Chacón-Lee T L, González-Mariño G E
Authors are with the Grupo de Procesos Agroindustriales at the Faculty of Engineering at the Univ. de La Sabana, Campus Univ. Puente del Común, Km 7 Autopista Norte de Bogotá, Chía-Cundinamarca, Colombia. Direct inquiries to author González-Mariño (E-mail:
Compr Rev Food Sci Food Saf. 2010 Nov;9(6):655-675. doi: 10.1111/j.1541-4337.2010.00132.x.
Microalgae have the potential to become a novel source of bioactive molecules, especially for those who might wish to enhance the nutritional and functional quality of foods. Spirulina, one of the most popular microalgae, has been described by the World Health Organization as one of the greatest superfoods on earth serving as an example of the potential of microalgae. This review provides background on current and future uses of microalgae in the human diet, lists the most common species of microalgae used to this end, and describes some production methods used in research and industrial production and recovery. The review also discusses some of the difficulties so far encountered such as low productivities and recovery rates, as well as challenges in the production of compounds of interest. Many scientists and engineers in research centers around the globe are currently dedicated to solve these problems as the various capabilities of microalgae have caught the attention of the energy, environmental, and agricultural industries, we propose that the food industry should as well evaluate the potential of microalgae as a novel source of "health promoting" compounds.
微藻有潜力成为生物活性分子的新型来源,尤其对于那些希望提高食品营养和功能品质的人来说。螺旋藻是最受欢迎的微藻之一,世界卫生组织将其描述为地球上最棒的超级食物之一,它体现了微藻的潜力。本综述提供了微藻在人类饮食中当前和未来用途的背景信息,列出了为此目的使用的最常见微藻种类,并描述了研究、工业生产及回收中使用的一些生产方法。该综述还讨论了目前遇到的一些困难,如低生产率和回收率,以及生产目标化合物所面临的挑战。全球研究中心的许多科学家和工程师目前都致力于解决这些问题,由于微藻的各种能力已引起能源、环境和农业行业的关注,我们建议食品行业也应评估微藻作为“促进健康”化合物新来源的潜力。