Thirty years later the fox still rules.
And test animals we certainly are. The United States now has about 2 million licensed cellular communications installations and antennas blanketing the nation with pulsed data transmission microwaves. Wireless communications antennas operate in the same electromagnetic spectrum as radar antennas. Radar emissions can range from 3 megahertz to 110 gigahertz, which includes the numerous bands used for cell phone and other wireless services. Before the wireless revolution, radar exposure was contained mostly to military installations and airport areas. Now mobile communication installations expose nearly everyone to massive, incessant doses of chromosome-damaging energy within the radar spectrum.
The wireless industry says that it must continue to increase its nationwide network of microwave antennas in our neighborhoods, commercial centers, parks and school zones. It says that the emergence of broadband services— which enable cell phone video/gaming/music plus data downloads for e-mail and business applications—demands ever more network capacity.54 To meet increasing consumer demand for an evolving array of third generation wireless products and services, the industry says it is dividing its service areas into smaller cells, requiring more transmitters in tighter spaces. Service providers are reducing the height of existing antenna poles, while rushing to attach thousands of new antennas to buildings and structures of all kinds, even utility poles. Meanwhile, WiMAX promoters are setting up powerful new WiFi networks across the nation.
If informed Americans cannot reverse this trend, eventually no one anywhere will escape a tsunami of a pernicious, mutagenic radiation that permeates and punishes our bodies 24 hours a day. The FCC admits it has expertise in neither health matters nor radio engineering. It’s current and notorious exposure standards were developed by the Institute of Electrical and Electronics Engineers (IEEE), which bills itself as the world’s leading professional association for the advancement of technology.
Louis Slesin, publisher of Microwave News states: "Essentially, the users of RF and microwave technology—the military, its contractors and the communications industry—wrote the IEEE RF standard. For example, of the two co-chairs of the committee that developed the most recent safety standard, one works for Motorola and the other for the U.S. Navy and the Air Force. What are the odds that the safety standard serves their interests? I’d bet the ranch on it!"55 Betting the ranch is one thing, but wagering the lives of millions of fetuses and infants on FCC’s outdated RF/microwave exposure guidelines is genocidal. Scientists across the globe are adamant that these self-serving guidelines are scientifically indefensible, extremely dangerous and must be immediately and drastically revised.56
Is ultrasound not so sound?
In addition to incessant wireless radiation exposure, most fetuses are now routinely scanned several times during gestation by medical ultrasound imaging equipment. Scant weeks after a human embryo is implanted in-utero, at a time when the newly united cells are the most vulnerable, medical personnel engage in an ultrasound inquisition to determine its gestational age. A vaginal probe is often used to position a high frequency sound transducer as close as possible to the tiny new life form.
Ultrasound technology vibrates a fetus with mechanical pressure waves at millions of cycles per second. A scan can last up to one hour. The power density used is around 720 milliwatts/cm2—eight times the power density allowed prior to 1993.57 Secondary vibrations inherent in ultrasound waves are said to produce intrauterine noise as loud as 100 decibels, despite the fact that noise levels over 85 decibels are designated as harmful to human hearing. The fetus reportedly hears an ultrasound scan at a high pitch which is, comparatively speaking, as loud as a train pulling into a station.58
The ultra powerful Doppler ultrasound equipment is especially brutal. One minute of Doppler is equal to 35 minutes of non-Doppler imaging. Doppler is often used on pregnant women transvaginally. Often employed for monitoring fetal circulation, Doppler equipment has potential to produce biologically significant temperature hikes in both bone and tissue interfaces.59 One report notes that brain structures lying close to the fetal skull, such as the pituitary gland and the hypothalamus, are at special risk of over-heating, while on-screen temperature safety indexes can give false temperature readings.60
Powerful 3-D and 4-D ultrasound equipment, which can produce cuddly 3-dimensional images, is used by opportunists to create fetal "portraits" and videos for profit.61 These merciless, inflammation-producing scanning sessions can last up to 90 minutes. The FDA warns that such frivolous use of ultrasound is dangerous, but critics complain that the agency has yet to enforce a ban on this commercial exploitation of the fetus.
In 1999, Irish researchers found that a 15-minute, 8 megahertz ultrasound scan of mice produced abnormal rate of cell division and abnormal cell death. Among these researchers was Dr. Patrick Brennan who suspects that the scans may be damaging human fetal DNA, resulting in a delay of cell division and repair, or in the switching on of a tumor suppressor gene that controls cell death.62
In 2004, Pasko Rakic, chairman of the Neurobiology Department at Yale University, reported disruption of the normal migration of cells in the brains of fetal mice following ultrasound scans. Brain cells failed to grow into their proper positions and remained scattered in incorrect parts of the brain.63 A number of other studies have established a possible correlation between prenatal ultrasound exposure and dyslexia, delayed speech development, reduced birth weight and non-right handedness.64 Left-handedness is statistically linked to many cognitive and developmental problems, ranging from learning difficulties to autism and epilepsy.
There are reports that the FDA has failed to ensure that medical sonographers are properly trained. Ultrasound expert Dr. Jacques Abramowicz of Rush University is quoted as saying that only two to three percent of ultrasound technicians understand the complexities of thermal and mechanical indexes.65 While the American Institute of Ultrasound Medicine (AIUM) denies negative biological effects of ultrasound on fetuses, it admits to the possibility that negative outcomes may be identified in the future. No one yet knows to what extent our devastating rates of childhood diabetes, allergy and learning impairment may be rooted in over-use of fetal monitoring by poorly trained technicians.
This 2005 photo ran with an article in the UK Guardian
describing how this microwave-emitting electronic "tag"
was sold to British mothers as a deterrent for abduction.
America’s infants are on the wireless frontline.
Medical researchers from Italy’s University of Siena Department of Pediatrics, Obstetrics and Reproductive Medicine reported that extremely low frequency (ELF) electrical currents given off by modern hospital incubators can interfere with newborns’ heart rates. The study, published in May, 2008, showed that ELF waves increase neonates’ risk for sudden infant death syndrome. The magnetic fields from these ELF waves were found to cut the "variability" of infant heart rates in half.
And test animals we certainly are. The United States now has about 2 million licensed cellular communications installations and antennas blanketing the nation with pulsed data transmission microwaves. Wireless communications antennas operate in the same electromagnetic spectrum as radar antennas. Radar emissions can range from 3 megahertz to 110 gigahertz, which includes the numerous bands used for cell phone and other wireless services. Before the wireless revolution, radar exposure was contained mostly to military installations and airport areas. Now mobile communication installations expose nearly everyone to massive, incessant doses of chromosome-damaging energy within the radar spectrum.
The wireless industry says that it must continue to increase its nationwide network of microwave antennas in our neighborhoods, commercial centers, parks and school zones. It says that the emergence of broadband services— which enable cell phone video/gaming/music plus data downloads for e-mail and business applications—demands ever more network capacity.54 To meet increasing consumer demand for an evolving array of third generation wireless products and services, the industry says it is dividing its service areas into smaller cells, requiring more transmitters in tighter spaces. Service providers are reducing the height of existing antenna poles, while rushing to attach thousands of new antennas to buildings and structures of all kinds, even utility poles. Meanwhile, WiMAX promoters are setting up powerful new WiFi networks across the nation.
If informed Americans cannot reverse this trend, eventually no one anywhere will escape a tsunami of a pernicious, mutagenic radiation that permeates and punishes our bodies 24 hours a day. The FCC admits it has expertise in neither health matters nor radio engineering. It’s current and notorious exposure standards were developed by the Institute of Electrical and Electronics Engineers (IEEE), which bills itself as the world’s leading professional association for the advancement of technology.
Is ultrasound not so sound?
In addition to incessant wireless radiation exposure, most fetuses are now routinely scanned several times during gestation by medical ultrasound imaging equipment. Scant weeks after a human embryo is implanted in-utero, at a time when the newly united cells are the most vulnerable, medical personnel engage in an ultrasound inquisition to determine its gestational age. A vaginal probe is often used to position a high frequency sound transducer as close as possible to the tiny new life form.
Ultrasound technology vibrates a fetus with mechanical pressure waves at millions of cycles per second. A scan can last up to one hour. The power density used is around 720 milliwatts/cm2—eight times the power density allowed prior to 1993.57 Secondary vibrations inherent in ultrasound waves are said to produce intrauterine noise as loud as 100 decibels, despite the fact that noise levels over 85 decibels are designated as harmful to human hearing. The fetus reportedly hears an ultrasound scan at a high pitch which is, comparatively speaking, as loud as a train pulling into a station.58
The ultra powerful Doppler ultrasound equipment is especially brutal. One minute of Doppler is equal to 35 minutes of non-Doppler imaging. Doppler is often used on pregnant women transvaginally. Often employed for monitoring fetal circulation, Doppler equipment has potential to produce biologically significant temperature hikes in both bone and tissue interfaces.59 One report notes that brain structures lying close to the fetal skull, such as the pituitary gland and the hypothalamus, are at special risk of over-heating, while on-screen temperature safety indexes can give false temperature readings.60
Powerful 3-D and 4-D ultrasound equipment, which can produce cuddly 3-dimensional images, is used by opportunists to create fetal "portraits" and videos for profit.61 These merciless, inflammation-producing scanning sessions can last up to 90 minutes. The FDA warns that such frivolous use of ultrasound is dangerous, but critics complain that the agency has yet to enforce a ban on this commercial exploitation of the fetus.
In 1999, Irish researchers found that a 15-minute, 8 megahertz ultrasound scan of mice produced abnormal rate of cell division and abnormal cell death. Among these researchers was Dr. Patrick Brennan who suspects that the scans may be damaging human fetal DNA, resulting in a delay of cell division and repair, or in the switching on of a tumor suppressor gene that controls cell death.62
In 2004, Pasko Rakic, chairman of the Neurobiology Department at Yale University, reported disruption of the normal migration of cells in the brains of fetal mice following ultrasound scans. Brain cells failed to grow into their proper positions and remained scattered in incorrect parts of the brain.63 A number of other studies have established a possible correlation between prenatal ultrasound exposure and dyslexia, delayed speech development, reduced birth weight and non-right handedness.64 Left-handedness is statistically linked to many cognitive and developmental problems, ranging from learning difficulties to autism and epilepsy.
There are reports that the FDA has failed to ensure that medical sonographers are properly trained. Ultrasound expert Dr. Jacques Abramowicz of Rush University is quoted as saying that only two to three percent of ultrasound technicians understand the complexities of thermal and mechanical indexes.65 While the American Institute of Ultrasound Medicine (AIUM) denies negative biological effects of ultrasound on fetuses, it admits to the possibility that negative outcomes may be identified in the future. No one yet knows to what extent our devastating rates of childhood diabetes, allergy and learning impairment may be rooted in over-use of fetal monitoring by poorly trained technicians.
This 2005 photo ran with an article in the UK Guardian
describing how this microwave-emitting electronic "tag"
was sold to British mothers as a deterrent for abduction.
America’s infants are on the wireless frontline.
Medical researchers from Italy’s University of Siena Department of Pediatrics, Obstetrics and Reproductive Medicine reported that extremely low frequency (ELF) electrical currents given off by modern hospital incubators can interfere with newborns’ heart rates. The study, published in May, 2008, showed that ELF waves increase neonates’ risk for sudden infant death syndrome. The magnetic fields from these ELF waves were found to cut the "variability" of infant heart rates in half.
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