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ISEE 2009
Date: 25-29 August 2009
Location: Dublin, Ireland
Information: www.isee2009.ie/

Progress in Electromagnetics Research Symposium (PIERS)
Date: 18-21 August 2009
Location: Moscow, Russia
Information: http://piers.mit.edu/piers2k9Moscow/


Occupational Exposure to Electromagnetic Fields: Paving the Way for a Future EU Initiative
Date: 6-9 October 2009
Location: Umeå University, Umeå, Sweden
Contact: kjell.hansson.mild@radfys.umu.se
Conference web site: www.av.se/occupEMF


Progress in Electromagnetic Research Symposium (PIERS)
Date: 22 -26 March 2010
Location: Xi’an, China
Information: see article in this issue

Society for Thermal Medicine
Date: 23-26 April 2010
Location: Clearwater Beach, Florida
Information: www.thermalmedicine.org


ESHO 26th Annual Meeting
Date: 20-22 May 2010
Location: Rotterdam, The Netherlands
Information: http://www.esho.info/


32nd Annual BEMS Meeting
Date: 13-18 June 2010
Location: Seoul KyoYuk MunHwa HoeKwan, South Korea

Sixth International Workshop on EMF
Location: Bodrum, Turkey
Dates: 11-16 October 2010
Contact/Information:tunaya@istanbul.edu.tr or msmarkov@aol.com

A recent publication highlights a possible confounder in certain bioelectromagnetics related work:

“Background ELF magnetic fields in incubators: A factor of importance in cell culture work” K Hansson Mild, JonnaWílén, Mats-Olof Mattsson, Myrtill Simko. Cell Biology International Volume 33, Issue 7, July 2009, Pages755-757

The problem with high background magnetic field in cell incubators is still of current interest. We have recently measured the ELF B fields in some incubators in cell biology laboratories and we found values of the order of tens of μT which is in sharp contrast to the values found in our normal environment (0.05-0.1 μT). Since there are numerous examples of biological effects found after exposure to MF at these levels, such as changes in gene expression, blocked cell differentiation, inhibition of the effect of tamoxifen, effects on chick embryo development etc, we urge people working with cell culture incubators to check for the background magnetic field and take this
into account in performing the experiments, since this may be one factor of importance contributing to the variability in the results from work with cell cultures.

For a reprint contact kjell.hansson.mild@radfys.umu.se.

Progress in Electromagnetic Research Symposium (PIERS) 2010 will be held on March 22 -26 , 2010 in Xi’an, China. BEMS member, C. K. Chou, notes that the end of March is a good time to be in Xi’an. The pre-registration fee for all participants now will be USD $460. All the participants are required to register for the conference, and there is no financial subsistence provided for invitees.


As part of the International Advisory Committee, C. K. Chou organized a session on “RF Safety Issues” for 2010 . Each platform paper is allocated 20 minutes (including the time for questions from the audience), and each author is limited to presenting no more than three papers (including
poster papers) at the Symposium.


The Call-for-Papers is available at http://piers.mit.edu/piers/. When you are ready to submit your paper(s), use the website http://piers.mit.edu/piers2010xian/submit/submit_new.php. Under preferred topic area (item 4) select27, or “Medical electromagnetics, RF biological effect,MRI”, and under session information (item 5), select “RFSafety Issues organized by Chung-Kwang Chou”. Please submit your abstract before the submission deadline, September 7, 2009.

The 2008-2009 BEMS Board of Directors met prior to the start of the Davos meeting then posed for this picture.

Back row: Jeff Carson, Indira Chatterjee, Carl Blackman, Ann Rajnicek, Andrei Pahkhomov, David Black, Gloria Parsley, Joachim Schuz, Chiyoji Ohkubo, Maren Federowitz, Nam Kim
Front row: Art Thansandote, James Lin, Michael Murphy, Niels Kuster, Vijayalaxmi, Phillip Chadwick, Janie Page

At the Annual Business Meeting, held Thursday, June 18, 2009, outgoing president Niels Kuster and incoming president Mike Murphy gave thanks to retiring board members Ewa Czerska (past president), Joachim Schuz, Jeff Carson, Dariusz Leszczynski, and Nam Kim after announcing election results:

Newly elected Vice President JEFFREY J.L. CARSON completed his graduate work in Medical Biophysics at the University of Western Ontario in 1995. He
published his earliest work on the use of optical methods to observe calcium levels inside cells after exposure to magnetic fields during MRI. He then designed an optical spectroscopy system to enable realtime measurements of these effects. For this work he was awarded the Curtis Carl Johnson Memorial Award by the Bioelectromagnetics Society for best platform presentation by a student twice and best poster presentation by a student once. Perhaps it was this experience that subsequently qualified him to lead the student awards programs during his most recent service as a board member (Biological and Medical Sciences) for BEMS.

Jeff also received more than a dozen academic awards during his training. After his PhD, he spent five years as a post-doctoral fellow at Stanford University in the Department of Radiation Oncology under the supervision of Dr. Jan Walleczek, who is internationally recognized as a pioneer in combining concepts from magnetochemistry and nonlinear dynamics. During this time, Dr. Carson studied the involvement of radical pair chemistry in the magnetic effect on the oscillating peroxidase-oxidase enzyme system. He constructed an optical spectroscopy system to examine the response of the enzyme in real-time during exposure to light and magnetic fields. From 2001 to 2003, he worked as a Research Associate at Stanford University Medical Center. In 2003, he moved to the a Lawson Health Research Institute in London, Canada, which is home to the largest bioelectromagnetics research group in Canada. He serves as a Scientist at the Lawson and as an Assistant Professor in the Department of Medical Biophysics at the University of Western Ontario. Combined, he has authored over 80 journal articles, proceedings articles, conference abstracts, book chapters, and reports. He has mentored more than a dozen graduate and undergraduate trainees. His current research focus is on the development of real-time optical spectroscopy and imaging methods for studying the effect of magnetic fields on biochemical reactions, cells, and animals.

Treasurer-elect Philip Chadwick was awarded a Bachelor’s Degree with Honors in Physics from the University of Leeds, UK, in 1984. His PhD, awarded by the University of Wales in 1991, was in the assessment of human body composition using magnetic induction. He has worked in the assessment of exposure of people to electromagnetic fields for over twenty years, spending eleven years at the UK’s National Radiological Protection Board, specialising in exposure assessment and dosimetry, and four years in the Department of Health’s Radiation Unit working on EMF public health policy. He is currently Director of EMFields Ltd, an independent scientific research and consultancy organisation based in the UK, specialising in the interaction of electromagnetic fields with people. EMFields undertakes a wide range of work for the European Union, the UK Government, schools, Local Authorities and businesses around the world as well as having its own scientific research programme. He is also Technical Director of MCL Technology Ltd, a company manufacturing products and systems for RF exposure assessment.

Philip Chadwick is Chair of the European EMF standards committee CENELEC TC106X, and a member of numerous other CENELEC and IEC subcommittees. He is also an ICNIRP Consulting Expert and a member of the IEEE/ICES SC4 RF human exposure standards committee. He is Co-chair of the IEEE/ICES SC3 subcommittee responsible for the IEEE standard on human exposure to low-frequency fields. He is a Member of the IEEE, a Member of the Institute of Physics and a Chartered Physicist. Philip Chadwick is currently Secretary of the Bioelectromagnetics Society, and is keen to continue the work already begun by this year’s Board to align the Society and its finances with the realities of the current economic situation, and to provide it with a secure basis for the future.

First of two new Biological and Medical Sciences board members, Maria Rosaria Scarfì is Senior Scientist since 2001 at the Institute for Electromagnetic Sensing of the Environment (IREA) of the C.N.R. in Naples, Italy, and is responsible for the Bioelectromagnetic Research Unit. From 1984 to 2001 she was research scientist and responsible for the research “Biological effects of electromagnetic fields”.

She received the degree in Biological Sciences from the University of Naples in 1981.

She was visiting scientist at the Western General Hospital of the Medical Research Council in Edinburgh, (Scotland), hosted by the Clinical and Population Cytogenetics Unit, working at a research project on the cytokinesis block micronucleus technique on human lymphocytes in 1987-1988. In 2005 she was co-director of the Course “Genotoxic effects of Electromagnetic Fields”, of the International School of Bioelectromagnetics “Alessandro Chiabrera” of the Foundation and Centre for Scientific Culture E. Majorana, Erice.

Her research activity concerns the evaluation of in vitro effects induced by exposure to electromagnetic fields, from extremely low frequencies to millimeter waves. In particular, her work focuses on the evaluation of genotoxic effects, effects related to non-genotoxic carcinogenesis (apoptosis and oxidative stress) and cell proliferation;effects on the activity, stability and renaturation of mesophylic and thermophilic enzymes. On this topic she is author or co-author of more than 60 papers published in international journals and has been responsible for national and international research projects. She is member of the European Bioelectromagnetics Association (EBEA), of the Bioelectromagnetic Society, of the Italian Society for Environmental Mutagenesis and is a consulting expert of the International Committee on Non Ionising Radiation Protection (ICNIRP). Since 2001 she is member of the EBEA’s board and has been involved in the Technical Program Committees of the meetings. She co-chaired sessions BEMS Cancun and Kanazawa annual meetings and at the XXIX URSI General Assembly (Chicago).

The other Biological and Medical Sciences board member, P. Thomas Vernier is Engineering Manager of MOSIS at the University of Southern California (USC) Information Sciences Institute and Research Associate Professor in the USC Ming Hsieh Department of Electrical Engineering.

Following undergraduate and graduate training in biology and chemistry at Wheaton College and the University of Michigan, and a diverse research and industrial career that includes ultraviolet microscopy analysis of S-adenosylmethionine metabolism in the yeast Rhodotorula glutinis, molecular biology of the temperature-sensitive host restriction of bacterial viruses in Pseudomonas aeruginosa, low-level environmental gas monitoring, wide-band magnetic tape instrumentation data recording, and semiconductor device modeling and electrical characterization, Tom returned to the academic world to earn his doctorate in electrical engineering from USC.

In his research since 2000, directed at identifying and understanding the molecular-level interactions between external electromagnetic fields and biological systems, he has concentrated on the effects of very short (nanosecond), intense (megavolt-per-meter) pulsed electric fields on cells and tissues, combining experimental observations with molecular dynamics simulations, and on the integration of devices based on cellular and biomolecular sensors, carbon nanotubes, and quantum dots with commercial integrated electronic circuit fabrication processes. Tom is a leading participant in a transformational outgrowth of this research that involves clinicians and biomedical and electrical engineers — an ongoing effort to develop nanoelectropulse therapies for cancer and other diseases.

Vernier is a member of the American Chemical Society, American Society for Microbiology, Bioelectrochemical Society, Bioelectromagnetics Society, Biophysical Society, Glen Helen Association, and Institute of Electrical and Electronics Engineers.

Representing Engineering and Physical Sciences, new board member Osamu Fujiwara received his B.E. degree in electronic engineering from Nagoya Institute of Technology, Nagoya, Japan, in 1971, and his M.E. and D.E. degrees in electrical engineering from Nagoya University, Nagoya, Japan, in 1973 and in 1980, respectively. From 1973 to 1976, he worked in the Central Research Laboratory, Hitachi, Ltd., Kokubunji, Japan, where he was engaged in research and development of system packaging designs for computers. From 1980 to 1985, he was a Research Associate and Assistant Professor in the Department of Electrical Engineering at Nagoya University. In 1985, as an Associate Professor, he joined the Department of Electrical and Computer Engineering of Nagoya Institute of Technology. Since 1993, he has been a Professor in the Department of Computer Science and Engineering, Graduate School of Engineering, Nagoya Institute of Technology.

His research includes computational bioelectromagnetics, numerical dosimetry in human body and exposure assessment, in addition to the related area of electromagnetic compatibility (EMC). He has published over 120 papers in refereed scientific journals. He was Chairman of Tokyo Chapter of IEEE EMC Society in 2004 - 2006, IEEE Nagoya Section in 2005 - 2006, and IEEJ (Institute of Electrical Engineering of Japan) Technical Committee on EMC in 2002 - 2004. He serves as an Associate Editor of the IEEE EMC Transactions since 1992, an Associate Editor of the IEEE EMC Newsletter since 1998, and a member of International Advisory Board for Physics in Medicine and Biology since 2009.

Newly elected at-large board member Andrew W. Wood, MSc, PhD is Professor in the Brain Sciences Institute at Swinburne University of Technology in Melbourne, Australia and Research Director with the Australian Centre for Radiofrequency Bioeffects Research. After studying physics at Bristol University, UK, he earned a PhD in biophysics from King’s College Hospital
Medical School, London, UK. At Swinburne, he has taught Medical Biophysics
at both undergraduate and postgraduate level for over 30 years. He has supervised 11 successful PhD candidates. He has served as Non-ionizing
Radiation representative on the Radiation Health Committee of the Australian Radiation Protection and Nuclear Safety Agency (ARPANSA) and chairs the ELF Standard Working Group. He acted as a temporary consultant to the WHO in Malaysia on NIR- related matters.

In relation to ELF and RF fields, Dr. Wood conducts laboratory studies both at the cellular level and with human volunteers. He also is involved in theoretical research into mechanisms of action of these fields on biological systems, particularly in relation to dosimetric aspects of standards setting. He has published over 70 articles in peer-reviewed journals. He is an Associate Editor or Bioelectromagnetics. Dr. Wood joined BEMS in 1991. He was on the Technical Program Committee for the Annual BEMS meeting in Maui in 2003.

The Bioelectromagnetics Society newsletter is published and distributed to all members of the Society. Institutions and libraries may subscribe to the newsletter at an annual cost of $85USD.

The newsletter serves as a forum for ideas and discussion of issues related to bioelectromagnetics research. Contributions may include news items, meeting reports, short notes on reseach, book reviews, and relevant items of historical or other interest. All submissions must be signed. While it is understood that contributions by individual authors reflect the views of the contributor, the editors may require that contributing writers submit a statement of affiliation and/or disclosure of possible conflict of interest at the time an article is submitted for consideration. Advertisements included in the newsletter are not to be considered endorsed by the Society.


To submit items for the newsletter, please send electronic files to
bemsnewsletter@gmail.com or
bemsoffice@aol.com or
(by surface mail) to:


The Bioelectromagnetics Society
2412 Cobblestone Way
Frederick, MD 21702-2626 USA

BEMS Newsletter Editor, Janie Page, is an independent consultant in Oakland, CA.Tel. (510)917-2074.

For other Society business or information, contact: Gloria Parsley, Executive Director, Tel. (301) 663-4252; FAX: (301) 694-4948, or see the BEMS Web site:www.bioelectromagnetics.org

Back row: Kjell Mansson Mild, Associate Editor Andrew Wood, Joachim Schutz, Associate Editor Dariusz Leszczynski, Associate Editor Andrei Pakhomov. Front row: Associate Editor Junji Miyakoshi, Fernando Bersani, Shoogo Ueno, Associate Editor Carmela Marino, Editor-in-Chief James Lin, Maria Feychting, Nields Kuster, Maila Hietanen, Richard Nuccitelli, Indira Chatterjee, Associate Editor Ron Seaman, Ben Greenebaum, and Marvin Ziskin.

Back row: Guglielmo D’Inzeo (Technical Program Co-Chair), Students Christian Beyer, Patrizia Frei, Manuel Murbach, Marie-Christine Gosselin, Michael Corbacio, and (Technical Program Co-Chair) Dariusz Leszcynski.

Front row: Isabelle Lagroye (EBEA Student Awards co-chair), EBEA President Carmela Marino, BEMS President Niels Kuster, Jeff Carson (BEMS Student Awards co-chair)

Authored by: Niels Kuster, and Janie Page

Published on: Jul 01, 2009

Local culinary and musical treasures highlighted the social event of the joint meeting of the BEMS and EBEA (European Bioelctromagnetics Association) in Davos, Switzerland June 14-19, 2009. It was held at the Schatzalp, a hotel and restaurant located 300 meters above Davos just above the tree line. Schatzalp is well-known from the Thomas Mann’s novel “The Magic Mountain”. Attendees reached the location via a short (four minutes) ride on a funicular from the center of Davos or by hiking up from the conference center

Following speeches by presidents of both the BEMS and EBEA societies, awards were presented to thank sponsoring agencies. Next, Bernard Veyret gave short oration highlighting the twentieth anniversary of EBEA. It is reprinted in this issue of the newsletter.

Due to the weather, members then went inside the Schatzalp to enjoy a menu featuring local delicacies, including carpaccio of dried Grisons meat (Grisons refers to the canton in which Davos is situated), hay soup, braised beef with pizokels, and wild berries in a sour cream pudding.

The social event at the Schatzalp entertained guests with music spanning a wide musical range from rock-n-roll to yodeling with bells.

Appenzeller-Chläuse

As part of the festivities, participants were treated to a special performance by the Silvesterchläuse. This group presented part of on old custom in the village of Urnäsch in the canton of Appenzell Ausserhoden (hinterland) in which masked performers who go from house to house in small groups called ‘Schuppeln’ with big cow bells, masks, ornate headdresses and costumes yodeling wordless songs called ‘Zauren’ to wish the families blessings and happiness and to drive away evil spirits.

Although the masks represent both men and women, this is a purely male custom. There are three types of Chläuse: the ugly ones, the beautiful ones and the woodland and nature ones. They sing the so-called Zäuerli of Appenzell or improvised, polyphonic yodels without words. A solo singer often starts a slow natural yodel, while the others
search for a corresponding tone, which they sing or hum like a bourdon to accompany the melody.

The origin and meaning of this ancient custom are the subject of speculation, because few written documents exist. The Chläuse are probably based on a demon cult that apparently merged with vegetation and fertility cults near Urnäsch. They typically perform only on January 13, the old Silvester (New Year’s Eve according to the old Julian calendar). Old New Year’s Eve, January 13, can be traced back to a conflict about the calendar that broke out in the 16th century, when Pope Gregory II improved the Julian calendar by moving New Year’s Eve ahead thirteen days. The  the old calendar.

Ringing their bells and yodeling, the Chläuse wish everyone happiness and prosperity for the New Year, but perhaps a fruitful and stimulating meeting in our case.

Tin Soldiers

Before and after dinner, the Tin Soldiers brought down the Schatzalp until 1am with all the energy and excitement of a live open-air rock concert. Five charismatic young men, including one of IT’IS’ very own, Jonathan Gubler who works part-time as a graphic designer, constructed nothing less than a dynamic act with a lush mix of energetic and soulful songs that spanned the last 50 years from Otis Redding to Willie Nelson to the Verve. Their vast experience, natural talent and obvious camaraderie made for a festive and light-hearted evening, After putting on their best moves for this rockin’ band, the somewhat bleary-eyed BEMS and EBEA partygoers were left with an extra spring in their steps for the rest of the meeting.

Renato Frischknecht ~ lead vocals
Jonathan Gubler ~ guitar & vocals
Raffael Meyer ~ guitar
Clemens Schepperle ~ bass & vocals
Sandro Erne ~ drums

For more information about the band, please visit http://www.tinsoldiers.ch/

President
Dr. Carmela MARINO (Italy)

Vice-President
Prof. Ferdinando BERSANI (Italy)

Treasurer
Dr. Alejandro UBEDA (Spain)

Secretary
Dr. Isabelle LAGROYE (France)


Engineering/Physical Science
Dr. Micaela LIBERTI (Italy)
Prof. Paolo RAVAZZANI (Italy)
Dr. Theodoros SAMARAS (Greece)


Biological/Medical Science
Dr. Jukka JUUT ILAINEN (Finland)
Dr. Martin ROO SLI (Switzerland)
Dr. Lluis M. MIR (France)


At Large
Dr. Gunhild OFT EDAL (Norway)
Eric VAN RONGEN (Netherlands)

Bernard Veyret’s Spech Celebra tin g EBEA’s 20th Anniversary

Editor’s note: To celebrate the twentieth anniversary of the founding of the European Bioelectromagnetics Association in December 1989, Bernard Veyret gave the following address at the social event of the recent joint meeting with BEMS in Davos, Switzerland)

Dear Friends,

Let me tell you the story of my tribe. It is also the story of global warming between the tribes.

The name of my tribe is EBEA. I am one of its elders and its leader goes by the name of Carmela [Marino].

In the beginning, that is 20 . . . thousands of years ago, there was a group of 5 hunters who started this new tribe. I was among them.

 

Editor’s note: Shown in this photo from 1989: Alejandro Ubeda (Spain), Alessandro Chiabrera (Italy), Jocelyn Leal (Spain), Richard Dixey (UK), Bernard Veyret (France). Note that Maurice Hinsenkamp (Belgium), not Alejandro Ubeda, is the fifth co-signer of the EBEA charter.

One of us left the tribe, and our wise man, my friend
Alessandro [Chiabrera] passed away: there are diseases that we still cannot heal . . . even using invisible waves.

A thousand years later, my tribe became known as EBEA. It originated in the territory of Europe.

This was the ancient times, before the cell phone, when there were no EMFs, that is ElectroMagnetic Fears, when we used to talk to each other face to face, and when the people of the Italian tribes could use their two hands to talk.


The leader of our new tribe is called Jocelyne [Leal]. She DAVOS MEETING,lives in Iberia and we miss her tonight, as she did not want to make this long journey to the Helvetian mountains, using the big birds of Iberia, because she wanted to save money and flight global warming

In the early days of the EBEA tribe, I travelled with Jocelyne to meet with the other older tribe, named BEMS. This encounter took place long ago in a big village called Stockholm in the very far north. The encounter between the two tribes was not very peaceful. Jocelyne was scared that these tall men from the Americas might take our money, and I did not want them to steal our women!

There was a lot of screaming and tears at this gathering, but we survived: you had to be tough at the time. We thus never became a vassal tribe . . . and now we share a journal.

Since then, we have made peace and organized common gatherings such as the one in Dublin, in the land of the black beer, and this one in Davos.

The two tribes still fight each other at times but we have left our sharp stone weapons at home and we new use a new soft and round weapon which we call the microphone. Soon we may be using the nanophone . . .

I won’t be with you all on Friday for the hot topic session. It is too hot for me, and I need the 12-hour train journey back to my cave [in Bordeaux] to write my new book. Its title won’t be “why I ate my father”* nor “are EMFs helping us prevent global warming” but rather “how I ran away from the dinosaurs” because the big news is that the EMF dinosaurs are back . . . and they could become an internal threat to our tribes! A few of them have made it all the way to Davos. Please shut me up before I become one of these dinosaurs.

But before you do shut me up, I want to thank the local Helvetian tribe for organizing this underground gathering in their huge cave known as the Davos Congress Centre. This tribe is best known as the “men in black.” Its charismatic leader, known by the name of Niels [Kuster], is a wise man. He is living proof of both evolution and global warming, as he does not need much fur on top of his head. This might be why he has a thousand new ideas per minute!

However, in the advent of global warming, he should know better and start clothing his tribe with white fur. . . He had the wise idea to gather us high up in the mountains.

I live in Bordeaux which is only l40 metres above sea level. This means that my tribe, EBEA, will be able to organize there some of our next gatherings in the next few thousands of years before the tide reaches us.

Long life to our two tribes!

Editor’s note: in this photo from 2009 are Paolo Vecchia, Fernando Bersani, Bernard Veyret, Yngve Hamnerius, EBEA President Carmela Marino, and Maurice Hinsenkamp)

* Roy Lewis, published 15, 000 years ago [Pourquoi j’ai mangé mon père (translation: Why I Ate My Father), 1960, Roy Lewis, Vintage Contemporaries Press.)


 

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