Rise in prevalence of cancer, genetic disorders, and viral infections; and increase in awareness about vaccination drive the global mRNA vaccines market Outbreak of COVID-19 and rise in number of prominent market players conducting clinical trials for vaccine development are projected to drive the global market during the forecast period. There has been significant increase in the licensing agreement between manufacturers for the development of mRNA vaccine and therapeutics. Moreover, increase in approval of from various regulatory bodies such as FDA, CE and others are also expected to drive the growth of mRNA vaccines and therapeutic market. The increase in research and development activities coupled with advanced technology is expected to create ample opportunities on a long run. However, high cost involved in the development of mRNA vaccine and therapeutic market is expected to hinder the growth of mRNA vaccines and therapeutics market in the near future

Fluoroscopy is one of the types of medical imaging, which captures X-ray images continuously on a monitor. Fluoroscopy equipment consists of fluorescent screen, which is coupled to an electronic device that intensifies and converts glowing light into a video signal appropriate for presentation on an electronic display. There has been upgradation in technologies with fluoroscopy such as in current advancements, fluoroscopists need not stand in close vicinity to fluorescent screen observe live image. This decreases considerable effect of radiation on fluoroscopists. Patients would have to take lesser radiation dose, as there is improvement in amplification and overall efficacy of the imaging system. It allows evaluation of dynamic biological processes and guiding interventions. Fluoroscopy is used in a wide variety of examinations and procedures to diagnose or treat patients. The report scope is confined to revenue generated from sale of fluoroscopy equipment. Services and maintenance costs are excluded from the scope of the study.

综合分析近年来有关精准扶贫激发内生动力问题的文献可以发现，其研究基本上都集中在对激发内生动力重要性的研究、内生动力的理论基础、内生动力不足的原因、激发内生动力的方法措施和实现路径等方面，而少有对我国实施精准扶贫政策以来典型贫困县在激发内生动力问题上形成的成功模式的系统研究和经验分析。寻甸县地处云南省东北部，是一个集“民族、贫困、山区、老区”四位一体的国家级贫困县，属于我国乌蒙山区38个连片开发县之一，2014年全县贫困发生率达26.93%。经过几年的精准扶贫工作，2017年末全县贫困发生率降至0.35%，在全省率先脱贫，并能持续稳固脱贫成果，2018年该县贫困发生率又降至0.25%。这虽然涉及众多的成功因素，但与其独特的“三讲三评”激发内生动力扶贫模式是分不开的。本章对寻甸县“三讲三评”激发内生动力扶贫模式进行系统研究，并将其中的宝贵经验进行分析、凝练，找寻该模式的内在机理，并对推广该模式的可行性进行探讨，以期为我国脱贫攻坚事业和全球减贫提供参考和借鉴。

Flow cytometry in the field of oncology is utilized for the quantitative detection and measurement of the physical and chemical characteristics of cancerous cells in a given sample. Flow cytometry is majorly used for hematological malignancies to identify malignant cell types by detecting cell surface antigens, which offer critical information regarding the stage of maturation and phenotypical heterogeneity. Although flow cytometry has been an established cornerstone for the diagnosis and screening of hematological malignancies, the clinical applicability of the same is not well understood in the field of solid tumors. However, extensive research is being conducted to decipher insights pertaining to the utility of flow cytometry in the quantification of nuclear DNA content present in solid tumor samples.