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。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，这反映生物材料引导细胞贴附并保持细胞贴附的能力。

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。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，这反映生物材料引导细胞贴附并保持细胞贴附的能力。

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料。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微层细胞表现为折光 带，这反映生物料引导细胞贴附并保持细胞贴附的能力。

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提供天然衍物导管支架材料。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，这物材料引导细胞贴附并保持细胞贴附的能力。

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.

制作脱气基质，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支架材料。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复表现为折光 带，这反映生材料引贴附并保持贴附的能力。

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。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，这反映生物材料引导细胞贴附并保持细胞贴附的能力。

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。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，这反映生物材料引导细胞贴附并保持细胞贴附的能力。

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。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，这反映生物材料引导细胞贴附并保持细胞贴附的能力。

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。

It was believed that proper fixation of the biomaterial could only be insured by its placement in direct contact with the fascia of the transversalis muscle.

人们认为生物材料只有与腹横筋膜直触放置才能得到很好的固定。

Under the phase-contract microscope, cell multi-l ayer was shown to be a refractile sheet, which means the capacities of biomateri al to attract cell and maintain the cell attachment.

相差显微镜下复层细胞表现为折光 带，生物材料引导细胞贴附并保持细胞贴附的能力。