eumelanosomes are responsible for the brown-black pigmentation in human skin.
黑色素小体负责人体皮肤的棕黑色素沉着。
the formation of eumelanosomes occurs within specialized cells called melanocytes.
黑色素小体的形成发生在称为黑色素细胞的特化细胞内。
uv radiation stimulates the production of eumelanosomes in the epidermis.
紫外线辐射刺激表皮中黑色素小体的产生。
eumelanosomes transfer melanin to surrounding keratinocytes.
黑色素小体将黑色素转移到周围的角质形成细胞。
genetic mutations can affect eumelanosome development and function.
基因突变会影响黑色素小体的发育和功能。
the size and density of eumelanosomes determine skin color variation.
黑色素小体的大小和密度决定肤色差异。
eumelanosomes provide protection against dna damage from sun exposure.
黑色素小体提供保护，抵御阳光照射造成的dna损伤。
studies show that eumelanosomes differ from pheomelanosomes in structure.
研究表明黑色素小体在结构上与褐黑素小体不同。
the biogenesis of eumelanosomes involves multiple enzymatic steps.
黑色素小体的发生涉及多个酶促步骤。
altered eumelanosome distribution is associated with certain skin disorders.
黑色素小体分布改变与某些皮肤疾病相关。
eumelanosomes contain the pigment eumelanin, which absorbs harmful radiation.
黑色素小体含有吸收有害辐射的色素真黑素。
research has revealed the molecular mechanisms regulating eumelanosome transport.
研究揭示了调节黑色素小体运输的分子机制。
eumelanosome maturation requires proper tyrosinase enzyme activity.
黑色素小体的成熟需要适当的酪氨酸酶活性。
the number of eumelanosomes increases significantly after sun exposure.
阳光照射后黑色素小体的数量显著增加。
eumelanosomes are responsible for the brown-black pigmentation in human skin.
黑色素小体负责人体皮肤的棕黑色素沉着。
the formation of eumelanosomes occurs within specialized cells called melanocytes.
黑色素小体的形成发生在称为黑色素细胞的特化细胞内。
uv radiation stimulates the production of eumelanosomes in the epidermis.
紫外线辐射刺激表皮中黑色素小体的产生。
eumelanosomes transfer melanin to surrounding keratinocytes.
黑色素小体将黑色素转移到周围的角质形成细胞。
genetic mutations can affect eumelanosome development and function.
基因突变会影响黑色素小体的发育和功能。
the size and density of eumelanosomes determine skin color variation.
黑色素小体的大小和密度决定肤色差异。
eumelanosomes provide protection against dna damage from sun exposure.
黑色素小体提供保护，抵御阳光照射造成的dna损伤。
studies show that eumelanosomes differ from pheomelanosomes in structure.
研究表明黑色素小体在结构上与褐黑素小体不同。
the biogenesis of eumelanosomes involves multiple enzymatic steps.
黑色素小体的发生涉及多个酶促步骤。
altered eumelanosome distribution is associated with certain skin disorders.
黑色素小体分布改变与某些皮肤疾病相关。
eumelanosomes contain the pigment eumelanin, which absorbs harmful radiation.
黑色素小体含有吸收有害辐射的色素真黑素。
research has revealed the molecular mechanisms regulating eumelanosome transport.
研究揭示了调节黑色素小体运输的分子机制。
eumelanosome maturation requires proper tyrosinase enzyme activity.
黑色素小体的成熟需要适当的酪氨酸酶活性。
the number of eumelanosomes increases significantly after sun exposure.
阳光照射后黑色素小体的数量显著增加。
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