工业互联网作为工业制造网络化和数字化的根基，自《关于推动工业互联网加快发展的通知》提出后，工业互联网信息基础建设和创新进入发展快车道。区块链作为“新基建”中的新兴技术，其具有集体维护、防篡改、多方共识、可溯源等特点，是实现工业产业数字化、网络化、智能化发展的重要技术基础设施，有助于解决传统工业数据共享难、确权难、流转难，过程追溯难，产业链协同难等问题。基于区块链的工业互联网公共服务平台，可以实现数据可信收集，知识成果可控、可信转移，有助于工业互联网产业向集群化、数字化转型升级，真正实现全产业链的连接，发挥数据作为核心生产要素的价值，推动全新的工业生产制造和服务体系新生态的形成。

隐私计算指在提供隐私保护的前提下，实现数据价值挖掘的技术体系。在大数据蓬勃发展的背景下，人们日益强烈地渴望在享受各种服务的同时满足隐私保护的需求，而区块链能够在多主体参与的场景下以低成本的方式构建信任基础，区块链和隐私计算技术的结合具有很重要的应用价值。本报告对区块链和隐私计算平台进行了简要概述，重点介绍了区块链融合隐私计算的作用以及其他相关功能，最后对现有的几种基于区块链的隐私计算平台进行了详细介绍。

Prime editing and CRISPR is a genome editing technology in the field of molecular biology in which the genome of living organism are modified by search and replace technique. Prime editing is composed of two component such as an engineered prime editing guide RNA (pregRNA) and a prime editor (PE). It includes different genetic engineering tools and technique for alteration of a particular DNA sequence. For the purpose of analysis, the prime editing and CRISPR market is segmented into service, application, end user and region. The market study provides the dynamics and trends of the global prime editing and CRISPR market. It offers market estimations and forecasts for the gene editing service such as cell line engineering, genomic regulation, gene editing and gene modified cell therapy. However, it excludes the revenue generated from the equipment, and software used in gene editing along with revenue generated from environmental repositories service.

According to the National Cancer Society, Nutrigenomics is the study of a person’s gene and its interaction with the food consumed by the person. The study lays the foundation for the concept of “personalized nutrition.” The research field is highly dependent on the recent developments and advancements of the technologies that allow the processing of large amounts of data relating to gene variants.

Nucleic acid isolation and purification is the preliminary step in the field of molecular biology research accompanied with recombinant techniques. The nucleic acid isolation process majorly includes enzymatic digestion and mechanical and chemical disruption. On the other hand, purification consists of the combination of precipitation, chromatography, centrifugation, electrophoresis, and separation. The process of nucleic acid isolation aids sample processing by reducing the time, significantly minimizes nucleic acid loss, and enhances experimental process efficiency and effectiveness. The obtained purified product is further used in recombinant technology methods, thereby making it suitable for targeted purposes in the field of omics research. The advantages offered by nucleic acid isolation and purification significantly aid scientists and researchers to obtain high-quality starting material for conducting downstream applications, thereby generating accurate results.

The market dynamics section of the report examines the diverse factors which govern the process of manufacturing, distribution, and usage of nucleic acid therapies globally. This analysis provides an in-depth understanding of the present and the future directions in which the market is headed and the impact of various factors on the same. This chapter covers the major market dynamics, namely, the drivers, challenges, business strategies, corporate strategies, and opportunities, analyzing several factors that positively and negatively affect the global nucleic acid therapeutics CDMO market.

3D printing is also known as additive printing technology, which allows manufacturers to build models using a variety of printing materials. Materials used for 3D printing include various types of polymers, metals, ceramics, and others. These printers feature extremely fine resin prints, utilizing a liquid base that is solidified using a UV light to create the solid objects. Personal 3D printers differ from professional-grade printers, in that they are much less expensive and the software needed to run them is much more user-friendly.

Single-cell multiomics technologies typically measure numerous types of molecules from the same individual cell, allowing more profound biological insight than can be inferred by analyzing each molecular layer from separate cells. Single cell multiomics is the application of modern genomics methods that primarily include oncology, cell biology, neurology, stem cell, and immunology. The report provides market dynamics and trends related to the global single-cell multiomics technologies market. In addition, it presents the market estimations and forecast of the market. The valuations comprise revenue generated from sale of techniques and services. Furthermore, the report excludes revenue generated from post-sale services of single-cell multiomics technologies.

应对全球气候变化成为当今人类面临的重大全球性挑战之一。中国作为世界CO2排放量最大的国家，在全球气候治理中起着关键作用。在碳中和日益成为全球新的政治认同和国际政治经济利益博弈手段的情况下，2020年9月我国提出的碳达峰、碳中和目标，将对全球政治经济格局带来深刻的变化，也深刻影响着我国社会经济各个方面。与世界主要碳排放国家的历史进程相比，我国实现碳中和时间紧、任务重、压力大、困难多、挑战大，需要付出极其巨大的努力与代价，如果按照之前按部就班、单纯依靠市场机制去推进碳减排是远远不够的，需要我国以更大的毅力与魄力，采取包括法律、宣传教育、技术以及经济等在内的诸多政策措施去推动实现碳达峰、碳中和目标。

构建以新能源为主体的新型电力系统是提升新能源消费比重、推动实现“双碳”目标的必要途径。建设新型电力系统意味着电力电量结构、电网架构、电网运行机制等将发生根本性转变，变革的焦点在电网，迫切要求深入推进电力体制改革，完善多主体参与的电力市场体系，推进源网荷储一体化配电网改革，建立市场化的电力辅助服务机制，推动电力交易主导调度，健全成本有效疏导的电价机制，为大规模、高比例新能源电力发展奠定体制机制基础。