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Melda Soysal Tomruk,Murat Tomruk,Emrullah Alkan,Nihal Gelecek 대한가정의학회 2022 Korean Journal of Family Medicine Vol.43 No.2
Background: The ankle–foot complex plays a key role in maintaining balance because it collects proprioceptive data. Kinesio taping (KT) is a rehabilitative method performed by the cutaneous application of a special elastic tape. The mechanical correction technique of KT was suggested to reposition the joints and alter balance parame-ters. The aim was to reveal the pure effects of ankle KT on balance, range of motion (ROM), and muscle strength in healthy individuals.Methods: Forty healthy students were recruited for this randomized, sham-controlled study at a local university. Participants were divided into two groups—experimental and sham application groups. The primary outcome measures were balance parameters. Athlete Single Leg (ASL), Limits of Stability (LoS), and Clinical Test of Sensory Interaction and Balance (CTSIB) were used to measure single-leg dynamic balance, dynamic postural control, and sensory interaction of balance, respectively. Dorsiflexion ROM and dorsiflexor muscle strength were the secondary outcomes.Results: The ASL score showed significant improvement only in the experimental KT group (P=0.02); however, the LoS score increased significantly in both groups (P<0.05). CTSIB scores, dorsiflexion ROM, and dorsiflexor muscle strength for both ankles did not change in any of the groups after intervention (P>0.05). Moreover, there was no su-periority of one intervention over the other in improving any of the variables (P>0.05).Conclusion: The mechanical correction technique of KT can be useful in providing immediate improvement in single-leg dynamic balance in healthy individuals. However, it may not be effective to significantly change the sen-sory interaction of balance, dorsiflexion ROM, and muscle strength.
Murat Kaya,Idris Sargin,Volkan Aylanc,Muhammed Nebi Tomruk,Seda Gevrek,Isil Karatoprak,Nazlican Colak,Yasar Gul Sak,Esra Bulut 한국공업화학회 2016 Journal of Industrial and Engineering Chemistry Vol.38 No.-
Bovine serum albumin is the key protein in blood. Chitin is a widely used biocompatible polymer inbioengineering and it is mainly found as two allomorphs (a, b). In this study the interactions of a-chitin(from the insect Omophlus sp.) and b-chitin (from the cuttlebone of Sepia sp.) with BSA were studied. Chitin isolates were examined by SEM, XRD, BET, TGA and FTIR. b-Chitin exhibited a far higher affinity forBSA than a-chitin, indicating a-chitin can be used in applications where surface–protein interactionsshould be limited, and b-chitin can be used in chitin-based materials on which protein adsorption isdesired.