case_images: PMC11808284_01
case_images: CT imaging of head at onset and postoperatively.. a: This is a CT image taken at onset, showing a hematoma in the left cerebellum. The hematoma has ruptured into the ventricular system, with blood also present in the third ventricle.
  b: This is a CT image obtained after craniotomy for hematoma removal and third ventriculostomy. Although the hematoma in the third ventricle has been removed, the hematoma in the cerebellum remains.
case_images: cureus-0017-00000077201-i01.jpg
case_images: PMC11808284_01_cureus-0017-00000077201-i01.jpg
case_images: FIG1
case_images: The case involves a man in his 60s who experienced a left cerebellar hemorrhage (Figure 1) and, on the same day, developed hydrocephalus caused by intraventricular hemorrhage.
case_images: PMC11808284_02
case_images: Timeline of the ABA single case design.. A: control phase, B: intervention phase
case_images: cureus-0017-00000077201-i02.jpg
case_images: PMC11808284_02_cureus-0017-00000077201-i02.jpg
case_images: FIG2
case_images: An ABA (A: control phase, B: intervention phase) single-case design study was conducted starting 57 days after the onset of cerebellar hemorrhage, with each phase lasting seven days (Figure 2).
case_images: PMC11808284_03
case_images: PMC11808284_04
case_images: Shoe-based lower-limb load meter.. When weight is applied to either side, an alarm sounds from the speaker of the main unit. If upper and lower limits are set, the alarm sounds intermittently when the lower limit is exceeded. As the upper limit is approached, the rhythm of the alarm quickens, and a continuous sound is emitted when the upper limit is exceeded.
case_images: cureus-0017-00000077201-i03.jpg
case_images: PMC11808284_04_cureus-0017-00000077201-i03.jpg
case_images: FIG3
case_images: Tokyo, Japan) (Figure 3).
case_images: PMC11808284_05
case_images: PMC11808284_06
case_images: COP velocity, peripheral area and mediolateral COP position for each phase.. a: COP velocity (eyes-open); b: COP velocity (eyes-closed); c: peripheral area (eyes-open); d: peripheral area (eyes-closed); e: mediolateral COP position (eyes-open); f: mediolateral COP position (eyes-closed). COP: center of pressure; A1: first control phase; B: intervention phase; A2: second control phase
case_images: cureus-0017-00000077201-i04.jpg
case_images: PMC11808284_06_cureus-0017-00000077201-i04.jpg
case_images: FIG4
case_images: Figure 4 and Table 4. Figure 4a illustrates the COP velocity under the eyes-open condition. Under the eyes-closed condition, significant changes were also observed between the A1 and B phases, as well as between the A1 and A2 phases, with very large and large effect sizes, respectively (Figure 4b). Figures 4c, 4d show the results for the perimeter area. The effect size for the B phase relative to the A1 phase was very large, while the effect size for the A2 phase was large (Figure 4c). The effect sizes for the B and A2 phases relative to the A1 phase were categorized as very large and large, respectively (Figure 4d). Figures 4e, 4f show the results for the mediolateral COP position. The effect size for the B phase relative to the A1 phase was large, while the effect size for the A2 phase was very large (Figure 4e). The effect sizes for the B and A2 phases relative to the A1 phase were both categorized as large (Figure 4f).