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[细胞分子计算机。八、生物膜中分子记忆的可能构建及信息记录中自由能最小消耗原理]

[Cell molecular computer. VIII. Possible construction of a molecular memory in biological membranes and principle of minimum expenditures of free energy in recording information].

作者信息

Liberman E A

出版信息

Biofizika. 1975 Jul-Aug;20(4):624-7.

PMID:1201294
Abstract

The principle of minimum expenditure of "price of action" [5] provides in the liquid cell membrane such operative memory which uses for recording information from any receptor (multidigit number) the transmission of an electron with the loss smaller than 250 mev. According to the hypothesis such memory is constructed from equal protein molecules and different lipid addresses for different receptors. It works on Brown collisions, weak interactions between the molecules and capture bonds controlled by MCC with a minimum expenditure of free energ- for the formation and breakage of bonds.

摘要

“作用代价”最小化原则[5]在液状细胞膜中提供了这样一种操作记忆,它利用电子传输来记录来自任何受体(多位数)的信息,且电子传输损失小于250兆电子伏特。根据该假设,这种记忆由相同的蛋白质分子和针对不同受体的不同脂质地址构成。它基于布朗碰撞、分子间的弱相互作用以及由分子捕捉复合体(MCC)控制的捕捉键来运作,形成和断裂键时自由能消耗最小。

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