Purpose: There are many cancer patients who hope to be able to walk to the toilet for as long as they can before death. However, there are no reports of investigation of the ability of advanced cancer patients to go to the toilet, and how the symptoms affect this ability at the end of life in these patients. Methods: We retrospectively investigated the ability of advanced cancer patients to walk to the toilet during their final month of life in our palliative care unit. Data of a total of 154 patients who had died of cancer between January 2010 and December 2011 （median age 75.0±11.6 years） were analyzed in the study. In addition, we compared the frequencies of the symptoms （pain, shortness of breath, drowsiness, delirium, opiate use, oxygen use） between the walking group and the non-walking group. Results: Of the 154 patients, 79 （51.3%） were able to walk to the toilet in the month before their death, 54 （35.1%） in the two weeks before their death, and 33 （21.4%） in the final week before their death. The walking group showed more shortness of breath as compared to the non-walking group. The non-walking group showed more delirium and drowsiness. Conclusion: This study showed that the ADL are relatively preserved in terminal cancer patients. There is the possibility of providing support to their physical ability by rehabilitation. The consciousness level and shortness of breath should take into consideration to provide rehabilitation.

Objective : The aim of this study was to assess the effects of using a motor point block with 5% phenol on spasticity and gait in patients with chronic hemiparesis. Methods : Participants were 13 patients with chronic hemiparesis after stroke, brain injury or brain tumor. We performed motor point block (MPB) with 5% phenol to the spastic muscles of the lower extremity that caused talipes varus or talipes equinus (i.e. gastrocnemius, soleus, and tibialis posterior). Before and after the MPB, we assessed modified Ashworth scale (MAS), brace wear scale (BWS) and goal attainment scale (GAS). Walking ability was measured using a 30-m walking timed test and 6-minute duration walking test. The step length, foot area during walking and body weight bearing ratio of the paretic side were measured with force plates. Results : We found significant changes in MAS of the plantar flexors (p=0.007), ankle inverters (p=0.006), walking speed (30-m walking time (p=0.046), 6-minute walking test p=0.016), foot area during the stance phase (p=0.006), and body weight bearing ratio of the paretic side (p=0.007)) and BWS (p=0.002). GAS also showed favorable appraisal of MPB by the participants. Conclusion : MPB with 5% phenol can reduce the spasticity and improve gait speed and stability.

This is a rare case of abdominal apoplexy encountered in a 50-year-old man who had aortic and mitral valve replacement due to dominant regurgitation resulting from infective eneocarditis. On the 4th day after the operation, retroperitoneal bleeding, probably due to rupture of the splenic artery aneurysm, occurred and he developed shock. On the 28th day, there was bleeding in the digestive tract and blood pressure was low, probably due to rupture of the microaneurysm of the small artery distributing to the ileum. Rupture of an abdominal vessel without a recognizable external cause is called abdominal apoplexy, and our case was caused by mycotic aneurysm caused by infective endocarditis. Angiography facilitated the accurate diagnosis.

Patients with focal hand dystonia demonstrate abnormally increased corticospinal excitability, which has been reported to be ameliorated, at least for a short term, with low frequency repetitive transcranial magnetic stimulation (rTMS). Transcranial direct current stimulation (tDCS), which is less costly and easier to apply than rTMS, is also known to modulate cortical excitability. Especially with cathodal tDCS, cortical excitability can be reduced. On the other hand, upper extremity splinting is also known to reduce dystonic symptoms by inhibiting abnormal movement. We therefore combined cathodal tDCS with finger splinting to treat focal hand dystonia in a 34-year-old man with traumatic brain injury who showed involuntary movement of his right fingers during writing and chopsticks use. After 5 days of cathodal tDCS sessions (1mA, 10min), he was encouraged to use interphalangeal joint splints for his thumb and index finger during these activities. We assessed computer-rated handwriting, reciprocal inhibition and intracortical inhibition before, 24 hours and 3 months after the 5-day tDCS sessions. Before the treatment, his flexor pollicis longus (FPL) and first dorsal interosseous (FDI) muscles showed 4Hz rhythmic hyperactivity during writing, and reciprocal inhibition at interstimulus intervals (ISI) of 20 and 100 ms were lost. Paired pulse TMS also revealed disinhibited short interval intracortical inhibition (SICI) at an ISI of 2 and 3 ms. The 5-day tDCS sessions reduced FPL and FDI EMG activities, and SICI and RI at 20 and 100 ms were also restored. Wearing the finger splints, these improvements were maintained at the 3-month follow-up. This case report is the first to demonstrate the possible long-term effects of tDCS combined with splinting for focal hand dystonia. It is supposed that splinting after tDCS plays an important role in making the tDCS aftereffects last longer.

Results: In the early phase after surgery, 71% and 43% of the participants were nonindependent ambulators at 1W and 2W, respectively. Histopathology indicated that patients with solid tumors (ependymoma, astrocytoma, or lipoma) showed significantly lower indices at 1W and 2W than those with vascular tumors (hemangioblastoma or cavernous hemangioma). Regarding tumor location, thoracic cases exhibited poorer lower-limb function at 1W and 2W and poorer walking ability at 2W than cervical cases. According to the receiver operating characteristic (ROC) analysis, 2 WISCI II points at 2W had the highest sensitivity (100%) and specificity (92.2%) in predicting the level of walking independence at 1 year postoperatively (the area under the ROC curve was 0.99 (95% confidence interval, 0.93–1.00). Conclusions The higher the lower-limb function scores in the early phase, the better the improvement in walking ability is predicted 1 year after ISCT resection.