Academia.eduAcademia.edu

Analysis of Diabetic wound in Social Media

2019, 16th Asia Pacific Conference and 2nd Global Wound Conference 2019

Background: According to the Center for Disease Control (CDC), around 30.3 million people in the United State have a type of diabetes and many of these people experience complications caused by infected wounds. The prevalence of Diabetes mellitus is also increasing in Malaysia (17.5%) based on National Health and Morbidity Survey (NHMS) in 2015. Objective: This study investigates the characteristics of video, content and mobilizing information of YouTube videos focused on the diabetic wound (DW). Methodology: The selection of videos uploaded to YouTube from the 12th September 2018 till 11th September 2019 were searched with the term "diabetic wound". The author viewed the videos and coded video characteristics such as date, location, video length, audience engagement, content, sex and mobilizing information. Chi-square and Fisher's exact tests were used to understand the association between the variables. Results: Thirty-two (n=32) where included for content analysis among 155 videos retrieved, 15.62% (5/32) were posted by universities or medical institutes. Informal presentation consist of 76% (24/32) of all videos. Symptoms (12/32, 37.5%) causes pf different kind of diabetic wound (11/32, 34.37%), and treatment (9/32, 28.12%) were commonly addressed. Most videos featured male speakers (24/32, 75%). Only 37.9% (12/32) of videos included mobilizing information. Conclusion: This study contributes new knowledge regarding awareness of diabetic wound delivered through YouTube. Finding of the current study highlight a potential gap between available information and viewers' interests. YouTube videos on Wound healing could be useful if the content creator provided complete information and addressed to preventive measure rather than practice which doesn't provide significant help.

Poster Submissions 59. Analysis 58. Specific 3D Patient Wound Diabetic of in Social Media Printed Aslan Container for Shahzad Continuous Medicine, Muhaminad Topical A to Oxygen Delivery Literature Randhawa. Hospital Centre: Sultan Haji School categories: of pure oxygen via in 4300 Temerloh, According and especially diabetic foot an enzymatic reaction 4) 3) increase of oxygen molecules. by diffusion using people in these ol wounds byinlected the Jniled This study and Slales The prevalerico lype of diabetos in Diabetes ol based (1/.5%) Caused characteristiCS information of Inelhtus National on Is Health 2015. lhe investigates a experience in Malaysla also increasing (NHMS) Survey and Morbidity Objective: have cornplicatiOns people |1|. Dise1se for content Of video, videos focu$ed Youlube on the mobilizing diabetic wound (DW). 1 The releasing not specific expensive and is This available technology individual patients. current of size and wound of process anatomy the production to designing and d e m o n s t r a t e s the delivery of study container for the topical clear plastic 3D printed, wound. patient's oxygen to Oxygen facilitated many Cenlers around (CDC). Control to the 30.3 million ambient condition, Malaysa OlangJOr, Sepang, Sunsuna, therapy delivery healing. Oxygen oxygen 2) pressurised pure of release of delivery chemical 1) Bandar C.S. Han, Shah, to heal, UnSufa, Jala MalaySa, Jnivorsily difficult Evidence disease. wounds are vascular Chronic appropriate due to peripheral ulcers for crucial ulcers and supply is four sufficient oxygen divided into shows that can be wOund of Centre: Pahang. Malaysia. Introduction TraditiOnal Background: Ahmad Xiarnen Ghirnese Author: Prototype Review and S.S. K.W. Cheong. Z a m z u r i M.D. M. Zain M. Author: Wound: oxygen coordination Methods marked with is exposed and Patient's affected limb photos multiple stickers. With good lighting, and m e a s u r e m e n t c a m e r a . The photos a with wound are taken create a of the leg with the 3D software, to processed using a then are of the leg computer-aided a limb. Subsequently, by using 3D model of the is created according a mould design software, limb. This design (CAD) contour of the and size wound container to the patient's The plastic to patient's anatomy. e n s u r e s exact fitting container consists of The via 3D printing. is then produced which connects to and a connector tip, body be a cup-shaped flow of oxygen can tube. Continuous an oxygen delivery Methodology: The to Youlube of videos uploaded September 2018 till 11th selection September with the term video and coded length, wound." "diabetic audience characteristics engagement, information. Chi-square understand the The assOciation author viewed such as content, and Fisher's between from the 12th searched were 2019 the videos video date, location, sex, and mnobilizing tests were used to exact the variables. among Results: for content analysis were included universities Thirty-two (n=32) were posted by 15.62% (5/32) 155 videos retrieved, consist of 75% or medical institutes. Informal presentations 37.5%). causes of videos. Symptoms (12/32, and treatment wound (11/32, 34.37%), different kind of diabetic addressed. Most videos (24/32) of all commonly Were (9/32, 28.12%) (24/32, 75%). Only male speakers featured videos included mobilizing 37.9% ( 12/32) of information. Supplied. Discussions a sealed functions by creating Such plastic container wound. of oxygen to the environment for continuous supply shows promising Current topical continuous oxygen therapy the downside is However, wounds.2,3,4 result in healing inventories and dressing the additional costs generated by As this container is materials which need to be changed daily. with antiseptic solutions made of clear plastic, it can be washed The shape of the and be re-used multiple times on the wound. container also provides protection against external pressure on the healing wound. Conclusion delivery to ischaemic wound is revolutionary and economical in the long run for the patient. Besides from connecting it to the ward's wall oxygen supply, it can also be used by patient at home by connecting it to an This method of oxygen source, such as oxygen tank or oxygen concentrator. The technologies outlined in this study can be implemented in the future as a treatment modality for chronic wounds. oxygen View publication stats Conclusion: This study contributes awareness knowledge regarding of Findings delivered through YouTube. of diabetic wound available between the current study highlight a potential gap videos on Wound new interests. YouTube information and viewers' useful if the content creator provided healing could be measure addressed to preventive complete information and significant help. rather than practice which does not provide