The HPD nitroxide free radical was first synthesized and used to study the influence of ginsenoside on the photosensitization of HPD.
本文首次合成和使用自旋标记的血卟啉氮氧自由基，研究了人参皂甙对HPD光敏作用的影响。
It may be used in biological analysis, medicament design and development, solar cell, optical disc photosensitization and other fields.
可用于生物分析、药物设计与开发，太阳能电池、光盘、照相感光等领域。
HPD photosensitization may also destroy the arrangement and conformation of target molecules, leading to the disorder and damage of the cell membrane structure.
HPD光敏作用也可破坏靶分子的空间排列或构象，从而导致膜结构的无序和损伤。
HPD photosensitization may also destroy the arrangement and conformation of target molecules, leading to the disorder and damage of the cell membrane structure.
HPD光敏作用也可破坏靶分子的空间排列或构象，从而导致膜结构的无序和损伤。
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