The Invisible Workforce: An Algorithmic Audit of Nursing, Primary Care, and Holistic Gaps in AI-Generated Survivorship Plans.

OBJECTIVES: Advanced ovarian cancer survivorship requires multidisciplinary coordination. As patients use large language models (LLMs) as clinical navigators, essential professional roles may be inconsistently represented. This study evaluates the comprehensiveness, professional attribution, and readability of LLM-generated survivorship plans. METHODS: An algorithmic audit (N = 50) queried ChatGPT-5.1 using a standardized persona: a 58-year-old advanced ovarian cancer survivor. A dual-layer content analysis assessed nine guideline-derived domains, distinguishing explicit professional attribution from implicit functional guidance. A Nursing Function Layer quantified implicit nursing content. Readability was measured via the Flesch-Kincaid Grade Level. RESULTS: Medical Oncology achieved 100% explicit attribution. Conversely, Primary Care was explicitly referenced in 2% (implicit: 14%), Genetic Counseling in 0%, and Nursing in 14% (implicit: 80%), revealing a 66-point attribution gap. Despite low explicit professional attribution, nursing-relevant functional content appeared in 96% of responses (mean = 4.16 functions/response). Responses averaged an 11.57 Flesch-Kincaid Grade Level, substantially exceeding the sixth- to eighth-grade literacy benchmark. CONCLUSIONS: LLMs demonstrate high biomedical content coverage but systematically underrepresent holistic care professionals. The functional presence of nursing content without professional visibility highlights algorithmic bias. Unsupervised LLM use risks fragmented survivorship guidance, necessitating "nurse-in-the-loop" validation workflows to correct attribution gaps and calibrate literacy levels. IMPLICATIONS FOR NURSING PRACTICE: AI-generated survivorship plans reflect a purely biomedical focus, systematically omitting primary care integration (2%) and explicit nursing roles (14%). This structural fragmentation necessitates "nurse-in-the-loop" workflows, positioning oncology nurses to actively review AI outputs, activate neglected primary care referrals for comorbidity management, and calibrate reading difficulty to safe patient literacy levels.