#EFIC2023 Plenary Sessions
Find below a preliminary list of #EFIC2023 Plenary Speakers and their topics.
Musculoskeletal
Pain
What predicts Musculoskeletal Pain
- Lars Arendt-Nielsen (United States)
Rehabilitation Interventions for Pain Conditions
Targeted rehabilitation interventions for pain conditions: An evidence update
- Michele Sterling (Australia)
NEUROPATHIC PAIN DEBATE
Chair: Nadine Attal (France) and Andrew Rice (United Kingdom)
Personalized treatment in neuropathic pain: What pinpoints responder?
- Ralf Baron (Germany)
- Didier Bouhassira (France)
- Claudia Sommer (Germany)
POSTOPERATIVE PAIN
Postoperative Pain – (Personalized) pain management after surgery can we learn something from large pain registries?
- Winfried Meissner (Germany)
NURSE – LED PAIN MANAGEMENT
Options for nurse-led interventions for personalized post-surgical pain management
- Rianne Van Boekel (Netherland)
SPECIAL PATIENT GROUPS
Pain mechanisms in neonates and pediatrics – do we know enough to personalize treatment?
- Suellen Walker (United Kingdom)
PSYCHOLOGICAL ASPECTS
Cognitive behaviour treatments for chronic pain – who benefits from group treatments?
- Lance McCracken (Sweden)
INTERVENTIONAL PAIN MEDICINE
What are the challenges and limitations in progressing towards a more personalized treatment
- Jan Van Zundert (Netherland)
TRANSLATIONAL SCIENCE
Translational pain research – from patients to rodents and back to patients: impact, limitations, and progress
- Luda Diatchenko (Canada)
EARLY CAREER PLENARY PRESENTATIONS ON CLINICAL RESEARCH
Serotonergic gene-to-gene interaction is associated with mood and GABA concentrations but not with pain-related cerebral processing in fibromyalgia subjects and healthy controls
- Isabel Ellerbrock (Sweden)
Disclosing mechanisms underlying painful diabetic neuropathy. A clinical and skin biopsy study with new emerging sensory biomarkers
- Eleonora Galosi (Italy)
EARLY CAREER PLENARY PRESENTATIONS ON BASIC SCIENCE
Investigating the pathophysiology of SPTLC1 mutations that cause painful hereditary sensory neuropathy type 1 using human iPSC-derived sensory neurons
- Alex Clark (United Kingdom)
An ultra-fast system for signalling mechanical pain in human skin
- Saad Nagi (Sweden)