1.Effect Observation of Azithromycin Combined with Bailing Capsules on Chronic Obstructive Pulmonary Disease
Zhifen SUN ; Guihong QU ; Meixia ZHANG ; Fengjin LAN
China Pharmacist 2016;19(7):1311-1313
Objective:To observe the efficacy and safety of azithromycin combined with Bailing capsules in the treatment of chron -ic obstructive pulmonary disease ( COPD) in stable phase .Methods:Totally 154 cases of COPD patients were randomly divided into the treatment group(80 cases)and the control group(74 cases).Both groups were treated with the routine symptomatic treatment , and at the same time, the control group was treated with Bailing capsules (1 g, po, tid)and the treatment group was treated with azithromy-cin tablets (250 mg, po, qd)combined with Bailing capsules(1 g, po, tid).The course of treatment was 6 months and all the patients were followed up for 6 months after the treatment.The clinical efficacy, lung function, exercise tolerance, quality of life, the times of acute exacerbation and the incidence of adverse drug reactions of the two groups were observed and compared .Results:After the treat-ment, the lung function, exercise tolerance and quality of life were improved significantly in the two groups (P<0.05 or <0.01), and all the indices in the treatment group were significantly better than those in the control group (P<0.05 or <0.01).The total ef-fective rate in the treatment group was higher than that in the control group (P<0.05).The times of acute exacerbation in the treat-ment group were lower than those in the control group (P<0.01).The adverse drug reactions showed no significant difference between the groups (P>0.05).Conclusion:Azithromycin tablets combined with Bailing capsules can improve lung function , enhance exer-cise tolerance , improve the quality of life and reduce the frequency of acute exacerbation effectively with good security in the treatment of patients with COPD in stable phase .
2.Effect of different local anesthetics on analgesia after harvesting grafts from the scalp in burn patients
Guihong ZHU ; Bin YI ; Qiao GUO ; Ying LAN ; Hongchun WANG ; Jian CHEN ; Xiaolu LI ; Jian CUI
Journal of Regional Anatomy and Operative Surgery 2014;(6):630-631,632
Objective To investigate the different effect among ropivacaine,bupivacaine,lidocaine on analgesia after harvesting grafts from the scalp in burn patients. Methods 84 patients who need harvesting grafts from the scalp after burn were divided in 4 groups random-ly(n=21). Patients in group C hypodermically injected with saline 200 mL were control,while patients in group R injected with 0. 05% ropi-vacaine 200 mL,group B with 0. 188% bupivacaine,and group L with 0. 1% lidocaine. Motor activity assessment scale( MAAS) and visual analogue scale(VAS) were made before anesthesia(T0) and 20 min,5 h,10 h after awake of patients. VAS were made focus on head and body in part. Vital signs were also monitored and recorded for assessment of security. Results All patients in 4 groups had passed the period of operation safely. Patients in group R have better VAS than other groups. Conclusion Low concentration ropivacaine hypodermically injec-tion of head is helpful to relieve the pain after harvesting grafts from the scalp.
3.Isolation and identification of a methanogen from the high temperature oil reservoir water.
Haichang LIU ; Guihong LAN ; Quanquan LIU ; Wenjing ZHANG ; Yi CAO ; Yu DENG ; Hui ZHANG
Chinese Journal of Biotechnology 2010;26(7):1009-1013
To explore new microbial resources in deep subsurface oil reservoirs, strain DL-7 was isolated with Hungate technology from oil reservoir water sampled from Dagang oilfield, China. Physiological and biochemical examinations showed that H2/CO2 is the unique substrate of the strain, which cannot metabolize formate, methanol, trimethylamine, acetate and other secondary alcohols. The optimum growth conditions were further identified to be 60 degrees C, pH 7.0-7.5 and 0.25% NaCl. Moreover, the strain cannot grow without yeast extract. Analysis of its 16S rRNA sequence indicated that a similarity of 99.7% presents between the strain and the model species M. marburgensis DSM2133T (X15364).
Hot Temperature
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Methanobacteriaceae
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classification
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genetics
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isolation & purification
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metabolism
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Methanol
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metabolism
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Methanomicrobiaceae
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genetics
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isolation & purification
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Petroleum
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microbiology
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Phylogeny
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RNA, Ribosomal, 16S
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genetics
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Water Microbiology