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    asthma     
    相关语句
      哮喘
         The essential role of Eotaxin and CCR3 in airways inflammation of allergic asthma
         过敏性哮喘中Eotaxin及CCR3致气道炎症机制的研究
         Role of Combination Treatment with Inhaled Corticosteroid and Long Acting β2 Agonist in Asthma Control
         吸入激素和长效β2受体激动剂联合治疗对哮喘控制的作用研究
         Mechanism of Specific Immunotherapy in the Treatment of Asthma
         特异性免疫治疗对过敏性哮喘作用机制的研究
         The Role and Neuroimmune Mechanism of Nerve Growth Factor (NGF) in the Pathogenesis of Asthma
         NGF在哮喘发病中的作用及其神经免疫调节机制
         Study of TGF-β1 Induced Airway Remodeling in Asthma
         转化生长因子β1对哮喘气道重建的研究
    更多       
      支气管哮喘
         Experimental Studies on Bronchial Asthma Treatment Effects of CTLA_4-Ig
         共刺激分子CTLA_4-Ig对支气管哮喘治疗作用的实验研究
         Correlations between Cytology and Levels of Eotaxin, IL-8 the Sputum of Patients with Asthma and Chronic Obstructive Pulmonary Disease
         支气管哮喘、慢性阻塞性肺疾病患者诱导痰液中Eotaxin、IL-8与气道炎症关系的研究
         The Roles of Interleukin-5 in the Pathogenesis of Bronchial Asthma
         白细胞介素-5在支气管哮喘发病机理中的作用
         Role of β_2 Adrenoceptor's Change in the Pathogenesis of Bronchial Asthma and Its Molecular Mechanisms
         β_2肾上腺素能受体的变化在支气管哮喘发病中的作用及其分子机制
         The Role of IL-5 and IL-8 in the Pathogenesis of Bronchial Asthma and Chronic Bronchitis
         白介素-5、白介素-8在支气管哮喘和慢性支气管炎中的作用
    更多       
      哮喘的
         Association between the Genetic Polymorphisms of IL-4、β_2AR Gene and ECP、IgE with Bronchial Asthma in the Uygur Population
         IL-4、β_2-AR基因多态性及ECP、IgE与维吾尔族支气管哮喘的关系
         The Clinical and Experimental Research on Asthma Treated with Pingxiao Mixture
         平哮合剂治疗支气管哮喘的临床及实验研究
         The Neuroimmunomodulatory Effect of Central 5-lipoxygenase Metabolite LTB_4 in Asthma
         中枢5-脂氧酶代谢物LTB_4对哮喘的神经免疫调节作用
         Study on Aquaporin-5 Expression in the Human Bronchial Epithelium Cells and BALB/c Mice Airways and Its Correlation to Asthma
         人支气管上皮细胞和BALB/c小鼠呼吸道水通道蛋白-5的表达及其与哮喘的相关性研究
         Impact of Neonatal BCG Vaccination and RSV Infection on Immune Status and Experimental Asthma in Mice
         小鼠卡介苗新生期接种和呼吸道合胞病毒感染对免疫状态和实验性哮喘的影响
    更多       
      哮喘患者
         Determination of Serum IgE and IgG 1,2,4 Blocking Antibodies in Asthma Patients By RAST Interference Test
         花粉过敏性哮喘患者RAST干扰试验检测IgE与IgG阻抑抗体水平
         TOTAL SERUM IgE LEVELS IN NORMAL SUBJECTS AND PATIENTS WITH ALLERGIC ASTHMA IN SHANGHAI
         上海正常成人和吸入型哮喘患者血清IgE
         THE MEASUREMENT OF COMPREHENSIVE INDICES IN VEGETATIVE NERVOUS BALANCE FOR CLINICAL APPLICATION: OBSERVATION ON 63 CASES OF BRONCHIAL ASTHMA
         植物性神经平衡综合指标测定法的临床应用——对63例支气管哮喘患者的观察
         Clinical Significance of Determination of Airway Responsiveness and Reversibility of Airway Obstruction in Bronchial Asthma
         哮喘患者气道反应性和气道阻塞可逆性测定
         OBSERVATION ON THE cAMP-PHOSPHODIESTERASE ACTIVITY IN PERIPHERAL BLOOD MONONUCLEAR LEUKOCYTES OF BRONCHIAL ASTHMA PATIENTS
         支气管哮喘患者外周血单核细胞内cAMP-PDE活力的观察
    更多       

     

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      asthma
    By inducing and amplifying dendritic cells (DCs) derived from the bone marrow of asthma murine in vitro, cytokines mRNA were expressed, and the functions of DCs were investigated.
          
    DCs are very important in the forming and developing of asthma, which implies that the therapy targeted at DCs will possibly become a new goal.
          
    A patient suffered from GERD without esophageal symptoms, which was diagnosed and treated as bronchial asthma during his five emergency admissions.
          
    After the correct diagnosis was made and treatment of laporascopic fundaplication was performed, the longstanding "bronchial asthma", after all, completely disappeared.
          
    The concept of "not asthma, but GERD" seems undervalued, unappreciated, even misunderstood among patients with intractable asthma.
          
    更多          


    Sixteen derivatives and analogs of piperitone were synthesized,and,togetherwith four selected commercial drugs and reagents,were subjected to pharmacologicalscreening in respect to their antispasmodic activity.Preliminary clinical observations show that racemic 1,1'-bisisomenthone is quiteeffective against bronchospasmodic asthma644彩的新版网站.The correlation of chemical structure with antispasmodic activity was studied.

    hechenglehujiaotongdeyanshengwuheleisiwu16zhong,liantongxuanyongdeshishouyaowuheshiji4zhongjinxinglejiejinghuoxingdeshaixuan。chubudelinchuangguanchabiaomingxiaoxuan1,1′-shuangyibohetong(5) duizhiqiguanjingluandexiaochuanyoujiaohaodezuoyong,yanjiulehuaxuejiegouyujiejinghuoxingdeguanxi。

    This is a preliminary report on a 3-year (1962.5-1965.4)surveyof atm- mospheric pollen in shanghai with the aim to investigate the air- borne allergenic pollen which might possibly cause hay asthma.Durham's air- sampling devices were located on high roofs in 2 sampling sites (one in town and the other near the country(and the slldes were exposed for a periodof 24 hrs.and then the pollen in the area of 3.24 cm~2 was examine -d and identified The pollen examined may fall into 48 types,most of which belong...

    This is a preliminary report on a 3-year (1962.5-1965.4)surveyof atm- mospheric pollen in shanghai with the aim to investigate the air- borne allergenic pollen which might possibly cause hay asthma.Durham's air- sampling devices were located on high roofs in 2 sampling sites (one in town and the other near the country(and the slldes were exposed for a periodof 24 hrs.and then the pollen in the area of 3.24 cm~2 was examine -d and identified The pollen examined may fall into 48 types,most of which belong to anemophilous species,The ratio between arboreous and non-arboreous types is approximately 3:1.The amounts of pollen grains of the former occupy about 60% while those of the latter,about 40%.As regards to both pollentypes and their amounts,those caught in the country site generally exceed those found in the towns ite,but there are always 2 “peak”months eachyear in both sites,viz April and September.Also,as for the pollen countsof various seasons,spring (March-May) ranks first,followed by autumn (September-November),then summer (June-August) and finater winter (Decmber-February). Major pollen types included in this survey are Moraceae (pre-domin- antly Brousonsetia papyrifera and Humulus scandens),Gramineae,Ulmaceae Pinaceae and Platanacceae.Other major pollen types also include Cupres- saceae,Chenopodiaceae,Amaranthaceae Cyperaceae,together wth Rumex, Quercus,Artemisia,Pterocarya S tenoptera,Ricinus Communis,etc. Within these 3 consecutive years,the dates of onset and termination of different major pollen season and also their “peak” period are more or less similar,and vary only within a certain limit.The early half of the year is generally the season of arboreous pollen in which Broussonetia pa- pyrifera dominates,while the later half is mainly that of the pollen of gra- mineous species and other weeds,in which Humulus seandens dominates. The pollen counts vary somewhhat in the 2 sampling sites and corres- pond more or less closely with the vegetation conditions in these localities. On the whole,the atmospheric pollen in Shanghai reflects the general con- dition of the local flora.Again,the pollen findings vary somewhat from year to year due to weather conditions such as the quantityof rainfall,tem perature,amount of sunshine,relative humidity,wind velocity and frost. Basing on the results of pollen-slide studies and also of botanical sur- vey of local flora,it is able to correlate the pollen content of the air with hay asthma symptoms as revealed by clinical diagnosis.It appears that hay asthma of spring type in Shanghai may be largely due to the allergens of Bronssonetia papyrirera,Platanus acerifolia,Pterocarya stenoptera and Morus spp.while that of autumn typ,to Humulus scandens,Ricinus communis and Artemisia spp.Besides,one must not overlook those of Gramineae,Cheno podiaceae and Amaranthaceae,and other anemophilous plants which happen to blossom and pollinate during those twoseasons.

    benwenweitansuohuafenxiaochuandezhiminyuan,chububaodaolezaishanghaidiquyongzhongliangbopianfaconglianggequyangdianshoujidesannian(1962nian5yue-1965nian4yue)kongzhonghuafendejilu。duigeleihuafenjinxinglejianding,tongjiletamenchuxiandeshijianheshuliang,fenxilehuafenhanliangdebianhuayudangdiqiwen、yuliang、xiangduishidu、rizhao、fengliheshuangqidenggeqihoutiaojiandebianhuazhijianguanxi。duizhaoyewaiyouguanzhiwuhuaqidejilu,faxiankongzhonghuafendexiaozhangqingkuangyulinchuangguanchadebenshizhiqiguanxiaochuandejijiexingfazuohejiajudeyibanxianxiangshiwenhede。zuihou,tichulebendiquzhiminzhiwugoushu、sangshu、bimadengduozhong,kegonglinchuangshiyong。

    This is a preliminary report on a 3-year (1962.5-1965.4)surveyor atm- mospheric pollen in shanghai with the aim to investigate the air-borne allergenic pollen which might possibly cause hay asthma644彩的新版网站.Durham's air- sampling devices were located on high roofs in 2 sampling sites (one in town and the other near the country(and the slldes were exposed for a periodof 24hrs.and then the pollen in the area of 3.24 cm~2 was examine -d and identified The pollen examined may fall into 48 types,most of which belong...

    This is a preliminary report on a 3-year (1962.5-1965.4)surveyor atm- mospheric pollen in shanghai with the aim to investigate the air-borne allergenic pollen which might possibly cause hay asthma.Durham's air- sampling devices were located on high roofs in 2 sampling sites (one in town and the other near the country(and the slldes were exposed for a periodof 24hrs.and then the pollen in the area of 3.24 cm~2 was examine -d and identified The pollen examined may fall into 48 types,most of which belong to anemophilous species.The ratio between arboreous and non-arboreous types is approximately 3:1.The amounts of pollen grains of the former occupy about 60% while those of the latter,about 40%.As regards to both pollentypes and their amounts,those caught in the country site generally exceed those found in the towns ite, but there are always 2 “peak”months eachyear in both sites,viz April and September.Also,as for the pollen countsof various seasons,spring(March-May) ranks first,followed by autumn (September-November),the-summer(June-August)and finater winter (Decmber-February). Major pollen types included in this survey are Moraceae (pre-domin- Major pollen types included in this survey are Moraceae (pre-domin- antly Brousonsetia papyrifera and Humulus scandens),Gramineae,Ulmaceae Pinaceae and Platanaceeae.Other major pollen types also include Cupres- saceae,Chenopodiaceae,Amaranthaceae Cyperaceae,together wth Rumex, Quercus,Artemisia,Pteroearya Stenoptera,Ricinus Communis,etc. Within these 3 consecutive years,the dates of onset and termination of different major pollen season and also their “peak” period are more or less similar,and vary only within a certain limit.The early half of the year is generally the season of arboreous pollen in which Broussonetia pa- pyrifera dominates,while the later half is mainly that of the pollen of gra- mineous species and other weeds,in which Humulus scandens dominates. The pollen counts vary somewhhat in the 2 sampling sites and corres- pond more or less closely with the vegetation conditions in these localities. On the whole,the atmospheric pollen in Shanghai reflects the general con- dition of the local flora.Again,the pollen findings vary somewhat from year to year due to weather conditions such as the quantityof rainfall,tem perature,amount of sunshine,relative humidity,wind velocity and frost. Basing on the results of pollen-slide studies and also of botanical sur- vey of local flora,it is able to correlate the pollen content of the air with hay asthma symptoms as revealed by clinical diagnosis.It appears that hay asthma of spring type in Shanghai may be largely due to the allergens of Bronssonetia papyrirera,Platanus acerifolia,Pteroearya stenoptera and Morus Sppowhile that of autumn typ,to Humulus scandens,Ricinus communis and Artemisia spp.Besides,one must not overlook those of Gramineae,Cheno podiaeeae and Amaranthaceae,and other anemophilous plants which happen to blossom and pollinate during those twoseasons.

    644彩的新版网站benwenweitansuohuafenxiaochuandezhiminyuan,chububaodaolezaishanghaidiquyongzhongliangbopianfaconglianggequyangdianshoujidesannian(1962nian5yue-1965nian4yue)kongzhonghuafendejilu。duigeleihuafenjinxinglejianding,tongjiletamenchuxiandeshijianheshuliang,fenxilehuafenhanliangdebianhuayudangdiqiwen、yuliang、xiangduishidu、rizhao、fengliheshuangqidenggeqihoutiaojiandebianhuazhijianguanxi。duizhaoyewaiyouguanzhiwuhuaqidejilu,faxiankongzhonghuafendexiaozhangqingkuangyulinchuangguanchadebenshizhiqiguanxiaochuandejijiexingfazuohejiajudeyibanxianxiangshiwenhede。zuihou,tichulebendiquzhiminzhiwugoushu,sangshu、bimadengduozhong,kegonglinchuangshiyong。

     
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