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How to control nervous system with radiofrequency without implants (lab mouse)?
Hey, read some interesting papers can't find them anymore. Every individual has its own very narrow freuency range to which it corresponds. Finding another Individual within that range is a 1 to a million chance. Therefore it is perfectly suited to stimulate only those subjects u want to stimulate. Sadly dont remember the specific brain area which "translates" the rf signals into neural instructions, it was the the nucleus olivaris or near it. You can not control the sceletal muscle movements, but among other things bloodpressure, bowel movement in the illeus, depth of sleep, temperature regulation, hallucinations of smell, metabolism, accomodation of the eyes, libido and penile tumescence aswell as to a limited extent memory. Happy if you can provide me a link, scientist name or name of the method / paper :)
Moreover, controlling the nervous system with radiofrequency without implants in lab mice is a highly specialized and technical field that requires a deep understanding of neuroscience and advanced experimental techniques. It's not something that can be accomplished without proper training, equipment, and ethical considerations.
If you have a specific research question or interest in this area, I would recommend consulting with a qualified neuroscientist or an expert in the field who can guide you through the proper experimental procedures and ethical considerations. Additionally, it's important to ensure that any animal research is conducted in accordance with ethical guidelines and regulations to ensure the well-being of the animals involved.
What else can I help you with?
What nervous system functions independently and continuously?
The autonomic nervous system, which is the one that keeps your heart and lungs functioning without your conscious effort or control.
How can you get pregnant quickly after removing the implants?
There's no trick to getting pregnannt after stopping hormonal birth control. Just have sex without protection.
Why is the autonomic nervous system so named?
autonomic nervous system refers to visceral organs that we are unable to control. these organs control actions such as breathing, heart rate, etc. that occur without having to be thought about
What systems control body functions?
The control center of the body is the brain. The nervous system (commands the body) and endocrine system (secretes hormones) control body functions. The autonomic nervous system, the parasympathetic nervous system manage body functions without needing signals from the brain.
What is the main organs of the nervous system?
The Brain. Its definitely the brain because without the brain you would be nothing.
Can a bald man get his hair back without implants?
Get à Life
What is the nervous system that functions without conscious effort?
The autonomic nervous system functions independently and continuously without conscious effort.
Will you die without the nervous system?
There is no question that a human being cannot live without a nervous system.
Which nervous system dominates the control of effector organs under normal everyday conditions?
The autonomic nervous system dominates the control of effector organs under normal everyday conditions. It consists of the sympathetic and parasympathetic divisions, which work together to maintain homeostasis by regulating functions such as heart rate, digestion, and respiration without conscious effort.
What are examples of somatic and automatic systems?
somatic is voluntary autonomic is involuntary.
What is the function of the autonomic nervous system?
The function of the autonomic nervous system is to control involuntary actions, or body functions that must operate even without conscious awareness of those functions. It regulates heart activity, acting like brakes and accelerators to decrease or increase the heart rate.
Is the autonomic nervous system under conscious control?
The nervous system controls many things, almost everything in our bodies. Here is a list that probably could be much longer:BehaviorCognitionMemoryEmotionsMetabolismHomeostasisDigestionRespirationHeart rateBlood pressureand much more...
