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Your search keyword '"Lim, Taekyung"' showing total 218 results
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218 results on '"Lim, Taekyung"'

4. Korean Medicine Subcision Therapies in Scar Treatment: A Retrospective, Multicenter Study at Network Clinics.

Author

Kim, Jungsang, Lee, Ju-Hyun, Jeong, Dongbin, Lim, Taekyung, Jung, Sangwoo, Paeng, Kwongil, Lee, Sangyoup, Cho, Hyunki, Lee, Seungyoup, Kim, Ikdu, Kang, Byungsoo, Kim, Jae Hyo, Chu, Hongmin, and Hong, Museok

Subjects
SCARS, ACUPUNCTURE, THERAPEUTICS
Abstract

Objectively measure scar scores. Results: Except for 4 patients whose GASGS and SBSES scores remained unchanged, most patients' scars showed improvement from Visit 2 to about Visit 8. Furthermore, the degree of change for both scales was found to be statistically significant. Conclusion: Subcision therapy using acupuncture has been found to be an effective treatment for scar, with statistically significant improvements in patients' SBSES and QGASC scores. [ABSTRACT FROM AUTHOR]

Published
2024
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17. Facile and cost-effective fabrication of wearable alpha-naphtholphthalein-based halochromic sensor for wound pH monitoring.

Author

Seo, Hee Sung, Lim, Hyejin, Lim, Taekyung, Seo, Keumyoung, Yang, Jonguk, Kang, Youngsoo, Han, Shin Ji, Ju, Sanghyun, and Jeong, Sang-Mi

Subjects
COMPRESSION bandages, DETECTORS, SKIN infections, SKIN inflammation, CETYLTRIMETHYLAMMONIUM bromide, DYES & dyeing
Abstract

The sensor, designed to be worn directly on the skin, is suitable for real-time monitoring of the recovery level of not only general wounds, but also difficult-to-heal wounds, such as those with chronic inflammation. Notably, healthy skin has a pH range of 4–6. When a wound occurs, the pH is known to be approximately 7.4. In this study, alpha-naphtholphthalein (Naph) was immersed in a cotton-blended textile to produce a wearable halochromic sensor that clearly changed color depending on the pH of the skin in the range 6–9, including pH 7.4, which is the skin infection state. The coating was performed without using an organic solvent by dissolving it in micelle form using cetyltrimethylammonium bromide, a surfactant, in water. Naph-based halochromic sensor shows light yellow, which is the dye's own color, at pH 6, which is a healthy skin condition, and gradually showed a clear color change to light green-green-blue as pH increased. Even after washing and drying by rubbing with regular tap water, the color change due to pH was maintained more than 10 times. Naph-based halochromic sensors use a simple solution production and coating method and are not only reusable sensors that can be washed with water but also use environmentally friendly water, making them very suitable for developing commercial products for wound pH monitoring. In addition, it can be easily applied to medical supplies, such as medical gauze, patient clothes, and compression bandages, as well as everyday wear, such as clothing, gloves, and socks. Therefore, it is expected to be widely used as a wound pH sensor, allowing real-time monitoring of the skin condition of individuals with chronic skin inflammation, including patients requiring wound recovery. [ABSTRACT FROM AUTHOR]

Published
2024
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22. Advancing infrared display technology with carbon nanotube-embedded spandex fibers.

Author

Yang, Jonguk, Jeong, Sang-Mi, Seo, Hee Sung, Seo, Keumyoung, Ju, Sanghyun, and Lim, Taekyung

Subjects
INFRARED technology, CARBON nanotubes, SPANDEX, FIBERS, ARTIFICIAL intelligence, LIGHT intensity
Abstract

We report on developing a wearable infrared (IR) display based on stretchable conductive fibers fabricated through an expansion–contraction process. The expansion process creates a gap between the strands of spandex fibers. This is achieved by immersing the fibers in a solvent where carbon nanotubes (CNTs) are dispersed, thereby embedding the CNTs. Contraction is achieved through a drying process, which removes the gap between the strands of the spandex fibers. This ensures that the CNTs remain embedded, even after repeated stretching. The CNT-embedded spandex fibers are arranged into a 5 × 7 pixel array. The intensity of the IR rays emitted from the fibers can be controlled by adjusting their temperature, which is achieved by varying the driving voltage. Full-color IR images and displays of letters and numbers are realized through precise control of the IR light intensity. The wearable IR display developed in this study opens up exciting possibilities for integration into advanced systems such as military identification, artificial intelligence robots, autonomous driving, and aerospace industry applications. [ABSTRACT FROM AUTHOR]

Published
2024
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