xylazine
Automated Thematic Analyses Using LLMs: Xylazine Wound Management Social Media Chatter Use Case
Hairston, JaMor, Ranjan, Ritvik, Lakamana, Sahithi, Spadaro, Anthony, Bozkurt, Selen, Perrone, Jeanmarie, Sarker, Abeed
Background Large language models (LLMs) face challenges in inductive thematic analysis, a task requiring deep interpretive and domain-specific expertise. We evaluated the feasibility of using LLMs to replicate expert-driven thematic analysis of social media data. Methods Using two temporally non-intersecting Reddit datasets on xylazine (n=286 and n=686, for model optimization and validation, respectively) with twelve expert-derived themes, we evaluated five LLMs against expert coding. We modeled the task as a series of binary classifications, rather than a single, multi-label classification, employing zero-, single-, and few-shot prompting strategies and measuring performance via accuracy, precision, recall, and F1-score. Results On the validation set, GPT-4o with two-shot prompting performed best (accuracy: 90.9%; F1-score: 0.71). For high-prevalence themes, model-derived thematic distributions closely mirrored expert classifications (e.g., xylazine use: 13.6% vs. 17.8%; MOUD use: 16.5% vs. 17.8%). Conclusions Our findings suggest that few-shot LLM-based approaches can automate thematic analyses, offering a scalable supplement for qualitative research. Keywords: thematic analysis, large language models, natural language processing, qualitative analysis, social media, prompt engineering, public health
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Two-layer retrieval augmented generation framework for low-resource medical question-answering: proof of concept using Reddit data
Das, Sudeshna, Ge, Yao, Guo, Yuting, Rajwal, Swati, Hairston, JaMor, Powell, Jeanne, Walker, Drew, Peddireddy, Snigdha, Lakamana, Sahithi, Bozkurt, Selen, Reyna, Matthew, Sameni, Reza, Xiao, Yunyu, Kim, Sangmi, Chandler, Rasheeta, Hernandez, Natalie, Mowery, Danielle, Wightman, Rachel, Love, Jennifer, Spadaro, Anthony, Perrone, Jeanmarie, Sarker, Abeed
Retrieval augmented generation (RAG) provides the capability to constrain generative model outputs, and mitigate the possibility of hallucination, by providing relevant in-context text. The number of tokens a generative large language model (LLM) can incorporate as context is finite, thus limiting the volume of knowledge from which to generate an answer. We propose a two-layer RAG framework for query-focused answer generation and evaluate a proof-of-concept for this framework in the context of query-focused summary generation from social media forums, focusing on emerging drug-related information. The evaluations demonstrate the effectiveness of the two-layer framework in resource constrained settings to enable researchers in obtaining near real-time data from users.
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South Dakota bills criminalizing AI child porn, xylazine, head to Noem's desk
Fox News Flash top headlines are here. Check out what's clicking on Foxnews.com. South Dakota is poised to update its laws against child sexual abuse images to include those created by artificial intelligence, under a bill headed to Republican Gov. Kristi Noem. The bill, which is a combined effort by Republican Attorney General Marty Jackley and lawmakers, also includes deepfakes, which are images or videos manipulated to look like a real person. In an interview, Jackley said some state and local investigations have required federal prosecution because South Dakota's laws aren't geared toward AI.
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