1.Carbon Dioxide Insufflation in Endoscopic Submucosal Dissection: Is It an Urgent Need?.
Chang Seok BANG ; Gwang Ho BAIK
Clinical Endoscopy 2017;50(5):407-409
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Insufflation*
2.Carbon dioxide laser surgery in a variety of laryngeal lesions: report 1.
Bum Gue CHO ; Yong Ki JANG ; Byung Dong KIM ; Jin Uk JUNG ; Chong Ae KIM ; Won Yong LEE
Korean Journal of Otolaryngology - Head and Neck Surgery 1991;34(5):1035-1047
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Lasers, Gas*
3.The Extensibilty of the Albino Rabbit Sclera after Cryoapplication and Diathermy.
Journal of the Korean Ophthalmological Society 1972;13(4):221-226
The extensibility of the albino rabbit sclera was measured after cryoapplication and diathermy on the equator of sclera and these extensibilities were compared with normal control. For cryoapplication, 95% alcohol and solid carbon dioxide mixture was used and this cryoprobe was applied on the equator of rabbit sclera of right eye for 3 seconds. Castroviejo apparatus was used for diathermy and nonperforating surface diathermy was performed on the equator of rabbit sclera of left eye for one second with current of 30mA. Immediately after cryoapplication and diathermy, the extension rates of sclera were 2.556% and 6.039%, respectively. The extension rates of one week after cryoapplication and diathermy were 3.234 % and 4.127%, respectively. The extension rate of two weeks after diathermy was 3.489%. Normal control was 3.055%.
Carbon Dioxide
;
Diathermy*
;
Sclera*
4.Discussion on the Application of Supercritical Carbon Dioxide Technology for Sterilization of Medical Devices.
Kai HU ; Hui YANG ; Yuan CHAO ; Xin XIE ; Hui YU ; Hong GENG ; Hui ZHEN
Chinese Journal of Medical Instrumentation 2020;44(3):236-241
Traditional medical device sterilization processes are mature, but there are constraints when using on medical devices by new materials. With increasing environmental concerns, using of ethylene oxide sterilization has been limited by global environmental protection administrations. Exploring new sterilization methods for medical devices is urgently needed. This paper reviews the supercritical carbon dioxide sterilization technology by arranging the exploratory work of industry researchers. In the paper, we introduce the theory of supercritical carbon dioxide sterilization technology, microbial inactivation ability, material influence research and sterilization equipment. Then we discuss the concerns and possibilities of the technology applied to the medical device industry basing on the good manufacturing practices.
Carbon Dioxide
;
Sterilization
5.Lymphangiectasia (acquired lymphangioma) of the vulva: treatment using carbon dioxide laser vaporization.
In Whan NAM ; Won HUR ; Sung Ku AHN ; Seung Hun LEE ; Won Hyoung KANG ; Joong Gie KIM
Korean Journal of Dermatology 1991;29(6):846-850
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Lasers, Gas*
;
Vulva*
6.The Treatment of Angiofibromas Using Multiple-Drilling Method by Carbon Dioxide Laser.
Jong Keun SEO ; Sung Hwan HWANG ; Jeong Nan KANG ; Soon Kwon HONG ; Jai Kyoung KOH ; Sung Ho YOON
Korean Journal of Dermatology 2012;50(8):757-759
No abstract available.
Angiofibroma
;
Carbon
;
Carbon Dioxide
;
Lasers, Gas
7.Can water insufflation and carbon dioxide overcome the difficulties of colonoscope insertion?.
Choong Kyun NOH ; Kee Myung LEE
Intestinal Research 2018;16(2):166-167
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Colonoscopes*
;
Insufflation*
;
Water*
8.The changes of arterial and end-tidal carbon dioxide tension by respiratory rate and tidal volume.
Eun Kil RAH ; Hyun Joo OH ; Hong Suk YANG
The Korean Journal of Critical Care Medicine 1993;8(1):27-32
No abstract available.
Carbon Dioxide*
;
Carbon*
;
Respiratory Rate*
;
Tidal Volume*
9.Treatment of xanthelasma palpebraum with the carbon dioxide laser
Journal of Practical Medicine 2002;435(11):36-38
14 patients with xanthelasma palperbraum of the eyelids have been treated with the CO2 laser. The lipomatous yellow plaque are accurately photovaporized in a bloodless field until the lesion is totally eradicated. The operation with the CO2 laser does not depend on a shape, size, position of the lesion. Satisfactory cosmetic results were achived in 13 of 14 patients without significant scarring.
Carbon Dioxide
;
eyelids
;
therapeutics
;
lasers
10.A case of Mucocutaneous Colloid Milium in an adult Filipino female with chronic kidney disease
Shahara Abalos-Babaran ; Eileen Liesl A. Cubillan
Acta Medica Philippina 2019;53(4):374-378
A 65-year-old female with chronic kidney disease (CKD) presented with a six-month history of asymptomatic translucent skin-colored and yellow plaques on the face. Similar yellow papules and nodules were noted in the oral cavity and eyelid margins. Biopsies were taken from the face and oral cavity showed homogeneous eosinophilic deposits with clefts in the dermis consistent with colloid milium. The patient was treated with fractional and surgical carbon dioxide (CO2) laser with improvement after one session.
Renal Insufficiency, Chronic
;
Carbon Dioxide
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