The purposes of this study were to compare poststroke liquid swallowing methods by including a cup and a straw in videofluoroscopic swallowing studies (VFSS) and to test the hypothesis that increased aspiration would be observed with the cup compared to the straw. Eighty-five poststroke patients who had undergone VFSS using a spoon, cup, and straw were included. Penetration-aspiration scale and functional dysphagia scale (FDS) were used for assessment. These scores did not differ significantly between the cup and the straw. Higher FDS scores were found with the cup than with the straw in patients who had penetration/aspiration with both the cup and the straw and with the cup only. However, FDS scores did not differ significantly between the cup and the straw in patients who had penetration/aspiration with the straw only. Although advantages of the straw over the cup were clear, some patients showed penetration/aspiration only with the straw.

No abstract

Presbyesophagus is a unique cause of dysphagia in the elderly, which features incomplete relaxation of the lower esophageal sphincter, dilatation of the esophagus, decreased esophageal peristaltic pressures, abnormal esophageal contractions, and delayed emptying of the esophagus. An 88-year-old woman underwent surgery for a femur fracture. The day after surgery, respiratory arrest occurred during a meal. Breathing resumed after oxygen supply with airway opening. She complained of dysphagia and nausea during a meal, and the videofluoroscopic swallowing study and esophagography showed delayed emptying of the esophagus, abnormal esophageal contraction, and dilatation of the esophagus. This case shows that esophageal dysfunction in the elderly with poor general medical conditions can worsen abruptly.

To identify the natural changes of traumatic vertebral compression fractures during the first six months in patients visiting for disability certificates after conservative treatment. Data of patients who visited the rehabilitation medicine department of a university hospital for disability certificates concerning traumatic vertebral compression fractures from 2015 to 2018 were reviewed. Those who visited 180 to 210 days after injuries were included, and those who received invasive procedures for compression fractures were excluded. The anterior and posterior heights, local kyphotic angle of compression fractures, and upper and lower vertebrae on initial and follow-up images were measured and compared. Compression ratio was calculated by vertebral body compression ratio and anterior vertebral body compression percentage. Thoracic and lumbar traumatic fractures were also compared. Among 110 patients, 61 patients met the criteria. After six months, the anterior height of compression fractures decreased more than 4 mm, which implies the development of new compression fractures. The compression ratio and local kyphotic angle increased significantly without affecting the upper and lower vertebrae. Thoracic and lumbar compression fractures showed similar changes. Traumatic vertebral compression fractures change significantly during the first six months. This study could warrant 6 months of waiting for issuance of disability certificates for patients with traumatic vertebral compression fractures.