Create your survey

Create your survey

Create your survey

How to use AI to analyze responses from clinical trial participants survey about data privacy concerns

Adam Sabla - Image Avatar

Adam Sabla

·

Aug 23, 2025

Create your survey

This article will give you tips on how to analyze responses from a clinical trial participants survey about data privacy concerns, using AI-powered tools for survey response analysis.

Choosing the right tools for analysis

Approaching survey analysis depends first on the type and structure of your data. The tools you’ll use are driven by whether your responses are quantitative, qualitative, or a mix.

  • Quantitative data: For closed questions—like “On a scale of 1–5, how concerned are you about data privacy?”—answers are easy to count. Tools like Excel or Google Sheets do a solid job here, letting you quickly crunch numbers to understand, for instance, what percentage of participants said they’re “very concerned.”

  • Qualitative data: Open-ended responses (“Describe in your own words your data privacy worries”) or replies to follow-up questions are far harder to analyze. Reading everything manually isn’t practical—especially if you get dozens or hundreds of nuanced replies. Here, GPT-style AI tools are essential for drawing out patterns and core themes from the mess.

There are two approaches for tooling when dealing with qualitative responses:

ChatGPT or similar GPT tool for AI analysis

DIY analysis is possible, but involves a few hassles. People often export their survey data (usually a CSV or pasted text) into ChatGPT, then start chatting about it. You might ask “What’s the main worry among participants?” or “Summarize core ideas.” This approach works, but it’s not very convenient if you have to wrangle file formats, break up large datasets into chunks, or manage AI’s tendency to lose track of context in big analyses.

Manual prompt crafting is key. You’ll be responsible for specifying prompt details, instructions, and follow-up requests to properly mine your dataset. It gets repetitive fast, but can be effective for one-off, smaller surveys.

All-in-one tool like Specific

Purpose-built for analyzing survey responses with AI, a platform like Specific does all the heavy lifting. It’s designed from the ground up to both collect qualitative data using conversational AI surveys, and instantly analyze those responses. That means it handles:

  • Automatic follow-up questions during data collection—each participant gets clarifying questions, which leads to deeper, more useful responses.

  • AI-powered analysis—the tool summarizes responses, finds key themes, and surfaces insights in seconds. You skip spreadsheets, copy-pasting, or data wrangling.

  • Conversational analysis—just chat with the AI about your survey results, ask custom questions, and filter as needed. It all happens in one interface, and context management (which responses go to the AI) is handled for you.

Want to explore more? This is what powers fast, actionable insights for complex topics like clinical trial privacy concerns.


Useful prompts that you can use to analyze clinical trial participants data privacy concerns surveys

Having the right prompts is half the battle with AI survey response analysis. You can use these in Specific, or copy them into ChatGPT or other AI analysis tools.

Prompt for core ideas: If you want a clean list of the most important topics or concerns, use this:

Your task is to extract core ideas in bold (4-5 words per core idea) + up to 2 sentence long explainer.

Output requirements:

- Avoid unnecessary details

- Specify how many people mentioned specific core idea (use numbers, not words), most mentioned on top

- no suggestions

- no indications

Example output:

1. **Core idea text:** explainer text

2. **Core idea text:** explainer text

3. **Core idea text:** explainer text

Context always improves results. Specify your survey’s focus, who the respondents are, and your actual goal in the prompt to help the AI work smarter. For example:

“These are open-ended responses from clinical trial participants about their data privacy concerns. We want to understand what worries or prevents people from participating, and how concerns might change based on past clinical trial experience.”

Once you’ve got core ideas, ask the AI to expand: “Tell me more about [core idea]” will help you dig deep on a specific theme.

Prompt for specific topic: Direct validation, e.g., “Did anyone talk about data being stolen?” Try this for specifics. You can add: “Include quotes” for evidence.

Prompt for pain points and challenges: This gets at the toughest respondent worries, especially valuable when you want to know what stops enrollment:

Analyze the survey responses and list the most common pain points, frustrations, or challenges mentioned. Summarize each, and note any patterns or frequency of occurrence.

Prompt for sentiment analysis: To get a quick snapshot of whether respondents feel mainly positive, negative, or neutral:

Assess the overall sentiment expressed in the survey responses (e.g., positive, negative, neutral). Highlight key phrases or feedback that contribute to each sentiment category.

Prompt for unmet needs and opportunities: To uncover what participants wish someone would fix (valuable for trial designers):

Examine the survey responses to uncover any unmet needs, gaps, or opportunities for improvement as highlighted by respondents.

These prompts give you a flexible framework to understand core themes. For more on designing your actual question set, check out recommended questions for clinical trial participants.

How Specific analyzes response types by question

AI survey analysis isn’t one-size-fits-all. Different question types need different summaries, and a tool like Specific automatically segments and organizes the insights.

  • Open-ended questions with or without follow-ups: You’ll get a summary of all responses, along with grouped takeaways from any follow-up replies. This means richer themes and better clarity.

  • Choices with follow-ups: Each possible answer (e.g., “Very concerned”, “Somewhat concerned”, etc.) has a separate summary of related follow-up comments—so you can see what each group really thinks in context.

  • NPS-style questions: Results are broken into promoters, passives, and detractors, with a separate summary of all related follow-up responses for each category.

You can achieve similar results in ChatGPT, but you’d need to manually filter, group, and prompt the AI for each segment. With Specific, this is baked in, providing instant clarity. More details on this approach are in the AI survey response analysis guide.

Dealing with AI context size limits

Large surveys often hit context size limits—AI can only process a certain amount of text at once. If your data set is too big, here’s how we tackle it (and what Specific automates for you):

  • Filtering: Analyze only what matters. If you're dealing with hundreds of conversations, filter responses so AI only sees those where participants answered specific questions or chose relevant options. Specific does this with one click, so the AI review is granular and meaningful.

  • Cropping: Sometimes, you care about one question at a time. You can select only those questions to send to AI for analysis, keeping below context limits and ensuring detail isn’t lost in noise.

Both filters and cropping keep your analysis focused and manageable—no more AI “running out of memory” halfway through the job.

Collaborative features for analyzing clinical trial participants survey responses

Team collaboration on survey analysis is a huge challenge—especially when many people want to explore different themes, generate reports, or validate stakeholder questions around clinical trial data privacy concerns.

Chat-based collaborative analysis is a hallmark of Specific. Analyze survey data directly in a chat interface with AI, just as if you were talking to a colleague. You never have to leave the platform to copy insights into Slack threads or emails.

Multiple chats for parallel exploration: Each analysis (or “chat”) can apply its own filters: you might want a thread just on “respondents worried about data theft,” and another on “concerns about company marketing.” Each chat records who started it, so you can track different team members’ lines of inquiry and revisit past discussions easily.

Avatars for clarity: Every message in an AI analysis chat now displays the sender’s avatar, so you always know who contributed what. This reduces confusion, helps document decisions, and makes sharing insights with wider teams painless.

Collaboration in context is invaluable for qualitative topics like data privacy, where aligning on interpretations is key. For a deep dive on how to design your own survey before collaborating on analysis, visit our guide to creating clinical trial data privacy surveys.

Create your clinical trial participants survey about data privacy concerns now

Get unique, actionable insights by launching an AI-driven clinical trial participants survey that uncovers real data privacy concerns—complete with instant AI-powered analysis and seamless collaboration.

Create your survey

Try it out. It's fun!

Sources

  1. NEJM.org. Attitudes Toward Data Sharing among Clinical Trial Participants

Adam Sabla - Image Avatar

Adam Sabla

Adam Sabla is an entrepreneur with experience building startups that serve over 1M customers, including Disney, Netflix, and BBC, with a strong passion for automation.

Adam Sabla

Adam Sabla is an entrepreneur with experience building startups that serve over 1M customers, including Disney, Netflix, and BBC, with a strong passion for automation.

Adam Sabla

Adam Sabla is an entrepreneur with experience building startups that serve over 1M customers, including Disney, Netflix, and BBC, with a strong passion for automation.