从广义上来说，质量检验检测是指质量检验检测机构接受产品生产商或产品用户的委托，综合运用科学方法及专业技术对某种产品的质量、安全、性能、环保等方面进行质量检验检测，出具质量检验检测报告，从而评定该种产品是否达到政府、行业和用户要求的质量、安全、性能及法规等方面的标准。本报告对2014-2020年中国质量检验检测行业市场分析及投资前景咨询进行研究。

报告从产业动态、产业分析、技术趋势、企业跟踪、地方动向等几个方面对生物科技产业进行了分析评论。

检测行业是指由于经济发展的需要，在产品和服务的市场准入、质量标准、产品认证、计量分析等方面出现了检测需求，由相关机构对以上活动进行检测和认证并发生经济关系而形成的行业。我国检测市场以国有检测机构为主，国有检测机构是按照所属部委来设立的，如建设部、交通部、公安部、气象部、出入境检验检疫部门、工商局、农业部、水利部等，每个部委都针对其行业特点，设立各自的市场准入标准和政策体系，管理下属实验室。各部委的实验室只在行业内部开展检测服务，在地域发展上也明显受到了限制。随着技术进步、产品更新换代加快和国际分工深化，全球检测行业近年来保持了15%左右的快速增长。近年来全球检测行业保持着较快的增长速度，2013 年，全球技术检测市场规模达8643 亿元；2014 年，全球技术检测市场规模为9767 亿元。我国目前共有近24100 家国有、民营和外资检测机构，分别隶属于中国25 个行业，遍布全国31 个省、自治区和直辖市，基本覆盖了国民经济和社会管理的各个方面，可从事的检验检测项目逐年增多。中国的检测机构主要分布在质量监督检验检疫、卫生、建设、环境保护、交通、农业等部门，其中质检部门所属的检测机构数量最多，达到3500 多家，占全部检测机构数量的14.5%。2013 年，我国检测行业市场规模为980 亿元，同比增长15.3%；2014年，我国检测行业市场规模为1127 亿元，同比增长15.0%。

Billing systems help operators effectively handle the tasks and processes related to customer financials. They support customer accounts and provide invoices through multiple payment modes. In addition, they offer tools for customized billing and invoice support, which includes an end-to-end billing process. As the Billing industry has become technologically advanced, vendors are increasingly adopting cloud services with customized billing services. Cloud billing is method of generating bills from data stored on the cloud by following certain billing policies. The functional requirements of the cloud billing system include policies, payment schedules, user ID, and conversion functions, while the non-functional requirements include complying with security, scalability, and regulatory standards.

Regenerative medicine involves the usage of therapeutically-induced or laboratory-grown human tissue to treat injured or diseased cells, tissues, or organs. It focuses on repairing, replacing, or regenerating damaged cells and, thus, offers a paradigm shift in healthcare treatments. The three main technologies used in regenerative medicine are small molecules and biologics, cell therapy, and gene therapy. Small molecules and biologics help in the regeneration of diseased cells and tissues, cell therapy helps in treating or preventing a condition, while gene therapy helps in the correction of any defective gene in the body.

Cell culture protein surface coating is performed to enhance the adhesion and proliferation of cells during in vitro isolation and cultivation. For surface coating, the inner surface of the Petri dish is coated with ECM components or proteins such as fibronectin, laminin, collagen, vitronectin, and osteopontin. These proteins can be human-derived, animal-derived, plantderived, or synthetic. Protein surface coating facilitates the growth of various types of cell such as endothelial, epithelial, fibroblasts, leukocytes, myoblasts and muscle cells, neurons, and CHO cell lines.

The Asia-Pacific biotech industry enjoyed robust growth and a good performance in the first half of 2014, due to a rapid increase in the number of biotech capital firms and a substantial number of medical companies establishing their own investment firms.

Sedimentation and centrifugation equipment comprises devices used for liquid separation applications. It includes clarifiers, disk centrifuges, decanters, dissolved air flotation systems, and hydrocyclones that are used in the Processing industries for various purification applications. The Power, Water and Wastewater, Mining, and Food and Beverages industries are some of the major end-users using sedimentation and centrifugation equipment.

We develop a method using reversible jump MCMC to infer genome-wide variable recombination rates and apply it to data from two Drosophila melanogaster populations. In addition, we describe a particle filtering method to sample genealogies from the posterior distribution.

In living organisms, many processes are executed through tightly regulated networks of multi-component macromolecular complexes. Knowledge of structure and dynamics of such assemblies is essential to understanding their biological mechanisms. Solid-state NMR spectroscopy is a prime method for studying macromolecular assemblies, at atomic-level resolution, particularly in systems that are insoluble and lack long-range order. In this report, we review the contemporary magic-angle-spinning (MAS) NMR methods for investigation of proteins assemblies. We describe the progress in multidimensional correlation spectroscopy, recoupling, and decoupling techniques. We discuss emerging methods for recording spectra at MAS frequencies of 40 kHz and faster. We review techniques for sensitivity enhancement and fast data collection. We address isotopic labelling approaches to alleviate spectral congestion, facilitate assignments, and highlight specific intra- and intermolecular interactions. Finally, we present recent case studies on exciting and challenging systems, including assemblies of bacterio-phages and HIV-1 proteins, cytoskeleton-associated proteins, gas vesicles, type Ⅲ secretion system, and protein-RNA complexes.