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针对病种:癌症

发表时间:2015年8月

发表国家:英国

登载刊物:血液学专家综述

研究单位:印度新德里科学和创新研究学院

研究人员:普佳 舒克拉,拉玛 辛格

主要结论:我们收集现有的文献来综述对血液毒性可能的干预措施并指出,在这一领域没有这种有用的信息是一个很大的漏洞。本综述提出了基于其抗氧化潜力包括机械途径的可能性.

Expert Review of Hematology, 2015, 8(4):1-10.

Potential pharmacological interventions against hematotoxicity: an overview

Pooja Shukla, Rama Singh

Academy for Scientific and Innovative Research, New Delhi 110 001, India

Various treatment regimens, including chemotherapy, are known to induce heavy oxidative stress on the system, which in turn leads to adverse effects on healthy tissues. Blood being prone to oxidative stress is affected the most. At this juncture, it might not be prudent to anticipate having chemotherapeutic agents with no hematotoxicity; the best way forward is to look for potential anti-hematotoxic compounds, which could be supplemented to exposed patients, thus reducing the toxic burden on blood cells. We mined existing literature for reviewing possible interventions against hematotoxicity and figured that there is a great lacuna in this field in terms of not having such useful information at one place. This review presents the possible entities based on their antioxidant potentials, including their mechanistic pathways.


英国《血液学专家综述》,
20158

对血液毒性的潜在药理性干预︰ 综述

普佳 舒克拉,拉玛 辛格

印度新德里科学和创新研究学院

多种治疗方案,包括化疗,已知会诱导应激系统重氧化,从而对健康组织产生不利影响。易于氧化应激的血液受到的影响最大。在此特定时刻,预期没有血液毒性的化疗药物可能不够审慎;最好的方式是寻找潜在的抗血毒素化合物,可以补充给未保护的病人,从而减少对血液细胞的毒性负担。我们收集现有的文献来综述对血液毒性可能的干预措施并指出,在这一领域没有这种有用的信息是一个很大的漏洞。本综述提出了基于其抗氧化潜力包括机械途径的可能性。
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