http://www.healthfreedoms.org/vaccines-dont-work-here-are-the-facts/

NEEDHAM, MA — Research sponsored by the National CFIDS

Foundation was formally announced at the International Symposium on Toxins and Natural Products in Okinawa, Japan on November 17-19, 2002 by Dr.Yoshitsugi Hokama. The research, for the first time, discovered ciguatoxin, a potent neurotoxin, in the blood of Chronic Fatigue Syndrome patients.

“Chronic ciguatera poisoning has already been suggested as a scientific model for Chronic Fatigue Syndrome (CFS),” stated Dr. Hokama. Ciguatoxins are potent, heat stabile, non-protein, lipophilic sodium channel activator toxins and are recognized as some of the most potent biological toxins known. They produce dramatic neurological manifestations, such as peripheral sensory or motor symptoms (including paresthesias, pain, burning, tingling, numbness), central symptoms such as headache, autonomic dysfunction and also affect multiple body systems (gastrointestinal, immune, hepatic, cardiovascular) and the muscles.

Many CFS patients in the study had higher levels of the toxin than the patients with cancer, hepatitis or acute ciguatera poisoning.

Quantitative assay results range from 1:5, the lowest toxin level, to 1:160, the highest toxin level. All CFS samples gave titres of at least 1:20, with the majority of titres from 1:40 to 1:160.

Dr. Hokama presented his preliminary findings in a lecture titled “Acute phase lipids in sera of various diseases: Chronic Fatigue Syndrome, ciguatera, hepatitis, and various cancer with antigentic epitope resembling ciguatoxin as determined with Mab-CTX.”

Dr. Hokama is a Professor in the Department of Pathology at the John A. Burns School of Medicine at the University of Hawaii at Manoa. He is a world expert in the area of fish toxins with hundreds of peer reviewed publications to his credit. Hokama developed the Membrane Immunobead Assay test for patient sera, using a specific monoclonal antibody for ciguatera toxin (Mab-CTX). His current research into Chronic Fatigue Syndrome and a ciguatera toxin connection was funded by the National CFIDS Foundation’s research grant program.

Gail Kansky, President of the National CFIDS Foundation, said, “We believe this to be a significant breakthrough. CFS, which has come to include myalgic encephalomyelitis, is a very severe illness that has not received adequate funding or appropriate medical attention. Although there are still many unanswered questions and much work to be done, research efforts will ultimately turn the tide in the understanding of this disease and allow patients to receive appropriate medical therapies. We are indebted to Dr. Hokama and his colleagues for
providing this monumental first step.”

For more information on this study or Chronic Fatigue Syndrome, please contact:

The National CFIDS Foundation
103 Aletha Rd, Needham Ma 02492
(781) 449-3535 Fax (781) 449-8606

Scotia Pharmaceuticals, Guildford, UK

It has been estimated from government sponsored studies in the UK and the USA that 10% of the population suffer to some extent from dyslexia, and that 4% are severely affected.  In the USA there has been a threefold increase in prevalence between 1976 and 1993.  This costly epidemic affects individual lives and educational budgets.  So it is important that the biological basis of the condition is investigated.  Visual and central processing deficits have been found, particularly in the magnocellular visual subsytem^1,2,3

We measured dark adaptation with a Friedmann Visual Field Analyser 2, set for the dark adaptation function, in ten adults with dyslexia and ten controls.  Dyslexics showed poorer dark adaptation than controls especially in the second part of the curve, which corresponds with rod dark adaptation (p < 0.05).  We subsequently tested the possibility that dark adaptation might be influenced by docosa hexaenoic acid (DHA) supplementation.  For one month, five dyslexics and five controls were given 480 mg of DHA daily with no additional vitamin A or vitamin D.  Dark adaptation was then retested.  In four controls DHA had no effect on dark adaptation, although in one (a strict vegetarian) adaptation clearly improved.  By contrast, in the dyslexics with poor scotopic vision, DHA consistently and significantly improved dark adaptation (p < 0.04)⁴.

Within the retina, DHA is heavily concentrated in the lipids of the rod cells, and within the brain neurons at the synapses.  The rod cells are receptors for the magnocellular system, so it is possible that the central processing deficits of the magnocellular system will also be improved following DHA supplementation.  So far, there is only anecdotal and subjective evidence that improvements in reading ability and behaviour are associated with DHA supplementation in dyslexia.  More formal controlled studies are in progress.

1. Grosser GS, Spafford CS.  Light sensitivity in  peripheral retinal fields of dyslexic and proficient readers.  Perceptual Motor Skills 1990:  71:  467-77.

2. Galaburda A, Livingstone M.  Evidence for a magnocellular defect in developmental dyslexia.  Ann NY Acad Sci 1993; 682:  71-81.

3. Eden GF, VanMeter JW, Rumsey JM, Maisog JM, Woods RP & Zeffiro TA.  Abnormal  processing of visual motion in dyslexia revealed by functional brain imaging.  Nature 382:  66-69: 4 July 1996

4. Stordy BJ.  Benefit of docosahexaenoic acid supplements to dark adaptation in dyslexics.  Lancet 1995; 346:385.

   See dyslexia symptoms

SIR-Makrides and colleagues (June 10, p 1463) provide strong evidence that docosahexaenoic acid (DHA) is an essential nutrient for the optimum neural maturation of term infants as assessed by visual evoked potential acuity.  I have data indicating that DHA supplementation in adult dyslexics improves dark adaptation (scotopic vision) and thus DHA may also be a dietary essential for this condition.

We measured dark adaptation with a Friedmann Visual Field Analyser 2, set for the dark adaptation function, in ten adults with dyslexia and ten controls.  Dyslexics showed poorer dark adaptation than controls, especially in the second part of the curve, which corresponds with rod dark adaptation (figure, a; repeated measures Anova p<0.05).  We subsequently tested the possibility that dark adaptation might be influenced by DHA.  For 1 month five dyslexics and five controls were given 480 mg of DHA daily with no additional vitamin A or vitamin D.  Dark adaptation was then retested (figure, b and c).  In four controls DHA had no effect on dark adaptation, although in one (a strict vegetarian) adaptation clearly improved.  By contrast, in the dyslexics with poor scotopic vision DHA consistently and significantly improved dark adaptation (figure, b; paired t-test on final rod threshold, p< 0.04).

It has long been recognised that dyslexics have both retinal and central processing defects,^1,2 but defective dark adaptation has to my knowledge not previously been reported.  DHA is a key fatty acid in both retina and brain and is usually present in large quantities in these tissues.  In these studies I show the benefit of DHA supplementation for one aspect of retinal function.  I have found that DHA supplements given to dyslexics can also be associated with improvements in reading ability and behaviour.  These reports are anecdotal and subjective but more formal controlled studies are in preparation.

I thank Ms. Katrina Searle, Mr. Liam Trow, and Ms. Katy Wood for technical assistance.

The author has a patent on the use of DHA for dark adaptation.

B Jacqueline Stordy

School of Biological Sciences, University of Surrey, Guildford GU2 5XH, UK

1. Grosser GS, Spafford CS.  Light sensitivity in peripheral retinal fields of dyslexic and proficient readers.  Perceptual Motor Skills 1990; 71:  467-77.
2. Galaburda A. Livingstone M. Evidence for a magnocellular defect in developmental dyslexia.  Ann NY Acad   Sci 1993; 682:  71-81.

Benefit of Docosahexaenoic acid supplements to dark adaptation in dyslexics

SIR-Makrides and colleagues (June 10, p 1463) provide strong evidence that docosahexaenoic acid (DHA) is an essential nutrient for the optimum neural maturation of term infants as assessed by visual evoked potential acuity.  I have data indicating that DHA supplementation in adult dyslexics improves dark adaptation (scotopic vision) and thus DHA may also be a dietary essential for this condition.

We measured dark adaptation with a Friedmann Visual Field Analyser 2, set for the dark adaptation function, in ten adults with dyslexia and ten controls.  Dyslexics showed poorer dark adaptation than controls, especially in the second part of the curve, which corresponds with rod dark adaptation (figure, a; repeated measures Anova p<0.05).  We subsequently tested the possibility that dark adaptation might be influenced by DHA.  For 1 month five dyslexics and five controls were given 480 mg of DHA daily with no additional vitamin A or vitamin D.  Dark adaptation was then retested (figure, b and c).  In four controls DHA had no effect on dark adaptation, although in one (a strict vegetarian) adaptation clearly improved.  By contrast, in the dyslexics with poor scotopic vision DHA consistently and significantly improved dark adaptation (figure, b; paired t-test on final rod threshold, p< 0.04).

It has long been recognised that dyslexics have both retinal and central processing defects,^1,2 but defective dark adaptation has to my knowledge not previously been reported.  DHA is a key fatty acid in both retina and brain and is usually present in large quantities in these tissues.  In these studies I show the benefit of DHA supplementation for one aspect of retinal function.  I have found that DHA supplements given to dyslexics can also be associated with improvements in reading ability and behaviour.  These reports are anecdotal and subjective but more formal controlled studies are in preparation.

I thank Ms. Katrina Searle, Mr. Liam Trow, and Ms. Katy Wood for technical assistance.

The author has a patent on the use of DHA for dark adaptation.

B Jacqueline Stordy

1. Grosser GS, Spafford CS.  Light sensitivity in peripheral retinal fields of dyslexic and proficient readers.  Perceptual Motor Skills 1990; 71:  467-77.
2. Galaburda A. Livingstone M. Evidence for a magnocellular defect in developmental dyslexia.  Ann NY Acad   Sci 1993; 682:  71-81.

Note:  Signal369 contains DHA

bY emily Georgy

More than 35 government officials, fishers, scientists, and environmental group leaders convened in late April at the International Leatherback Survival Conference to address the emergency of the Pacific leatherback turtle, a species teetering on the edge of extinction and incapable of recovering without our help.  The conference, initiated by the Sea Turtle Restoration Project (STRP) of Marin County, was held at Asilomar in Monterey, California.

The leatherback turtle, Dermochelys coriacea, is the world’s largest living reptile, reaching up to nine feet and 2,000 pounds.  Leatherbacks can swim extraordinary distances and dive to extraordinary depths due to their ability to regulate body temperature and their flexible, shell-less, streamlined bodies.  Without a shell, their leathery, oil-saturated skin and underlying plastron enable them to dive over a half a mile deep and still withstand the intense pressures of the deep ocean.

Californians have a particular bond with Pacific leatherbacks, as the enormous ocean-dwellers are the most commonly seen sea turtle off the coast of central and Northern California, particularly in Monterey Bay and off the Farallon Islands.  Here the leatherbacks stay at sea to feed on jellyfish and forage in the nutrient-rich waters brought about by coastal upwelling in early summer.  In late August, the turtles begin their journey southwest to nest on the tropical beaches of Irian Jaya, Papua New Guinea and Malaysia.  An Eastern stock of leatherbacks follows a similar migratory path from foraging grounds off the coast of Peru and Chile to nesting grounds in Mexico and Costa Rica.

The leatherback turtle is a 100 million year-old relic of the past, a precursor of dinosaurs and humans alike, capable of surviving Mother Nature’s worst.  Yet despite their natural resiliency and fortitude, leatherbacks have seen their numbers plummet in the last decade, down nearly 95 percent from 91,000 in 1980 to fewer than 5,000 in 2002, making it the world’s most endangered sea turtle and an emblem of the greater crisis of the oceans.

Longlining for leatherbacks?
Scientists are quick to point out that this is not an issue of leatherback infertility, but rather of human-induced pressures.  According to scientists in the June 22, 2000 issue of Nature, the Pacific leatherback will go extinct in the next 5-15 years if we let it:  if the development of critical leatherback nesting beaches is not halted, if the illegal poaching of leatherback eggs continues, and if current fishing practices persist unchanged.

The primary killer of adult leatherbacks is longline fishing, or the method of using numerous baited hooks on monofilament line to catch migratory top predator fish such as swordfish and tuna.  (In the case of leatherbacks, swordfish longliners present a more tangible threat because of the position and depth of the hooks in the water column).  But while it is easy to point fingers, there is no one smoking gun in the leatherback extinction crisis.  The illegal poaching of leatherback eggs and commercial development of nesting beaches are equally accountable for the drastic decline in the Pacific leatherback population.  The thread that ties them all together is consumer demand.  The combined demand for swordfish, for tourism, for the “delicacies” of turtle eggs and meat leave the leatherback with a dismal chance for survival.

A move to action
Given the exigency of the issue, the conference could not — and did not — adhere to the all-too familiar “all talk, no action” format.  Simply advocating on behalf of leatherbacks would have been preaching to the choir.  “We stepped forward to have a meeting like this because we didn’t have any answers,” says Todd Steiner, STRP’s Director.  “We’re an action group and not a talking group, and meetings are normally about talking.  [The issue] still needs to be translated into action.”

So by the third day, after scientists and international government officials had presented the information with urgency, angst gave way to resolve.  Those present set aside their rhetoric and put pen to paper to devise a tangible plan.

What resulted was an agreement that efforts aimed at reducing leatherback mortality must work through existing organizational structures and international treaties, must tag on to existing agendas in order to have the necessary immediate impact.  The conferees organized themselves into an authoritative committee dedicated to the leatherback cause, and drafted the Pacific Leatherback Survival Conference Resolution as their first act.  In it, they:

• “Request that the governments of all nations where Pacific leatherback turtles nest immediately protect these sites, stop egg collection and maximize hatchling survival;

• “Request that emergency national and international funds be appropriated to implement all conservation actions necessary for the survival of the species;
• “Call on the United Nations,

United States and all other nations to institute a moratorium on pelagic longline, gillnet and ther fisheries harmful to Pacific leatherback turtles until such activities can be conducted without arm to the species, with allocation of transitional aid to affected fishers and communities.”

Addressing demand
According to Dr. Larry Crowder of Duke University, longlining is “the world’s most widespread hunting activity.”  Swordfish longlining has a bycatch rate ten times that of other longline fisheries.  Nevertheless, the consumption and demand for swordfish continues to grow world-wide, making longlining both effective and profitable.

The United States is the world’s largest swordfish market, with 25 percent of the world’s total consumption.  In order to support this insatiable demand, countries all over the world deploy scores of longline and gillnet fleets.  As they fish, they deplete coastal and pelagic waters of both swordfish and the ill-fated non-target bycatch, in this case leatherbacks and other sea turtles, sea birds and sharks.

“I really do believe that it’s the magnitude of the problem,” says Steiner.  “It’s not that longlines are worse than gillnets are worse than trawlers.  If there were just one of each of those boats out there, it wouldn’t be a problem.  It’s the number of boats, and the cumulative number of all the different fisheries.”  Each boat may catch only one turtle, but 18,000 boats catching one turtle each create an obvious crisis.

Dr. Jim Spotila, biologist at Drexel University and Chair of the IUCN Leatherback Sea Turtle Working Group, agrees.  “The leatherback sea turtle is one of the most mysterious creatures on Earth.  It would be a tragedy if we were to lose this magnificent creature through human greed and arrogance so Americans could eat swordfish anytime they want.”

Emily George is an intern with Faultline Magazine, where this article first appeared.

Take action:  Contact the Secretary General of the United Nations, Kofi Annan, urging him to support a United Nations moratorium on pelagic longline and gillnet fishing in the Pacific.  Secretary General Kofi Annan, United Nations, New York, NY 10017, (212) 963-4475.  For more info, contact the Sea Turtle Restoration Project, PO Box 400, Forest Knolls, CA.  94933, (415) 488-0370, www.seaturtles.org.

No turtle products are used in our nutrients! www.EnergyWave.com

BEACHES SEA TURTLE PATROL

About Sea Turtles (click here for additional turtle resources)

Sea turtles have inhabited the oceans for over 100 million years. Today there are only seven species of this unique and endangered creature remaining in the world and five of these occur in our Atlantic Ocean. Over 80% of sea turtles nesting in the United States come to our Florida coast line.  The species which nest most frequently in Florida is the Loggerhead turtle. The Green and Leatherback turtles are also occasionally sighted in these waters.

The adult turtles leave their natural habitat of the sea to nest on beaches during the summer months. From May through September they nest approximately three to five times, at two-week intervals. Under cover of darkness, the female drags her large body by her flippers toward an area above the high tide line. She then digs a hole with her rear flippers and deposits over 100 eggs. She covers the eggs with sand and returns to the ocean, never to know the fate of the hatchlings.

After an incubation period of fifty to sixty days, the young turtles break out of their shells and slowly work their way to the surface. After dark, they scramble out of the sand and head toward the brightest horizon, which under natural conditions, is the reflective light of the ocean. The hatchlings are exposed to many dangers. It is estimated that only one or two in 1,000 survive to adulthood.

Sea Turtle Conservation problems 

In the United States, a major threat to sea turtles lies in the continuing destruction of their nesting beaches. Vehicular traffic, loss of dune systems and beach front lighting also effectively reduce nesting success.

Beach front lighting often deter females from nesting, and in particular, disorients emerging hatchlings from their natural course to the sea. They wander toward the artificial lights and away from the water. They are then destroyed by predators, vehicles and dehydration. Litter on the beach can create further obstacles for the hatchlings.

The hatchlings have many predators, including dogs, ghost crabs and especially birds. During their scramble to the sea, these predators are responsible for the deaths of most of the hatchlings. Once in the sea, larger fish become their predators. Once the turtles reach adulthood, only a few enemies remain, namely sharks and man.

Current trends of ocean pollution and dumping create a major threat to survival of all ocean life. Many turtles die from eating plastics dumped in the ocean, which resemble the jellyfish some species love to eat. The plastics and other trash, once ingested, block the intestines and cause death by starvation.

The Beaches Sea Turtle Patrol, Inc. is always looking for volunteers:

beach walkers, joggers and bicyclists are always needed for the patrol. Their patrol covers Atlantic Beach, Neptune Beach, Jacksonville Beach, Abby Hanna Park and the U.S. Naval station, Mayport.

There was no beach re-nourishment in the 1996 season so all nests have been left in their original location. Each nest is marked with wood stakes and brightly colored tape so that people in the immediate area are able to avoid disturbing it. These nests are constantly monitored. Nests left in place tend to hatch earlier or later than expected due to the wind and wave action and subsequent shifting of the sand. Few humans are fortunate enough to actually witness hatchlings emerge from a nest and scamper across the moonlit beach and plunge into the water since the time involved is only a matter of minutes.

Unfortunately, strandings (dead or weakened sea turtles) occur all year throughout the area beaches. Unless there is a large red “X” painted on the sea turtle’s carapace (upper shell) the sea turtle patrol should be called at 904-241-7631. A red “X” means the turtle has already been examined and reported to the Department of Environmental Protection (DEP). If the turtle is alive do not attempt to put it back in the ocean. Try to keep it wet with a towel or shirt until the Florida Marine Patrol or someone from the Sea Turtle Patrol arrives.

The Beaches Sea Turtle Patrol, Inc.

(http://www.bstp.net/) Is a Florida non-profit corporation located at:
Sea Turtle information.

Beaches Sea Turtle Patrol, Inc.

(A Florida Non-Profit Corporation)

P. O. Box 50723

Jacksonville Beach, FL 32240-0723

Telephone: 904-613-6081/E-mail: info@bstp.net
More about Turtles…

Thousands of sea turtles call Florida home
Sea turtles are large air-breathing reptiles remarkably adapted to life in the sea. They live in all but the coldest of the world’s oceans, but nest only on tropical and subtropical beaches where it is warm enough to incubate their eggs. All sea turtles are protected by federal and state laws. Of the eight species of sea turtles worldwide, five are found in Florida. Sea turtles deposit from 40,000 to 70,000 nests in Florida annually, which makes this the most important nesting area in the US. Sea turtles most commonly seen in Florida are loggerheads, greens, and leatherbacks.

Adapted to a life at sea

Sea turtles have a low streamlined shell and powerful, oversized front limbs, adaptations that enable them to swim for great distances. They have no teeth but use their jaws to crush and tear food. The smallest sea turtle, the ridley, weighs about 75 to 100 pounds when mature while adults of the largest species, the leatherback, can weigh almost 1,300 pounds and may be eight feet in length.

Females nest on sandy beaches
Sea turtles spend most of their day feeding or sleeping under reef ledges or in the open ocean. Some travel hundred or thousands of miles to feed or nest. Females lay their eggs on sandy beaches and are slow and awkward on land. A female will usually lay several nest during one season and may nest every two to three years. The difficult process of nesting takes up to three hours. A turtle must drag her great weight ashore, dig a nest with her back flippers, deposit about one hundred eggs, and cover and conceal the nest before returning to the sea. The eggs incubate in the warm sand and the female never visits her nest again.

Hatchlings must fend for themselves
After incubating for about two months, the two-inch long turtles hatch, erupt as a group from their nest in the cool of the night, and scurry down the beach to the sea. Many hatchlings swim offshore to line for several years in floating seaweed drifting along the edges of ocean currents. Eventually the young turtles take up residence in coastal waters. Many years pass before the few hatchlings that survive reach maturity. A sea turtle may live for 40 to 60 years or more.

Few natural enemies but many man-made threats

Sea turtles once roamed the oceans by the millions, but over the past few centuries the demand for sea turtle meat, eggs, shell, leather and oil has greatly reduced their number. Populations continue to decline as habitat is lost and the trade in sea turtle products continues. Every year, thousands of sea turtles drown in shrimp trawls and other fishing gear and others die from pollutants or from swallowing trash mistaken for food. Many hatchling sea turtles are disoriented by bright lights near beaches and wander away from the ocean to be crushed by cars or stranded. Concern for the plight of sea turtles is growing and people around the world are working to protect them on nesting beaches and at sea.

How you can help

Never approach turtles emerging from the sea or disturb or harass nesting turtles. Watch nesting turtles by joining one of the many state-permitted turtle walks conducted by experience guides.

Watch out for disoriented hatchlings or turtles wandering on the road. If you’re near or on the beach, keep outside lights off or minimized from May 1 – October 31.  Be careful while boating to avoid collisions with turtles and never throw trash in the water or on the beach.

Become informed about environmental issues and spread the word to others. Support conservation groups that are active in sea turtle issues such as the

• Center for Marine Conservation  (http://www.mcbi.org)
  1725 K St. NW, Suite 212
  Washington, DC 20006, USA
  Telephone:  202 887-4960
• Center for Marine Conservation: Southeast Atlantic and Gulf of Mexico Regional Office (http://www.cmc-ocean.org)
  1 Beach Drive, SE, Suite 304
  St. Petersburg, FL  33701
  Telephone:  727 895-2188
• The Nature Conservancy, the Caribbean Conservation Corp (http://www.floridamarine.org/partners/)
  Florida and Caribbean Marine Conservation Science Center at the University of Miami
  PO Box 249118
  Coral Gables, FL  33124
  Telephone: 305 284-3013
• Caribbean Conservation/Sea Turtle Survival League (http://www.cccturtle.org)

• The Beaches Sea Turtle Patrol (http://www.bstp.net/)

P.O. Box 50723
Jacksonville Beach, FL 32240-0723
Telephone:  (904) 613-6081

NEVER BUY PRODUCTS MADE FROM SEA TURTLES OR ANY OTHER ENDANGERED SPECIES.

SEA TURTLE FACTS

Hawksbill Turtle
The endangered hawksbill, a relatively small turtle, has been hunted to the brink of extinction for its beautiful shell. Once relatively common in Florida, these turtles now nest here only rarely. Hawksbills feed on sponges and other invertebrates and tend to nest on small, isolated beaches.

Kemp’s Ridley
The rarest and smallest of all the sea turtles, the endangered Kemp’s ridley feeds in the coastal waters of Florida on blue crabs and other crabs and shrimp. All Kemp’s ridleys nest on a single stretch of beach on the Gulf coast of Mexico.

Loggerhead Turtle

The loggerhead turtle is the most common sea turtle in Florida. It is listed as a threatened species under the federal Endangered Species Act. Named for its large head, which can be ten inches wide, it has powerful jaws to crush the heavy-shelled clams, crabs and encrusting animals on which it feeds. IN the past few years, 49,000 to 68,000 loggerhead nests have been recorded in Florida annually.

Green Turtle
The green turtle, named for the greenish color of its body fat, is listed as endangered in Florida. Most green turtles nest in the Caribbean but 500 to 2000 nests are recorded in Florida each year. Green turtles have been hunted for centuries for their meat and the gelatinous “calipee” that is made into soup. Hunting and egg gathering have reduced their number greatly. Green turtles are the only sea turtles that eat plants. They graze on the vast beds of sea grasses found throughout the tropics. Some populations travel over a thousand miles over open ocean to nest on islands in the mid-Atlantic.

Leatherback Turtle
The endangered leatherback turtle is the largest and most active of the sea turtles. They travel thousands of miles, dive thousands of feet deep, and venture into much colder water than any other kind of sea turtle. Up to eight feet in length, these huge turtles have a rubbery dark shell marked by seven narrow ridges that extend the length of the back. Remarkable, leatherbacks feed on jellyfish and soft-bodied animals that would appear to provide very little nutrition for such huge animals. Ingestion of plastic bags and egg collecting are reasons for mortality and population declines. About 100 to 200 leatherback nests are recorded in Florida each year.

One of our readers wrote to us that we did not include all of the Florida turtles and that the following makes up the complete list:

Loggerhead
Green Turtle
Leatherback
Flatback
Hawksbill
Kemp’s Ridley
Olive Ridley

Don’t forget to visit our products page.
The Green Turtle Bay Vitamin Co. is the “leader in ProBiotic Powered Nutrients since 1992″.

It is not widely known in the United States that cancer can be caused by emanations that come up through the ground and can penetrate several stories of buildings.

This knowledge is believed to have originated as the result of a study in the Bavarian town of Vilsbiburg in 1929.  At that time Vilsbiburg had the highest cancer death rate of any town in Germany.  The German government wanted to know why.

A German master dowser named Gustav Freiherr von Pohl conducted the investigation.  The Burgomeister provided a police escort to ensure that the results were official and properly obtained.

Von Pohl didn’t talk to people or enter houses.  He did his dowsing outside.  He marked, on a map of the city, those houses where his dowsing indicated residents were highly likely to get cancer.

When he was finished he gave the map to the town physician, who marked the houses where deadly cancer cases had occurred.  The physician’s account was in complete agreement with von Pohl’s findings.

Similar tests were conducted in other towns as Mattsee, Austria and Weilburg, Germany, with similar results.

Inside the houses where cancer deaths were frequent, investigators found beds in which one person after another had died of cancer.  Dowsing showed that they were located over geographic zones where water veins crossed underneath the earth or were involved with faults in the underlying rock.

These zones appeared to be generating emanations not susceptible to detection by then-available scientific instruments.  A lead sheet placed under such a bed, after long exposure, developed colored areas indicating that the normally inert lead had been changed by the emanations.

The investigators concluded that people exposed to such emanations for long periods of time were likely to develop cancer.  Spending eight hours every night over a geopathic zone was dangerous to health.  However, simply moving a bed away from the zone reduced the risk.  Similarly, sitting in a chair over one of these zones, at work or at home, for long periods could also be harmful.

Interestingly cats are reported to be attracted to areas where energy is noxious for humans, while dogs are reported to avoid them.

Dowsers have found noxious energies arising from TV sets, electrical power lines and computers that are electromagnetic in origin.  However the nature of the emanations discovered by von Pohl is still controversial.  Some believe that they are subtle energies as yet unknown to science.  Dr. Josef Oberbach, author of Fire of Life, Your Bioplasma, thinks they are radioactive particles.  Others are convinced that electromagnetic radiation is to blame.

In the 1930s P.E. Dobler, a German physicist, exposed photographic plates to so-called geopathic radiation and collected data that he believed could be explained as the result of electromagnetic radiation.

Jacob Stangle, a German engineer, spent 15 years developing a “dowser on wheels” using a very sensitive scintillation counter with a strip chart and electrical meters.  With it he located hundreds of water wells, according to reports.  A scintillation counter is a device capable of detecting and measuring radiation by counting the tiny flashes of light generated when gamma rays or charged particles impinge on a crystal sensor.

When medical researchers became aware of his device, he was asked to check von Pohl’s work at Vilsbiburg.  In 1972 he found sharp increases in radiation, characteristic of water veins, in three locations where von Pohl had recorded their presence in 1929.

Stangle’s finding of strong radiation in areas previously known to be cancer producing is considered to be convincing evidence that pathogenic stimulation zones are real and not imaginary.

Reinhard Schneider, a German physicist, who specialized in high-frequency radio waves, also investigated dowsing phenomena.  He believed that cancer is likely to be encountered above interactions of at least two water veins and/or fracture zones where the electromagnetic frequency associated with the water is in the range of 2,450 Mhz of microwave energy.

Schneider also developed special equipment and a multifaceted system for scanning the human body to identify actual and potential diseases.  German law limits their use to physicians and certified healing practitioners.

Helmut Thiele of Munich, Germany, assembled a system for measuring radio frequencies over geopathic zones.  He found that they are carriers for VHF and UHF radio signals and that there are anomalies at the edges of these zones, which make them dangerous for people who are exposed for appreciable lengths of time.

In studying the effects of a water vein associated with a geological fracture underneath his own living room, he found that, with his dipole antenna directed against the flow of the stream, crossing the stream from either side resulted in a voltage spike of almost 40 volts.  He observed this effect at several frequencies, including some in the high Gigahertz range.  He also found anomalies at different distances above the ground.

For those who would like to replicate the experiment, Thiele used a dipole antenna connected to a field strength meter and a multimeter.  A laptop computer recorded his results.

It should be noted that this noxious energy, dangerous to humans, is not connected to concentrations of radon gas.  There has been much concern about this substance; and, it is true, high concentrations of it can be damaging.  However, in cases where normal background radiation is low, its presence in a home can actually reduce cancer risk because of the hormesis effect.  Hormesis refers to the assumption that zero radiation results in nearly zero cancer risk which has been proven to be false by competent investigators.

Additional information on dowsing and noxious energy can be obtained from the American Society of Dowsers in Danville, Vt., on the web at www.dowsers.org Dr. Ronald Blackburn is their science advisor.

jack Phillips is a writer who lives in Massachusetts.  He has a degree in chemical engineering, is an emeritus member of the American Chemical Society and is a member of the Society of Sigma Xi.

The omega-6′s are converted into the prostaglandins which regulate inflammatory processes such as arthritis, allergies and eczema.  Learning disabilities, depression and agitation may be traced to deficiencies in these lipids.

“I do enjoy using Signal and Sunnie” –MB, Sausalito, CA

“I had discomfort and swelling in my shoulder.  Then I tried Signal 369 and felt it improving within two weeks.  It took a couple of months for a recovery.  I also have seen an improvement in my memory and I noticed a difference in my hair and nails which are now pink (not my hair)!.” -GM, New Providence, NJ

We may make a substitution with an equally effective product when out of stock.  Signal 369® omega cognitive complex is a broad-spectrum blend of Omega 3, 6 and 9 nutrients.  EFA (essential fatty acids) are necessary to maintain health.

• Maintains normal cholesterol levels
• Helpful nutrition for arthritis, allergies and eczema
• Supports brain and nerve functions
• Useful nutrition for hyperactivity and learning disabilities
• Helps maintain skin elasticity
• Available in bottles of 120 softgels
• Use:  3 per day with food
• Retail:  $33
• Ingredients/More information
• Request information

These statements have not been evaluated by the Food and Drug Administration.  This product is not intended to diagnose, treat, cure or prevent any disease.  Testimonial results within range of typicality.

“Evening Primrose” or Oenothera Biennis is also know as Sundrops.  The leaves and oil from the seed are used by herbalists to treat liver and kidney dysfunction.  The oil has a high content of linoleic acid (GLA), an essential polyunsaturated fatty acid that is converted into (hormone like) prostaglandins and hormones.  Used as a tonic for inflammatory conditions.  It reputedly lowers cholesterol, and is said to relieve premenstrual tension, high blood pressure, and anxiety associated with inflammatory conditions.  Evening Primrose has been recommended for infantile eczema, painful breasts, arthritis and neurosis.

-According to Ruth Winter, M.S. in her A Consumer’s Dictionary of Medicines, Crown Trade Paperbacks, NY 1993

A study of 111 patients from seven centers in the U.K. and Finland using Evening Primrose Oil (EPO) concluded that Gamma Linoleic Acid or GLA (an ingredient in EPO) had a beneficial effect on the course of diabetic neuropathy.  The “administration of GLA to patients with mild diabetic polyneuropathy may prevent deterioration, and, in some cases, reverse the condition.”

-Diabetes Care, Volume 16, number 1, January 1993, p. 13

“My doctor recommended evening primrose oil for painful breasts.  I have to say it did work.”  —M.R., New Jersey

• Applications: for regulation of eczema, PMS, joint discomfort, normal cholesterol and normal blood pressure
• Medical studies on diabetics have shown EPO to support normal response to neuropathic damage
• Contains 9.5% of GLA
• Available in bottles of 180 softgels
• Use:  3 per day maintenance/6 per day therapeutic
• Ingredients/More Information

These statements have not been evaluated by the Food and Drug Administration.  This product is not intended to diagnose, treat, cure or prevent any disease.  Testimonial results within range of typicality.

PowerSleep combines 5-HTP with Passion Flower, Melatonin and Valerian to help you sleep like a baby, leaving you prepared for the day ahead.  5-HTP has the added benefit that it reduces your cravings for carbohydrates PS. It smells terrible and takes up to a week before it is effective.

 “My husband took all of the ingredients in PowerSleep separately and they never did anything for him.  Somehow this combination worked.”  –manager Fountain of Vitality Health Foods, Berkeley Heights, NJ

“I was waking up at 2 AM and couldn’t go back to sleep.  Now with PowerSleep I can get up to let the dog out and go right back to sleep ’til morning -even sleeping through my husband’s snores.  I also have been taking Sunnie for stress and noticed I haven’t have a head discomfort since taking these two together, about seven months now. Before I had it every couple of weeks.”  AK, Bridgewater, NJ

I really love your “Power Sleep” product! I am 51 and beginning menopause. As many women know, when estrogen levels get low, insomnia can be terrible. Doing a variety of things to help balance my hormones has been important, but taking just one Power Sleep pill every night as well has made a HUGE difference for me! I fall asleep more quickly and sleep more deeply through the night than without it. If I have extra trouble, I take a second one in the middle of the night and usually fall right back to sleep.  It has become my “security blanket” for sleeping and I feel comfortable knowing that the ingredients are actually good for me. I highly recommend this product to any woman suffering from middle-age sleep problems! My husband has been a good sleeper all his life but sometimes goes through periods of extreme work pressure. At these times, his mind obsesses on work problems throughout the night and he wakes up tired. So I suggested he try one of my Power Sleep pills and he loved it! He now takes one every night when he’s under work stress so that he can sleep more deeply and feel more rested during those periods. He actually reminded me to re-order so we wouldn’t run out!     Thank you Turtle Bay!  THP, Stateline, NV

• Sleep like a baby
• Enjoy colorful dreams
• 5-HTP reduces cravings for carbohydrates
• Available in bottles of 60 pressed tablets
• Use:  2 preferably taken with some food an hour before bedtime
• Smells awful but works beautifully in about a week
• Retail: $26
• Ingredients/More Information

These statements have not been evaluated by the Food and Drug Administration.  This product is not intended to diagnose, treat, cure or prevent any disease.  Testimonial results within range of typicality.