Carney Laura T, Lane Todd W
Heliae Development, LLC Gilbert, AZ, USA.
Systems Biology Department, Sandia National Laboratories Livermore, CA, USA.
Front Microbiol. 2014 Jun 6;5:278. doi: 10.3389/fmicb.2014.00278. eCollection 2014.
Parasites are now known to be ubiquitous across biological systems and can play an important role in modulating algal populations. However, there is a lack of extensive information on their role in artificial ecosystems such as algal production ponds and photobioreactors. Parasites have been implicated in the demise of algal blooms. Because individual mass culture systems often tend to be unialgal and a select few algal species are in wide scale application, there is an increased potential for parasites to have a devastating effect on commercial scale monoculture. As commercial algal production continues to expand with a widening variety of applications, including biofuel, food and pharmaceuticals, the parasites associated with algae will become of greater interest and potential economic impact. A number of important algal parasites have been identified in algal mass culture systems in the last few years and this number is sure to grow as the number of commercial algae ventures increases. Here, we review the research that has identified and characterized parasites infecting mass cultivated algae, the techniques being proposed and or developed to control them, and the potential impact of parasites on the future of the algal biomass industry.
如今已知寄生虫在生物系统中无处不在,并且在调节藻类种群方面可发挥重要作用。然而,关于它们在诸如藻类生产池塘和光生物反应器等人工生态系统中的作用,缺乏广泛的信息。寄生虫与藻华的消亡有关。由于个体大规模培养系统往往倾向于单种藻类,且只有少数几种藻类被广泛应用,寄生虫对商业规模单种养殖产生毁灭性影响的可能性增加。随着商业藻类生产不断扩大,其应用范围不断拓宽,包括生物燃料、食品和药品等领域,与藻类相关的寄生虫将变得更受关注且具有更大的潜在经济影响。在过去几年里,在藻类大规模培养系统中已鉴定出许多重要的藻类寄生虫,并且随着商业藻类企业数量的增加,这个数量肯定会增长。在此,我们综述了已鉴定并描述感染大规模养殖藻类的寄生虫的研究、为控制它们而提出和/或开发的技术,以及寄生虫对藻类生物质产业未来的潜在影响。