Study: NCT05230043

Intervention type: OTHER
Intervention: Algometer test
Description: The computerized pressure algometer, AlgoMed (Medoc, Ramat Yishai, Israel), will be used for mechanical pain stimulation to assess information about pain threshold and tolerance. A constant rate of pressure is delivered by the examiner, and the pressure is recorded in Kilopascal (kPa). The stimulation will be applied between the medial and distal joints of the phalanges of the dominant hand.

Intervention type: OTHER
Intervention: Algometer test
Description: The computerized pressure algometer, AlgoMed (Medoc, Ramat Yishai, Israel), will be used for mechanical pain stimulation to assess information about pain threshold and tolerance. A constant rate of pressure is delivered by the examiner, and the pressure is recorded in Kilopascal (kPa). The stimulation will be applied between the medial and distal joints of the phalanges of the dominant hand.

Intervention type: OTHER
Intervention: Algometer test
Description: The computerized pressure algometer, AlgoMed (Medoc, Ramat Yishai, Israel), will be used for mechanical pain stimulation to assess information about pain threshold and tolerance. A constant rate of pressure is delivered by the examiner, and the pressure is recorded in Kilopascal (kPa). The stimulation will be applied between the medial and distal joints of the phalanges of the dominant hand.

Intervention type: OTHER
Intervention: Algometer test
Description: The computerized pressure algometer, AlgoMed (Medoc, Ramat Yishai, Israel), will be used for mechanical pain stimulation to assess information about pain threshold and tolerance. A constant rate of pressure is delivered by the examiner, and the pressure is recorded in Kilopascal (kPa). The stimulation will be applied between the medial and distal joints of the phalanges of the dominant hand.

Intervention type: OTHER
Intervention: functional MRI
Description: * Two 8s sequences of spin echo field map with phase encoding AP and PA~* A 12:00min bold sequence for resting-state~* A 15:12min bold sequence for gambling task thickness=2mm, Matrix Size = 105×105, FOV=210×210mm2;~* A 6:38min T1w MPR sequence~* A 7:40min T1w MPR sequence~* A 5:57min T2w SPC sequence~* A 8:24min T2w SPC sequence~* A 8:32min FLAIR T2w sequence~* Two 8:26min Multi-echo GRE sequence~* A 8:29min high resolution multi-echo GRE sequence~* Two 6:46min multi-echo GRE sequence with and without magnetic transfer contrast~* Two 6:03min diffusion weighted images with phase encoding AP and PA

Intervention type: OTHER
Intervention: functional MRI
Description: * Two 8s sequences of spin echo field map with phase encoding AP and PA~* A 12:00min bold sequence for resting-state~* A 15:12min bold sequence for gambling task thickness=2mm, Matrix Size = 105×105, FOV=210×210mm2;~* A 6:38min T1w MPR sequence~* A 7:40min T1w MPR sequence~* A 5:57min T2w SPC sequence~* A 8:24min T2w SPC sequence~* A 8:32min FLAIR T2w sequence~* Two 8:26min Multi-echo GRE sequence~* A 8:29min high resolution multi-echo GRE sequence~* Two 6:46min multi-echo GRE sequence with and without magnetic transfer contrast~* Two 6:03min diffusion weighted images with phase encoding AP and PA

Intervention type: OTHER
Intervention: functional MRI
Description: * Two 8s sequences of spin echo field map with phase encoding AP and PA~* A 12:00min bold sequence for resting-state~* A 15:12min bold sequence for gambling task thickness=2mm, Matrix Size = 105×105, FOV=210×210mm2;~* A 6:38min T1w MPR sequence~* A 7:40min T1w MPR sequence~* A 5:57min T2w SPC sequence~* A 8:24min T2w SPC sequence~* A 8:32min FLAIR T2w sequence~* Two 8:26min Multi-echo GRE sequence~* A 8:29min high resolution multi-echo GRE sequence~* Two 6:46min multi-echo GRE sequence with and without magnetic transfer contrast~* Two 6:03min diffusion weighted images with phase encoding AP and PA

Intervention type: OTHER
Intervention: functional MRI
Description: * Two 8s sequences of spin echo field map with phase encoding AP and PA~* A 12:00min bold sequence for resting-state~* A 15:12min bold sequence for gambling task thickness=2mm, Matrix Size = 105×105, FOV=210×210mm2;~* A 6:38min T1w MPR sequence~* A 7:40min T1w MPR sequence~* A 5:57min T2w SPC sequence~* A 8:24min T2w SPC sequence~* A 8:32min FLAIR T2w sequence~* Two 8:26min Multi-echo GRE sequence~* A 8:29min high resolution multi-echo GRE sequence~* Two 6:46min multi-echo GRE sequence with and without magnetic transfer contrast~* Two 6:03min diffusion weighted images with phase encoding AP and PA