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Originally posted by DrJay1975
I am and have been a legitimate paranormal researcher and mental health professional for many years now. I have some issues
You state that "Frequencies and psychic energy that heal DNA changes understanding of consciousness and reality". This is far from being a fact. There is no scientific evidence that this statement is true and there isn't enough scientific evidence to even allow an impartial person to make assumption that this might be true.
You state paranormal investigators since their inception have always tried to obtain irrefutable evidence to prove the existence of ghosts. This isn't true either, there are far too few honest and legitimate paranormal researchers. Too many are out for notoriety and possibly some financial perks as well. Rather than seek irrefutable proof they fabricate evidence and try to derationalize common occurrence to the point where they are considered paranormal.
You say science hasn't caught up with the needs of the paranormal investigator. This statement isn't true either. Show me 1 paranormal researcher who can quantify a ghost to the point where he can explain to a legitimate scientist what type of equipment he needs to detect a ghost 100% of the time. There isn't one. The truth is the paranormal pseudoscientist hasn't caught up with real science and more often than not chooses to ignore real science.
You explain what an EMF detector does and what an electromagnetic field is. But there is no proof that a ghost, spirit or demon generates an electromagnetic field.
YOu state how important the K2 meter is. The K2 is a cheap piece of equipment that only measures 1 of the 2 parts of an electromagnetic field. It measures the magnetic field but not the static electric field.
You also exaggerate the effects of EMF's encountered in the home on the human body. Even long term exposure to what a scientist would consider high EMF's for a home has no adverse affects on the body. Nobdy has ever proven otherwise. Yes high EMF's can cause problems even if you are exposed short term, but the levels required to do that are not found in homes. Actually the levels that most paranormal investigators consider high enough to produce hallucinations and their causes other ailments don't have a proven link. Evidence actually points towards no effect. ANd then some researches claim that the people living there have a hypersensitivity to EMFs. More pseudoscience and hocus pocus. There is no biological mechanism for hypersensitivity to EMFs. And the vast majority of scientific evidence says there is no link between the two. Funny how most so called paranormal investigators ignore the real science and focus only on what validates their belief.
Again there is no proof whatsoever that EMF's can transfer DNA, or should I say legitimate scientific evidence.
"The goal is a DNA sensor that is simple, lightweight, low power and reusable," said Plaxco. "The target is to detect certain types of DNA. There are existing techniques that are incredibly sensitive, but they are slow and cumbersome and take hours to days to complete." For example, doctors now check for genes by using a several-hour technique known as PCR, or polymerase chain reaction. Plaxco explained that the authors have developed an electronic detector for DNA based on a one millimeter electrode and electronics that can be held in the hand. The detector is "reagentless," meaning that nothing needs to be added to get a reading. Currently all other electronic DNA detection approaches require that the DNA be treated with reagents in order to generate a signal. "We've made an important step forward," said Plaxco.
Research into the nature of DNA has revealed that this material within each cell of our bodies has important implications for who each one of us is, on many levels. In addition to determining our physical characteristics, our vulnerabilities to certain diseases, and maybe even our personality, is it possible that the DNA helix holds some of the important memories of our ancestors?
Theories that suggest that we can tap into the deep nature of DNA to uncover ancient memories are not new. In the 1960s, some psychological researchers claimed that there may be keys that unlock our DNA, revealing experiences of generations of our relatives who lived long before our present time.
In the 1988 movie ALTERED STATES starring William Hurt, the main character, a research scientist (Hurt) dives deep into his consciousness and genetic roots. In the film, he not only relives ancient experiences of his ancestors, he actually changes on the biological level.
This film was reportedly based on the real-life research of prominent psychologists and medical researchers of the 1960s and ‘70s who used isolation tanks and pharmacological triggers to access deep DNA memories and experiences, which they claimed were real. These ideas are similar in a way to the concepts of past lives and reincarnation. However, this DNA-related line of thinking focuses on the previous lives within us that are based on genetic memories, encoded on the DNA helix within us.
www.emergentmind.org...
In 2005 a group conducted by P. Gariaev in Russia performed the following experiment. DNA samples were exposed to electromagnetic fields in certain frequency ranges. As a result, various luminous wave structures were created in the air nearby. They were recorded on film. These amazing phantom structures were found to move along complicated trajectories. Moreover, they mimicked the shape of the DNA sample and some objects surrounding it.
A quartz cuvette with a DNA sample is moved from one location to another. And a trace, a phantom, is left in the air in the original location of the sample. This phenomenon was registered using the laser spectroscopy method by P. Gariaev in 1984 in Russia and by the group of R. Pecora in 1990 in the U.S.A. Gariaev also investigated the stability of the phantom and he found the following. After blowing the phantom away by the gaseous nitrogen, it comes back in 5-8 minutes. And the phantom disappears completely after 1 month. We remark that sound waves radiated by the DNA molecules were registered in these experiments.
The spectrometer readings in 10 minutes after the removal of the cuvette with the DNA sample. After the cuvette part of the spectrometer was cleared by gaseous nitrogen, the spectrometer started giving the background readings, like in the Figure 1a. above, but within 5-8 minutes a “phantom” was registered again. This procedure was repeated many times, and each time a “DNA phantom” would return. Approximately in one month the “phantoms” gradually disappeared, or ceased to be registered, shifting beyond limits of sensitivity of the spectrometer.
Originally posted by zazzafrazz
reply to post by 2theC
You are referring in a round about way to genomic imprinting and epigonemics.
Wiki
en.wikipedia.org...
en.wikipedia.org...
Genomic imprinting has functional differences on specific genes derived from paternal versus maternal development. One is expressed, the other is silenced.
Epigonemic phenomena is well established in mice and suggested in primates. Paternal and maternal affect different behaviours, however, how this works in humans is yet to be studied to its fullest. Modificatoins of the human geonome imprint happens, though not enough information is out.
Imprinted genes are monoallelically expressed in a parent-of-origin dependent manner. Whilst the full functional repertoire of these genes remains obscure, they are generally highly expressed in the brain and are often involved in fundamental neural processes. Besides influencing brain neurochemistry, imprinted genes are important in the development and function of the hypothalamus and pituitary gland, key sites of neuroendocrine regulation. Moreover, imprinted genes may directly modulate hormone-dependent signalling cascades, both in the brain and elsewhere.
Much of our knowledge about imprinted gene function has come from studying knockout mice and human disorders of imprinting. One such disorder is Prader-Willi syndrome, a neuroendocrine disorder characterised by hypothalamic abnormalities and aberrant feeding behaviour. Through examining the role of imprinted genes in neuroendocrine function, it may be possible to shed light on the neurobiological basis of feeding and aspects of social behaviour and underlying cognition, and to provide insights into disorders where these functions go awry.
www.epidna.com...
Epigenetic mechanisms, including DNA methylation, histone modifications, and other chromatin-remodeling events, are critically important in mediating precise neural gene regulation. This review focuses on discussing the role of DNA methylation and histone modifications in neural lineage differentiation, neural behavior, and synaptic plasticity.
www.epidna.com...
So the epigenetic changes are our current behavioural modifcations, and you are connecting previous behaviours by ancestors to our underlying imprints.
IF Epigenetic molecular mechanism can potentially alter underlying lifelong and transgenerational perpetuation of changes in gene expression and behavior induced by environment, then it is yet to be proven fully how these over time were imprinted on DNA.
How these imprints created the experience between three of us connected via paternal lineage.... does make me scratch my head. I shall ponder more. TY
Originally posted by zazzafrazz
hey hun
from my OOOOOollllld thread on past lives understandings that cover the genomic imprinting premise.
www.abovetopsecret.com...
So the epigenetic changes are our current behavioural modifcations, and you are connecting previous behaviours by ancestors to our underlying imprints.
IF Epigenetic molecular mechanism can potentially alter underlying lifelong and transgenerational perpetuation of changes in gene expression and behavior induced by environment, then it is yet to be proven fully how these over time were imprinted on DNA.
Researchers at the John Innes Centre have made a discovery, reported this evening (24 July) in Nature, that explains how an organism can create a biological memory of some variable condition, such as quality of nutrition or temperature. The discovery explains the mechanism of this memory -- a sort of biological switch -- and how it can also be inherited by offspring
The work was led by Professor Martin Howard and Professor Caroline Dean at the John Innes Centre.
Professor Dean said "There are quite a few examples that we now know of where the activity of genes can be affected in the long term by environmental factors. And in some cases the environment of an individual can actually affect the biology or physiology of their offspring but there is no change to the genome sequence."
For example, some studies have shown that in families where there was a severe food shortage in the grandparents' generation, the children and grandchildren have a greater risk of cardiovascular disease and diabetes, which could be explained by epigenetic memory. But until now there hasn't been a clear mechanism to explain how individuals could develop a "memory" of a variable factor, such as nutrition.
^-- How many 8 year olds do YOU know that ride motorcycles?