The Strong or Weak Influence of Hydrogen Bond on Acidness of Organic Compounds

1、

48.55, Monocyte cell. 3.19, Basophil cell: 0.31, acidophil cell. 3.45, neutrophil cell: 44.53.

白细胞分类为淋巴细胞48.55，单核细胞3.19，嗜碱性细胞0.31，嗜酸性细胞3.45，嗜中性细胞44.53。

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2、

Results It showed that nasal symptoms of patients were obviously received, 88% of the cases in the measure of acidophil changed to negative from positive;

结果嗜酸性粒细胞检查88%由阳性转为阴性；

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3、

CONCLUSION: The responsive acidophil in peripheral blood can be used as a predictor in diagnosing acute graft rejection following organ transplant.

结论：外周血中反应性嗜酸细胞可作为器官移植术后急性排斥反应的实验室诊断指标。

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4、

Acidophil stem cell adenomas;

嗜酸性干细胞腺瘤；

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5、

Results Under electron microscope, type ⅰ,ⅱ epithelia was found in normal group, mastocyte and acidophil were found in pathology group.

结果正常组见到Ⅰ，Ⅱ型上皮细胞，病理组见到形态完整的肥大细胞和嗜酸细胞的形态。

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6、

The gland cells of exocrine portion appear acidophil and fatty degeneration.

外分泌部腺细胞肿胀、嗜酸性变、脂肪变；

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7、

After treating acidophil in blood of all patients decrease also, there is statistical significance.

两组患者外周血嗜酸细胞计数治疗后均有下降，与治疗前比较有显著性差异（P<0.01）。

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8、

WBC count and classification, lung X-ray, acidophil sorting in sputum and serum IgE were tested for all of the patients.

检测每组的外周血WBC及分类，胸片，痰中嗜酸性细胞计数，血清IgE定量。

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9、

The amount of peripheral blood acidophil in treatment group was obviously improved that the result was different ( P < 0.05).

观察组的外周血嗜酸性细胞（EC）计数显著改善，自身前后比较，均P<0.05。

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10、

Conclusion: The children with paragonimus pericarditis could be diagnosed early by careful asking of the case history of eating crabs, routine examination of the numbers of the acidophile in blood and pericardial effusion and paragonimus antigen intracutaneous test.

结论：仔细询问食蟹史，常规查外周血和心包穿刺液嗜酸性粒细胞绝对计数，肺吸虫抗原皮内试验，可早期确诊本病。

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11、

Main species of acidophile and their characteristics are introduced and advance in the study of their behavior in Nature, acid as well as metal resistance mechanism and molecular genetics is reviewed in this paper. Finally main application of acidophile in practical production is introduced.

介绍了嗜酸菌的主要类群及特征，阐述了它们在自然界的主要行为、适应酸和重金属的生理机制以及分子遗传学研究进展，最后介绍了嗜酸菌在实际生产中的主要应用。

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12、

In the patient of subacute severe HNANB ( E), the acidophile degeneration was seen chiefly in the hepatic cells and obvious bile stasis in Disse spaces and sinusoids.

亚急性重症型肝炎病人的肝细胞以嗜酸性变为主，Disse间隙及肝窦内淤胆明显。

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13、

As an important member of the extremophilic family, acidophile plays a great role in peoples life and production.

嗜酸菌是极端环境微生物的重要类群，在人们生活生产中发挥着巨大的作用。

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In light of this relation, a concept on acidophilic and basicophilic types elements is suggested.

提出了元素亲基性与亲酸性的概念；

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15、

Morphologic features and differential diagnosis of acidophilic pituitary adenoma and oncocytoma in pituitary

嗜酸性垂体腺瘤与垂体的瘤样细胞瘤形态特点及鉴别诊断

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16、

Progress in Elimination of Elemental Sulfur by the Acidophilic Sulfur-oxidizing Bacteria

嗜酸硫氧化细菌消解元素硫的研究进展

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17、

The acidophilic cytoplasm of basophilic cells is gradually changed into basophilic one.

嗜碱性细胞的细胞质由嗜酸性逐渐转变为嗜碱性；

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18、

Study on Diversity and Polyphasic Taxonomy of Acidophilic Rare Actinomycetes from Acidic Soil

酸性土壤中嗜酸签名稀有放线菌的多样性及多相分类研究

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19、

The understanding of the ecology of acidophilic microorganisms will be beneficial to develop new mineral biological processing technologies.

认为理解嗜酸微生物生态学规律，将有利于开发新的微生物矿物加工技术，我国有必要加强浸矿微生物生态学的研究。

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20、

The Diversity Distribution of Culturable Acidophilic Microorganisms in 721 Uranium Mine

721铀矿可培养嗜酸性微生物多样性分布

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