case_images: PMC11670927_01
case_images: Patient's sweaty palms.
case_images: rjae808f1.jpg
case_images: PMC11670927_01_rjae808f1.jpg
case_images: f1
case_images: The palms and feet were moist and could be left to drip sweat for 5 min (Figs. 1 and 2).
case_images: Patient's sweaty feet.
case_images: rjae808f2.jpg
case_images: PMC11670927_01_rjae808f2.jpg
case_images: f2
case_images: The palms and feet were moist and could be left to drip sweat for 5 min (Figs. 1 and 2).
case_images: T4, L3 puncture entry point localization.
case_images: rjae808f3.jpg
case_images: PMC11670927_01_rjae808f3.jpg
case_images: f3
case_images: The proposed depth of needle entry, angle, and distance of the entry point from the midline were measured using a CT tool ruler (Fig. 3).
case_images: Three-dimensional reconstruction of a successful thoracic and lumbar sympathetic ganglion puncture.
case_images: rjae808f4.jpg
case_images: PMC11670927_01_rjae808f4.jpg
case_images: f4
case_images: After confirmation through three-dimensional reconstruction (Fig. 4), the needle was withdrawn without encountering blood, liquid, or gas.
case_images: 1-2 cycles of radiofrequency thermocoagulation of thoracic and lumbar sympathetic nerves.
case_images: rjae808f5.jpg
case_images: PMC11670927_01_rjae808f5.jpg
case_images: f5
case_images: A total of 1-2 cycles of radiofrequency thermocoagulation were performed (Fig. 5).
case_images: Lumbar sympathetic chain puncture path design.
case_images: rjae808f6.jpg
case_images: PMC11670927_01_rjae808f6.jpg
case_images: f6
case_images: The angle and relative distance between the CT bed and the rack displayed at that level were also recorded (Fig. 6).
case_images: Three-dimensional reconstruction of a successful lumbar sympathetic ganglion puncture.
case_images: rjae808f7.jpg
case_images: PMC11670927_01_rjae808f7.jpg
case_images: f7
case_images: Subsequently, the accuracy of the radiofrequency tip position was confirmed through sensory and motor electrical stimulation and three-dimensional reconstruction (Fig. 7).