eumelanosome production in melanocytes is regulated by multiple genetic factors.
黑素细胞中真黑素体的产生受多种遗传因素调控。
the synthesis of eumelanin occurs within specialized eumelanosome organelles.
真黑色素的合成发生在专门的真黑素体细胞器内。
variations in eumelanosome development can affect hair color pigmentation.
真黑素体发育的变异会影响毛发色素沉着。
scientists study eumelanosome function to understand skin pigmentation disorders.
科学家研究真黑素体功能以了解皮肤色素沉着疾病。
eumelanosome activity increases during exposure to ultraviolet radiation.
暴露于紫外线辐射时真黑素体活性会增加。
the distribution of eumelanosomes determines the depth of melanin deposition.
真黑素体的分布决定了黑色素沉积的深度。
eumelanosome content varies significantly among different ethnic populations.
不同民族群体中真黑素体含量差异显著。
mutations affecting eumelanosome biogenesis can lead to pigmentation abnormalities.
影响真黑素体发生的突变可能导致色素沉着异常。
the formation of mature eumelanosomes involves a complex series of enzymatic reactions.
成熟真黑素体的形成涉及一系列复杂的酶促反应。
researchers have identified key genes controlling eumelanosome maturation.
研究人员已确定控制真黑素体成熟的关键基因。
eumelanosome transfer from melanocytes to keratinocytes influences skin color.
真黑素体从黑素细胞向角质形成细胞的转移影响皮肤颜色。
the size and density of eumelanosomes correlate with pigmentation intensity.
真黑素体的大小和密度与色素沉着强度相关。
eumelanosome production in melanocytes is regulated by multiple genetic factors.
黑素细胞中真黑素体的产生受多种遗传因素调控。
the synthesis of eumelanin occurs within specialized eumelanosome organelles.
真黑色素的合成发生在专门的真黑素体细胞器内。
variations in eumelanosome development can affect hair color pigmentation.
真黑素体发育的变异会影响毛发色素沉着。
scientists study eumelanosome function to understand skin pigmentation disorders.
科学家研究真黑素体功能以了解皮肤色素沉着疾病。
eumelanosome activity increases during exposure to ultraviolet radiation.
暴露于紫外线辐射时真黑素体活性会增加。
the distribution of eumelanosomes determines the depth of melanin deposition.
真黑素体的分布决定了黑色素沉积的深度。
eumelanosome content varies significantly among different ethnic populations.
不同民族群体中真黑素体含量差异显著。
mutations affecting eumelanosome biogenesis can lead to pigmentation abnormalities.
影响真黑素体发生的突变可能导致色素沉着异常。
the formation of mature eumelanosomes involves a complex series of enzymatic reactions.
成熟真黑素体的形成涉及一系列复杂的酶促反应。
researchers have identified key genes controlling eumelanosome maturation.
研究人员已确定控制真黑素体成熟的关键基因。
eumelanosome transfer from melanocytes to keratinocytes influences skin color.
真黑素体从黑素细胞向角质形成细胞的转移影响皮肤颜色。
the size and density of eumelanosomes correlate with pigmentation intensity.
真黑素体的大小和密度与色素沉着强度相关。
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