Thankyou Kate, thankyou Marcelo,
I cannot get through to your emails directly, it seems that my server
has problems and does not deliver some of my messages. now...
I did receive your emails and will write to you from another email
meanwhile I fix this problem.

Anyway,, I wanted to say that this is nothing new to me about SunLight,
Ultraviolet, Infrared and about Infrasound and Ultrasound too...
Alzeimer´s is due to lack of ultrasound and lack of communication in
DNA,, ultrasound is needed for brain activity and communication... as so
many degenerative diseases.. and in the cities we have no ultrasound and
the motors and low sounds constatly are draining out all sound or
ultrasound coming form the harmonics of the birds. Music and
microphones are taking away harmonics now too. That i discoverd with the
dolphin sessions,, and that is the reason to be with dolphins it is
rejuvenating,, there is an article about what ultrasound does to DNA,,
in www.biosonic.org therapy manual,, i just realized that it is one of
those pages that are not in the website,, but anyone who wants it I will
send it to them,,, i cannot send it through here unless I take the
graphics,, but I can do that too, if anybody asks and is interested.
then all this about light has been known for a long while, maybe now the
are paying more attention to it...
But just imagine many types of radiation directly from the sun is still
unknown, that is why it is so powerful the ocular light treatments i do
with prisms, and I decide the missing color from the voice,, but the
decission is not as simple as the missing note related to the missing
color, it is so powerful the therapy that we need to do it in a clinical
setting with therapists and doctors around,, and staying to sleep in the
same place.. I have done that in the past and will start doing it now.
I also now know where I can make here in Spain, huge quartz crystal
prisms, cost a fortune, but for radiation on the body we need a few
minutes of really UV pure light, and this only comes out at the end of
the violet of the spectrum with quartz prisms I have design....
I am now in process to create the Foundation Soliris to process all
these studies.. so this is the first time I am telling this forum,,, in
the next year or so all the students of my method will have ample work
to do with me and we will be able to prove some of these things about
sound and light. The study of the sun will be most needed, sunlight for
human health, water and plants, will be the study goals of this foundation.
I hope some persons from this forum could start to get interested in
studying with me through internet.
there is much new information in my blog
http://ONDAdeFORMAdelaVOZ.blogspot.com even if the name is in spanish,,
all the info is in both languages, english and spanish.

love
Marysol


Kate Marks escribió:
> -----Forwarded Message-----
>
>> From: VoiceAnalysis@...
>> Sent: Mar 17, 2008 5:59 PM
>> To: VoiceBio@yahoogroups.com
>> Subject: [VoiceBio] University acknowledges we are beings of light
>>
>> Frontier science at the University of Sunderland has begun to confirm what
>> many pioneer scientists have long understood: that we are beings of light
>>
>> Dr Gordon Dougal recently raised eyebrows after holding aloft a helmet and
>> claiming that the light emitting from it would cure Alzheimer's disease. This
>> extraordinary claim derives from research at the University of Sunderland, in
>> North East England, showing that regular exposure to low levels of infrared
>> light-at 1072 nm, a wavelength found naturally in sunlight-can improve
learning
>> ability. Low levels of infrared light, such as we receive with simple
exposure
>> to the sun, can restart the brain's cognitive function among people
considered
>> beyond the reach of modern medicine.
>>
>> Dr Dougal is the director of Virulite, a medical research company based in
>> Newton Aycliffe, in County Durham, and has pioneered a treatment approach
that
>> uses a lightweight helmet that is designed to deliver this frequency of light
>> at regular intervals. He is now ready to take the concept one step further by
>> initiating trials that will use the light helmet to treat dementia patients,
>> who will be required to wear the helmet for 10 minutes each day. Dougal got
the
>> idea of regenerating the brain through his work with machines that use
>> infrared light to fight cold sores. The light was found to boost the
immune-system
>> cells responsible for killing the herpesvirus that causes cold sores.
>>
>> The research into the use of light to treat cognitive decline grew out of 25
>> years' worth of research on light therapy to treat seasonal affective
disorder
>> (SAD), a type of depression caused by a lack of exposure to sunlight.
>> Scientists first theorized that geriatric patients who are living in
institutions and
>> confined to their beds probably receive little natural light and are likely
>> to be suffering from light deprivation. A study in which 10 patients were
>> exposed to 10,000 lux of light for 30 minutes for five days showed that their
>> depression levels decreased significantly during this high-intensity light
therapy
>> compared with lower levels of light exposure. In fact, after such exposures,
>> half of the participants no longer scored within the depressed range.
>> Furthermore, they found that the more depressed the patient, according to
their
>> Geriatric Depression Scale scores (GDS), the greater their improvement (J
Gerontol A
>> Biol Sci Med Sci, 2001; 56: M356-60).
>>
>> Given these findings, scientists then wondered whether light could be used to
>> treat any psychiatric disturbances other than depression. Their theory rested
>> on two assumptions: that timed exposures to light causes changes in circadian
>> (sleep-wake) cycles; and that all diseases are subject to chronobiological
>> features-that is, cycles that correspond to sunlight.
>>
>> That living things are at the mercy of the sun was first mooted by Dr Franz
>> Halberg, at the University of Minnesota, who discovered that many biological
>> processes appear to run according to an in-built 'clock'. All living things
>> apparently respond to the same 24-hour rhythm, in tandem with the earth's
>> rotation. Halberg coined the terms chronobiology'- referring to the
influence of time
>> and certain periodic cycles on biological functions-and 'circadian' from
>> circa = about and dia = day) rhythms to describe daily biological cycles. He
>> created the Chronobiology Laboratories at the University of Minnesota and
became
>> known as the father of chronobiology. And, as his lab began to discover,
>> chronobiology is a readymade feature of organisms-not something learned or
acquired,
>> but an inherent property of life.
>>
>> Besides circadian rhythms, Halberg also discovered that living things keep in
>> time with many other periodic rhythms; indeed, halfweekly, weekly, monthly
>> and yearly cycles govern virtually every biological function. The human pulse
>> and blood pressure, body temperature and blood-clotting, circulation of ly
>> mphocytes, hormonal cycles and other automatic functions of the human body
all
>> appear to ebb and flow according to some basic, recurring timetable. These
rhythms
>> are not unique to humans, but are present throughout nature, and evident even
>> in the fossilized forms of single-celled organisms that lived millions of
>> years ago.
>>
>> Patients with dementia are known to have disturbed circadian rhythms. A study
>> of the 24-hour circadian atterns and the sleep-wake cycles of 77 nursing-home
>> patients found that the patients slept fitfully, reflected by their irregular
>> sleep- wake cycles. Many people with dementia also spend comparatively less
>> time exposed to bright light than do other people (Sleep; 1997; 20: 18-23).
>>
>> Patients with dementia also have chaotic sleeping habits, with more frequent
>> bouts of waking during nighttime sleep and more frequent napping during the
>> day (Int J Geriatr Psychiatry, 2006; 21: 945-50). Thus far, light therapy has
>> been used to treat such mental illnesses as adult
>> attention-deficit/hyperactivity disorder (ADHD), bulimia nervosa and
depression related to Parkinson's
>> disease, as well as to regulate disturbances in the resting and activity
cycles of
>> elderly people with
>> dementia (CNS Spectr, 2005; 10: 647-63;Sleep Med Rev, 2007; 11: 497-507).
>> Furthermore, a review of all randomized
>> controlled trials of light treatment for dementia has shown some improvement
>> in rest-activity rhythm. Other studies have shown that it can reduce
>> behavioural symptoms of dementia such as agitation and sleep disturbances
(Int J
>> Geriatr
>> Psychiatry, 2004; 19: 516-22; Psychiatry Res,1995; 57: 7-12).
>>
>> Nevertheless, it's likely that individualized systems work best. One study of
>> bright-light therapy at two psychiatric hospitals and a residential care
>> facility specially designed for dementia cases found considerable gender
>> differences in responses. Men and women appeared to react very differently to
the
>> high-intensity, lowglare lighting system installed in public areas of the
studied
>> units. In particular, women registered far less depression than men in the
>> presence of morning light.
>>
>> It could be that light therapy serves as a corrective of the light emitted by
>> the patients. Some 30 years ago, while investigating a cure for cancer,
>> German physicist Fritz-Albert Popp stumbled upon the fact that all living
things
>> emit tiny packets of light, which he called 'biophoton emissions'. He came to
>> believe that living systems maintain a delicate balance
>> of light, with too much or too little indicating disease. He also uncovered
>> what he called 'delayed luminescence': when light was shone on living cells,
>> the cells would take up the light and, after a time-lag, shine more
intensely.
>> Popp considered this to be a corrective effect. Also, in this instance, when
a
>> living system was bombarded with too much light, it
>> rejected the excess.
>>
>> Popp has studied these biolight emissions for many years at the International
>> Institute of Biophysics in Neuss, Germany. During this time, he has
>> discovered that all of the thousands of chemical reactions in the body that
control
>> each molecule
>> at every moment are regulated and coordinated by low-level ultraviolet (UV)
>> light (380 nm). Light, in a sense, is the messenger that is communicating the
>> cells' reactions to each other.
>>
>> Popp's more recent investigations concern changes in light production
>> following medical treatment. In one, medicated ointment was applied to a spot
on a
>> patient's arm. In another, in a patient with psoriasis affecting both arms,
Popp
>> applied the standard treatment for psoriasis, shining a UV lamp on both
>> psoriatic and healthy parts of one arm for five minutes.
>> After a few minutes in both these tests, Popp then measured the biophoton
>> emissions from the treated parts of the arm as well as those from various
>> untreated parts of the body. Using exacting equipment- devices that count
light
>> emissions
>> photon by photon-they discovered something remarkable. If emissions from one
>> part of the body either increased or decreased, so did those from the other
>> parts of the body.
>>
>> In his first such experiment, Popp found a large change in the light
>> emissions not only from where he'd applied the ointment, but also from
distant parts
>> of the body. What's more, the size of the changes correlated across the
entire
>> body; even from those parts where no ointment had been applied, Popp
>> recorded the same increase in light as from where the medicine had been
applied. In
>> the psoriatic patient after receving the UV therapy, the light emissions
>> roughly quadrupled from both healthy and psoriatic areas of skin, again
regardless
>> of whether or not they'd been exposed to UV rays. An hour later, all parts of
>> the body-treated or untreated, healthy or unhealthy-had reverted to identical
>> light emissions, although the healthy regions of skin showed twice the amount
>> of delayed luminescence as did unhealthy regions. This may be because healthy
>> skin didn't 'need' the light and so 'got rid' of it, whereas the psoriatic
>> regions did need it and so retained it.
>>
>> Popp believes that he has uncovered a new channel of communications within
>> the body that uses light as a means of instantaneous, 'non-local', signalling
to
>> the rest of the organism. Popp's research takes us one step closer to
>> understanding how our body communicates with itself as well as with the rest
of the
>> universe. Parts of the body tell each other the state of things through tiny
>> notes of light. His findings also suggest why the tools of modern medicine so
>> often have blunderbuss effects. Even if a treatment is well-targeted, such a
>> non-local communications system will cause it to have a global effect on the
>> living organism.
>>
>> Although light is being explored for healing wounds and other skin
>> conditions, and for pain relief, light research is still in its infancy. Each
wavelength
>> and frequency appears to create a different reaction, so it's important to
>> tread carefully at this
>> preliminary stage.
>>
>> Indeed, even light can have sideeffects. Patients may experience hypomania (a
>> state between euphoria and a manic 'high') or hyperactivation of the
>> autonomic nervous system, especially early in the treatment (CNS Spectr,
2005; 10:
>> 647-63). Nevertheless, this is the first evidence that the signalling and
>> exchange of photons constantly carried on between living things is not just a
means
>> of communication. As we are truly beings of light, we may also be able to
>> correct our own
>> light when it goes awry.
>>
>> Lynne McTaggart
>>
>>
>
>
> Kate Marks
>
>