Microtubule Mediated Quantum Epigenetic Transduction

Microtubule-Mediated Quantum Epigenetic Transduction (MMQET) proposes that coherent GHz-THz microtubule vibrations transduce environmental electromagnetic fields into rapid Polycomb Repressive Complex 2 (PRC2) bias, yielding measurable changes in H3K27me3 breadth within 10-60 minutes. Signal transduction occurs in milliseconds-seconds; enzymatic readout occurs over minutes. The model provides a unified biophysical mechanism for evolutionary stasis (Limulus polyphemus), acute neurostimulation outcomes (TMS), and rapid stress imprinting.微管介导的量子表观遗传转导（Microtubule-Mediated Quantum Epigenetic Transduction, MMQET）假说提出，相干吉赫兹-太赫兹频段的微管振动可将环境电磁场转换为对多梳抑制复合体2（Polycomb Repressive Complex 2, PRC2）的快速活性偏置，在10至60分钟内即可引发H3K27me3（组蛋白H3第27位赖氨酸三甲基化）修饰区域范围的可检测变化。其中，信号转导过程仅需毫秒至秒级时间尺度，而酶促信号读取过程则需耗时数分钟。该模型为进化停滞现象（美洲鲎Limulus polyphemus）、急性神经刺激效应（经颅磁刺激TMS）以及快速应激印记提供了统一的生物物理机制。