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生活组织中大部份—也许全部—能底交换中,三磷酸腺苷(ATP)占着中心地位。因此ATP也可称之为“能量货币”或是“能量的传达者”。 种子萌发需要大量的能量(ATP),这不仅是用于幼苗新细胞成分的生物合成,也用于形成蛋白质的合成机器,以形成各种各样的酶,分解和转化贮藏物质。 近年来用萤火虫提取物测定ATP含量已广泛应用于医学和动、植物的研究。在植物中较多的用于光合磷酸化及种子萌发的研究。美国俄勒岗州大学Te May Ching是最先将此法应用于种子萌发研究而著称的,她发现吸胀的种子中ATP含量与脂肪、淀粉、蛋白质类种子的幼苗大小有着重要的关系。
Most, if not all, of the tissues in the world are exchanging, with adenosine triphosphate (ATP) at the center. So ATP can also be called “energy currency” or “energy transferrs.” Seed germination requires a great deal of energy (ATP), not only for the biosynthesis of new cellular components of seedlings, but also for protein synthesis machinery to form a wide variety of enzymes that break down and transform stored matter. In recent years, the use of firefly extract determination of ATP content has been widely used in medicine and animal and plant research. In plants more for photosynthetic phosphorylation and seed germination. Known for his first application of this method to seed germination research, Te O Ching University of the University of Oregon discovered that ATP content in swelled seeds is related to the seedling size of fat, starch, and protein seeds.