Yazar "DEMİREL, EMRE" seçeneğine göre listele
Listeleniyor 1 - 3 / 3
Sayfa Başına Sonuç
Sıralama seçenekleri
Öğe Evaluation of post-earthquake fractures according to anatomical body parts: A retrospective study(2024) Arpacı, Muhammed; TAŞ, FERHAT; Uzun, Gökçe Bağcı; Akçiçek, Mehmet; İnceoğlu, Feyza; DENIZ, Mine ARGALI; DEMİREL, EMREBone fractures that occur in earthquakes threaten human life. The study aims to localize the fractures in earthquake victims according to anatomical regions in the earthquake centered in Kahramanmaraş 2023. The study included 137 patients aged between 1-90 years diagnosed with fractures by an orthopedic physician. Radiographs were taken of patients admitted to the emergency department after the earthquake. The fractures diagnosed patients were evaluated and classified in anatomical regions and fracture type. The fractures were observed in females with high rates of fragmented (49.6%) and s ingle fractures (75.9%). The fractures also occurred on the right side (58.4%), in the upper extremities (37.2%) and long bones (38.7%). In the specific anatomic region evaluation of fractures; high rates were observed in manus (19%), antebrachi (15.3%), crus (13.9%) and pes fractures (12.4%). In the region of the most common fragmentary fracture type (48.9%); omos (3%), brachium (1%), thorax (15%), viscerocranium (7%) and neurocranium (3%), in oblique fractures (25.5%); pes (26%), in transverse fractures (20.4%); antebrachi (21%), manus (32%) and vertebral column (4%), in spiral fractures; pelvis (14%), femur (14%) and crus (57%) region. We determined that fractures frequently occur on the right-side extremities and, besides sequentially high rates at manus, antebrachii, crus, and pes. We recommend providing information about the protection of these anatomical parts in the training given to people during the earthquake closure and post-earthquake panic times to reduce earthquake-related fractures.Öğe The Effect of Computer Usage Time on Radial and Ulnar Deviation in University Students(2023) DEMİREL, EMRE; İnceoğlu, Feyza; Uzun, Gökçe Bağcı; KAYA, Anıl; PEKMEZ, HIDIRBackground: The use of technological devices for more than a certain number of hours in daily life causes some anatomical changes in the human body. The aim of this study was to determine the changes that may occur in the range of motion in the wrist depending on the duration of computer use and to perform exami- nations on the wrist. Materials and Methods: In the study conducted on university students, a questionnaire was used to obtain demographic information, a tape measure, a manual muscle test, and a universal goniometer with a sensitivity of 1 degree, and measurements were made with 198 volunteer participants. The data and analysis of the study were performed and evaluated with SPSS (Statistical Program in Social Sciences) 25 program. Results: In this study conducted on university students, an increase in radial and ulnar deviation degrees due to computer use was found (p<0.05). A statistically significant difference was found between the groups (those who used computers for less than 3 hours and more than 3 hours) according to the E-sports (E: Elec- tronic) status of the participants (p<0.05). There was no statistically significant difference between the groups (those who used computers for less than 3 hours and more than 3 hours) in wrist circumference measurement (p>0.05). Conclusions: We believe that knowing the radial and ulnar goniometric angles of the wrist will guide clinicians in wrist fractures and wrist analysis.Öğe The effect of kinesio taping on neck pain in academicians(2023) Uzun, Gökçe Bağcı; DEMİREL, EMRE; İnceoğlu, Feyza; Arpacı, Muhammed; ARSLAN, Ayla; PEKMEZ, HIDIRPain in the neck is one of the oldest and most common problems known to mankind. Neck pain is generally defined as a feeling of discomfort felt in the side and back of the neck. This study aimed to investigate the effect of KT on neck pain in academicians with neck pain. We aimed to investigate the effectiveness of taping by using the Bournemouth Neck Questionnaire before and after to evaluate neck pain. A total of 40 people, 18 male, and 22 female participated in the study. Academicians with neck pain were included in our study. Demographic information such as age, height, weight, gender, regular sports habits, daily smoking, and chronic disease status was questioned. \"Y\" and \"I\" bands were applied to the participants. The \"Y\" band was applied to the lower end of the cervical 7th vertebra (Vertebra Prominens) with submaximal tension, and the other two ends were applied to the right end of the right end to the proc. mastoideus of and temporal bone the left end to the processus (proc.) mastoideus of the left temporal bone. The \"I\" band was applied to the pars transversa of the trapezius muscle with moderate tension. The applied bands remained on the participants for 72 hours (3 days). In addition, the Bournemouth Neck Pain Questionnaire consisting of 7 questions was applied to the participants, questioning the intensity of pain, inadequacy in activities of daily living, inadequacy in social activities, anxiety, emotional aspects of depression, kinesiophobia, and ability to control pain. The Bournemouth Neck Pain Questionnaire was administered twice before and 10 days after the taping procedure and the results were compared. It was observed that the Bournemouth Neck Pain Scale scores before taping were higher than after taping in the participants included in the study. The decrease in Bournemouth Neck Pain scale scores after taping was statistically significant (p<0.05). There was no statistically significant difference in the Bournemouth Neck Pain Scale scores between those who do and do not do regular sports before taping (p>0.05), but a statistically significant difference was found after taping (p<0.05). It has been concluded that KT is an effective method in the treatment of neck pain in academics who spend a long time at the computer and desk. We believe that the study will contribute to clinicians, researchers and the literature.
