Complexity is a fundamental feature of life. Like animals, higher plants consist of a multitude of different distinct tissues and cell types, each contributing to the overall performance of the whole organism. Our understanding and knowledge of physiology will greatly increase as our ability to spatially resolve molecular and biochemical processes improves. Differential analysis of individual tissues and single cells will eliminate the averaging effect and allow the discovery of detailed differences between various cell types. Recent breakthroughs have been made in tissue-specific DNA, RNA and protein analysis of plants by applying laser-based microdissection techniques.

中文翻译：

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单电池技术。

复杂性是生活的基本特征。像动物一样，高等植物由众多不同的不同组织和细胞类型组成，每种都对整个生物体的整体性能做出贡献。随着我们在空间上解决分子和生化过程的能力的提高，我们对生理学的理解和知识将大大增加。对单个组织和单个细胞的差异分析将消除平均效应，并允许发现各种细胞类型之间的详细差异。通过应用基于激光的显微解剖技术，在植物的组织特异性DNA，RNA和蛋白质分析方面取得了最新突破。