To help study how the brain reacts to emotional stimuli bio sensors ( i.e nano bots ,which could be" steered" in an exacting manner to site specific areas in the brain , without invasive surgery,where emotions ,senses and cognitions are created ) several researcher have decided to work with other areas of a subject's mind with sensory over ride techniques or what we might call Virtual Reality. Nanobots (biosensors)were addendum-ed to the subject's auditory and visual cortex so a simulated induction of Virtual Triggers upon the subject's Inner Sight(the type of seeing one does in dreams and imagination) and Inner Ear (the little voice one hears inside one's head) to discover by remote electronic means how a human organism responds psychologically and physiologically to induced aural and visual stimuli by a Brain Computer Interface presumed to instill anger ,fear ,discomfort .In another study researcher skipped sight and sound based incitement to discover -how the Computer "to "bot" (placed in between areas of the subject's neurons) interface could imbue in another electronic actuation of Happiness,Rage, Lust ,Terror, and even more subtle emotions such as Regret ."Inducing emotions generates profound changes and generates profound data for future Brain Research and Brain Map.Specifically Pattern Recognition of Brain Signals to "red flags before any action or violence is perpetrated upon others. -(name with held upon request)
We can no longer rely on studies on mice and rats. It is now imperative that we focus on human islets. At the end of the day, it is the only way to understand how they function.The inability to recreate human diseases accurately in other animals is an inherent and fundamental flaw in the use of animal experiments.
Let's take a look at stroke experiments in animals to examine how they strike out. In humans, stroke is usually caused by the gradual narrowing of a blood vessel to the brain by atherosclerosis or by a blood clot that developed in another part of the body. Animals in labs don't naturally get strokes. Experimenters artificially induce strokes by methods such as clamping off major blood vessels in animals' brains or artificially inserting clots into their vessels. The problems with this is that artificially inducing stroke in animals does not recreate the complex physiology that causes the natural disease in humans, which may develop over decades. In humans, stroke is usually linked to pre-disposing conditions such atherosclerosis, high blood pressure, and diabetes.
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