Market share of paternity test of listed companies

In 2002 1 year, the global DNA paternity market was about 1 billion yuan (RMB), and it is expected to reach1billion yuan in 2028, with a compound annual growth rate (CAGR) of% during 2022-2028. In the next few years, there is great uncertainty in the industry. The forecast data of 2022-2028 in this paper is based on the historical development of the past few years, the views of industry experts and the views of analysts in this paper.

In 20021year, China's share in the global market was%, and that of the United States was%. It is estimated that the compound growth rate of China market will be% in the next six years, and the scale will reach/kloc-0.0 million USD in 2028, while the CAGR of the US market is expected to be around%. In the next few years, the important market position of the Asia-Pacific region will become more prominent. Besides China, Japanese, Korean, Indian and Southeast Asia will also play an important role. In addition, it is expected that Germany will continue to maintain its leading position in Europe in the next six years, and the CAGR will be about% in 2022-2028.

At present, the global market is mainly dominated by manufacturers in this region. The world's leading manufacturers in DNA paternity mainly include DNA Diagnostics Center, EasyDNA, Orchid PRO-DNA, 800dnaexam and LabCorp. The top three manufacturers account for about 10% of the global market share.

This report studies the development of DNA paternity in the global and China markets during the 13th Five-Year Plan period, and the industry development forecast during the 14th Five-Year Plan period. Focus on the analysis of DNA paternity's market size, major regions in the world, historical data 20 17-2022 and forecast data 2023-2028.

At the same time, this paper focuses on the analysis of the competition pattern of DNA parent-child industry, including the competition pattern of major enterprises in the global market and China local market, focusing on the income and market share of DNA parent-child in recent three years.