Connecting neuroscience research advances with clinical insights: Reflections from an NHS clinician in pain services

Academic neuroscience research has led to progress in our ability to understand the mechanisms of chronic pain – one of the leading causes of disability and disease globally (Mills et al., 2019). However, pain is an individual experience which is best understood as a complex interaction between biological, psychological and social factors (Trachsel et al., 2025). Clinicians can bring unique perspectives to the biological understanding of chronic pain by integrating patients’ lived experiences and highlighting the influence of psychological and social factors. However, collaboration between academics and clinicians is often hindered by the fragmentation of disciplines and the limited accessibility and practical application of emerging neuroscience research (Beste, 2021). Attending the 7th International Festival of Neuroscience (BNA2025) as an assistant psychologist offered me a valuable opportunity to bridge the gap between clinical practice and emerging neuroscience research in the context of chronic pain.

Enhancing knowledge, driving inquiry, and sharing clinical perspectives

As part of a multidisciplinary pain management team consisting of pain consultants, occupational therapists, physiotherapists and clinical psychologists, we treat patients using group-based rehabilitation programmes. For the chronic pain conditions we encounter in everyday practise, from fibromyalgia to complex regional pain syndrome, the neuroscience of pain is key. A thorough understanding of a patient’s pain experience at a fundamental level fosters an enhanced therapeutic alliance through greater empathy (Zimney et al., 2023). Keeping updated with new neuroscience developments, such as those showcased at the BNA2025, is vital for maintaining this in depth understanding. For example, I shared with my team key insights from Dr Andrew Marshall’s presentation at the Sutcliffe Kerr meeting, titled Pain: Exploring symptom-based diagnoses of the spine and nerves, which highlighted altered peripheral nervous system responses to cold stimuli in fibromyalgia. This provides our team with the neuroscientific underpinnings of patient reports, as many fibromyalgia patients report temperature-related changes in their pain experience. Understanding this research can support more informed care and improve patient understanding and management of their condition.

Feeding back the cutting-edge research from the conference to my team also inspired our future departmental research. One impactful example was a poster presentation on access to treatment and outcomes of chronic pain management in neurodivergent children (Bubani, 2025), which led us to explore similar themes in our adult population. This has prompted initial planning for a departmental audit on treatment outcomes for neurodivergent adults and collaboration with academics.

Staying current with primary scientific research can allow clinicians to provide valuable clinical insights to pain researchers. For example, when discussing a poster presentation on a prediction model for pain management programme outcomes (Palmer, 2025), I was able to reflect on how prognostic factors play out in day-to-day clinical practice, thereby adding context from patient experiences and offering insight as to why specific variables may be influential in pain management success.

Challenges to the clinical application of pain neuroscience advances

While attending the BNA2025 was valuable, I encountered challenges in translating my insights into everyday clinical practice within my team. I was able to share brief overviews of my findings from the conference, but the translation of this into meaningful change is unclear. While we have small project ideas in relation to the research showcased, one of the most significant barriers we face as clinicians is the ongoing constraints of time and resources. Many clinicians have limited capacity to engage in substantial research activities, despite having valuable insights to contribute. I have also encountered colleagues with an interest in research who feel underconfident in their research skills. The need to implement new research within rigid NHS guidelines, which can be slow to update, poses another barrier to meaningful change.

To address these challenges, it is essential to make neuroscience research more accessible to clinicians, through open access publishing, clearer communication of findings, and the creation of supportive research cultures within NHS settings. Facilitating early career clinicians’ attendance at conferences such as the BNA2025 could help build research confidence from the bottom up and improve understanding of the application of findings. In addition, such attendance helps share cutting-edge research within clinical teams, enhances clinical insight and fosters collaboration.

The value of clinician contributions in the field of pain neuroscience

If neuroscientists and clinicians work in isolation, a fragmented understanding of pain can emerge. To achieve interdisciplinary research, it is essential to dissolve boundaries between disciplines, facilitating the faster transition of research to improve clinical practice. By sharing clinical insights with the research community and bringing back fresh perspectives to my NHS pain service, the experience of attending the BNA2025 has helped begin to foster a more integrated approach to understanding chronic pain. Encouraging the participation of multidisciplinary clinicians at conferences like the BNA2025 can support greater collaboration, enrich research with clinical perspective and deepen clinicians’ understanding – ultimately leading to more effective, patient-centred care.