Symptom Cluster

The goal of this randomized controlled trial is to examine the effect of an acupressure intervention in alleviating cough and reducing co-occurring symptoms (dyspnea, cough, and fatigue) in patients with lung cancer. The hypotheses are: 1. Acupressure can alleviate cough in lung cancer survivors; 2. Acupressure can reduce a cough-related symptom cluster (dyspnea-cough-fatigue) experienced by lung cancer survivors; 3. Acupressure can reduce the symptom burden and improve the health-related quality of life and functional capacity of lung cancer survivors experiencing cough. Participants will: Receive acupressure for 8 weeks or receive an education booklet; Keep a diary of their acupressure practice and symptoms; Be assessed at baseline (T0), early intervention (T1), post-intervention (T2), and 8 weeks after the intervention period (T3).

Lung cancer is the leading cause of cancer mortality, posing a critical public health challenge in both Hong Kong and global populations. Patients with lung cancer frequently experience a distressing symptom cluster characterized by breathlessness-driven respiratory distress, accompanied by persistent cough and fatigue, which collectively impose a substantial disease burden. While our research team leader previously developed and validated a multi-component Respiratory Distress Symptom Intervention (RDSI) in England, demonstrating clinical efficacy for lung cancer management, its impact on psychological distress (anxiety and depression) proved limited. This limitation may reflect insufficient integration of psychological components, a crucial consideration given the well-established bidirectional relationship between respiratory symptoms and psychological distress. Emerging evidence indicates that mindfulness interventions provide dual therapeutic benefits by improving patient adherence and effectively addressing both physical symptoms, such as breathlessness and fatigue, as well as psychological distress, including anxiety and depression. Meanwhile, current evaluation methodologies have mainly focused on behavioral data collection, such as self-reported questionnaires, to reflect the effect before and after the intervention. Neuroimaging data can help understand the brain mechanisms underlying breathlessness and elucidate the effectiveness of interventions, thereby improving intervention strategies.

The goal of this clinical trial is to learn the feasibility and safety of using home-based taVNS in young adults with IBS to manage their IBS-related pain and symptoms. It will also learn about participants' experience in using the home-based taVNS intervention. The main questions it aims to answer are: * Is it feasible to use a home-based taVNS intervention for pain and symptom management among YAs with IBS? * Is it safe and reported satisfactory to use a home-based taVNS intervention for pain and symptom management among YAs with IBS? Researchers will compare Active to Sham taVNS (a look-alike intervention that contains minimal stimulation) to see if Active taVNS works on managing IBS-related pain and symptoms. Participants will: * Take Active or Sham taVNS intervention for a 6-week treatment (twice daily, 30 minutes per session) * Visit the research lab at the initial setup and the end of the 6-week treatment for checkups and tests * Keep a diary of their symptoms and the number of times they use the taVNS.