Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生一种具有自限性的发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中的多线染色前已知的最大染色之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

的探讨色氨酸代谢产物斯氏按蚊唾液腺抽提物中疟原虫配子激活因子的。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

法回顾性分析147例针吸细胞学诊断的涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织的外构建研究提供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生是一种具有自限性发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中多线染色是目前已知染色之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物斯氏按蚊唾液腺抽提物中疟原虫配子因子影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织外构建研究提供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

要坏死性涎腺化生是一种具有自限性的发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中的多线染色体是目前已知的最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目的探讨色氨酸代谢产物斯氏按蚊唾液腺抽提物中疟原虫配子体激活因子的影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断的涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管，组织工程化人工涎腺样组织的体外构建研究提供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性腺化生是一种具有自限性发炎疾病，主要唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中多线染色体是目前已知最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目探讨色氨酸代谢产物斯氏按蚊唾液腺抽提物中疟原虫配子体激活因子影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工腺样组织体外构建研究提供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生是一种具有自限性发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞多线染色体是前已知最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

讨色氨酸代谢产斯氏按蚊唾液腺抽疟原虫配子体激活因子影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织体外构建研究供天然衍生生导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生是一种具有自限性的发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中的多线染色体是目前已知的最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目的探讨色氨酸代谢产物斯氏按蚊唾液腺抽物中疟原虫配子体激活因子的影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断的涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织的体外构建供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生是一种具有自限性发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中多线染色体是知最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

探讨色氨酸代谢产物斯氏按蚊唾液腺抽提物中疟原虫配体激活因响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织体外构建研究提供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生是一种具有自限性的病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中的多线染色体是目前已知的最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目的探讨色氨酸代谢产物斯氏按蚊唾液腺抽提物中疟原虫配子体激活因子的影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断的涎腺常见,与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织的体外构建研究提供天然衍生生物导管支架材料。

Necrotizing sialometaplasia (NS) is a self-limited inflammatory disease mainly involving minor salivary glands.

摘要坏死性涎腺化生是一种具有自限性的发炎疾病，主要侵犯小唾腺。

The polytene chromosomes found in the salivary gland cells are among the largest chromosomes known today.

唾液腺细胞中的多线染色体是目前已知的最大染色体之一。

Objective To investigate the effect of tryptophan metabolite in the salivary glands of anopheles stephensi on malaria gametocyte activating factor.

目的探讨色氨酸代谢产物斯氏按蚊唾液腺抽物中疟原虫配子体激活因子的影响。

Methods 147cases of common tumor of salivary gland, confirmed by needle aspiration cytodiagnosis were retrospectively analyzed and compared with findings from histopathology.

方法回顾性分析147例针吸细胞学诊断的涎腺常见肿瘤,并与病理组织学进行照。

Objective: To obtain the acellular matrix from tracheae of rabbits and Sprague-Dawley (SD) rats, acted as tubular scaffold for salivary gland organoid tissue engineering study.

制作脱细胞气管基质，为组织工程化人工涎腺样组织的体外构建研究然衍生生物导管支架材料。