Background Head and neck cancer (HNC) represents a global health issue with significant physical, psychological, and social implications for patients. Netnography, an online research method, offers a unique opportunity to explore the experiences of HNC survivors in the digital age. This study analyzes the Instagram posts of HNC survivors to understand their lived experiences, coping mechanisms, and support networks. Materials and Methods A netnographic content analysis was conducted on Instagram posts from 29 HNC survivor users. A mixed qualitative and quantitative approach was used to identify and interpret patterns and meanings within the textual data. Results The analysis revealed 11 key themes. These individuals used their platforms to educate about HNC, sharing personal experiences to raise awareness of early detection and support newly diagnosed patients. They documented the multifaceted impact of treatment, including physical and emotional challenges such as pain, disfigurement, and loss of voice. Despite these difficulties, they emphasized the importance of social support networks, including family, friends, and healthcare providers, in their recovery process. Their posts expressed a range of emotions, from fear and anxiety to resilience and hope, reflecting the emotional struggle inherent in survivorship. They also shared experiences adapting to post‐treatment life, including the use of medical devices, managing physical limitations, and economic difficulties. They celebrated small victories and offered practical advice and emotional support to others. Conclusion HNC survivors use social media to share their experiences, provide support, and advocate for themselves and others. Their stories highlight the multifaceted challenges of cancer and the importance of resilience, social support, and adaptation in the recovery process. These findings underscore the potential of netnography to provide valuable insights into the lived experiences of HNC survivors, which can inform healthcare practices and support programs.
González-Arriagada et al. (Thu,) studied this question.