An electron microscope is a scientific imaging instrument, which utilizes a beam of accelerated electrons as a source of illumination. As the wavelength of an electron can be much shorter than that of visible light photons, electron microscopes provide higher resolving power than light microscopes and can reveal the structure of smaller objects with high-quality imaging. Increased demand of electron microscope in advancing semiconductor & microelectronics, penetration of electron microscopes in the field of healthcare, and rise in demand due to advancement in electron microscope are the factors that drive the growth of the microscope market. However, high initial investment which is a challenge for its adoption in small and medium scaled industries hampers the market growth. Whereas, increased R&D activities in the automotive sector is expected to create lucrative market opportunity.

The global hereditary genetic testing market is undergoing a significant flux with regard to the advancements that have already taken place and are currently invading the market space. Additionally, with the emergence genetic testing, there is immense potential for these emerging submarkets to continue to propel the overall hereditary genetic testing market. This chapter reviews the significant drivers and restraints that are considerably impacting the dynamicity of the global hereditary genetic testing market.

The global genetic counseling market has witnessed significant growth, attributing to the increasing demand for genetic counseling in both risk assessment and pharmacogenomics settings. In both settings, the findings identified through genetic counseling have been instrumental in improving the disease risk assessment, quality of life, and reducing the cost and time of the treatment. Further, the increasing awareness and adoption of the precision therapeutics and diagnostic approach in the developed and the developing countries is the key driver for the growth of the global genetic counseling market.

Digital polymerase chain reaction (d-PCR) is considered a next-generation PCR technology offering rapid, sensitive quantification of nucleic acid when compared to the conventional PCR technology. Digital PCR is highly precise, where each sample partitioned into a number of individualized reactions or as droplets in a droplet-based digital PCR. These partitioned droplets are analyzed after a separate PCR reaction takes place per single sample, and the absolute number of molecules present in the sample is calculated. In the droplet digital PCR, the sample partitioning enables precise detection of single template molecules and specific quantification while mitigating the effects of target competition, reducing the PCR bias, and improving the sensitivity of the assays. Digital PCR offers significant benefits over other PCR methods and is considered a new approach to nucleic acid detection and quantification. Due to the absolute quantification of biological samples, this technique has found its application in various clinical areas, such as rare mutation detection, copy number variation, liquid biopsy, gene expression, miRNA analysis, single-cell analysis, pathogen detection, and next-generation sequencing (NGS) library analysis.

Yalla成立于2016年，公司总部设在阿联酋，研发部门设在中国，定位为开发陌生人互动、 实时聊天、游戏娱乐的免费语音社交应用，是中东及北非地区头部社交媒体公司。

在中证 800 标的池内，我们依托政府侧监管数据、环境舆情数据、行业环境数据 3 大数据源的融合与 NLP 量化处理，完成了“E”元素的专业性重构，在季度/月 频率的条件下，优化了环境因素的评分体系。对应公司的实测效果，A 股上市公 司环境治理平均分连年提升，且对于非制造业板块适用性显著提升。

2020 年 10 月 16 日，中共中央政治局就量子科技研究和应用前景举行第二十四 次集体学习。薛其坤院士就量子科技进行了汇报。习近平主席指出要找准我国量 子科技发展的切入点和突破口，统筹基础研究、前沿技术、工程技术研发，培育 量子通信等战略新兴产业，抢占量子科技国际竞争制高点，构筑发展新优势。

中信证券研究部前瞻研究团队持续跟踪全球科技前沿。“全球科技产业”周报重点关注 中美科技互联网巨头变化，以及全球科技产业前沿动态。我们重点关注的科网巨头公司 包括：苹果、亚马逊、微软、谷歌、特斯拉、奈飞、英伟达、华为、腾讯、阿里、字节 跳动、小米、三星等。