The Link Between Dementia and Iron


Measuring iron in the brain is the best known way to confirm dementia without performing an autopsy after death. The brain naturally creates tiny bits of iron referred to as “magnetite”. As a human being ages, more and more iron accumulates within the brain. Too much iron however, is a hallmark of dementia. It is theorized that this overproduction of iron is actually due to external factors like pollution rather than naturally occurring phenomena. Dr. Barbara Marr, a world renowned expert and authority in respect to the measurement of metal in incredibly small particles, took thin tissue sections of affected brains obtained during autopsy and observed them under a highly resolved transmission electronmicroscope to review the particles within the neurons of the brain and found 2 different shapes of particle. The magnetite particles are beautifully crystalline, regular and geometric, whilst the opposing particles were rounded in shape, referred to as “spherls” or “nanospheres”, rounded in shape because they were originally molten droplets. For every 1 biologically manufactured magnetite, 100 artificially implanted foreign particles of iron are found within the brains of those affected by this condition as confirmed by a study which took place in Mexico City, Mexico. Although not definitely proven, the shape of these secondary particles is remarkably similar to that of airborne pollution, which suggests to scientists that there is a discernible correlation between the 2 types

The Evolution of Primitive and Sophisticated Neural Networks


The human brain has 100,000,000,000,000 (100 trillion) connections and 86,000,000,000 (86 billion) neurons, which is more connections and neurons than there are stars in the Milky Way Galaxy. Ironically, the majority of the most successful creatures on Earth do not have a brain; organisms like plants, coral, and jellyfish. The sea squirt is a primary example as it has just 200 neurons, allowing it only to perceive and display simple interaction with the environment by sensing light and moving its flagellum. The sea squirt moves around until it finds a rock, then it dumps its tail and uses those once dedicated neurons for different applications, staying anchored to this spot for the rest of its life. Neurons were originally designed to allow for simple motion and movement, but as evolution progressed steadily, neural networks began to build and design intelligent life which is capable of consciousness and a sense of self but also more abstract concepts like art, mathematics, and science

The Purpose and Setup of Sensory Deprivation Tanks

sensory-deprevation-tankSensory deprivation involves a large tank which is filled up with water heated to 37 degrees Celsius, the same temperature as the body, and 1000 lbs., or some variation of this in smaller tanks, of Epsom salts are added, so that half of the body is underwater and half of it is above because of the density of the salt within the water. Human beings have low fat content on average and need this salt otherwise a participant would sink. An observer cannot distinguish between water and air because when within the tank as it feels the same, and after a short period of time, because there are no visual queues being that the tank is completely dark, in the absence of sensory input, an observer typically begins to think differently as the brain has more resources dedicated to thought as less surface area is compartmentalized for sensory stimuli. This process is extremely similar to meditation, however meditation takes both time and practice to achieve upon a consistent, reliable, and meaningful level, as opposed to a sensory deprivation tank in which reaching such a state is essentially automatic provided enough time passes within the tank for the observer. This experience ends instantaneously once the tanks door is opened however, unlike meditation or the use of pharmacological agents to achieve a psychedelic or intrinsic experience

The Danger of Air Pollution Gaining Access to the Brain


The reason pollution has a metallic taste and scent and that it burns the eyes when exposed to it is because the particles of air pollution are tiny enough that they can travel through nerve cells, and gain direct entry to the brain, where the olfactory bulbar meets the frontal cortex, as there is no blood-brain barrier at this point. The body protects itself through the blood-brain barrier, which means that particles within the bloodstream, cannot get directly into the brain. This system has a slight flaw however as the nose acts as a direct conduit for incredibly tiny particles to bypass this security mechanism

The Scientific Study of Consciousness After Decapitation In Rodents


Brainwave activity in laboratory rats has been measured after decapitation. Scientists have determined that the brain stays conscious for 4 seconds after decapitation. Laboratory rat brain cells could theoretically start working again if intervention is quick enough supplying the brain with adequate oxygen and glucose

Possible Future Technologies Which May Be Used In a Judicial Capacity


Subjects who display increased alpha wave activity, specifically within the temporal region of the brain when being scanned with electroencephalograph imaging is typically indicative of a person recalling a memory. Subjects who display increased alpha wave activity within the frontal region of the brain when being scanned with that same imaging technology is indicative of a person fabricating or conceptualizing a story. These types of scans may be used in the future within the criminal justice system when determining whether or not a person is telling the truth or fabricating an alternate summary of events

The Effects of Hydrocephalus


Hydrocephalus affects over 500,000 children worldwide. Hydrocephalus can be caused by infection, genetic anomalies, or head injuries. The reason hydrocephalus causes the heads of infants to grow so incredibly large is because all babies are born with soft, mailable skulls which are capable of expanding over 3x its typical size within the first 12 – 18 months after birth. Hydrocephalus is caused because the valve located between the left and right brain hemispheres which drains cerebrospinal fluid down the spine and into the abdomen, becomes blocked. When medical examinations are available, hydrocephalus can be diagnosed in utero allowing for immediate intervention. When the severity of hydrocephalus is diagnosed via computed tomography scan, the brain does not show up, as the water present takes up so much volume that the cavity where the brain would normally be, shows up as black, as water obstructs the ability of the scanner to take a complete image. The most common intervention of hydrocephalus is the installation of a shunt, but shunts have an 80% failure rate causing future uncertainty for those who have experienced hydrocephalus. Uganda has an unusually high occurrence rate of hydrocephalus primarily due to high rates of infant infection and lack of medical facilities and care