Krasne F B
Brain Res. 1978 Jan 27;140(2):197-216. doi: 10.1016/0006-8993(78)90455-9.
All advanced nervous systems use plastic properties of neurons for learning, remembering and achieving other information processing feats. Recent findings on a variety of relatively simple nervous systems or reduced parts of more complex ones suggest the notion that, in addition to having neurons with intrinsically plastic properties, nervous systems also have mechanisms for controlling the development, expression, and maintenance of changes in their inherently malleable neurons. This hypothesis has important implications for understanding both the brain's learning machinery and also aspects of nervous system organization not obviously related to learning.
所有高等神经系统都利用神经元的可塑性来学习、记忆并实现其他信息处理功能。最近对各种相对简单的神经系统或更复杂神经系统的简化部分的研究结果表明，除了具有内在可塑性的神经元外，神经系统还具有控制其固有可塑性神经元变化的发育、表达和维持的机制。这一假设对于理解大脑的学习机制以及神经系统组织中与学习无明显关联的方面都具有重要意义。
