To observe the pathohistology of a Kunming mouse infected with mycoplasma suis.

This is caused Mycoplasma pneumoniae, the only mycoplasma definitely pathogenic to man.

病因为肺炎支原体, 是能使人致病的唯一支原体.

Pathogenicity is the important factor that mycoplasma infection need treatment.

具有致病性,是支原体感染需要治疗的重要条件.

Objective : To investigate the therapeutic effect of sequential erythromycin therapy on mycoplasma pneumonia.

目的: 探讨红霉素序贯疗法治疗肺炎支原体肺炎的疗效.

Objective To observe the changes of autoimmunity functions in children with mycoplasma pneumonia.

目的观察支原体肺炎患儿自身免疫功能的变化.

Objective To explore the clinical effect of Azithromycin in treating child mycoplasma pneumonia.

目的研究阿奇霉素治疗儿童支原体肺炎的临床效果.

Purpose : To raise clinical X-ray diagnosis standard to the pulmonary mycosis.

提高对肺霉菌病的临床及 X 线诊断水平.

To evaluate the early diagnosis ways of the tonsil mycosis.

目的:探讨扁桃体真菌病的早期诊断方法.

Method review of CT representations of 57 cases mycosis of sinus was made.

方法:回顾性分析比较资料齐全的57例霉菌性鼻窦炎CT表现.

Objective To improve the knowledge on diagnosis and treatment of nasal mycosis.

目的探讨鼻部真菌病的诊断和治疗问题.

Objective To research the CT findings of maxillary sinus mycosis and their diagnostic value.

目的探讨上颌窦霉菌病的CT表现及诊断价值.

Objective To investigate the pathogenicity of Scopulariopsis brevicaulis and to discuss the pathogenesis of systemic mycosis.

目的研究短帚霉的致病性,探讨系统性真菌病的发病机制.

Objective To discuss the representation and value of CT examination of mycosis of sinus.

探讨霉菌性鼻窦炎的CT表现和价值.

Objective To explore the treatment method for mycotic maxillary sinusitis.

目的探讨真菌性上颌窦炎手术入路和手术方法.

The effects of substitution degree on retrogradation and anti-mycotic were less.

取代度的变化对沉降性和 抗 霉菌能力影响不大.

Objective To study the effect of severe craniocerebral injury combined with mycotic infection on patients prognosis.

目的:分析重度颅脑损伤合并霉菌感染对病人预后的影响.

Mycotoxin found in cereals. Binds to the ribosome and inhibits protein synthesis.

谷物中发现的毒枝菌素. 结合核糖体,抑制蛋白合成.

To explore the mechanism of myelin development abnormality induced by drinking alcohol during pregnancy.

探讨孕期饮酒致髓鞘发育异常机制.

Most neurons are insulated by a myelin sheath formed by cells ( Schwann cells ) surrounding the axons.

大多数的神经元由一层包绕周围轴突的髓鞘 ( 其细胞现称施万氏细胞 ) 与外界隔绝.

The researchers'experiments also identified specific molecules on myelin that triggered such repulsion.

实验还发现了髓鞘上的触发这种抑制(用)特殊分子.

The signal characteristics probably result from dense gliosis and diminished myelin sheaths in the hemartomatous areas.

病变的信号特点很可能是因为错构瘤区域致密的胶质增生和髓鞘都是造成的.