1.Cresol Chemical Burn.
Sang Ju LEE ; Sangho OH ; Min Geol LEE
Korean Journal of Dermatology 2003;41(4):533-534
Generally chemical burns are managed with immediate water irrigation. Cresol is one of the few chemicals that cannot be safely washed off with water. If cresol chemical burn is washed off with small amount of water, the involved area may extend. Thus cresol chemical burn must be managed with caution if a generous supply of water is not available. We report a case of cresol chemical burn with a review of literatures.
Burns, Chemical*
;
Water
2.the complications of the ocular hypertension due to the chemical burn clinical and treatment
Journal of Practical Medicine 2002;435(11):42-45
14 patients with the ocular burn/223 patients with burn in which male: 8, female: 6 children: 3 adult: 11, burn with the hypertention: 6.2%. The results have shown that. The results: the ocular burn should be immediately cleaned with NaCl 0.9% within 30 minutes, it is contraindicated for use of antagonist because of the more burn. The ocular hypertension found in the moderate and severe burns. It is difficult to evaluate. The treatment required the combination of theinternal treatment and surgical treatment. The diagnosis of the ocular hypertension due to burn helps the conservation of the eyeball, keeps a functional part from which the photo surgery such as the aritificial corneal transplantation can be applied.
Ocular Hypertension
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Burns, Chemical
3.Advances in the research of treatment of hydrofluoric acid burn.
Xin-gang WANG ; Yuan-hai ZHANG ; Chun-mao HAN
Chinese Journal of Burns 2013;29(4):371-374
Hydrofluoric acid (HF) is one of the most common inorganic acids used widely in industrial circle. HF not only causes cutaneous burn, but also induces systemic toxicity by its unique injury mechanism. Accurate and timely diagnosis and treatment are critical after HF burns. To date, the strategies for treating HF burns have been developed, mainly including topical treatments and systematic support. However, there is no standard treatment strategy with wide acceptance in the world. This paper presents a comprehensive overview of the advances in the research of strategies for the treatment of HF burns.
Burns, Chemical
;
therapy
;
Humans
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Hydrofluoric Acid
4.One case of phenol burn.
Chinese Journal of Industrial Hygiene and Occupational Diseases 2015;33(12):923-923
5.The Effect of Beta-Ray on the Course of Experimental Acid Burn of Rabbit's Cornea.
Journal of the Korean Ophthalmological Society 1964;5(2):41-43
The rabbit's cornea was injured by tile application of concentrated hydrochloric acid, and the effects of beta-ray on this Chemical burn were studied. The epithelization of the corneal ulceration, the extent of opacity and neovascularization of irradiated eyes showed no significant difference from the nonirradiated eyes by fractionated irradiation of betaray, the total doses being 900 rep.
Burns*
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Burns, Chemical
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Cornea*
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Corneal Ulcer
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Hydrochloric Acid
7.Analysis of the development trend of burn discipline from the literature published in Chinese Journal of Burns in 22 years.
Zhuo HUANG ; Yu Lin LI ; Wei Guo XIE ; Mei Jun JIANG ; Lan CHEN ; Mao Mao XI
Chinese Journal of Burns 2022;38(8):759-766
Objective: To analyze the literature published in Chinese Journal of Burns (now Chinese Journal of Burns and Wounds) in the last 22 years, and to explore the development trend of burn discipline. Methods: The relevant clinical and research literature published in Chinese Journal of Burns from January 1, 2000 to December 31, 2021 were retrieved through China National Knowledge Infrastructure database. Bibliometrics was used to classify and analyze the literature by research types, involved research fields, and reported causes of injury, and compare them every 3 years according to the year of publication (with literature published in 2021 being included in the last time period). Keywords of all the literature were retrieved, which were corrected and conversed later. CiteSpace 6.1.R2 software was used to visually cluster the included keywords, count high-frequency and high-centrality keywords, and divide the high-frequency keywords by time as before for segment comparison. Results: A total of 4 485 relevant papers were included, with an average of about 204 papers each year. The research types analysis of literature showed that clinical diagnosis and treatment literature had the highest proportion, reaching 65.3% (2 929/4 485), followed by cell experiment and animal experiment literature, accounting for 18.1% (812/4 485) and 13.2% (591/4 485), respectively. The proportion of various research types of the literature in each time period was basically stable. The analysis of the research fields involved in the literature showed that the literature in the field of systemic treatment of burns accounted for the highest proportion, reaching 60.2% (2 699/4 485), followed by the literature in the fields of acute wounds and plastic surgery, accounting for 20.2% (908/4 485) and 7.3% (326/4 485), respectively. The proportion of the literature in the field of systemic treatment of burns decreased from 84.0% (430/512) in 2000-2002 to 40.3% (373/926) in 2018-2021, with a decreasing proportion of 43.7%. While compared with that in 2000-2002, the proportions of literature in the fields of acute wounds, plastic surgery, chronic wounds, and burn rehabilitation were on the rise, with the proportions in 2018-2021 increased by 11.7%, 9.1%, 10.7%, and 5.5%, respectively. In the first 6 time periods, the number of literature in the field of discipline management was few and remained in single digits, but it increased to 49 in 2018-2021. Among the 1 099 literature in the field of systemic treatment of burns with a clear cause of injury, the literature on thermal burns was the most, accounting for 58.5% (643/1 099), followed by the literature on electrical burns and chemical burns, accounting for 19.8% (218/1 099) and 12.6% (138/1 099), respectively. The comparison by time period showed that the proportion of literature reporting thermal burns showed a significant downward trend, while the proportion of literature reporting other causes of injury did not change significantly. A total of 6 822 keywords from 2 236 literature were included for analysis. Visual cluster analysis showed that relevant studies focused on burns, surgical flaps, scars, and wound healing. The top 3 keywords in frequency were burns, wound healing, and surgical flaps, and the top 3 keywords in centrality were burns, scars, and skin transplantation. The comparison by time period showed that the only keyword with a stable frequency in the top 10 ranks was burns; with the passage of time, some keywords such as endotoxin/endotoxins and fibroblasts gradually dropped out of the top 10 ranks, while keywords such as wounds and injuries, surgical flaps, and negative-pressure wound therapy gradually entered the top 10 ranks. Conclusions: Among the literature published in Chinese Journal of Burns during the last 22 years, the literature on systemic treatment of burns and thermal burns has gradually decreased, while the literature on chronic wounds and burn rehabilitation has increased. Surgical flaps, wound healing, and scar prevention and treatment are the current research hot spots in burn discipline.
Bibliometrics
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Burns, Chemical
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Burns, Electric/therapy*
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China
;
Cicatrix
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Humans
8.A Case of Chemical Burn by Pheropsophus Jessoensis.
Moon Jung CHOI ; Hyun Jeong PARK ; Jun Young LEE ; Baik Kee CHO ; In Yong LEE
Korean Journal of Dermatology 2002;40(12):1531-1533
Pheropsophus jessoensis, bombardier beetle, when physically assaulted, produces diverse toxicants, often at high concentrations, including acids, aldehydes, phenols, and quinones. They can eject these fluids forcibly, in the form of sprays, at 100degrees C. In this way, it induces a chemical burn to their enemies, including humans. We experienced a man who got a chemical burn by a biological pulse jet from Pheropsophus jessoensis, which has not been reported in the Korean literature.
Aldehydes
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Beetles
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Burns, Chemical*
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Humans
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Phenol
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Phenols
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Quinones
9.Surgical management of pyloric stenosis induced by gastrointestinal chemical burn in children.
Ji-Xiao ZENG ; De-Li ZHU ; Hui-Min XIA ; Qi-Feng LIANG
Chinese Journal of Gastrointestinal Surgery 2013;16(5):467-470
OBJECTIVETo investigate the efficacy of surgical management for pyloric stenosis induced by gastrointestinal chemical burn in children.
METHODSClinical data of 11 children with pyloric stenosis induced by gastrointestinal chemical burn were analyzed retrospectively. After the failure of medicine, intervention of low balloon expansion and stent placement, they underwent pylorectomy and gastroduodenostomy. The body weight, height, serum albumin, hemoglobin, transferrin were compared between 1 day before and 3 months after operation.
RESULTSThere were 10 males and 1 female with a mean age of 4.5 years old. The main cause of serious pyloric stenosis was the wrong intake of hydrochloric acid. Lesions involved the esophagus and stomach in the early stage, and 4 weeks later, the lesion mainly involved the pylorus, which resulted in scarring pyloric stenosis and complete pyloric obstruction. Pylorectomy and gastroduodenostomy was successfully performed. The mean operative time was (134±26) min. The estimated blood loss was (5±2) ml. The postoperative length of stay was (10±3) d. There were no surgical complications. During the follow-up of 3 months, all the patients resumed regular diet. The height, body weight, and intelligence appeared to be normal. They showed significant improvement in weight, serum albumin, globulin, hemoglobin, transferrin at 3 months after the surgery(P<0.05). Six months after surgery, the anastomosis was shown to be nornal in barium follow through exam with no signs of stricture of ulcer.
CONCLUSIONPylorectomy and gastroduodenostomy is an effective management for pyloric stenosis induced by gastrointestinal chemical burn in children, whose short-term efficacy is good.
Burns, Chemical ; Child ; Gastrectomy ; Gastroenterostomy ; Humans ; Pyloric Stenosis ; Pylorus ; surgery
10.Research advances on the treatment of hydrofluoric acid burns.
Shu Lei MAO ; Yuan Hai ZHANG ; Jun Mei WU ; Chun Jiang YE ; Liang Fang NI ; Xin Gang WANG ; Rong Juan WANG ; Jian Fen ZHANG
Chinese Journal of Burns 2022;38(9):878-882
Hydrofluoric acid is a highly dangerous and toxic inorganic acid, which is widely used in industrial fields and daily life. The risk of hydrofluoric acid burns is related to hydrofluoric acid mass fraction, duration of exposure to hydrofluoric acid, burn area, burn depth, and burn site, etc. Hydrofluoric acid has strong toxicity and tissue penetration ability. A small area of hydrofluoric acid burns can cause death in a short time. Therefore, improving the understanding of the mechanism of hydrofluoric acid burns and learning how to treat hydrofluoric acid burns in different sites can further improve the cure rate of hydrofluoric acid burns.
Burns, Chemical/therapy*
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Calcium Gluconate
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Humans
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Hydrofluoric Acid/adverse effects*