Andy
Retired committee member
Funder
https://kclpure.kcl.ac.uk/portal/en...er(409f2487-5595-446f-a8eb-7e11278e195a).html
More at https://gtr.ukri.org/projects?ref=MR/V032771/1
"On the basis of research evidence, I recently proposed that stronger emotional reactions could trigger or worsen FND symptoms, because of a greater physical 'fight or flight' response ('autonomic arousal') (Pick et al., 2019). This could be due to abnormalities in communication between emotional brain systems and brain areas involved in other important functions, such as movement, sensation and self/body awareness (e.g., knowledge of one's own bodily or emotional states). My findings have recently suggested that a psychological process called 'dissociation' might directly trigger FND symptoms (Pick et al., 2017; 2020). Dissociation broadly refers to a disconnection between different aspects of a person's experience (e.g., feeling detached from one's emotions or the outside world, feeling in less control over one's body) and often occurs in response to stressful experiences and strong emotional reactions. Dissociation could therefore potentially explain the connection between emotional abnormalities and FND symptoms.
The primary aim of the proposed research is to investigate factors that trigger or worsen FND symptoms, with a focus on emotional responses, autonomic arousal and dissociation. A second aim is to assess whether these processes are linked to differences in brain functioning. Patients with different types of FND (i.e., seizures or movement symptoms) will be included and compared to people with common mental health symptoms (depression) and people with no significant mental or physical health disorders, to examine potential similarities and differences to these groups. A variety of relevant features will be measured, including participants' subjective 'in-the-moment' experiences (emotions, dissociation), physical measures of arousal (e.g., heart rate), and FND symptoms. Some measures will be taken in both laboratory and real-life settings, to assess whether findings are consistent. Brain structure and functioning will also be assessed in a scanner.
The results of the research will provide more information about the interaction between biological and psychological factors in FND and will have considerable implications for improving or developing new treatments, which are much needed. It is hoped that the research will provide a basis for a more integrated approach to studying and treating this complex disorder, combining both physical and mental health perspectives."
- MRC Medical Research Council
Collaborative project - lead institution: King's College London
Total value of award to all partners: £1,370,533
Value of award to King´s: £1,370,533
https://kclpure.kcl.ac.uk/portal/en...er(409f2487-5595-446f-a8eb-7e11278e195a).html
More at https://gtr.ukri.org/projects?ref=MR/V032771/1
"On the basis of research evidence, I recently proposed that stronger emotional reactions could trigger or worsen FND symptoms, because of a greater physical 'fight or flight' response ('autonomic arousal') (Pick et al., 2019). This could be due to abnormalities in communication between emotional brain systems and brain areas involved in other important functions, such as movement, sensation and self/body awareness (e.g., knowledge of one's own bodily or emotional states). My findings have recently suggested that a psychological process called 'dissociation' might directly trigger FND symptoms (Pick et al., 2017; 2020). Dissociation broadly refers to a disconnection between different aspects of a person's experience (e.g., feeling detached from one's emotions or the outside world, feeling in less control over one's body) and often occurs in response to stressful experiences and strong emotional reactions. Dissociation could therefore potentially explain the connection between emotional abnormalities and FND symptoms.
The primary aim of the proposed research is to investigate factors that trigger or worsen FND symptoms, with a focus on emotional responses, autonomic arousal and dissociation. A second aim is to assess whether these processes are linked to differences in brain functioning. Patients with different types of FND (i.e., seizures or movement symptoms) will be included and compared to people with common mental health symptoms (depression) and people with no significant mental or physical health disorders, to examine potential similarities and differences to these groups. A variety of relevant features will be measured, including participants' subjective 'in-the-moment' experiences (emotions, dissociation), physical measures of arousal (e.g., heart rate), and FND symptoms. Some measures will be taken in both laboratory and real-life settings, to assess whether findings are consistent. Brain structure and functioning will also be assessed in a scanner.
The results of the research will provide more information about the interaction between biological and psychological factors in FND and will have considerable implications for improving or developing new treatments, which are much needed. It is hoped that the research will provide a basis for a more integrated approach to studying and treating this complex disorder, combining both physical and mental health perspectives."