硼元素（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）常以硼酸和无机硼酸盐的形式存在于自然界中 。对于高等植物来说  ，硼元素（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）是能够促进碳水化合物的运输的代谢 。但是适宜植物生长的硼（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）浓度范围很窄  ，浓度一旦过量  ，植物则会受到毒害作用  ，目前  ，国内学者关于硼元素对浮游植物的生理作用开展的研究仍较少 。国外的研究也大多数关注在硼元素（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）对于水生植物的毒理作用 。刘欢等研究了不同质量浓度的硼酸和四硼酸钠对小球藻(Chlorella vulgaris)的毒性作用  ，其结果表明  ，浓度超过20 mg/L的硼酸和四硼酸钠对小球藻的生物量、蛋白质的合成均有抑制作用 。也有研究指出  ，硼元素（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）是丝状固氮型蓝藻在BB贝博艾弗森官方网站中无机氮盐匮乏时  ，利用氮气为氮素的来源过程中分化出的异型细胞(heterocyst)的必需元素  ，某些硅藻也需要硼元素（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）来合成硅质外壳

硼元素（甘氨酸硼Boron Bisglycinate、乳清酸硼Boron Ototate）在浮游植物中的生理作用

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Physiological role of boron (Boron Bisglycinate, Boron Ototate) in phytoplankton

Boron (Boron Bisglycinate, Boron Ototate) is often found in nature in the form of boric acid and inorganic borate. For higher plants, boron (Boron Bisglycinate, Boron Ototate) is a metabolism that promotes carbohydrate transport. However, the concentration range of boron (Boron Bisglycinate, Boron Ototate) suitable for plant growth is very narrow, and once the concentration is excessive, plants will be poisoned. Most of the foreign studies also focus on the toxicological effects of boron (Boron Bisglycinate, Boron Ototate) on aquatic plants. Liu Huan et al. studied the toxic effects of different concentrations of boric acid and sodium tetraborate on chlorella vulgaris, and the results showed that boric acid and sodium tetraborate at concentrations of more than 20 mg/L had inhibitory effects on the biomass and protein synthesis of chlorella. It has also been pointed out that boron (Boron Bisglycinate, Boron Ototate) is an essential element for heterocysts differentiated by filamentous nitrogen-fixing cyanobacteria when there is a lack of inorganic nitrogen salts in the environment, and some diatoms also need boron (Boron Bisglycinate, Boron Ototate) to synthesize siliceous shells.

Physiological role of boron (Boron Bisglycinate, Boron Ototate) in phytoplankton

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