When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，色素细胞在某些领域产生过量色素。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目的从人头皮毛囊外根鞘分离纯化培养无色素素细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来的研究结果支持该病是一个色素细胞功能缺陷、素小体常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目的探索自体色素细胞移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，色素细胞在某些领域产生过量色素。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目从人头毛囊外根鞘分离纯化培养无色素素细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来研究结果支持该病是一个色素细胞功、素小体形成异常疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目探索自体色素细胞移植联合窄谱中波紫外线照射治疗白癜风新途径，寻求治疗白癜风最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，色细胞在某些领域产生过量色。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目的从人头皮毛囊外根鞘分离纯化培养无色细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来的研究结果支持该病是一个色细胞功能缺陷、小体形成异常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目的探索自体色细胞移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，细胞在某些领域产生过量。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目的从人头皮毛囊外根鞘分离纯化培养无细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

年来的研究结果支持该病是一个细胞功能缺陷、小体形成异常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目的探索自体细胞移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，色素细胞在某些领域产生过量色素。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目的从人头皮毛囊外根鞘分离纯化培养无色素素细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来的研究结果支持该病是一个色素细胞功能缺陷、素小异常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目的探索自色素细胞移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当褐斑，色素细胞在某些领域产过量色素。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目的从人头皮毛囊外根鞘分离纯无色素素细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来的研究结果支持该病是一个色素细胞功能缺陷、素小体形成异常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目的探索自体色素细胞移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发黄褐斑，细胞在某些领域产。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

的从人头皮毛囊外根鞘分离纯化培养无细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来的研究结果支持该病是一个细胞功能缺陷、小体形成异常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要的探索自体细胞移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，色素细胞在某些领域产生过量色素。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目从人头皮毛囊外根鞘分离纯化培养无色素素细胞。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来果支持该病是一个色素细胞功能缺陷、素小体形成异常疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目探索自体色素细胞移植联合窄谱中波紫外线照射治疗白癜风新途径，寻求治疗白癜风最佳方案。

When melasma occurs, melanocytes in certain areas overproduce melanin.

当发生黄褐斑，色在某些领域产生过量色。

Objective: To isolate and culture hair outer root sheath amelanotic melanocyte derived from human scalp.

目的从人头皮毛囊外根鞘分离纯化培养无色。

Recent study supported this view that this disease is a disease with functional defect of melanocyte and abnormal formation of melanosome.

近年来的研究结果支持该病是一个色功能缺陷、小体形成异常的疾病。

Objective To explore the approach of treating vitligo with transplanting autologous melanocytes combined with irradiating by narrowband UVB(NB-UVB) for seeking the best methods of curing vitligo.

摘要目的探索自体色移植联合窄谱中波紫外线照射治疗白癜风的新途径，寻求治疗白癜风的最佳方案。