the contributions of implementation science to close the gap between the laun
150 inical studies, and facilitate education and implementation science to improve cardiovascular and str
151 studies of differentiated service delivery, implementation science to optimise prevention and care p
152 tle guidance exists for how best to leverage implementation science to promote cardiovascular health
158 review of literature, spanning surgery, and implementation science, was conducted to identify and de
159 ering, imaging, and synthetic chemistry; and implementation science), we can drive a concerted effort
160 By matching rigorous efficacy studies with implementation science, we can help bridge the divide be
161 rom seminal texts and recent developments in implementation science were consolidated by an internati
162 field of HIV have called for a new focus on implementation science, which requires a shift in thinki
163 arch, capacity building, equity research and implementation science will have a crucial role in reali
164 ology including digital platforms as well as implementation science will play key roles in achieving
165 entific statement was commissioned to define implementation science with a cardiovascular health equi
166 re directions to optimize the application of implementation science with a justice orientation to pro
167 on partnerships that incorporate a focus on implementation science, with the goal of making progress
168 Heart, Lung, and Blood Institute convened an Implementation Science Work Group to assess evidence-bas