Abstract:Aim
In sarcopenic dysphagia, confirmation of recovery of the swallowing function and activity of daily living is insufficient. The aim of this study was to examine differences in the recovery of the swallowing function and activities of daily living between sarcopenic dysphagia patients and non‐sarcopenic dysphagia patients.
Methods
The registry data of the Japanese Sarcopenic Dysphagia Database were used for the analysis; 440 patients met the eligibility criteria of the study. Dysphagia was evaluated accordin… Show more
“…We read a recently published article by Nagai et al with great interest. 1 The poor functional recovery of patients with sarcopenic dysphagia reported in their study is consistent with our day-to-day clinical experience. While acknowledging the clinical significance of Nagai et al 0 s study, we propose that aspiration pneumonia should also be considered as a factor underlying poor functional recovery in patients with sarcopenic dysphagia.…”
Section: Dear Editorsupporting
confidence: 89%
“…Dear Editor, The recent article of Sekiguchi et al 1 investigating the association between protein intake and the protection of renal function, including in very old people with chronic kidney disease in Japan, was of great interest. The findings are important because a highprotein diet might be effective in maintaining renal function.…”
“…We read a recently published article by Nagai et al with great interest. 1 The poor functional recovery of patients with sarcopenic dysphagia reported in their study is consistent with our day-to-day clinical experience. While acknowledging the clinical significance of Nagai et al 0 s study, we propose that aspiration pneumonia should also be considered as a factor underlying poor functional recovery in patients with sarcopenic dysphagia.…”
Section: Dear Editorsupporting
confidence: 89%
“…Dear Editor, The recent article of Sekiguchi et al 1 investigating the association between protein intake and the protection of renal function, including in very old people with chronic kidney disease in Japan, was of great interest. The findings are important because a highprotein diet might be effective in maintaining renal function.…”
“…We included non-consecutive dysphagic in patients aged ≥20 years with a FILS score ≤ 8 [ 21 ] between November 2019 and March 2021 in the database. The inclusion criteria was registration in the database [ 16 , 18 , 19 , 22 ], while the exclusion criteria were (1) outpatients and (2) missing values for BMI and other components of the diagnostic algorithm for sarcopenic dysphagia, such as muscle strength, physical performance, or muscle mass. The reason for choosing these criteria was that BMI was intended to be used to screen for sarcopenic dysphagia at the time of admission.…”
The accuracy of body mass index (BMI) for sarcopenic dysphagia diagnosis, which remains unknown, was evaluated in this study among patients with dysphagia. We conducted a 19-site cross-sectional study. We registered 467 dysphagic patients aged ≥ 20 years. Sarcopenic dysphagia was assessed using a reliable and validated diagnostic algorithm. BMI was assessed using the area under the curve (AUC) in the receiver operating characteristic analysis to determine diagnostic accuracy for sarcopenic dysphagia. The study included 460 patients (median age, 83.0 years (76.0–88.0); men, 49.8%). The median BMI was 19.9 (17.3–22.6) kg/m2. Two hundred eighty-four (61.7%) patients had sarcopenic dysphagia. The AUC for sarcopenic dysphagia was 0.60–0.62 in the overall patients, male, female, and patients aged ≥ 65 years The BMI cut-off value for sarcopenic dysphagia diagnosis was 20.1 kg/m2 in the overall patients (sensitivity, 58.1%; specificity, 60.2%) and patients aged ≥ 65 years (sensitivity, 59.8%; specificity, 61.8%). Conclusion: Although the AUC, sensitivity and specificity of BMI for sarcopenic dysphagia diagnosis was approximately 0.6, BMI < 20.0 kg/m2 might be a predictor for sarcopenic dysphagia. In clinical settings, if patients with dysphagia have a BMI < 20.0 kg/m2, then sarcopenic dysphagia should be suspected as early as possible after admission.
“…Sarcopenia, as one of the most common geriatric syndromes, was first named by Rosenberg in 1,989 (1), and the concept of sarcopenia was first identified and recognized clearly by EWGSOP (European working group on sarcopenia in older people) in 2010 (2). Sarcopenia is a group of syndromes characterized by progressive loss of skeletal muscle mass, limb dysfunction, and increased risk of adverse events (3). In recent years, with the coming of the aging society, the prevalence of sarcopenia was increasing to 29% in older adults, and for those aged more than 80 years, the number was about 50% (4).…”
BackgroundThe relationship between sarcopenia and surgery has attracted an increasing number of researchers in recent years. Our study aimed to identify the current research hotspot and status in this field by using bibliometric and visualization analysis.MethodsPublications about the relationship between sarcopenia and surgery that met the inclusion criteria were collected from the Science Citation Index Expanded. The bibliometric and visualized studies were performed using VOSviewer, and R.ResultsA total of 2,261 documents on the relationship between sarcopenia and surgery were included in our study. These articles were written by 13,757 authors from 2,703 institutions in 70 countries and were published in 772 journals. The USA is the most productive and influential country in this field (524 publications and 15,220 citations). The Udice French Research Universities was the most productive institution in this field (57 publications), and the University of Alberta had the largest number of citations. Annuals of Surgical Oncology published the most studies in this field. Shen Xian was the most productive author in this field (number of publications = 19), and Baracos Vickie was the most influential author, whose studies in this field had been cited 2,209 times. The cluster analysis was performed and visualized, and the keywords were classified into 6 clusters: Cluster 1 (body composition and nutrition), Cluster 2 (sarcopenia), Cluster 3 (malnutrition and cachexia), Cluster 4 (cancer surgery), Cluster 5 (elderly and frailty), Cluster 6 (neuromuscular scoliosis).ConclusionThe relationship between sarcopenia and surgery was still a controversial and well-discussed topic in recent years. Our study showed that the study in this field mainly focused on sarcopenia, oncology surgery, orthopedics, and nutrition.
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