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This Protocol is designed to be completed in the order given, at least on your first run through. This is because it takes account of pathogen dependencies and synergy, and is intended to tackle all problems in the most efficient way that’s least problematic for the sufferer. When you’ve done the Protocol once, you should then go back and concentrate on those presets and programs that provoked a physical response or a positive result of any sort. If you treat while sleeping, you will know when you’ve had a reaction by how you feel when you wake. Occasionally, that reaction may be strong enough to wake you. Note all presets that provoke this reaction so you can return to them. However, please be aware that Morgellons and Lyme are tough designer diseases to beat. It may take time and repeated applications of the frequencies you need. But once you’ve cleared the stage of all the bit part players and brought your immune system back online by completing this Protocol once, they are beatable.

The Golden Rule of Rifing

Any living thing that lives in or on you, that consumes your energy or resources, and that confers no benefit upon you in exchange, is a parasite. This includes insects, fungi, bacteria, and viruses. It may surprise you to learn that, with the possible exception of viruses, all parasites themselves have their own parasites. Viruses and spirochaetes can parasitize bacteria. Fungi can parasitize larger fungi. They can also host viruses, bacteria, and insects. And insects can harbour many different parasites internally and on the surface of their bodies. Entirely understandably, insect infestation sufferers wish to be rid of their pests the moment they get their hands on a Rife system. I did this myself – and it brought me a world of nightmare and suffering. When you kill hundreds of thousands of large parasites like mites (“large” by comparison with bacteria), you’re leaving all their internal and external parasites alive. When the insect bodies decompose, all those living fungi, bacteria, and viruses are released into your bloodstream. And now you’re in big trouble. Since you’ve just killed their hosts of choice, you will have to take their place. You’ve just given your already-overburdened immune system an enormous number of extra headaches to deal with.

So the rule of rifing is this:
Always work from smallest to largest.
This can also be stated as: work from the inside to the outside, from the things contained to the container itself. If you proceed like this, you won’t end up in the awful trouble that I did, because when you finally get to kill your biggest parasites, you should already have killed everything inside them that might have been unleashed.

- Spooky2 Guide M&L,  p.32-33

When Dr. Royal Raymond Rife invented his technology, he used radio as the transmission mode, and a conventional radio antenna as the actual transmitter.

However, he soon found he was able to get better results by using a plasma tube to transmit the frequencies. In later years, he actively considered plans to add DC electricity as a transmission mode via handheld electrodes because it didn’t interfere with local radio station reception or transmission.

Unfortunately for humanity, this was never to be, as the medico-pharmaceutical juggernaut, which stood to lose everything, systematically trashed his discoveries, his business, and his reputation as a scientist.

Thankfully, the principles behind this mode of transmission - called "contact" or "pad" mode - survived.

Today, more Rife enthusiasts use contact mode machines than any other type.

And with good reason, because this is a highly effective way to introduce frequencies into the body and get them working quickly. However, some have criticized contact mode, claiming that the "skin effect" prevents the current from penetrating deeply enough into the body.

This is essentially based on a misunderstanding of what the skin effect actually is.

In electronics, the outer surface of any electrical conductor, such as a wire, is called the "skin." The actual skin effect refers to the tendency of AC (alternating current) to flow close to this outer surface. The higher the frequency of the current, the more apparent the effect becomes. The problem it presents is that it increases the resistance of the conductor, making it less efficient.

Although human skin is resistant to electrical current flow, the term "skin effect" was never meant to refer to living flesh, but to materials used in the transmission of power.

However, the skin effect is not present to nearly the same extent when you’re transmitting DC electricity - which is what all Rife machines use.

With sufficient power, a well-designed Rife machine can deliver DC electrical energy deep enough into the body to reach all of its organs. Controversy remains, however, over whether this energy is capable of reaching the inner surfaces of hollow organs. Some researchers believe that DC energy doesn't actually need to do this because it’s the audio energy encoded into it that's important, and once this hits an organ’s outer surface, it will be transmitted by cell-to-cell and intercellular conduction to the entire organ.

Others prefer to rely on a different technique called plate-zapping, invented by Dr. Hulda Clark. Since this involves buying a pretty expensive piece of additional kit, we won’t go into it here. And frankly, we’re not convinced that it’s needed.

The bottom line is that contact mode using a properly designed Rife system works very well indeed, but if you prefer the "belt and braces" approach, you can always back up deep hollow organ experimentation by using Remote or Plasma Mode as well, both of which will penetrate the entire body.

Finally, Spooky2 has another trick up its sleeve. Plasma penetrates deep into the body because it uses a radio-band carrier wave, usually 3.1MHz or 3.3MHz. Spooky2 allows you to create a far better type of carrier - a dynamic carrier that’s harmonically related to the audio frequencies, which adds therapeutic value, and use this in Contact Mode.

Spooky2 has different kinds of contact accessories for different situations usage, including Spooky Conductive Carbonized Rubber Hand Cylinders, TENS pads, TENS Contact kit, TENS Internal Electrode, etc.
Using Spooky2 for Contact Mode is simplicity itself. Connect the contact accessory to the High Power port of Spooky Boost 3.1, which can combine both outputs and quadruple the power of Contact Mode.
 

(Source : Spooky2)

A new Government-funded study has suggested that common cooking oils used by millions could be contributing to a worrying surge in colon cancer cases among young people. Research published in the journal Gut has found that seed oils - including sunflower, canola, corn and grapeseed varieties - may be fuelling one of the fastest-growing forms of the disease. The groundbreaking study, conducted by researchers at the University of South Florida, analysed tumour samples from more than 80 cancer patients.

Scientists discovered high levels of bioactive lipids, which are microscopic fatty compounds produced when the body breaks down seed oils, in the samples. Seed oils have become increasingly prevalent in modern diets, with the average person consuming nearly 100 pounds annually - a thousand-fold increase since the 1950s.  The research team examined 81 tumour samples from colorectal cancer patients aged between 30 and 85 years old and more than half of the studied patients had advanced stage three or four cancer.
Scientists found significantly higher concentrations of bioactive lipids compared to healthier fats within the tumours.

The study has suggested that these oils may be particularly problematic due to their high omega-6 fatty acid content. Researchers explained that these oils can be dangerous in two distinct ways: first, they promote inflammation which helps cancers grow and develop and, secondly, they prevent the body's natural defences from fighting the tumours effectively. The inflammation process causes cells to constantly split and regenerate in the colon, making them more susceptible to cancer-causing mutations. Chronic inflammation also weakens the immune system's ability to destroy abnormal cells. The study has noted that when seed oils are consumed, they undergo a complex biochemical process, forming compounds called eicosanoids - a type of bioactive lipid that has been linked to inflammation in the colon. Dr Timothy Yeatman, study author and professor of surgery at USF Health Morsani College of Medicine, said: "It is well known that patients with unhealthy diets have increased inflammation in their bodies." 

The American study has followed President-elect Donald Trump's appointment of Robert F Kennedy Jr as health secretary, who has said that Americans are "unknowingly poisoned by them", referring to the oils. "We now see this inflammation in the colon tumours themselves, and cancer is like a chronic wound that won't heal."  The researchers have recommended switching to healthier alternatives like olive and avocado oil, as Yeatman added: "This has the potential to revolutionise cancer treatment, moving beyond drugs to harness natural healing processes." "It's a vital step toward addressing chronic inflammation and preventing diseases before they start." The findings come amid alarming projections for colon cancer rates among young people, while experts have started to predict diagnoses among people under 50 years old will rise dramatically by 2030. Specifically, cases in people aged 20 to 34 are expected to increase by 90 per cent compared to 2010 levels. While no single cause has been definitively identified, ultra-processed foods are believed to be a significant factor, which typically contain fats, sugars and other chemicals that contribute to inflammation in the digestive tract.

(Source : GBNews)

Spectronosod – informational remedy recorded on matrix – water, spirits, sugar. With Sensitiv Imago equipment it is possible to create such medication yourself.
Spectronosod is represented in the form of frequency characteristics (this can be information on medicine, information against microorganism, information of absolutely healthy organ), which are not directed at the patient’s organism during the state correction, but taken in due time.

There are 3 types of spectronosods:

1st type.
• Spectronosod of medicine
In the database are recorded frequency characteristics of medicine (allopathic, naturopathic, homeopathic, etc.). With the help of the equipment these frequency characteristics can be recorded on carrier (matrix), thus actually turning it into medication. This type of spectronosod keeps the same information as the medicine copy of which it is. The difference is that spectronosod does not include any chemical constituent of the medicine – so, it has no side effects.

2nd type
• Spectronosod of healthy organ
In the program database are recorded etalons of healthy organs. This information can be transferred to the carrier.
While accepting this information, it influences subcortical brain structures responsible for work of particular organs. In doing so, spectronosod “reminds” the organ how to function properly, that leads to the recovery of functions of the given organ.
As for their recording type, these spectronosods are called “straight” (information is transferred onto matrix with no alterations).

3rd type
 • “Inverted” spectronosods (in this particular case the information is carried out onto matrix with mirror reflection effect).
While perceiving information from an object, all information on pathological processes and stirrers, as well as harmful substances and processes, is recorded into the program database. This data can be used to prepare spectronosod against this information. When doing so, pathological information, being inverted, is recorded on matrix. Thus, when overlapping of the described frequency information with pathological one occurs, they mutually neutralize each other.

Spectronosod preparation can assist in achieving two goals at once:

1) an operator will be able to enhance the BRT or frequency compensation treatment effect;
2) in the periods between treatment courses an organism of the investigated person continues to get health-improving effect – intentionally.

(Source : SensitiveImago)

► According to ChatGPT :

"Spectronosods" are a term associated with bioresonance therapy and refer to informational remedies recorded onto carriers like water, alcohol, or sugar using specialized equipment. These remedies are intended to transfer specific frequency characteristics to influence the body positively. There are three types of spectronosods:

1. Medicine-based Spectronosods: These carry the frequency characteristics of various medicines (allopathic, homeopathic, etc.) without including their chemical components, which allegedly avoids side effects.

2. Healthy Organ Spectronosods: These transfer the frequencies of healthy organs to help remind the body how to function properly.

3. Inverted Spectronosods: These are designed to neutralize harmful or pathological information by using mirrored frequency characteristics to counteract the disturbances.

Spectronosods are used within the framework of bioresonance therapy, which operates on the principle that every cell emits electromagnetic frequencies. This therapy aims to detect and correct imbalances in the body's frequency patterns for therapeutic purposes.

You may have heard the term Nogier frequencies tossed around sometimes. If you don't know what it refers to, the name itself might sound like something out of a science fiction movie. Well, Nogier frequencies might be science, but they are not fiction. They are specific frequencies that can help your health.
 
What Is Auricular Therapy?
 
This is a type of therapy which dates back millennia, but in the modern sense it was established by the French physician and neurologist Paul Nogier. Auricular therapy is based on the notion that the entire body and all body tissues are represented on the outer part of the ear, called the auricle.

In this kind of therapy, health benefits are achieved through the stimulation of the external ear. By targeting specific acupuncture points on the ear, this local therapy actually heals other parts of the body.

Nogier identified seven relevant structures of the ear that play a part in this therapy: the tragus, antitragus, helix, antihelix, triangular fossa, scapha and concha.
 
Stimulation of Acupuncture Points
 
The mapping of the ear sounds like the basis of an acupuncture therapy, so what does all of this have to do with frequencies? The auricle map has, indeed become indispensable for acupuncture practice. In fact, in the US, there has been a major acupuncture training program backed by the US Department of Defense that uses this map for the treatment of veterans.

However, the ear can be stimulated by other means too. In his practice, Nogier discovered that these pressure points also respond to stimulating vibration at various frequencies. That is because all tissue types in the body are ultimately made out of cells, and cells out of molecules and atoms. Since all atoms constantly vibrate, so does all matter, including the skin and tissues in the body.
 
What Exactly Are Nogier Frequencies?
 
Paul Nogier discovered that healthy tissues have their own frequencies of vibration and their own vibratory pattern. In a state of illness, they fall out of these patterns or change the wavelength of their vibration, disrupting their normal resonance frequencies.

It's easy to think of the body's well-being as music. As long as every tissue, every system, every nerve and all the organs vibrate at their natural frequencies, there is music and harmony. It's enough that only one part of this system changes its resonance, and the music turns into disharmony and unpleasant noise. Nogier frequencies are healthy frequencies that can stimulate the system and restore it to its previous, harmonious state.
 
The Seven Nogier Frequencies
 
During his practice and research, Paul Nogier identified and developed experimentally the seven frequencies that have the most beneficial effect on the body. He divided them into three basic frequencies, which correspond to the three types of tissue during embryonic development, and four additional frequencies.
 
The Ectodermal Frequency (292 Hz)
 
This frequency shares resonance with tissue of ectodermal origin. This is the tissue that forms the skin, but also the eyes, glands, as well as parts of the central nervous system such as the brain and the spinal cord. This frequency promotes wound healing, and reduces inflammation. It's also good for postoperative recovery.

This frequency is also known as the Universal frequency.
 
The Endodermal Frequency (584 Hz)
 
This frequency can return tissue of endodermal origin into balance. The organs and systems that benefit from it the most are the organs of the gastrointestinal tract such as the gall bladder, as well as other organs such as the lungs, the bladder, and the thyroid.
 
The Mesodermal Frequency (1,168 Hz)
 
This frequency is especially beneficial for the treatment of injuries, because it corresponds to connective tissue, tendons, cartilage, joints, bones and muscle. This frequency can be used for pain control and to promote healing in conditions such as ligament injuries. This frequency also boosts blood circulation.
 
The 73 Hz Frequency
 
This frequency is good for stimulation of the body and the nervous system. It resonates with certain parts of the brain which control metabolism and hormones. It can also help in the treatment of wounds and injuries that are not healing as they should be. It can also boost cellular activity when it is not active enough.
 
The 2,336 Hz Frequency
 
This frequency stimulates the brain and is good for stress relief and relaxation. It can also be successful as a supplemental therapy in treatment with other frequencies.

The 4672 Hz Frequency
 
This frequency corresponds to the peripheral nervous system, which is what makes it the best choice for pain control. It also might help curb excess calcification.
 
The 146 Hz Frequency
 
In terms of the body, this frequency reduces inflammation, edema and scar tissue, and fights infection. In terms of the mind, it resonates with the cerebral cortex, which is why it promotes relaxation, alleviates anxiety, and boosts memory.
 
How To Use Nogier Frequencies
 
Nogier frequencies can be used in the treatment of both chronic conditions and acute illnesses and injuries. Nogier created his own light device which pulsed at certain frequencies. Nowadays, the same effect can be achieved with modern red light therapy.

In general, higher frequencies are used for pain, and to sedate or soothe. Lower frequencies can be used to stimulate the nerve fibers and cells.
 
The Use of Light Therapy Devices in Auricular Therapy
 
Light therapy devices are a simple and easily accessible way to use the benefits of healthy frequencies at home. Nowadays, it's not necessary to go to a doctor like Paul Nogier to be able to use this treatment. Devices like those from the Infraredi range can be used for both the low frequency and the high frequency treatment.

Infraredi devices have a pulsed setting that goes from 0 to 9,999 Hz, and you can set the desired frequency with a simple press of a button. Light therapy with a pulsed setting can be used daily, for optimal healing effects.

► Read More : History of Auriculotherapy: Additional Information and New Developments

(Source : Infraredi)

Ce sont des bourdonnements, des grésillements, voire des sifflements dans les oreilles que connaissent 10 à 15% de la population dans le monde. Jusque-là, la médecine expliquait les acouphènes par des problèmes d'audition. Face à une perte auditive, le cerveau tente de compenser l'ouïe manquante en augmentant son activité, entraînant la perception d'un son fantôme. Mais comment expliquer que certaines personnes souffrant d'acouphènes présentent des tests auditifs normaux et entendent parfaitement bien ?
Il existe en fait des "pertes auditives cachées", dues à la détérioration des fibres nerveuses auditives, comme le montre une récente étude. On peut donc entendre parfaitement et souffrir d'acouphènes. Interview avec le Pr Stéphane Maison, spécialisé dans l'acouphène à la Mass Eye and Ear Clinic, un hôpital de l'Université d'Harvard (Etats-Unis), et auteur de ces travaux publiés dans la revue Nature.

Sciences et Avenir : Pourriez-vous nous décrire à quoi ressemblent les acouphènes pour les personnes qui ont la chance de ne pas en souffrir ?

Pr Stéphane Maison : Je prends souvent cet exemple avec mes patients : imaginez un accident de la route dans lequel vous perdez une jambe. Certaines personnes ont ensuite mal à la jambe manquante, c’est ce que l’on appelle une perception fantôme. Elle est due au cerveau qui essaye de compenser cette perte d’informations sensorielles. Il en est de même pour les acouphènes. 10 à 15% des gens en ont. Et pour 2 à 4%, c’est handicapant, entraînant anxiété et dépression.

On savait déjà que certaines personnes peuvent présenter des "pertes auditives cachées." Qu'est-ce que c'est exactement ?

Ces pertes cachées sont dues à une détérioration qui survient avec l’âge ou l’exposition au bruit. On ne les détecte pas tant que les dommages ne sont pas très avancés. Elles proviennent d'une dégradation du nerf de la cochlée (un organe en forme d'escargot qui reçoit les vibrations du tympan, ndlr). En parallèle, les cellules sensorielles chargées de détecter le bruit ne sont pas abîmées.
Résultat : dans le calme, on entend très bien. Mais au bar ou dans un restaurant, la compréhension est difficile. Le patient doit s’aider d’indices visuels, comme les gestes de son interlocuteur, ou il essaye de lire sur ses lèvres. Or cette perte auditive, appelée synaptopathie cochléaire, n'est pas détectée lors de tests d’audition. Le patient est équipé d’un casque et doit lever la main lorsqu’il entend un bip. Ce test est réalisé dans le silence et n’évalue pas l'état du nerf cochléaire. On peut donc avoir un test auditif normal tout en étant peu à l’aise dans les environnements bruyants. On s'est alors demandé si ce n'était pas pour cette raison que certaines personnes ont des tests auditifs parfaits mais souffrent tout de même d'acouphènes.

Finalement, même si leurs tests auditifs sont impeccables, ces individus souffrent d'une perte auditive ?

Oui. Nous avons recruté des personnes avec des tests auditifs normaux. Nous sommes même allés plus loin en enrôlant des personnes avec des seuils normaux également aux très hautes fréquences. On les a ensuite séparés en trois groupes : celles souffrant d'acouphènes, celles souffrant d'acouphènes 24 heures sur 24 pendant au moins six mois, et enfin celles avec des acouphènes plus intermédiaires. On a alors découvert deux choses chez les personnes avec acouphènes. Tout d'abord, il y a en effet une atteinte du nerf auditif. Et par ailleurs, le cerveau présentait une suractivité : là encore, il essaye de compenser la perte induite par les nerfs endommagés.

Mais alors comment savoir si l'on souffre soi-même d'une perte auditive cachée ?

C'est très simple, pas une seule personne n’y échappe. Quand on vieillit ou quand on est exposé au bruit, une portion du nerf se déconnecte. C’est la synapse du nerf cochléaire qui dégénère. Cette fibre devient silencieuse et les cellules sensorielles ne peuvent pas l’activer. En revanche, le corps cellulaire, l’axone qui se projette dans le cerveau, reste, lui, en vie durant plusieurs années, voire plusieurs dizaines d’années.

Cela signifie que l’on pourrait éventuellement retrouver l’audition si on disposait d’un traitement adapté ?

Ce sujet fait beaucoup parler de lui. On a en effet montré que chez la souris, il est possible de régénérer les dendrites, de petites fibres ramifiées du neurone, qui portent le signal nerveux. C'est possible grâce aux neutrophines, des protéines qui induisent la survie des neurones. Mais il faut dire que pour l’instant, restaurer l’audition de cette manière chez l'humain relève de l’utopie. Ça reste un rêve dont on ne sait pas si nous pourrons un jour le voir se réaliser.

Si vraiment la science parvenait à cette prouesse, on pourrait résoudre bien plus que les problèmes d’acouphènes, non ?

Non seulement on pourrait cibler les problèmes d’acouphènes, mais peut-être aussi l’inconfort lié aux appareils auditifs. Ces derniers ne sont pas parfaits, les audioprothésistes le disent eux-mêmes. Ils peuvent augmenter le son perçu, mais pas sa clarté. Restaurer les fibres auditives perdues permettrait d’apporter de l’intelligibilité et donc du confort à de nombreuses personnes.

(Source : Science et Avenir)

- Researchers deliver small interfering RNAs loaded into nanoparticles into the ears of adult guinea pigs to regenerate hair cells damaged by noise. -

Loud sounds, infections, toxins, and aging can all cause hearing loss by damaging so-called hair cells in the cochlea of the inner ear. In a study published today (April 18) in Molecular Therapy, researchers stimulated hair cell renewal with small interfering RNAs (siRNAs) delivered via nanoparticles to the cochlea of adult guinea pigs, restoring some of the animals’ hearing.

“There are millions of people suffering from deafness” caused by hair cell loss, says Zheng-Yi Chen, who studies hair cell regeneration at Harvard University and was not involved in the work. “If you can regenerate hair cells, then we really have potential to target treatment for those patients.”

Some vertebrates—chickens and zebrafish, for instance—regenerate their hair cells after damage. Hair cells of mammals, on the other hand, don’t sprout anew after being damaged, explaining why injuries can cause life-long hearing impairments. Recent research suggests that there might be a workaround, by manipulating signaling pathways that can lead to hair cell differentiation. That’s where Richard Kopke comes in.

“My interest in hair cell regeneration for restoring hearing got peaked while I was in the military because there are so many people that have noise-induced deafness,” says Kopke, a physician who spent more than 20 years in the US Army and is now based at the non-profit Hough Ear Institute, a research organization in Oklahoma City. To help people with all types of hair cell loss, his team focuses on developing strategies for inducing regeneration in these cells.

Kopke’s group showed in 2013 that it could regenerate hair cells in cultured mouse cochlea. The researchers’ strategy involved delivering nanoparticles carrying siRNAs targeting Hes1, which is activated after hair cell damage in mammals and is known to inhibit the expression of genes that are necessary for hair cell differentiation. The idea is that interrupting Hes1 activity will free up the cells to regenerate.

To test their siRNA therapeutic strategy in vivo, Kopke and colleagues exposed anesthetized guinea pigs to constant loud noise for three hours. Then they tested the animals’ hearing and randomly divided the deafened animals into two groups: 11 guinea pigs received a 24-hour infusion of nanoparticles containing Hes1-targeted siRNAs, and nine got a control infusion of siRNAs with no expected activity. The nanoparticles carrying the sequences were delivered straight to the cochlea three days after deafening.
Treated guinea pigs recovered the ability to hear some loud noises by three weeks after the intervention, and the recovery lasted until the end of the study at nine weeks. While control animals ended up lacking the majority of their hair cells, treated animals displayed less overall hair cell loss along with the presence of ectopic and immature hair cells, which the authors describe as signs of regeneration.

“We were really excited about the results because we found that hearing recovery was durable. It was robust. It was reproducible,” says Kopke.

See “CRISPR Helps Mice Hear”
“Nine weeks [of recovery] is pretty impressive in an animal model,” says Rachael Richardson, a hearing scientist at the Bionics Institute in Melbourne, Australia, who was not involved in the work. She says that the degree of hair cell loss in noise injuries can be variable within and between animals and because all the hair cell counts were done nine weeks after treatment, one open question is how many hair cells were left immediately after the noise deafening.

Jennifer Stone, who studies hair cell regeneration at the University of Washington and did not participate in the study, has also observed variability in the effects of noise damage. “A longitudinal study where you take a cohort of guinea pigs and follow each one individually over time would provide the opportunity to better understand the efficacy of the treatment,” she says.

Stone also suggests that an examination of which cells turn into the new hair cells—perhaps in mouse models for which many more tools are available—would help scientists understand the mechanism and determine if it’s due to the appearance of new cells or the repair of damaged ones.

“We have to be able to really demonstrate that this is new regenerated hair cells . . . not simply repair,” agrees Chen. As damaged hair cells in general cannot repair themselves, he explains, they’ll die relatively quickly. At that point, regeneration is the only option to recover hearing. He says that lengthening the time between the damage and the initiation of treatment to a month, which would give damaged hair cells time to die, would help distinguish between repair and regeneration.

Kopke already has plans to investigate the effectiveness of the treatment after longer periods of deafness and to explore different doses and delivery techniques. The ultimate goal of the work is to take the strategy into the clinic, where it can benefit people with hearing loss resulting from hair cell damage. Age-related hearing loss, noise-induced hearing loss, and toxin-related hearing loss account for two-thirds of cases of neurodeafness, says Kopke. “I think [the strategy] would be effective for any of those things.”
 

(Source : TheScientist)

Several beneficial effects of the electromagnetic information transfer through aqueous system (EMITTAS) procedure have previously been reported in vitro. The clinical potential of this procedure has also started to be evaluated. Information flow in biological systems can be investigated through chemical and molecular approaches or by a biophysical approach focused on endogenous electrodynamic activities. Electromagnetic signals are endogenously generated at different levels of the biological organization and, likely, play an active role in synchronizing internal cell function or local/systemic adaptive response. Consequently, each adaptive response can be described by its specific electromagnetic pattern and, therefore, correlates with a unique and specific electromagnetic signature. A biophysical procedure synchronously integrating the EMITTAS procedure has already been applied for the treatment of articular pain, low-back pain, neck pain and mobility, fluctuating asymmetry, early-stage chronic kidney disease, refractory gynecological infections, minor anxiety and depression disorders. This clinical strategy involves a single treatment, since the EMITTAS procedure allows the patient to continue his/her own personal treatment at home by means of self-administration of the recorded aqueous system. A significant and long-lasting improvement has been reported, showing a potential beneficial use of this biophysical procedure in the management of common illnesses in an efficient, effective and personalized way. Data from recent studies suggest that aqueous systems may play a key role in providing the basis for recording, storing, transferring and retrieving clinically effective quanta of biological information. These features likely enable to trigger local and systemic self-regulation and self-regeneration potential of the organism.

(Source : PubMed)

This post reviews the publication titled “Experimental Finding on the Electromagnetic Information Transfer of Specific Molecular Signals Mediated Through the Aqueous System on Two Human Cellular Models” by Foletti et al. This study is an extension of their previous findings related to Electromagnetic Information Transfer.

What is the purpose of the study?

The purpose of the study is to further investigate whether water is able to record, store, and transfer electromagnetic information signals from biologically active substances, in this case, retinoic acid, to cells.

What did the authors do?

The authors examined the effects of the electromagnetic information signals from retinoic acid (a differentiating agent) on the morphological and biochemical properties of two types of human cancer cells: neuroblastoma (LAN-5) and teratocarcinoma (NT2/D1). 

In essence, the two types of cancer cells were grown in an aqueous medium which was “charged” with electromagnetic signals from retinoic acid, and after 5 days of incubation various properties of the cells were examined. To compare, controlled experiments (i.e. cancer cells grown in a “non-charged” aqueous medium) were also performed.

What did the study reveal?

One finding was that there was a significant difference between the control cells and the electronically treated cells with respect to cell metabolism. In fact, the cells grown in the “charged” aqueous medium showed a decrease in metabolic activity compared to the control group.

Another finding was that the electronically treated cells were morphologically different than the control group – the cells grown in the “charged” aqueous medium looked like they were chemically treated with retinoic acid.  

Overall the authors concluded that using the electromagnetic signals from retinoic acid and an aqueous system, it is possible to affect and treat cancer cells.

What does this mean?

The evidence presented by Foletti et al. are in line with the pioneering work of Jacques Benveniste and although further experimental work is needed to fully understand the biophysical mechanisms involved in the entire process, these results do provide preliminary evidence that supports the future use of informational medicine and electromagnetic signatures, such as ICs, in the clinical world.

(Source : Infopathy.com)

Il y a 6 ans, Jacques Benveniste décédait, épuisé par des années de combat contre l’obscurantisme de ses collègues scientistes. La « mémoire de l’eau » c’est une image forte pour exprimer que la matière peut interagir avec le monde d’aujourd’hui et celui de demain, même quand elle n’existe plus. Quand Benveniste a prétendu pouvoir transmettre l’effet d’une molécule en faisant agir de l’eau débarrassée de cette molécule après en avoir été imprégnée, l’indignation du « monde savant » fut quasi générale. On était, en effet, dans des schémas de fonctionnement du vivant qui exigeaient que toute action biologique passe par l’interaction entre une molécule et son récepteur. Plus de molécule, plus d’action, élémentaire mon cher Watson ! Postulat ressassé aussi par le tribunal inquisitorial envoyé par la revue britannique Nature (1988). Cette équipe (qui comportait un illusionniste et un spécialiste des fraudes…) fut dans l’incapacité d’invalider les travaux mais son rapport défavorable conduisit l’institution scientifique (inserm) à priver J Benveniste de son laboratoire en 1995. Une possible « mémoire de l’eau » soutient l’idée qu’on pourrait soigner avec des solutions diluées jusqu’à être privées de la substance active, cautionnant ainsi l’homéopathie, bête noire de la médecine moléculaire… et de l’industrie pharmaceutique.

Jacques Benveniste dirigeait le laboratoire voisin du mien et j’ai partagé l’enthousiasme de ce chercheur hors norme, participant à des « manips » incroyables ou inaugurant des modèles expérimentaux dans mon propre domaine de recherche. Surtout, j’ai tenté de le soutenir en témoignant partout de la rationalité de ses travaux ce qui me valut des critiques violentes de chercheurs qui n’ont jamais rien trouvé ou de journalistes qui n’ont pas compris que la science est une éternelle remise en cause.Mais nous étions trop peu nombreux à défendre l’ami Jacques pour qu’il obtienne les moyens de démontrer sa révolution conceptuelle. Les crédits de recherche vont surtout à la médiocrité rassurante et compétitive…

Pourquoi évoquer la mémoire de l’eau et donc celle de Jacques Benveniste aujourd’hui ? C’est qu’un prix Nobel (Luc Montagnier) arrive en défense du génial biologiste en le comparant à Galilée, ce qui rappelle la réflexion d’un autre prix Nobel. Celui-ci, Georges Charpak, refusa de reconnaître les résultats d’expériences menées avec lui en déclarant: « On m’a trompé ! Parce que si c’était vrai ce serait la plus grande découverte depuis Newton… ». Où on voit que la science a besoin d’un corset étroit pour se sentir à l’aise et que les théories dominantes ne le demeurent longtemps que grâce à la servilité des chercheurs contemporains.

Chapeau monsieur Montagnier pour cette rare audace! Mais prenez garde ! L’impunité (Nobel oblige ?) que vous accorde encore tous ces scientistes, médiocres, académiciens… qui ont tué Jacques pourrait vous être supprimée si vos démonstrations demeurent contournables et je suis sûr que certains aiguisent leurs couteaux en silence…. Mon expérience m’a appris que pour être crédible en ce domaine il faudrait que « ça marche » à tous les coups alors que les modèles sont vivants, donc aléatoires, et qu’on bricole des protocoles tellement révolutionnaires que leurs conditions optimales sont bien difficiles à définir… Ce que la science du jour accepte d’incertitudes ou d’échecs pour la thérapie génique ou la lutte anti-cancer, elle continuera de le refuser avec violence s’il s’agit de reconnaître un mode de pensée (un « nouveau paradigme ») qui la remettrait en cause…

- La Décroissance, février 2011

(Source : jacques.testart.free)