Notes

Information regarding 5G Towers and Radiation Symptoms
The spectrum of frequencies used in 5G networks have been identified as possibly carcinogenic to humans by IARC. To better understand the potential health hazards, it's helpful to understand the risk classifications provided by the IARC for RF-EMF exposure. The spectrum for 5G networks is covered within this piece, as is Dr. Curry's conflict of interest in the field.


IARC classification of RF-EMF exposure as in the 2B group (possibly carcinogenic for humans)
RF-EMF exposure occurs from various sources, such as personal electronics as well as the environment (such as cell phone base stations, broadcast antennas, and medical applications), and occupational exposure. Globally, more than 5 billion people are using cellphones, and the use is rapidly increasing. Cell phone usage is particularly prevalent in middle and lower-income countries, where over seventy percent of adults report owning a cell phone. The use of cellphones is also increasing in countries of high-income, with almost 90% of people possessing one.

In the words of the IARC, exposure to RF-EMF could cause cancer in humans. But, the current evidence does not permit us to completely evaluate the risk of RF exposure. We can only estimate the length of time exposure could cause cancer, if any.

Spectrum of frequencies used in 5G networks
There are several kinds of frequencies that could be utilized to create 5G-based networks. Mid-band spectrum for instance can be used to achieve high-speed capabilities, however it is not as effective when it comes to building penetration. In contrast high-band spectrum is able to provide speeds up to 10 Gbps. This means that it is more efficient to 5G network in areas with dense population and bustling venues.

Spectrum for 5G networks depends on national regulations and international standards. For example, some countries utilize the 60-64GHz band, while others do not. The United States, the FCC has set aside 7 GHz for licensing-free operation between 57 and 64GHz.

5G networks also will use higher frequencies than 4G. This is because higher frequencies offer greater bandwidth than lower frequencies. In the mmWave band, as an example are much larger in bandwidth than lower bands.

Dr. Curry's conflict of interests with industry
In August 2005 Dr. Curry contacted AI Life to inquire about an independent medical exam as well as a medical records review. The doctor also requested the report of her primary physician Dr Goodkin, and a second report from Dr Glushakow. Both physicians disagreed with the findings of Dr. Goodkin concluded that Curry's knees were weak enough to perform regular commuting duties. On January 18, 2006, AI Life denied Curry's appeal. On April 11, 2006, she filed an elaborate appeal to this decision. The appeal she filed cited Dr. Dr. Glushakow's findings as well as an earful from a new medical expert named Dr. Dabrowski.

Curry's initial appeal was based on the fact that AI Life had rejected her medical records even though she claimed she had a disability. AI Life subsequently requested that her condition be evaluated by an independent doctor, the Dr. James M. 5g towers radiation symptoms , a board-certified orthopaedic surgeon. In his February 2, 2005 report Dr Drdkin found that Curry's impairment did not prevent her from sitting in a sedentary work position. In the report, it was also noted it was the case that AI Life had not given Curry an ear-related modification that was appropriate for her condition.

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