eumelanosomes are responsible for the brown-black pigmentation in human skin.
真黑素體負責人類皮膚的棕黑色色素沉著。
the formation of eumelanosomes occurs within specialized cells called melanocytes.
真黑素體的形成發生在稱為黑色素細胞的特殊細胞中。
uv radiation stimulates the production of eumelanosomes in the epidermis.
紫外線輻射會刺激表皮中真黑素體的生成。
eumelanosomes transfer melanin to surrounding keratinocytes.
真黑素體會將黑色素轉移到周圍的角質形成細胞。
genetic mutations can affect eumelanosome development and function.
基因突變可能影響真黑素體的發育和功能。
the size and density of eumelanosomes determine skin color variation.
真黑素體的大小和密度決定了皮膚顏色的變化。
eumelanosomes provide protection against dna damage from sun exposure.
真黑素體可提供對陽光照射所導致的DNA損傷的保護。
studies show that eumelanosomes differ from pheomelanosomes in structure.
研究顯示真黑素體在結構上與赤黑素體有所不同。
the biogenesis of eumelanosomes involves multiple enzymatic steps.
真黑素體的生物合成涉及多個酶促步驟。
altered eumelanosome distribution is associated with certain skin disorders.
真黑素體分布的改變與某些皮膚疾病有關。
eumelanosomes contain the pigment eumelanin, which absorbs harmful radiation.
真黑素體含有能吸收有害輻射的色素真黑素。
research has revealed the molecular mechanisms regulating eumelanosome transport.
研究已經揭示了調控真黑素體運輸的分子機制。
eumelanosome maturation requires proper tyrosinase enzyme activity.
真黑素體的成熟需要適當的酪氨酸酶活性。
the number of eumelanosomes increases significantly after sun exposure.
陽光照射後真黑素體的數量會顯著增加。
eumelanosomes are responsible for the brown-black pigmentation in human skin.
真黑素體負責人類皮膚的棕黑色色素沉著。
the formation of eumelanosomes occurs within specialized cells called melanocytes.
真黑素體的形成發生在稱為黑色素細胞的特殊細胞中。
uv radiation stimulates the production of eumelanosomes in the epidermis.
紫外線輻射會刺激表皮中真黑素體的生成。
eumelanosomes transfer melanin to surrounding keratinocytes.
真黑素體會將黑色素轉移到周圍的角質形成細胞。
genetic mutations can affect eumelanosome development and function.
基因突變可能影響真黑素體的發育和功能。
the size and density of eumelanosomes determine skin color variation.
真黑素體的大小和密度決定了皮膚顏色的變化。
eumelanosomes provide protection against dna damage from sun exposure.
真黑素體可提供對陽光照射所導致的DNA損傷的保護。
studies show that eumelanosomes differ from pheomelanosomes in structure.
研究顯示真黑素體在結構上與赤黑素體有所不同。
the biogenesis of eumelanosomes involves multiple enzymatic steps.
真黑素體的生物合成涉及多個酶促步驟。
altered eumelanosome distribution is associated with certain skin disorders.
真黑素體分布的改變與某些皮膚疾病有關。
eumelanosomes contain the pigment eumelanin, which absorbs harmful radiation.
真黑素體含有能吸收有害輻射的色素真黑素。
research has revealed the molecular mechanisms regulating eumelanosome transport.
研究已經揭示了調控真黑素體運輸的分子機制。
eumelanosome maturation requires proper tyrosinase enzyme activity.
真黑素體的成熟需要適當的酪氨酸酶活性。
the number of eumelanosomes increases significantly after sun exposure.
陽光照射後真黑素體的數量會顯著增加。
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