Kuropatkin A I
Fiziol Cheloveka. 2010 Sep-Oct;36(5):95-100.
Key significance of information processes for ensuring optimal sanogenesis was shown by wavelet-analysis of skin microvascular blood flow oscillations at 64 patients with complex regional pain syndrome after sympathectomy Early reorganization of information in trophotropic direction at the level of microvascular tissue systems, its predomination and conservation all along the microvascular networks facilitate optimal realization of adaptive reactions and, as a result, are conductive to maximum treatment efficiency. In these cases complete elimination of disease and achievement of excellent treatment results were possible. Maximum treatment efficiency could not be reached without the above-mentioned information changing. On the contrary predomination and conservation of ergotropic information at the early periods after surgery were unfavourable to prediction of clinical results of sympathectomy Tissue desympathisation is not required to formation of information trophotropic purposefulness in microvascular networks; it is enough to achieve certain threshold of sympathetic activity decrease. The results of this work may be useful for investigation of physiological mechanisms of information treatment technologies (homeopathy etc.).
对64例交感神经切除术后复杂性区域疼痛综合征患者的皮肤微血管血流振荡进行小波分析，结果显示信息过程对确保最佳健康生成具有关键意义。在微血管组织系统层面，营养性方向的信息早期重组、其在整个微血管网络中的主导地位和保持，有助于适应性反应的最佳实现，从而有助于实现最大的治疗效果。在这些情况下，有可能完全消除疾病并取得优异的治疗效果。没有上述信息变化，就无法达到最大治疗效果。相反，术后早期促肾上腺能信息的主导和保持不利于交感神经切除术临床结果的预测。在微血管网络中形成信息营养性目的性不需要组织去交感神经化；达到交感神经活动降低的一定阈值就足够了。这项工作的结果可能有助于研究信息治疗技术（顺势疗法等）的生理机制。
