Das in der Konsumentenzeitschrift "Saldo" Nr. 14/2009 mit dem Titel "Experte fordert: «Handys sollte man bis zum 18. Lebensjahr verbieten!" erschienene Interview mit Lloyd Morgan jetzt unter http://www.buergerwelle-schweiz.org/Handy.510.0.html#7399 . Das Interview fasst Wesentliches aus der INTERPHONE-Kritik Lloyd Morgans zusammen.
British Society for Ecological Medicine www.ecomed.org.uk Report by Michelle Berriedale-Johnson
The BSEM's autumn meeting was organised and chaired by Dr Apelles Econs who sketched out the situation of the "incurable patient" familiar to many members. Most have compromised immune systems, a long list of foods they cannot tolerate, gut dysbiosis and nutritional deficiencies, markers of disordered cell chemistry and suffer from anxiety and/depression. Many also present with MCS (multiple chemical sensitivity) and EHS (electromagnetic hypersensitivity); it was the purpose of the meeting investigate these aspects.
"International EMF conference in Stavanger, Norway
On November 17th there will be an international conference in Stavanger, Norway. This is an opportunity to hear presentations on electromagnetic fields (EMFs) and health effects. The conference is an excellent opportunity to update your knowledge on documented health effects from wireless technologies such as mobile phones and wireless networks. Please find attached details about the conference including information on how to make a reservation. The final program will be distributed within a week or two.
Welcome to a most important conference in Stavanger, Norway."
Olle Johansson, assoc. prof.
The Experimental Dermatology Unit Department of Neuroscience Karolinska Institute
171 77 Stockholm
Sweden
&
Professor The Royal Institute of Technology
100 44 Stockholm Sweden)
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As you may know, the cellphone radiation exposure limits used around the world are based on a false premise. The false premise is that the only possible biological effect from cellphone radiation is heating. Thus the existing exposure limits protects us from overheating on brains and other parts of our bodies, in spite of copious evidence of harmful biological effects from cellphone radiation in particular and other forms of electromagnetic radiation (EMR) in general.
The November 17 Conference in Stavanger, Norway will bring together some of the world’s foremost experts on biological effects of electromagnetic radiation. Should you come, you will have the opportunity to meet and discuss the issues with this renown group of experts.
In the days following the conference, the scientists will start developing new biologically-based guidelines for human exposure limits to electromagnetic radiation.
Lloyd Morgan
Berkeley, California, USA
+510 841-4362
IF WE DON'T LOOK, WE CANNOT FIND
Norges Miljovernforbund: International EMF Conference - Stavanger, Norway ...
TMCnet Exposure to electromagnetic radiation has been documented to have major biological effects on living tissue. The exponential increase in the use of wireless ...
Department of Neurosurgery, Lund University, The Rausing Laboratory and Lund University Hospital, S-22185, Lund, Sweden.
Microwaves were for the first time produced by humans in 1886 when radio waves were broadcasted and received. Until then microwaves had only existed as a part of the cosmic background radiation since the birth of universe. By the following utilization of microwaves in telegraph communication, radars, television and above all, in the modern mobile phone technology, mankind is today exposed to microwaves at a level up to 10(20) times the original background radiation since the birth of universe. Our group has earlier shown that the electromagnetic radiation emitted by mobile phones alters the permeability of the blood-brain barrier (BBB), resulting in albumin extravasation immediately and 14 days after 2h of exposure. In the background section of this report, we present a thorough review of the literature on the demonstrated effects (or lack of effects) of microwave exposure upon the BBB. Furthermore, we have continued our own studies by investigating the effects of GSM mobile phone radiation upon the blood-brain barrier permeability of rats 7 days after one occasion of 2h of exposure. Forty-eight rats were exposed in TEM-cells for 2h at non-thermal specific absorption rates (SARs) of 0mW/kg, 0.12mW/kg, 1.2mW/kg, 12mW/kg and 120mW/kg. Albumin extravasation over the BBB, neuronal albumin uptake and neuronal damage were assessed. Albumin extravasation was enhanced in the mobile phone exposed rats as compared to sham controls after this 7-day recovery period (Fisher's exact probability test, p=0.04 and Kruskal-Wallis, p=0.012), at the SAR-value of 12mW/kg (Mann-Whitney, p=0.007) and with a trend of increased albumin extravasation also at the SAR-values of 0.12mW/kg and 120mW/kg. There was a low, but significant correlation between the exposure level (SAR-value) and occurrence of focal albumin extravasation (r(s)=0.33; p=0.04). The present findings are in agreement with our earlier studies where we have seen increased BBB permeability immediately and 14 days after exposure. We here discuss the present findings as well as the previous results of altered BBB permeability from our and other laboratories.
Salivary Gland Clinic, Saliva Diagnostic Laboratory, Department of Oral Medicine, Faculty of Dental Medicine, Hebrew University-Hadassah School of Dental Medicine, Jerusalem, Israel.
Oral Diseases (2009) DOI: 10.1111/j.1601-0825.2009.01620.xBackground: Handheld mobile phones (MPHs) have become a 'cultural' accessory device, no less so than a wrist watch. Nevertheless, the use of MPHs has given rise to great concern because of possible adverse health effects from exposure to the radiofrequency radiation (RFR) emitted by the device. Previous studies suggested correlation between MPH and salivary gland tumors.
Objective: To evaluate whether MPH induces physiologic changes in the adjacent parotid gland, located on the dominant side, in terms of secretion rates and protein levels in the secreted saliva. Materials and method: Stimulated parotid saliva was collected simultaneously from both glands in 50 healthy volunteers whose MPH use was on a dominant side of the head.
Results: A significantly higher saliva secretion rate was noticed in the dominant MPH side compared with that in the non-dominant side. Lower total protein concentration was obtained in the dominant compared with the non-dominant MPH side among the right dominant MPH users.
Conclusions: Parotid glands adjacent to handheld MPH in use respond by elevated salivary rates and decreased protein secretion reflecting the continuous insult to the glands. This phenomenon should be revealed to the worldwide population and further exploration by means of large-scale longitudinal studies is warranted.
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