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Nvivo v 12 pro

Manufactured by Lumivero
Sourced in Australia

NVivo V.12 Pro is a qualitative data analysis software that enables researchers and analysts to organize, analyze, and find insights in unstructured or qualitative data. The software provides tools for coding, categorizing, and identifying themes in text-based, audio, and visual data.

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Lab products found in correlation

6 protocols using nvivo v 12 pro

1

Qualitative Analysis of Research Diaries

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One researcher (CT, who a had previous experience with interview transcriptions) transcribed verbatim, coded and thematically analysed full diaries using the qualitative software NVivo V.12 Pro (V.12.7, QSR International, Doncaster, Australia). Alongside regular meetings, diary transcriptions were checked for accuracy by other members of the research team (MAF, REMA, RO, JY and FF). An inductive, data-driven approach was adopted to code the data into descriptive terms which were collated to produce 12 themes and 82 subthemes and grouped to generate three overarching themes. Two researchers (RO and JY, both with previous qualitative research experience) then reviewed 50% of the transcripts each with the generated themes and met with CT to confirm whether these were reflective of the presented data. These findings were then shared with the remainder of the research team (MAF, REMA and FF) and with two patient representatives for review; no adjustments were requested, and the themes were deemed reflective of the transcripts. Theme coverage was also generated by CT and denoted the percentage reporting of the theme across all the diaries.
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2

Thematic Analysis of Survey Responses

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Questions were analysed with descriptive statistics only.
Qualitative data analyses of open-ended responses were carried out in NVIVO v 12 PRO (QSR International Pty Ltd., Australia, New Zealand and Oceania Level 5, Suite 5.11 737 Burwood Road Hawthorn East, Vic 3123). The whole survey dataset was imported into NVIVO so that coding of open-ended responses could be broken down by survey questions. All open-ended question responses were analysed thematically.
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3

Nominal Group Process for Hypertension Adherence

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For the quantitative data gathered during the ranking step in the nominal group process, the total importance score for each barrier was calculated by summing the participants’ scores; for phase 2, a total importance score for each enabler was summed up based on the most important enabler for hypertension adherence. In phase 3, a total importance score for each strategy was calculated to indicate perceived effectiveness to help address the barriers and enablers identified in phases 1 and 2. The ranking scores were between 1 and 5. We analysed the qualitative data using thematic content analysis to inductively identify the themes that emerged from the data presented during the discussion using NVivo V.12 pro software, QSR International. The data analysis was based on the naturalistic paradigm, with conventional content analysis33 (link) in which coding categories were derived directly from the text data to reduce bias as a result of preconceived ideas or other theoretical views. The first and fifth authors performed data analysis.
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4

Thematic Analysis of Interview Transcripts

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Data were stored and coded in NVivo v12 Pro (QSR International Pty Ltd., Melbourne VIC), using the thematic analysis process described by Braun and Clarke [35 (link)]. Briefly: interviews were listened to and transcripts read several times to become familiar with data. Codes were generated a posteriori using an inductive approach to identify commonalities of meaning. Initial themes were identified and assigned to Levesque’s dimensions, then reviewed against coded extracts and the entire dataset and revised as appropriate until final themes were defined. Although primary responsibility for analysis was held by the lead researcher (RH), peer debriefing was undertaken and regular discussions were held with the project team throughout, with themes developed and refined with team consensus [36 (link)].
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5

Thematic Analysis of Interview Summaries

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Immediately following the interview, the interview moderator drafted a detailed report of participant responses, organized by topic, using the audio recording to include verbatim quotes. The immediate creation of interview summaries is a best practice for collecting iterative feedback. Summaries were imported into analytic software NVivo Pro v. 12.0 (QSR International, Melbourne, Australia), and coded utilizing thematic content analysis using a two-phase approach.[23 ] In the first phase, individual interview summaries were reviewed, and significant statements were coded based on a priori constructs from the interview guide and novel concepts that emerged from the interviews themselves. Then, coded statements were sorted into the three survey domains. Statements from each category, across interviews, were extracted into a single report and re-analyzed to identify major themes and sub-themes. Themes were identified based on frequency and attributes (e.g., interpreting comments in the context of disease-site specialist vs. generalist status). Finally, the coding team (K.L., H.Z.) met with the interviewer (E.C.) and study PI (E.F.G.) to achieve consensus on the major themes.
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6

Evaluating Music and Massage Therapy Effects

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We performed quantitative analyses using STATA (Windows version 12.0, STATACorp LLC, College Station, TX). We conducted paired t-tests to evaluate pre- and post-treatment change in ESAS scores in each intervention group. We also used linear regression models to evaluate the differences in post-treatment depression scores between music therapy and massage therapy groups after adjusting for pre-treatment depression scores.
We used a thematic content analysis approach to analyze free-text comments with NVivo Pro v.12.0 (QSR-International, Doncaster, Australia).12 After an initial review of the qualitative data, we constructed a structured codebook to identify manifest and latent content. Using this codebook, we assigned codes to detailed free-text comments, excluding comments with only single-word responses (e.g., “great,” “nice,” “thanks”). We grouped the coded comments into thematic categories (e.g., uplifting, relaxing) via consensus during successive team meetings. We then compared the prevalence of themes between music therapy and massage therapy recipients. We also examined whether different themes were prevalent among patients who reported clinically meaningful pre-post improvements (i.e., ≥ 1 point reduction in ESAS depression score).
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