non-chromaffin cells
非染色质细胞
non-chromaffin granules
非染色质颗粒
being non-chromaffin
非染色质状态
non-chromaffin tissue
非染色质组织
identified as non-chromaffin
被鉴定为非染色质
non-chromaffin system
非染色质系统
showed non-chromaffin
显示非染色质
completely non-chromaffin
完全非染色质
non-chromaffin area
非染色质区域
containing non-chromaffin
含有非染色质
the study investigated the role of non-chromaffin cells in the gut.
该研究调查了肠道中非铬亲细胞的作用。
non-chromaffin cells often exhibit neuroendocrine properties.
非铬亲细胞通常表现出神经内分泌特性。
we analyzed the distribution of non-chromaffin cells in the adrenal gland.
我们分析了肾上腺中非铬亲细胞的分布。
the presence of non-chromaffin cells suggests a complex regulatory mechanism.
非铬亲细胞的存在表明存在复杂的调节机制。
non-chromaffin cells contribute to paracrine signaling within the tissue.
非铬亲细胞有助于组织内的副腺分泌信号传递。
immunohistochemistry identified a population of non-chromaffin cells.
免疫组织化学学别出了非铬亲细胞的种群。
the researchers focused on the function of non-chromaffin cells.
研究人员专注于非铬亲细胞的功能。
non-chromaffin cells are increasingly recognized for their diverse roles.
非铬亲细胞越来越多地因其多样化的作用而受到认可。
we compared gene expression in chromaffin and non-chromaffin cells.
我们比较了铬亲细胞和非铬亲细胞中的基因表达。
the interaction between chromaffin and non-chromaffin cells is significant.
铬亲细胞和非铬亲细胞之间的相互作用非常重要。
non-chromaffin cells may play a role in tissue regeneration.
非铬亲细胞可能在组织再生中发挥作用。
non-chromaffin cells
非染色质细胞
non-chromaffin granules
非染色质颗粒
being non-chromaffin
非染色质状态
non-chromaffin tissue
非染色质组织
identified as non-chromaffin
被鉴定为非染色质
non-chromaffin system
非染色质系统
showed non-chromaffin
显示非染色质
completely non-chromaffin
完全非染色质
non-chromaffin area
非染色质区域
containing non-chromaffin
含有非染色质
the study investigated the role of non-chromaffin cells in the gut.
该研究调查了肠道中非铬亲细胞的作用。
non-chromaffin cells often exhibit neuroendocrine properties.
非铬亲细胞通常表现出神经内分泌特性。
we analyzed the distribution of non-chromaffin cells in the adrenal gland.
我们分析了肾上腺中非铬亲细胞的分布。
the presence of non-chromaffin cells suggests a complex regulatory mechanism.
非铬亲细胞的存在表明存在复杂的调节机制。
non-chromaffin cells contribute to paracrine signaling within the tissue.
非铬亲细胞有助于组织内的副腺分泌信号传递。
immunohistochemistry identified a population of non-chromaffin cells.
免疫组织化学学别出了非铬亲细胞的种群。
the researchers focused on the function of non-chromaffin cells.
研究人员专注于非铬亲细胞的功能。
non-chromaffin cells are increasingly recognized for their diverse roles.
非铬亲细胞越来越多地因其多样化的作用而受到认可。
we compared gene expression in chromaffin and non-chromaffin cells.
我们比较了铬亲细胞和非铬亲细胞中的基因表达。
the interaction between chromaffin and non-chromaffin cells is significant.
铬亲细胞和非铬亲细胞之间的相互作用非常重要。
non-chromaffin cells may play a role in tissue regeneration.
非铬亲细胞可能在组织再生中发挥作用。
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