1.Change in Facial Skin Quality after Consuming a Collagen Containing Beverage
Mayu ITO ; Mika MIKI ; Hirotaka HAYASHI ; Takanari ARAI ; Nobutaka SUZUKI ; Kazuo UEBABA
Japanese Journal of Complementary and Alternative Medicine 2009;6(2):111-118
We conducted a preliminary study of the facial skin-improving effects of collagen-containing beverages as evaluated by objective indices. After obtaining written informed consent, 61 healthy females (age: 25–68, 34±8 y.o.) were randomly divided into two groups, receiving beverages containing 5 g (N=30) and 10 g (N=31), respectively, of collagen daily for one month. Facial skin moisture content and lower eyelid wrinkles were assessed before, 1 week and 1 month after consuming the test beverages. Results were analyzed of the 5 g and 10 g groups, as well as responder and non-responder groups. 10 g collagen beverages showed 50% effectiveness, and were more effective than the 5 g beverage; the effect was observable within 1 week. Furthermore, subjects with more wrinkles and drier skin showed greater benefit than those with higher facial skin moisture content and/or fewer wrinkles. It is suggested that a beverage containing 10 g collagen should be used for aged subjects with more wrinkles and/or drier skin for a period of 1–2 months in future randomized placebo-controlled trials of collagen-containing beverages.
2.Measures to Prevent Accidental Ingestion among Children with Food Allergy at Our Hospital
Tetsuaki SHUMIYA ; Chinatsu YAMADA ; Mayu WAJIMA ; Mikari ITO ; Naoko NISHIMURA ; Takao OZAKI
Journal of the Japanese Association of Rural Medicine 2016;65(2):291-294
There is a need for measures to prevent accidental ingestion at hospitals that provide food for children with food allergies. The dietetics department of our hospital attempts to prevent accidental ingestion by providing meal tags that clearly indicate the dishes prepared without allergens (“allergen-free meal”), which are attached in the designated area by a licensed cook in charge of food preparation. During the 1-year period between January and December 2014, 258 children with food allergy were treated in our hospital and received allergen-free meals. There were 3 cases in which dishes containing allergens were served by mistake, and accidental ingestion by the patient occurred in 2 cases. Regarding the cause of these serving errors, it is likely that they occurred because allergen-free dishes were served using tableware with the same color as that used for allergen-containing dishes. Accordingly, we have revised our preventive measures against accidental ingestion so that all of the tableware and trays used for allergen-free dishes are yellow in color, in order to distinguish them from other dishes. Furthermore, we have provided a dedicated shelf for allergen-free dishes, and have also made it a requirement for final confirmation to be performed by 2 responsible cooks who double-check the food before serving. We will continue to monitor and improve our measures to prevent accidental ingestion as necessary.
3.Establishment of Team Approach to Removal of Aspiration Objects at Time of Video fluoroscopic Examination of Swallowing and These Progress
Mayu MATSUOKA ; Kyoko NAKANISHI ; Minako SAITO ; Yukiko ITO ; Takashi SUZUKI ; Taku FUDEYA ; Mitsuru YASUE ; Shigeki HIRAO ; Hirotaka WATABE
Journal of the Japanese Association of Rural Medicine 2013;62(1):41-49
The removal of aspiration objects is often required for aspiration, which takes place at the time of a video fluoroscopic examination of swallowing (VF) for the assessment of dysphagia rehabilitation. We report our approach against correspondence for aspiration at VF. As subjects for this report, we sampled 6 patients (average age: 78.3±3.0, four males and two females) from 19 patients, who had aspiration of barium sulfate or meal with barium contrast medium at the time of VF form October 1, 2009, to March 31, 2011. For the first step of correspondence for aspiration at VF, we dealt with coughing, huffing, suction and postural drainage under the guidance of a Speech-Language-Hearing Therapist and, depending on the case, a Physical Therapist who dealt with chest physical therapy. When expectoration was found impossible, we checked to see if it was necessary to perform biphasic cuirass ventilation with a clinical engineer. We assessed the chest X-ray films and existence or non-existence of expectoration immediately after aspiration, and fever, inflammatory response, respiratory symptoms and gastrointestinal symptoms one week after the examination, and retrospectively checked the influence of aspiration. As a result, three patients had residue as revealed on chest X-ray films, and the three remaining patients had none. For the former three patients, we intervened in a team approach and succeeded in removing the residue from two patients (one with initial correspondence, and the other with execution by the Physical Therapist). Though two patients had fever and inflammatory response one week later, It was hardly possible that aspiration at the time of VF became a direct cause. No patient had either the respiratory or gastrointestinal symptom. Correspondence for aspiration was attained by establishing a team approach system. Even if a patient had heavy aspiration, it was not reflected on chest X-ray films, depending on the case, and therefore deliberation was required for correspondence.