化疗致脱发的现状及未来研究

Yang J, Li N
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摘要

化疗引起的脱发是癌症治疗过程中常见的副作用,也是许多癌症患者的痛苦症状。在癌症治疗期间暴露于脱发的患者伴随着社会影响和进一步的生活质量。虽然在化疗后3-6个月头发会再生,但再生的头发在颜色、结构、质地等方面都有变化。在美国,化疗患者有不同程度的脱发,其中女性患者认为CIA是最严重的创伤,甚至拒绝适当的化疗或选择替代疗法。此外,据报道常设中央情报局的条件一直在增加。CIA措施主要通过NCI-CTCAE、CTC、WHO和GPA进行评估。病因学上,CIA可能由治疗药物、基因和激素引起。诊断包括CST (Cross-Section Trichometry), Trichoscopy和OCT (Optical Coherence Tomography)。目前报道的CIA预防主要是头皮冷却,FDA将头皮冷却系统分类为II类(特殊控制),为设备的安全性和有效性提供合理的保证。头皮降温受温度、治疗剂、时间和生理因素的影响。除了物理干预外,最近在动物模型中报道了一些新的方法,包括药物特异性抗体,毛发生长周期调节剂,细胞因子,生长因子,抗氧化剂,细胞周期/增殖调节剂或细胞凋亡抑制剂,LLLT(低水平激光治疗),许多药物预防正在临床前研究中。因此,本文就目前的临床治疗和未来的研究进行综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Present Chemotherapy Induced Alopecia and Research in Future
CIA (Chemotherapy Induced Alopecia) is a common side effect seen during cancer treatment and a distressing symptom in many types of cancer patients. Patients exposed with alopecia during cancer treatment were accompanied by social influences and further quality of life. Although hair regrows in 3-6 months after chemotherapy, the regrown hair has changes in color, structure, texture etc. In the United States, chemotherapeutic patients had alopecia in varying degrees, where woman patients considered CIA as the most severe trauma, and even refused proper chemotherapy or have chosen an alternative therapy. Furthermore, the reported conditions of permanent CIA have been increasing. The CIA measures are mainly assessed using NCI-CTCAE, CTC, WHO, and GPA. Etiologically, CIA might be caused by therapeutic agents, genes and hormones. Diagnosis includes CST (Cross-Section Trichometry), Trichoscopy and OCT (Optical Coherence Tomography). Currently, the mainly reported used prevention of CIA is scalp cooling, and FDA has classified the scalp cooling system into class II (special controls) to provide a reasonable assurance of safety and effectiveness of the device. Scalp cooling is influenced by temperature, therapeutic agents, time and physiological factors. Besides physical interventions, several novel methods have been reported in animal models recently including drug-specific antibodies, hair growth cycle modifiers, cytokines, growth factors, antioxidants, cell cycle/proliferation modifiers or inhibitors of apoptosis, LLLT (Low-Level Laser Therapy), many drug preventions being under preclinical research. Thus, this review explores the current clinical treatment and future researches.
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