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1.
International Journal of Pediatrics ; (6): 646-649, 2017.
Article in Chinese | WPRIM | ID: wpr-662323

ABSTRACT

Objective To understand the clinical characteristics of children′s digestive tract deep fungal infection,avoid clinical misdiagnosis and missed diagnosis. Methods We analyzed the clinical characteristics and treatment effect in the children who were diagnosed with gastrointestinal tract deep fungus infection from January 2005 to May 2016 in guangzhou women and children′s hospital. Results Digestive tract deep fungal in-fection in 6 cases. All children are fungal esophagitis,fungal gastrointestinal diseases in 2 cases. The main clinical feature is vomiting,dysphagia and abdominal pain which lasted 4 ~12 weeks. Broad-spectrum antibiotics in 1 case,congenital immunodeficiency in 1 case,congenital esophageal atresia in 3 case. Gastroscopy found clusters of gray spots or jerry-built attachments (3 cases),Esophageal the week covered by gray jerry-built content, scope of 1/3-1/2 esophageal length,with esophageal lumen jams in 3 case. Large superficial ulcer in 2 cases. Le-sions involving the stomach and duodenum in 2 cases,one of which lesions involving the whole digestive gut. 6 cases by mucosa pathological examination or secretions smears identified as candida albicans infection. 3 cases of children with mild choose doxycycline tablets,treatment 2-3 weeks. 3 cases of children with severity choose Itra-conazole Capsules,treatment 3-4 weeks. Gastroscope review the digestive gut which was better than before. But 1 case was diagnosed immunodeficiency disease,death from lung infection. 1 case of whole digestive tract infec-tion,relapse after 3 month,at present is still in follow-up. Conclusion Children′s digestive tract of deep fungal infection is mainly characterized by vomiting,dysphagia and abdominal pain. Fungal can invade the whole diges-tive tract. Esophageal mucosa injury may be one of causes,and at the same time should pay attention to rule out congenital immunodeficiency. Diagnosis is dependent on the digestive endoscopy,mucosal biopsy.

2.
International Journal of Pediatrics ; (6): 646-649, 2017.
Article in Chinese | WPRIM | ID: wpr-659791

ABSTRACT

Objective To understand the clinical characteristics of children′s digestive tract deep fungal infection,avoid clinical misdiagnosis and missed diagnosis. Methods We analyzed the clinical characteristics and treatment effect in the children who were diagnosed with gastrointestinal tract deep fungus infection from January 2005 to May 2016 in guangzhou women and children′s hospital. Results Digestive tract deep fungal in-fection in 6 cases. All children are fungal esophagitis,fungal gastrointestinal diseases in 2 cases. The main clinical feature is vomiting,dysphagia and abdominal pain which lasted 4 ~12 weeks. Broad-spectrum antibiotics in 1 case,congenital immunodeficiency in 1 case,congenital esophageal atresia in 3 case. Gastroscopy found clusters of gray spots or jerry-built attachments (3 cases),Esophageal the week covered by gray jerry-built content, scope of 1/3-1/2 esophageal length,with esophageal lumen jams in 3 case. Large superficial ulcer in 2 cases. Le-sions involving the stomach and duodenum in 2 cases,one of which lesions involving the whole digestive gut. 6 cases by mucosa pathological examination or secretions smears identified as candida albicans infection. 3 cases of children with mild choose doxycycline tablets,treatment 2-3 weeks. 3 cases of children with severity choose Itra-conazole Capsules,treatment 3-4 weeks. Gastroscope review the digestive gut which was better than before. But 1 case was diagnosed immunodeficiency disease,death from lung infection. 1 case of whole digestive tract infec-tion,relapse after 3 month,at present is still in follow-up. Conclusion Children′s digestive tract of deep fungal infection is mainly characterized by vomiting,dysphagia and abdominal pain. Fungal can invade the whole diges-tive tract. Esophageal mucosa injury may be one of causes,and at the same time should pay attention to rule out congenital immunodeficiency. Diagnosis is dependent on the digestive endoscopy,mucosal biopsy.

3.
Chinese Journal of Nosocomiology ; (24)2006.
Article in Chinese | WPRIM | ID: wpr-593723

ABSTRACT

OBJECTIVE To acknowledge the current administrative situation in gastrointestinal endoscopies in Xi′an health settings.METHODS Using standard questionnaire to investigate endoscope disinfection related knowledge of the staff,facilities and layout in endoscopy room,washing and decontamination process and operating records.Samples were collected from gastrointestinal endoscope channels,biopsy forceps,disinfectants and the water in bottles.Then laboratory analysis was employed to check bacteria count,pathogen and efficient components of disinfectants.RESULTS Among 35 hospitals monitored,manual cleaning the endoscope was used by 29 hospitals,from which 75% samples were up to standard of guideline.The qualification rate of using automatic washing devices and acidic electrolytic water to disinfect endoscope was 15% and 78%,respectively.All biopsy forceps were up to standard.78% Efficient components of glutaraldehydes were up to 2%.CONCLUSIONS The rate of using automatic washing devices to clean gastrointestinal endoscopy is still low.It is important to strengthen supervision of hospital gastrointestinal endoscope disinfection to control nosocomial infection.

4.
Chinese Journal of Digestive Endoscopy ; (12)1996.
Article in Chinese | WPRIM | ID: wpr-519744

ABSTRACT

Objective To select a practical and reliable method in cleaning and disinfecting endo-scope, and to investigate the efficacy of endoscope disinfection. Methods A study was done on the disinfection efficacy using or not using enzyme cleaning plus 2% glutaraldehyde immersion, and disinfection efficacy of automated washer/disinfectors for endoscopes at tertiary hospitals in Beijing. Results In 301 cases of en-doscopes cleaned with enzyme ( Epizyme rapid multi enzyme cleanse) and immersed in 2% glutaraldehyde for 7 minutes, culture was negative in 283 cases (94. 02% ) ; in 155 cases without enzyme cleaning but with immersion for 7 minutes in 2% glutaraldehyde, culture was negative in 137 cases (88. 39 % ). Taking 20 or less bacteria per endoscope as the eligibility criterion, there were 298(99.00% ) and 147(94. 84% ) cases eligible in enzyme treated and enzyme untreated group respectively , P

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