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Developing a Technological Platform to Create Innovative TB Drugs Active against Multidrug-Resistant Strains

机译:开发一种技术平台,以创造针对多药抗性菌株的创新性结核病药物

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摘要

In assessing the threats related to the 12 most dangerous infectious diseases, the World Health Organization (WHO) considers the struggle against multidrug-resistant/extensively drug-resistant (MDR/XDR) forms of the causative agent of tuberculosis, Mycobacterium tuberculosis, as the most crucial problem. The number of cases associated with MDR/XDR TB forms is constantly growing both across the world and in Russia (despite achievements in the reduction of tuberculosis mortality). The deterioration of the population's immune status because of the spread of HIV, hepatitis, type-2 diabetes, depression, and other factors, in particular, the intensification of migration processes, worsens the situation. The solution proposed in this article implies a complex interdisciplinary approach, including the development of, first, diagnostic kits based on fundamentally new technologies, which will make it possible to identify the entire spectrum of genes responsible for the development of drug resistance, as well as epidemiologically dangerous mutant lineages of tuberculosis under both clinical and field conditions, ensuring control over the real epidemiological situation in specific regions of Russia; second, antibiotics with a new action mechanism, active against MDR/XDR strains of the causative agent, including virulence inhibitors; third, genetically engineered vaccines, the development of which will account for the existing negative international experience and new scientific approaches, including those proposed in Russia; and, fourth, a new class of adjuvants for vaccines based on the Russian collection of probiotic strains of lactobacilli and bifidobacteria with selective immunomodulatory properties. Supposedly, these objectives will be implemented by the MDR/XDR TB consortium, which unites the best specialists-geneticists, microbiologists, immunologists, specialists in bioinformatics, medical chemists, and clinicians from 15 institutes of four departments (the Ministry of Science and Higher Education of the Russian Federation, the Ministry of Health of the Russian Federation, the Federal Service for Supervision of Consumer Rights Protection and Human Well-Being (Rospotrebnadzor), and the Federal Biomedical Agency).
机译:在评估与12种最危险的传染病相关的威胁时,世界卫生组织(WHO)考虑了对多药/广泛的耐药性(MDR / XDR)形式的结核病,结核病的致病剂的斗争,如最重要的问题。与MDR / XDR结核病表格相关的案件数量在世界各地和俄罗斯不断发展(尽管减少结核病死亡率也取得了成就)。由于艾滋病毒,肝炎,2型糖尿病,抑郁症和其他因素的扩散,人口免疫状况恶化,特别是迁移过程的强化,使情况恶化。本文提出的解决方案意味着一种复杂的跨学科方法,包括基于基本新技术的开发,首先,诊断工具包,这将使能够识别负责耐药性发展的整个基因的基因,以及两种临床和现场条件下结核病的流行病学突变突变体谱系,确保控制俄罗斯特定地区实际流行病学情况;其次,抗生素具有新的作用机制,对抗MDR / XDR菌株的致病剂,包括毒力抑制剂;第三,基因工程疫苗,发展将占现有的负面国际经验和新的科学方法,包括俄罗斯提出的人;第四,基于俄罗斯益生菌菌株和双歧杆菌菌株的丙虫菌株和具有选择性免疫调节性质的双歧杆菌收集的新类佐剂。据说,这些目标将由MDR / XDR结核联盟实施,其中包括最佳专家 - 遗传学家,微生物学家,免疫学家,生物信息学,医学药物和临床医生的专家,从四个部门(科学和高等教育部)俄罗斯联邦,俄罗斯联邦卫生部,联邦服务监督消费者权益和人类福祉(ROPOPOTREBNADZOR)和联邦生物医学机构)。

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