蚊子的意识

Richa, D. Chaturvedi, S. Prakash
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引用次数: 7

摘要

蚊子是导致多种致命疾病在世界范围内传播的重要昆虫。每一项控制蚊子数量的策略都收效甚微,因为蚊子传播的疾病每年仍造成数百万人死亡。本研究旨在通过对蚊子幼虫内源性电磁能发射的研究,了解能量场在蚊子基础生物学进化中的作用。它将使我们了解电磁能是如何参与它们多年来的发展和生存的。这些实验包括致倦库蚊、斯氏按蚊和埃及伊蚊的幼虫种群。采用改进的DEI经络能量分析装置(DEI MEAD)对蚊子幼虫体外电能进行了研究。利用超导量子干涉仪(SQUID)对磁场进行了测量。因此,与对照相比,我们可以在这里记录到幼虫种群的显著生物电磁能量发射。同时观察到,随着幼虫数量的增加,它们的电磁场也越来越强。提示电磁辐射可能是一种现象,在组织蚊子幼虫发育能量场中起着重要作用。这种内源性能量场可能预示着蚊子生物场的概念。生物场可能促进和调节蚊子的生物功能,也可能是意识蚊子外部相关性的一个指标。这是第一个帮助我们理解无脊椎动物意识起源的报告。
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The Consciousness in Mosquitoes
Mosquitoes are significant insect responsible for variety of fatal diseases spreading worldwide. Every strategy to control mosquito population resulted trivial as mosquito borne diseases are still causing several million deaths annually. The present study is an attempt to investigate endogenous electric and magnetic energy emission of mosquito larvae with an aim to understand the role of energy field in evolution of their fundamental biology. It will enable us to understand how electric and magnetic energy involved in their development and survival over the years. These experiments include larval population of Culex quinquefasciatus , Anopheles stephensi , and Aedes aegypti . We have studied electric energy of mosquito larvae in-vitro with improved DEI Meridian Energy Analysis Device (DEI MEAD ). Further, the magnetic field was assessed by Superconducting Quantum Interference Device (SQUID). We, therefore, could record here a significant bioelectromagnetic energy emission from the larvae population in comparison to control. Also, it was observed that with increase in larval population, their electromagnetic energy field grew stronger. It suggests that electromagnetic radiation may act as a phenomenon and in organizing the development energy field of mosquito larvae. Such endogenous energy field may indicate towards the concept of biofield in mosquitoes. It can be possible that the biofield facilitate and regulate biological functions of mosquitoes which may also be an indicator of external correlates of consciousness mosquitoes. This report is first of its kind in helping us understand the origin of consciousness in invertebrates.
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