Next Plandemic | Controlled a Mouse to Kill - Optogenetics with Graphene and Luciferase

#OccultSymbols
#HiddenKnowledge
#EsotericWisdom
#DoubleMeaning
#SecretLanguage
#MysticSymbols
#ArcaneKnowledge
#Symbolism
#HiddenMessages
#Occultism
#EsotericSymbols
#HiddenTruths
#MysterySchools
#DoubleEntendre
#HiddenMeaning
#EsotericTeachings
#SymbolicLanguage
#SacredGeometry
#CrypticMessages
#OccultWisdom

These hashtags can be used to explore or share content related to mystical, secretive, or symbolic aspects of various belief systems and practices.

Save Souls with an OfGod Tshirt: https://sjwellfire.com/shop/
Join our newsletter: https://sjwellfire.com/
Gab: https://gab.com/sjwellfire
Support us to save souls via the news: https://sjwellfire.com/support/
or [email protected] paypal
Prepare: https://sjwellfire.com/partners/
Optogenetics, Luciferase, Graphene, and Their Role in Controlling Behavior:
Optogenetics: Optogenetics is a cutting-edge biological technique that involves using light to control the activity of specific neurons in living organisms, such as mice. It combines genetics and optics to enable precise manipulation of neuronal activity. Researchers achieve this by introducing light-sensitive proteins called opsins into neurons using genetic modification. These opsins allow neurons to respond to light, either by activating or inhibiting their activity. By shining light of specific wavelengths onto these modified neurons, researchers can trigger or suppress their activity, thus influencing the behavior of the organism.
Luciferase: Luciferase is an enzyme that catalyzes the oxidation of luciferin, resulting in the emission of light, typically in the visible range. This bioluminescent reaction is found in various organisms, including fireflies. Scientists have harnessed the luciferase-luciferin system for various applications, such as creating bioluminescent markers in genetic and cellular studies. By incorporating luciferase genes into specific cells, researchers can visualize their activity using bioluminescence imaging techniques, providing valuable insights into cellular processes.
Graphene: Graphene is a single layer of carbon atoms arranged in a hexagonal lattice. It possesses remarkable properties, such as high electrical and thermal conductivity, mechanical strength, and flexibility. Researchers have explored graphene's potential in various fields, including neuroscience. In the context of optogenetics, graphene-based devices can be used as flexible and transparent electrodes to interface with neural tissue. These devices can efficiently stimulate and record neural activity due to graphene's electrical properties and biocompatibility.
Controlling Mouse Behavior: To control mouse behavior using optogenetics, researchers insert genes encoding light-sensitive opsins into specific neurons using viral vectors. These opsins could be excitatory (stimulating neurons) or inhibitory (suppressing neurons). When mice express these opsins, targeted neurons become responsive to light. By using elements implanted in the brain, researchers can deliver light of precise wavelengths to these neurons, modulating their activity and consequently influencing the mouse's behavior. This technique has provided insights into neural circuits underlying various behaviors, such as movement, memory, and even mood. It’s interesting, there are white papers linking graphene, luciferase, and optogenetics together. Why are the elite so desperate to defile you?