Marko Markov Ph.D.
Research International, Buffalo Office
135 Arielle Court, Apt.E
Williamsville, NY 14221
phone: (716) 636 1132
E mail: msmarkov @aol.com
CURRICULUM VITAE
EDUCATION:
B.S. Physics, Sofia University, 1964;
M.S. Physics, Sofia University, 1967;
Ph.D. Biophysics, Sofia University, 1980.
POST-DOCTORAL TRAINING:
Research Fellow, Moscow University, 1980.
ACADEMIC APPOINTMENTS:
2006 – 2010 Adjunct Professor, National College of Natural Medicine, Portland,
Oregon
2003 – 2008 Adjunct Professor, Erie Community College, Buffalo, New York
1991 - 1998 Visiting Professor Mount Sinai Medical Center, New York
1990 - 1991 Visiting Professor, Oakland University, Michigan
1989 – 1990 Associated Dean, Sofia University
1988 - 1992, Chair, Department of Biophysics and Radiobiology, Sofia
University.
1984 - 1992, Professor, Sofia University;
1969 - 1984, Assistant Professor, Department of Biophysics and Radiobiology,
Sofia University;
1967-1969, Research Associate, Department of Spectroscopy, Institute of Physics,
Bulgarian Academy of Sciences;
COMMERCIAL EMPLOYMENT:
2003 – present Research International, Buffalo Office – President
1999 – 2002 EMF Therapeutics, Inc. Chattanooga TN - Vice President of
Research,
1997 – 1999 MAGNETHERAPY, Inc. Riviera Beach FL - Vice President of
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Research and Development,
1993 – 1996 EPi , Pompano Beach, Fl - Vice President of Research,
EDITORIAL BOARD
Journal of Modern Physics – Editor-in-Chief
Journal of Electro-and Magnetobiology
Journal Bioelectromagnetic Biology and Medicine
The Environmentalist – Associated Editor
INVITED PROFESSOR AT:
Mount Sinai School of Medicine, New York, 1991-1998.
Oakland University, Michigan, 1990.
Bucharest University, 1989.
Moscow University, 1987.
University of Bielefeld, Germany, 1987.
Medical Academy, Dresden, 1987, and 1989.
University of Saarbrucken, Germany 1986, and 1988.
Leipzig University, 1985;
INVITED SPEAKER - 87 invited or plenary lectures at International Meetings.
HONORS:
Honored citizen of:
 Tcherven brjag, Bulgaria
 Curtea de Ardes, Romania
 Newport, Rhode Island, USA
Listed in "Dictionary of International Biographies", 1995
Medal " Man of the Year", 1996 - International Biographic Center
PROFESSIONAL SOCIETIES:
Bioelectromagnetics Society - Member of the Board of Directors
International Society of Bioelectricity - Founder
Bioelectrochemical Society
Bulgarian Society of Biomedical Physics and Engineering
International Society of Biomagnetism – Founder and Vice-President
Committee of International Union of Pure and Applied Biophysics - Officer
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International Society of Bioelectromagnetism - Founder
WHO – officer in working group
NATO – officer in Science division
PUBLICATIONS:
183 published papers
MEETING PRESENTATIONS:
282 papers and short communications.
BOOKS
“Profession of laser” – Technica, Sofia, 1981 (in Bulgarian)
"Electromagnetic Fields and Biomembranes", co-edited with Prof. Martin Blank Plenum
Press, New York 1988.
"Bioelectromagnetic Medicine" co-edited with Prof. Paul Rosch, Marcel Dekker, New
York 2004
“Biological Effects of Electromagnetic Fields” – A triple issue of the journal THE
ENVIRONMENTALIST – co-edited with Prof. Panos Kostarakis – Springer, Dordrecht,
The Netherlands, 2005
“BIOELECTROMAGNETICS: Current concepts” – co-edited with Prof. Sinerik
Ayrapetyan – Springer, Dordrecht, The Netherlands, 2006
“Biological Effects of Electromagnetic Fields” – A double issue of the journal THE
ENVIRONMENTALIST – co-edited with Prof. Panos Kostarakis – Springer, Dordrecht,
The Netherlands, 2007
“Science of Disasters” – Textbook written for ECC students
“Biological Effects of Electromagnetic Fields” – A special issue of the journal THE
ENVIRONMENTALIST Springer, Dordrecht, The Netherlands, 2009
“Advanced Electroporation Techniques in Biology and Medicine” – co-edited with
Andrei G. Pakhomov and Damijan Miklavcic, CRC Press, Boca Raton, 2010
“Biological Effects of Electromagnetic Fields” – A special issue of the journal THE
ENVIRONMENTALIST Springer, Dordrecht, The Netherlands, 2011
“Impact of Physical Factors in Biosphere” - A special issue of the journal THE
ENVIRONMENTALIST Springer, Dordrecht, The Netherlands, 2012 (in press)
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PATENTS:
3 patents on the use magnetic fields for treatment of water systems and food
processing
2 patents for clinical application of magnetic fields
1 USA patent for 3-D mapping of magnetic fields
1 USA-pending patent on myosin phosphorylation
1 USA-pending patent for THERAMAG therapeutic device
PROFESSIONAL ACTIVITIES:
 Organizer of International Project "Action of Ionizing and Nonionizing Radiation on
Living Systems"; IUPAB, 1988
 Organizer of Symposium "Electromagnetic Field Influence on Living Systems" at
VIII World Congress of Medical Physics and Biomedical Engineering; San Antonio,
1988
 Organizer of International School "Electromagnetic Fields and Biomembranes"
1986; Pleven
 Organizer of International Colloquium "Bioelectrokinetica" 1986; Sofia
 Organizer of Workshop "Electric Fields in Biotechnology" 1987; Sofia
 Organizer of Workshop "Bioelectrokinetica" 1988; Sofia
 Organizer of Second International School "Electromagnetic Fields and
Biomembranes" 1989, Pleven
 President of Symposium "Magnetic Field Effects on Living Systems", IX World
Congress of Medical Physics and Biomedical Engineering; Kyoto, 1991
 Organizer of Symposium "Electromagnetic Interactions" at X Congress of Medical
Physics and Biomedical Engineering, Rio de Janeiro, 1994
 Organizer of Symposium "Emerging medicine" at XXIV Annual Meeting of the
BEMS, 2002, Quebec City
 Co-Chairman of The Organizing Committee of 3rd International Workshop
“Biological effects of Electromagnetic Fields”, Kos, Greece, October 4-9, 2004
 Co-Director of NATO Advance Research Workshop “Mechanisms of action of High
Power Electrical Pulses” Yerevan, Armenia, 1-7 March 2005
 Co-Chairman of The Organizing Committee of 4th International Workshop
“Biological effects of Electromagnetic Fields”, Crete, Greece, October 16-20, 2006
 Program Director of the 5th International Workshop “Biological effects of
Electromagnetic Fields”, Palermo, Italy September 28 – October 2, 2008
 Program Director of the 6th International Workshop “Biological effects of
Electromagnetic Fields”, Bodrum, Turkey, October 10-14, 2010
 Co-Director of NATO sponsored International Meeting “Effects of physical factors in
conditions of elevated background radiation” Yerevan, Armenia, 2011
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 - Program Director of the Sixth International Workshop on Biological effects of
electromagnetic fields, Bodrum, Turkey, October 10-14, 2010
 Co-Director of UNESCO/EORD International workshop “Effects of electromagnetic
fields and infrasound in elevated radiation background, Yerevan, Armenia, October
12-16, 2011
LANGUAGES
Fluent in English, Russian, Bulgarian; can read German and French
TEACHING EXPERIENCE
Physics (Daemen College, Buffalo, New York)
Environmental Science (Erie Community College, Buffalo, New York)
Emergency Response at Disasters (Erie Community College, Buffalo, New York)
Basic Physics and Mathematics Course for students in
Biology (Sofia University, Oakland University)
Engineering (Oakland University)
Physics (Sofia University)
Basic Biophysics Course for students in Biology and Medicine (Sofia University,
Medical University, Sofia)
Specific Biophysics Courses
Membrane Biophysics (Sofia University, Moscow University, Leipzig University)
Cellular Biophysics (Sofia University)
Molecular Biophysics (Sofia University, University of Bielefeld)
Action of Physical Factors on Living Systems (Sofia University, Medical
University-Sofia, Medical Academy - Dresden)
Biophysical Bases of Physical Therapy - Medical Academy - Dresden, Medical
University-Sofia)
Spectroscopy of living tissues (Medical University Sofia)
Radiation Biophysics (Sofia University)
RESEARCH INTEREST:
Studying the effects of physical factors, mainly electromagnetic fields and
ultrasound on living systems. 41 years of experience in basic science research and 36
years of experience of clinical application of electromagnetic fields for treatment of bone
and soft tissue pathologies.
Use of various magnetic fields for treatment of water system and in food
processing.
Environmental problems related to electromagnetic fields distribution and global
warming
Energy availability, use and future directions
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INVITED LECTURES, CHAIRMANSHIP
- Chairman of session at the International Symposium "Interactions between water and
living matter", Odessa, USSR, 1975
- Chairman of session at the Sixth International Conference on Magnet Technology,
Bratislava, Czechoslovakia, 1978
- Chairman of session "Biomembranes" V International Symposium of BES, Weimar,
Germany, 1979
- Keynote lecture on Biological effects of magnetic fields, International Symposium on
Electromagnetic fields, Wroclaw, Poland, 1980
- Invited speaker at 31 Meeting of the International Society of Electrochemistry, Venice,
1980
- Chairman of session "Biomembranes" VI International Symposium of BES, Kiriat
Anavim, Israel, 1981
- Invited speaker at International Conference "Water and Ions in Biological Systems",
Bucharest, Romania, 1982
- Invited speaker at International Conference on Biophysics, Bucharest, Romania, 1983
- Invited speaker at International symposium "Charge and field effects in biosystems",
Nottingham, England, 1983
- Invited speaker at International Conference "Water and Ions in Biological Systems",
Bucharest, Romania, 1984
- Invited speaker at First European Congress of Power Electronic Electronics and
Applications, Brussels, Belgium, 1985
- Organizer of International School "Electromagnetic Fields and Biomembranes", Pleven
Bulgaria, 1986
- Invited speaker at International Conference on Membrane Permeability, Yerevan,
USSR, 1986
- Organizer of International Colloquium "Bioelectrokinetica" 1986; Sofia, Bulgaria
- Organizer of International Project "Action of Ionizing and Nonionizing Radiation on
Living Systems"; IUPAB, 1987-1990
- Chairman of Workshop "Electric Fields in Biotechnology" 1987; Sofia, Bulgaria
- Invited speaker at 31st International Congress of Pure and Applied Chemistry, 1987,
Sofia, Bulgaria
- Chairman of session at International Conference on Mechanisms of Biological Action
of the Electromagnetic Field Irradiation, 1987, Puschino, USSR
- Invited speaker at the Second International Symposium on Magnethotherapy, 1987,
Szekefehervar, Hungary, 1987
- Organizer of Symposium "Electromagnetic Field Influence on Living Systems" at VIII
World Congress of Medical Physics and Biomedical Engineering; 1988, San Antonio,
- Organizer of Workshop "Bioelectrokinetica" 1988; Sofia, Bulgaria
- Invited speaker at International symposium "Charge and field effects in biosystems",
Richmond,VA, 1988
- Member of the International Scientific Committee at the International Conference
"Water and Ions in Biological Systems", Bucharest, Romania 1988
- Invited speaker at International Conference "Bionika'88", Bratislava, Czechoslovakia,
1988
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- Invited speaker at International Symposium on Biophysics, Zalsburg, Austria, 1988
- Co-Chairman of the Bulgarian-Romanian Symposium on Biophysics, Curtea De Ardes,
Romania, 1988
- Organizer of Second International School "Electromagnetic Fields and Biomembranes"
1989, Pleven, Bulgaria.
- Chairman of Symposium "Magnetic Field Effects on Living Systems", IX World
Congress of Medical Physics and Biomedical Engineering; Kyoto, 1991
- Invited speaker at the International Symposium on "Bioelectromagnetic Stimulation,
1991 Fukuoka, Japan
- Chairman of session at the International Symposium on "Bioelectromagnetic
Stimulation, 1991 Fukuoka, 1991
- Invited speaker at the 18th Annual Northeast Bioengineering Conference, Kingston RI,
1992
- Invited speaker at the VI Conference on Biomedical Physics and Engineering, Sofia,
Bulgaria,1992
- Chairman of Session on Magnetic fields at the VI Conference on Biomedical Physics
and Engineering
- Chairman of Session on Low Frequency Magnetic Fields at the I World Congress on
Electricity and Magnetism in Biology and Medicine, Orlando 1992
- Invited speaker at X International Conference on Electric Safety, Lodz, Poland 1993
- Organizer of Symposium "Electromagnetic Interactions" at X Congress of Medical
Physics and Biomedical Engineering, Rio de Janeiro, 1994
- Invited speaker at International symposium "Charge and field effects in biosystems",
Richmond, 1994
- Invited speaker at Wound Care Symposium, Miami 1995
- Chairman of session "Clinical application of electromagnetic fields" XVII Annual
meeting of BEMS, 1995, Boston
- Invited speaker at XI International Conference on Electric Safety, Lodz, Poland 1995
- Member of the International Scientific Committee of XI International Conference on
Electric Safety, Lodz, Poland 1995
- Chairman of session Bioeffects: Microwave and high frequency - 3rd Congress of
EBEA, Nancy, France, 1996
- Chairman of session: "Biophysical mechanisms" XVIII Annual meeting BEMS,
Victoria, Canada, 1996
- Invited speaker at IXth International Montreux Congress on Stress, 1997, Switzerland
- Chairman of session "Bone healing and nerve regeneration" - Second World Congress
for Electricity and magnetism in Biology and Medicine, Bologna, Italy, 1997
- Keynote speaker on "Electromagnetic fields - new frontier in medicine", World
Congress on Modern Medicine, Burgenstock, Switzerland, 1997
- Invited speaker at Xth International Montreux Congress on Stress, 1999, Switzerland
- Chairman of session on Clinical application of EMF, Second International Conference
"Electromagnetic Fields and Human Health", Moscow 1999
- Member of editorial board "International Project on Dosimetry"
- Member of the Scientific Committee of the 3rd International Conference on
Bioelectromagnetism and a Chairman of session - Bled, Slovenia, October 8-12, 2000
- Invited lecturer "Magnetic and electromagnetic fields - a new frontier in clinical biology
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and medicine" at Millennium International Workshop on Biological effects of
electromagnetic fields, Crete, Greece, October 16-20, 2000
- Invited speaker at International Conference "Electricity and Magnetism in Biology and
Medicine" - Tokyo, 2-5 April 2001
- Member of the Scientific committee of International Workshop on Measurements and
Criteria for Standard Harmonization in the Field of EMF Exposure, Varna, Bulgaria,
April 28 - May 3, 2001
- Invited speaker on International Conference on Electrical Safety, Wroclaw, Poland,
2001
- Member of the Scientific committee of International Workshop on Biological effects of
electromagnetic fields, Rhodes, Greece, October 7-11, 2002
- Member of the Scientific committee of International Conference Electromagnetic fields
and human health Moscow/St.Petersburg, Russia, September 19-25, 2002
- Invited lecturer "How to go for magnetic field therapy" at International Workshop on
Biological effects of electromagnetic fields, Rhodes, Greece, October 7-11, 2002
- Invited lecturer "Ross Adey Memorial Lecture: Myosin Phosphorylation – Plausible
Tool for Studying Biological Windows" at International Workshop on Biological effects
of electromagnetic fields, Kos, Greece, October 4-8, 2004
DEVELOPED METHODS FOR EVALUATION OF THE ELECTROMAGNETIC
FIELD INITIATED BIOEFFECTS:
- Cell-free myosin light chain phosphorylation for studying the effects of electromagnetic
fields on contractile proteins.
- Complex biophysical test for evaluation of physical-chemical alterations of the
properties of living cells exposed to various physical factors such as electromagnetic
fields, ionizing radiation, ultrasound, temperature.
- Pulsed impedance method for evaluation the impedance, conductivity and capacitance
of living system at cellular, membrane and tissue level.
- Method for evaluation of electrical properties of cell suspension.
- Myosin phosphorylation - an effective biological dosimeter
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LIST OF PUBLICATIONS
1. Savatinova I.T., Markov M.S. (1967) - Study of SbCL5 by Raman spectroscopy at
room and low temperatures - Journal of Applied Spectroscopy 5: 599-603 (in Russian)
2. Markov M.S., Savatinova I.T., Simova P.D. (1969) - Low-frequency spectra of Raman
scattering of segnetoelectric crystal thryglycynfluorberilat - Journal of Applied
Spectroscopy 10:498-501 (in Russian)
3. Markov M.S., Simova P.D., Savatinova I.T. (1971) - Low-frequency spectra of Raman
scattering of threeglycin-like segnetoelectric crystals - Annals of Physical Institute
Bulgarian Academy of Sciences 21: 251-258 (in Bulgarian)
4. Todorov S.I., Markov M.S. (1971) - Spectrophotometric study of light absorption of
magnetically treated water - Annals of Sofia University 63: book 1, 239-250 (in
Bulgarian)
5. Simova P.D., Markov M.S. (1972) - Changes in half-width and integral intensity of
low-frequency lines of threeglycin Raman scattering - Annals of Physical Institute of
Bulgarian Academy of Science 22: 21-26 ( in Bulgarian)
6. Markov M.S., Todorov S.I., Ratcheva M.R. (1972) - Study of the constant magnetic
field action on isolated tissues of Zea mays roots - Annals of Sofia University 64: 257264, book 2 (in Bulgarian)
7. Markov M.S., Dimitrov D.L., Sorokin P.I. (1972) - Spectrophotometric studies of
mushroom toxins - Proceedings of the First Conference on Biomedical Physics and
Engineering, 2: 137-142 (in Bulgarian)
8. Ratcheva M.R., Markov M.S., Todorov S.I. (1972) - Study of the action of constant
magnetic field on the speed of cytoplasmic movement - Annals of Sofia University
64:265-274, book 2 (in Bulgarian)
9. Markov M.S., Todorov S.I., Ratcheva M.R. (1975) - Biomagnetic effects of the
constant magnetic field action on water and physiological activity - in "Physical Bases of
biological information transfer" Plenum Press, N.Y., K.Jensen and Yu.Vassileva (eds)
441-445
10. Markov M.S. (1978) - Direct and indirect action of constant magnetic field Proceedings of Sixth International Conference on magnet technology, Bratislava, 384389
11. Markov M.S. (1978) - Influence of constant magnetic field on water and biological
systems - Sofia, p.56 (in Bulgarian).
12. Markov M.S. (1978) - Contemporary problems of Magnetobiology in "Problems of
Biology" 11:152-168 (in Bulgarian)
13. Markov M.S. (1979) - Informational character of magnetic field action on biological
systems - in "Biophysical and Biochemical Information Transfer in Recognition" Plenum
Press, N.Y., K. Jensen and Yu.Vassileva (eds.) 496-500
14. Markov M.S., Marinov M.I. (1979) - Study of the influence of magnetically treated
water on bilirubin gall-bladder stones - Annals of Sofia University 68: 109-116, book 4
15. Markov M.S., Todorov S.I., Petrova R.P. (1979) - Influence of constant magnetic
field on the absorption spectra in leaves of Zea mays - Annals of Sofia University 68:
109-116, book 4
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16. Markov M.S. (1979) - Changes in the water properties and its biological activity
under the influence of constant magnetic field - in "Interaction between water and living
matter", Moscow, Science, v.2, 9-12 (in Russian)
17. Markov M.S. (1980) - For the possibility of constant magnetic field to influence the
membrane permeability -in "Biophysics of membrane transport" - Wroclaw, v.2, 307
18. Markov M.S. (1980) - Influence of constant magnetic field on biological systems Prace Naukowe Institute Energoelectriki - Wroclaw, 54: N.13, 13-17
19. Markov M.S. (1980) - Constant magnetic field as modifying factor for membrane
properties - Proceedings of 31st Meeting of International Society of Electrochemistry v.1,
Invited lectures, 438-440
20. Markov M.S. (1981) - Biological mechanisms of the magnetic field action - IEEE
Transactions on magnetics v.Mag-17, N.5, 2334-2357
21. Markov M.S., Kantcheva M.R. (1982) - Magnetic field as a modifying factor for
membrane properties - Studia Biophysica 90: 55-56
22. Markov M.S., Gemishev Tz.M.(1982) - Influence of magnetically treated water on
some physiological processes in germinates of Hellianthus annus - Annals of Sofia
University 70/71:81-91, book 4 (in Bulgarian)
23. Markov M.S., Abadjieva D.L., Pliquett F. (1983) - Passive electrical properties of
erythrocyte membranes in blood prepared for transfusion - Proceedings of III National
Congress on Haematology 432-434 (in Bulgarian)
24. Stoeva V.H., Markov M.S. (1983) - Changes in the electrical parameters of
erythrocyte membrane under influence of Xanthotoxin - Proceedings of III National
Congress of Haematology 435-437 (in Bulgarian)
25. Markov M.S., Todorov N.G. (1984) -Electromagnetic field stimulation of some
physiological processes - Studia Biophysica 99: 151-156
26. Markov M.S. (1984) Influence of constant magnetic field on biological systems - in
"Charge and Field Effects in Biosystems", Abacus Press, Kent , M.J. Allen (ed) 319-329
27. Markov M.S., Gemishev Tz.M. (1984) - Indirect influence of constant magnetic field
on germ of Hellianthus annus - in "Charge and Field Effects in Biosystems", Abacus
Press, Kent, M.J. Allen (ed) 390-395
28. Markov M.S. (1984) Biological action of electric current on humans - Prace Naukove
Institute Energoelektriky Wroclaw, 61: 215-222
29. Markov M.S., Pliquett F., Kantcheva M.R., Abadjieva D.L. (1985) Pulse impedance
method for investigation of the passive electrical properties of cells - International
Agrophysics 1:345-355
30. Markov M.S., Pliquett F. (1985) - Constant magnetic field influence on passive
electrical properties of red blood cells - Bioelectrochemistry and Bioenergetics 14:495502
31. Markov M.S., Pliquett F. (1985) - Pulse impedance method for determination of the
passive electrical properties of cell membranes - in "Water and ions in biological
systems", Bucharest, V.Vassilescu (ed.) 69-74
32. Markov M.S. (1985) Biophysical problems of power electronics influence on humans
- Proceedings of First European Congress of Power Electronics and Applications 2.5.147
- 2.5.152
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33. Markov M.S., Abadgieva D.L. (1985) Impulse impedance method for study the
passive electrical properties of red blood cell membranes - Proceedings of IV
Conference on biomedical physics and engineering, Sofia 182-187
34. Markov M.S., Marinov M.I., Tzonkova G.L. (1986) - Changes of the microelement
content in blood at influence with constant magnetic field - Journal of Bioelectricity, 5:
329-334
35. Markov M.S., Todorov N.G. (1986) - Device for electromagnetic field therapy - in:
"Progress Reports on Electronics in Medicine and Biology", London, 281-284
36. Ivanov L.H., Markov M.S. (1986) Biophysical evaluation of the electrical properties
of erythrocytes, treated by ultrasound - Proceedings of First National Congress on
Ultrasound Diagnostics in Medicine v.1: 105-108 (in Bulgarian)
37. Markov M.S. (1987) Electromagnetic field influence on synthesis of proteins in
yeasts - Studia Biophysica 119: 105-108
38. Wunderlich S., Pliquett F., Lap V., Grimm E., Kantcheva M.R., Goltzev V.N.,
Markov M.S.(1987) - Influence of saponin on the electrophoretic mobility and passive
electric properties of erythrocytes - Bioelectrochemistry and Bioenergetics 17: 35-41
39. Markov M.S. (1987) Photodynamic therapy and magnetic field influence on
biological membranes - Proceedings of 31st International Congress of Pure and Applied
Chemistry - Invited lectures - 9:77-88
40. Markov M.S. (1987) Changes of the electrical properties of erythrocytes under
electromagnetic field influence - Proceedings of International Symposium "Mechanisms
of biological action of the electromagnetic field irradiation", Puschino, 16-18
41. Markov M.S. (1987) Biophysical approaches and aspects of the application of
electromagnetic fields in orthopedics and traumatology - in: "Electromagnetic field
therapy of traumas", Riga,Zinatie, Detlav I. (ed), 76-85
42. Markov M.S. (1987) Pulsating electromagnetic field influence on impedance
properties of membranes - Proceedings of the Second International Symposium on
Magnetotherapy, Szkesfehervar, 141-148
43. Markov M.S. (1988) - Electromagnetic fields - new ecological factor in
"Electromagnetic fields and Biomembranes", Plenum Press, M. Markov, M. Blank (eds)
135-140
44. Markov M.S. (1988) - Biological membranes and electromagnetic fields Proceedings of International Conference of Bionika-88 Bratislava N.105, 45-48
45. Markov M.S. (1988) Electromagnetic fields influence on biological systems Ber.Nat.Med.Ver. Zalzburg 9:179-180
46. Markov M.S. (1988) - Role of water in forming and stabilizing membrane structure in: Water and Ions in Biological Membranes Birkauser, Basel, V.Vassilescu, P.Lauger
eds.) 53-59
47. Markov M.S. (1988) Electromanipulation in Biotechnology in: Mathematical
modeling in biotechnology , Elsevier, A.Ottova (ed) 85-92
48. Markov M.S. (1989) Electromanipulation in Biology - Seminars in Biophysics 5:109130
49. Goltzev V.N., Markov M.S., Doltchinkova V.R., Michailova D. (1989) Modification
of the chloroplast delayed fluorescence by electroporation - Seminars in Biophysics 5:
71-78
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50. Markov M.S., Guttler J.P. (1989) Electromagnetic field influence on electroporation
of erythrocytes - Studia Biophysica 130: 211-214
51. Markov M.S. (1990) Influence of radiation on biological systems - in "Charge and
Field Effects in Biosystems II" - Plenum Press M.J. Allen (ed), 241-250
52. Markov M.S. (1991) The contribution of water in the stabilization of biological
membranes in "Interfacial phenomena in biological systems" Marcel Dekker, New York,
M.Bender (ed) 153-170
53. Markov M.S. (1991) Electromagnetic field influence on membranes in "Interfacial
phenomena in biological systems" Marcel Dekker, New York, M. Bender (ed) 172-191
54. Markov M.S., Ryaby J.T., Kaufman J.J., Pilla A.A. (1992) Extremely weak AC and
DC magnetic fields significantly affect myosin phosphorylation. in "Charge and field
effects in Biosystems III", Birkhauser, Boston, 225-230
55. Markov M.S., Ryaby J.T.,Wang S., Pilla A.A. (1992) - Modulation of myosin
phosphorylation rates by weak (near ambient) DC magnetic fields - in Proceedings of
18th Annual Northeast Bioengineering Conference, Kingston, RI,March 1992; IEEE,
New York, 63-64
56. Markov M.S., Wang S., Pilla A.A. (1992) - Weak (ambient range) DC magnetic
fields affect myosin phosphorylation in a cell-free preparation - Proceedings of 14th
International Conference of the IEEE Engineering in Medicine and Biology Society,
Paris, October 29-November 1,1992; v.14 (1992) 302-303
57. Markov M.S., Wang S., Pilla A.A. (1992) - Effects of weak low frequency and DC
magnetic fields on myosin phosphorylation in a cell-free preparation Bioelectrochemistry and Bioenergetics 30: 119-125
58. Traikov L.L., Markov M.S., Kuzmanova M.A., Ivanov S.P. (1992) - Use of lectins as
indicators for magnetic field action on erythrocyte membranes - Proceedings of VI
Conference on Biomedical Physics and Engineering, Sofia, October 22-24, 1992, 101109
59. Markov M.S., Pilla A.A. (1992) - Myosin light chain phosphorylation modification
depending on magnetic fields - Proceedings of VI Conference on Biomedical Physics and
Engineering, Sofia, October 22-24, 1992, 93-100
60. Kuzmanova M., Ivanov S., Nankova V., Israel M., Markov M. (1992) - Influence of
millimeter waves on gamma irradiated rats - Proceedings of VI Conference on
Biomedical Physics and Engineering, Sofia, October 22-24, 1992, 13-19
61. Markov M.S., Pilla A.A. (1993) - Ambient range sinusoidal and DC magnetic field
affect myosin phosphorylation in a cell-free preparation - Electricity and Magnetism in
Biology and Medicine, M Blank (ed) San Francisco Press Inc. 323-327
62. Kuzmanova M., Ivanov S., Baldgiiska M., Videlov B., Nankova V., Neshev N.,
Alexandrov S., Markov M. (1993) - Millimeter waves protect gamma-irradiated rats Electricity and Magnetism in Biology and Medicine M Blank (ed) San Francisco Press
Inc. 596-598
63. Traikov L.L., Markov M.S., Kuzmanova M.A., Ivanov S.P. (1993) - Magnetic field
effects on lectin binding of erythrocyte membranes - Electricity and Magnetism in
Biology and Medicine M. Blank (ed) San Francisco Press Inc, 491-493
64. Markov M.S. (1993) - Electromagnetic fields and electric current effects on muscle
contraction - in Proceedings of X International Conference "Electrical Safety", Lodz, 3541
12
65. Kuzmanova M., Ivanov S., Markov M. (1993) - Biophysical estimation of millimeter
waves and gamma irradiation effects on rats - Proceedings of Second Intenational
Scientific Meeting Microwaves in Medicine, Rome 11-14 October 1993, 199-202
66. Markov M.S. (1994) - Biological Effects of extremely low frequency magnetic fields
- in "Biomagnetic Stimulation" S. Ueno(ed.), Plenum Press, New York, 91-103
67. Markov M.S. (1994) - Biophysical estimation of the environmental importance of
electromagnetic fields - Review of Environmental Health v.10, # 2, 75-83
68. Gemishev Tz., Tzolova K, Markov M. (1994) - Static magnetic field influence on the
activity of some regulatory enzymes in wheat - Electro- and Magnetobiology 13 107-115
69. Markov M., Pilla A.A. (1994) - Modulation of cell-free myosin light chain
phosphorylation with weak low frequency and static magnetic fields - On the Nature of
Electromagnetic Field Interactions with Biological Systems, A.H. Frey (ed.), R.G.Landes
Co. Austin TX, 127-141
70. Markov M.S., Pilla A.A. (1994) - Static magnetic field modulation of myosin
phosphorylation: calcium dependence in two enzyme preparations - Bioelectrochemistry
and Bioenergetics 35 (1994) 57-61
71. Traikov L.L., Kuzmanova M.A., Ivanov S.P., Markov M.S. (1994) - Static magnetic
field effects on lectin binding to erythrocyte membrane - Bioelectrochemistry and
Bioenergetics 35, 49-52
72. Kuzmanova M., Ivanov S., Nankova V., Markov M. (1994)- Biophysical estimation
of the action of extremely high frequency electromagnetic fields on some cell parameters
Bioelectrochemistry and Bioenergetics 35, 53-56
73. Pilla A.A., Markov M.S. (1994) - Weak electromagnetic field bioeffects - Review of
Environmental Health v.10, # 3-4 155-169
74. Traikov L.L., Markov M.S., Kuzmanova M.A., S.P.Ivanov (1994) - Use of lectins as
indicators for magnetic field action on erythrocyte membrane - Review of Environmental
Health v.10 # 3-4, 243-246
75. Markov M.S., Muesham D.J., Pilla A.A. (1994) - Modulation of cell-free myosin
phosphorylation with pulsed radio frequency electromagnetic fields - Charge and Field
Effects in Biosystems-4, World scientific MJ Allen, SF Cleary, AE Sowers (eds) 274-288
76. Kuzmanova M., Ivanov S., Nankova V., Markov M. (1994) - Extremely high
frequency electromagnetic fields on cell membranes - Charge and Field Effects in
Biosystems-4 -World Scientific MJ Allen, SF Cleary, AE Sowers (eds) 242-254
77. Traikov L.L., Kuzmanova M.A., Ivanov S.P., Markov M.S. (1994)- Static magnetic
field effects basic glycoprotein complex of the erythrocyte membrane - Charge and Field
Effects in Biosystems-4 - World scientific MJ Allen, SF Cleary, AE Sowers (eds) 334348
78. Muehsam D.J., Markov M.S., Muehsam P.A., Pilla A.A., Ronger Sen, Yi Wu (1994)
- Effects of Qugong on cell-free myosin phosphorylation: preliminary experiments Subtle Energies (1994) v.5, # 1, 93-106
79. Markov M.S. (1995) - Electric current and electromagnetic field effects on soft tissue:
Implications for wound healing - Wounds v.7, # 3, 94-110
80. Markov M.S., Pilla A.A. (1995) - Electromagnetic field stimulation of soft tissue:
Pulsed radiofrequency treatment of post-operative pain and edema - Wounds v.7 # 4,
143-151
13
81. Markov M.S. (1995) - Electric Current and Electromagnetic field effects on soft
tissues - in Proceedings of X International Conference "Electrical Safety", Wroclaw, 2742
82. Markov M. (1995) - On the nature of electromagnetic field interactions with
biological systems (book review) - Bioelectrochemistry and Bioenergetics (1995) 36;
177-179
83. Markov M.S., Pilla A.A. (1996) - Electromagnetic field stimulation of soft tissue:
Pulsed radiofrequency treatment of postoperative pain and edema (extended abstract) Analgesic Digest v. 1, 28-32
84. Muehsam D.J., Markov M.M., Pilla A.A (1996) - Model for weak magnetic field
bioeffects: modulation of bound water dipole orientation via Larmor precession affects
surface kinetics - Proceedings of the Second Annual Advance Water Sciences
Symposium, Dallas, TX, 15-25
85. Pilla AA, Muehsam DJ, Markov MS - A Larmor Precession-Dynamical Model for µT
Range Magnetic Field Bioeffects: Water Dipole Orientation and Ion Binding Proceedings of XVIII Annual International Conference of IEEE Society of Engineering
in Biology and Medicine, Amsterdam 1996, ISBN 90-91005-9
86. Otano-Lata S., Markov M., Iyer V. (1966) - Biophysical dosimetry as a function of
body target - Proceedings of the Seventh Conference of Biomedical Physics and
Engineering, 17-19 October 1996, Sofia, Bulgaria, I. Daskalov (ed) 66
87. Markov M.S. (1996) - Electromagnetic field effects on contractile proteins Proceedings of the Seventh Conference of Biomedical Physics and Engineering, 17-19
October 1996, Sofia, Bulgaria, I. Daskalov (ed) 67
88. Markov MS (1996) - Effects of ionizing radiation and static magnetic fields on
erythrocytes - Romanian J. Biophysics v.6,#3/4:127-140
89. Markov MS (1997) - Clinical applications of magnetic and electromagnetic fields Proceedings of IX International Congress on Stress Montreux, Switzerland, p.56
90. Markov M.S., Pilla AA (1997) - Weak static magnetic field modulation of myosin
phosphorylation in a cell-free preparation: Calcium dependence - Bioelectrochemistry
and Bioenergetics 43: 233-238
91. Pilla AA, Muehsam DJ, Markov MS (1997) - A Dynamic system/Larmor Precession
Model for weak magnetic field bioeffects: Ion binding and orientation of bound water
molecules - Bioelectrochemistry and Bioenergetics 43: 239-249
92. Markov MS, Kleincort J (1998) - Magnetic and electromagnetic fields - new frontier
in biology and medicine - Challenges and Opportunities for a New Millenium - Arkansas,
AK, 185-204
93. Markov MS (1999) - Static magnetic fields and the transmission of subtle energy
signals having biological effects - Proceedings of X International Congress on Stress
Montreux, Switzerland, p.47
94. Pilla AA. Musham DJ, Markov MS, Sisken BF (1999) - EMF signals and ion/ligand
binding kinetics: prediction of bioeffective waveform parameters - Bioelectrochemistry
and Bioenergetics 48: 27-34
95. Markov MS (1999) - Magnetotherapy in the USA - Proceedings of the Second
International Conference "Electromagnetic Fields and Human Health", Moscow, 243-244
14
96. Williams CD, Markov MS (1999) - Therapeutic electromagnetic field designed to
inhibit angiogenesis: A pilot study - Proceedings of the Second International Conference
"Electromagnetic Fields and Human Health", Moscow, 382-383
97. Markov MS (1999) - Magnetic field dosimetry - biophysical and clinical aspects - In
(F.Bersani, ed) Electricity and Magnetism in Biology and Medicine - Kluwer
Academic/Plenum Publishers, New York, 311-313.
98. Traikov L, Goltsev V, Markov M (1999) - Combined action of temperature and
millimeter waves on luminescence characteristics of thylakoid membrane - In (F.Bersani,
ed) Electricity and Magnetism in Biology and Medicine - Kluwer Academic/Plenum
Publishers, New York 371-373.
99. Traikov LL, Kouzmanova MA, Markov MS (1999) - Combined action of static
magnetic field and temperature on the surface electric charge of the erythrocyte
membrane - in: (F.Bersani, ed) Electricity and Magnetism in Biology and Medicine Kluwer Academic/Plenum Publishers, New York 561-563.
100.Markov MS, Pilla AA (1999) - Static µT-level magnetic fields modulate myosin
phosphorylation via kinetic effects on calcium binding to calmodulin - in (F.Bersani, ed)
Electricity and Magnetism in Biology and Medicine - Kluwer Academic/Plenum
Publishers, New York 605-608.
101. Pilla AA, Muehsam DJ, Markov MS (1999) - A Larmor precession/dynamic system
model allows µT-range magnetic field effects on ion binding in the presence of thermal
noise - In: (F. Bersani, ed) Electricity and Magnetism in Biology and Medicine - Kluwer
Academic/Plenum Publishers, New York, 395-399.
102. Pilla AA, Muehsam DJ, Markov MS, Sisken BF (1999) - EMF signals and
ion/ligand binding kinetics: prediction of bioeffective waveform parameters - In (F.
Bersani, ed) Electricity and Magnetism in Biology and Medicine - Kluwer
Academic/Plenum Publishers, New York, 391-394.
103. Colbert AP, Markov MS, Banerji M, Pilla AA (1999) - Magnetic mattress pad use in
patients with fibromyalgia: A Randomized double-blind pilot study - Journal of Back and
Musculoskeletal Rehabilitation v.13, # 1, 19-31
104. Markov MS (2000) - Dosimetry of magnetic fields in the radiofrequency range - in
(BJ Klauenberg and D Miklavcic, eds.) Radio Frequency Radiation Dosimetry, Kluwer
Academic Press, New York, 239-245
105. Markov MS (2000) - Magnetic and electromagnetic fields - a new frontier in clinical
biology and medicine - Millennium International Workshop on Biological effects of
electromagnetic fields, Crete, Greece, 365-372, ISBN # 960-86733-0-5
106.Pilla AA, Muehsam, DJ, Markov MS (2000) - Time-varying and static magnetic
fields in therapeutic applications: a unified theory for weak EMF bioeffects - Millennium
International Workshop on Biological effects of electromagnetic fields, Crete, Greece,
330-337, ISBN # 960-86733-0-5113.
107.Williams CD, Markov MS (2001) - Therapeutic electromagnetic field designed to
inhibit angiogenesis: A pilot study - Electro and Magnetobiology 20 # 3 323-329
108.Markov MS. (2001) - In search of effective biological dosimeter - Proceedings of
the XIII International Conference on Electrical Safety - Wroclaw, 12-14 September 2001,
457-462
15
109.Mayrovitz H, Groseclose E, Markov M, Pilla AA (2001) - Effects of permanent
magnets on resting skin blood perfusion in healthy persons assessed by laser-Doppler
flowmetry and Imaging - Bioelectromagnetics 22: 494-502
110.Markov MS (2001) - Magnetic and electromagnetic field dosimetry - necessary step
in harmonization of standards - Proceedings of WHO Meeting, Varna, April 2001 Internet address
HYPERLINK http://www.who.int/peh-emf/publications/Varna
www.who.int/peh-emf/publications/Varna
111.Markov MS, Colbert AP (2001) Magnetic and electromagnetic field therapy - J Back
Musculoskeletal rehab 15: 17-29
112.Williams CD, Markov MS, WE Hardman, IL Cameron (2001) Therapeutic
electromagnetic field effects on angiogenesis and tumor growth - Anticancer Research
21:3887-3892
113.Markov MS (2002) Can Magnetic and electromagnetic fields be used for pain relief?
- Bulletin of American Pain Society 12:#1:3-7
114.Markov MS (2002) Can cell-free myosin phosphorylation be used as a tool for
biological dosimetry? - International J. Bioelectromagnetism 4 (2) 163-164
115. Engstrom S, Markov MS, McLean MJ, Holcomb RR, Markova JM (2002) - Effects
of non-uniform static magnetic fields on the rate of myosin phosphorylation Bioelectromagnetics 23:475-479
116.Markov MS (2002) - Magnetic and electromagnetic field dosimetry - necessary step
in harmonization of standards - Proceedings of WHO Meeting "Criteria for standard
harmonization" Varna, April 2001 pp.169-171- ISBN 954-91102-1-4
117. Traikov L, Goltzev V, Markov M (2002) Analysis of luminescent characteristics of
thylakoid membranes for evaluation of some structural and functional changes after high
frequency EMF radiation - model system approach -Proceedings of WHO Meeting
"Criteria for standard harmonization" Varna, April 2001 pp.131-135- ISBN 954-91102-14
118. Markov MS, Willams CD (2002)- Pulsating magnetic field as a useful modality in
biology and medicine - Proceedings of the Third International Conference
"Electromagnetic Fields and Human Health", Moscow, 366-370
119. Markov MS (2002) - How to go to magnetic field therapy? - International
Workshop of Biological effects of Electromagnetic fields, Rhodes, Greece, 7-11 October
2002, p.5-15. ISBN #960-86733-3-X.
120. Nindl G, Johnson MT, Hughes EF, Markov MS (2002) - Therapeutic
electromagnetic field effects on normal and activated Jurkat cells - International
Workshop of Biological effects of Electromagnetic fields, Rhodes, Greece, 7-11 October
2002, p.167-173. ISBN #960-86733-3-X.
121.Williams CD, Markov MS - Can magnetic field inhibit angiogenesis? –
Magnethotherapy: Potential Therapeutic Benefits and Adverse Effects, TFG Pres, New
York, 255-259, 2003
122. Rogachefsky RA, Altman RD, Markov MS, Cheung H - Use of a permanent
magnetic field to inhibit the development of canine osteoarthritis - Bioelectromagnetics
25: 260-270; 2004.
123. Markov M.S. - Magnetic and electromagnetic field therapy: basic principles of
application for pain relief -- In: Rosch P.J. and Markov M.S. (eds.) Bioelectromagnetic
Medicine, Marcel Dekker, NY, 251-264, 2004 .
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124. Salvatore J,R., Markov M.S. – Electromagnetic fields as an adjuvant therapy to
antineoplastic chemotherapy - In: Rosch P.J. and Markov M.S. (eds.) Bioelectromagnetic
Medicine, Marcel Dekker, NY, 613-624, 2004.
125. Markov M.S., Williams C.D., Cameron I.L, Hardman W.E., Salvatore J.R. – Can
magnetic field inhibit angiogenesis and tumor growth - In: Rosch P.J. and Markov M.S.
(eds.) Bioelectromagnetic Medicine, Marcel Dekker, NY, 625-636, 2004.
126. Rosch P.J., Markov M.S. – Concuding comments: some late breaking developments
and future directions – In: Rosch P.J. and Markov M.S. (eds.) Bioelectromagnetic
Medicine, Marcel Dekker, NY, 809-825, 2004.
127.Markov MS – Myosin light chain phosphorylation modification depending on
magnetic fields I. Theoretical – Electromagnetic Biology and Medicine – 23: 55-74, 2004
128. Markov MS – Myosin phosphorylation – a plausible tool for studying biological
windows. Ross Adey Memorial Lecture – 3rd International Workshop on Biological
Effects of EMF – Kos, Greece, October 4-8, 2004, 1-9, ISBN 960-233-151-8.
129. Markov MS, Hazlewood CF, Ericsson AD – Systemic effect – a plausible
explanation of the benefit of magnetic field therapy: A hypothesis - 3rd International
Workshop on Biological Effects of EMF – Kos, Greece, October 4-8, 2004, 673-682,
ISBN 960-233-151-8.
130. Ericsson AD, Hazlewood CF, Markov MS, Crawford F – Specific Biochemical
changes in circulating lymphocytes following acute ablation of symptoms in Reflex
Sympathetic Dystrophy (RSD): A pilot study - 3rd International Workshop on Biological
Effects of EMF – Kos, Greece, October 4-8, 2004, 683-688, ISBN 960-233-151-8.
131. Ericsson AD, Hazlewood C, Markov M – Minor sport injuries: Molecular
considerations and treatment with an electro-magnetic device – Explore v. 13, # 6,
November 6, 2004.
132. Markov MS – Myosin light chain phosphorylation modification depending on
magnetic fields II. Experimental – Electromagnetic Biology and Medicine – 23: 125-140,
2004
133. Lyskov E, Kalezic N, Markov M, Kiell Hansson Mild, J. Thunberg, H. Johansson –
Effects of therapeutic ELF magnetic fields on experimental muscle pain –
Bioelectromagnetics 26: # 4 299-304, 2005
134. Kostarakis P, Markov M – Editorial: Biological effects of Electromagnetic Fields –
The Environmentalist 25, #2/3, 65-66, 2005
135. Markov M.S. Biological windows”: A tribute to W. Ross Adey. - The
Environmentalist 25, #2/3, 67-74, 2005
136. Markov M.S., Hazlewood C.F., Ericsson A.D. Systemic effect: A new approach to
magnetic field therapy. - The Environmentalist 25, #2/3, 121-130, 2005
137. Engstrom S., Markov M.S., McLean M.J., Jones R.A., Holcomb R. R. – Devices for
gradient static magnetic field exposure - Bioelectromagnetics 26: # 4 336-340, 2005
138. Markov M.S. Thermal vs. nonthermal mechanisms of interactions between
electromagnetic fields and biological systems. In S. Ayrapetyan and M. Markov eds.)
BIOELECTROMAGNETICS: Current concepts, NATO Advanced Research Workshops
Series, Springer 2006,1-15
139. Hazlewood C., Markov M., Ericsson A. D. Electromagnetic field therapy: A role for
water. In S. Ayrapetyan and M. Markov eds.) BIOELECTROMAGNETICS: Current
concepts, NATO Advanced Research Workshops Series, Springer 2006 227-240
17
140. Markov M.S., Nindl G., Hazlewood C.F., Cuppen J. Interactions between
electromagnetic fields and immune system: possible mechanisms for pain control. In
S.Ayrapetyan and M. Markov eds.) BIOELECTROMAGNETICS: Current concepts,
NATO Advanced Research Workshops Series, Springer 2006, 213-226
141. Markov M.S. Therapy with magnets – myth or reality. In (P. Kostarakis, ed)
Proceedings of Forth International Workshop “Biological effects of electromagnetic
fields”, Crete 16-20 October 2006, ISBN# 960-233-172-0, p.10-17, 2006
142. Cameron I.L., Short N.J., Markov M.S. Daily pulsed electromagnetic field therapy
inhibits tumor angiogenesis via hipoxia driven pathway: therapeutic implications. In (P.
Kostarakis, ed) Proceedings of Forth International Workshop “Biological effects of
electromagnetic fields”, Crete 16-20 October 2006, ISBN# 960-233-172-0, p.1285-1292,
2006
143. Short N.J., Miera K.L., Markov M.S., Jagadeeswaran P., Cameron I.L. –A pulsed
electromagnetic field that inhibits tumor growth fails to delay zebrafish embryonic
development and tail fin regeneration. In (P. Kostarakis, ed) Proceedings of Forth
International Workshop “Biological effects of electromagnetic fields”, Crete 16-20
October 2006, ISBN# 960-233-172-0, p.1293-1299, 2006
144. Hazlewood C.F., Markov M.S. Magnetic fields for relief of myofascial and/or low
back pain through trigger points. In (P. Kostarakis, ed) Proceedings of Forth International
Workshop “Biological effects of electromagnetic fields”, Crete 16-20 October 2006,
ISBN# 960-233-172-0, p. 475-483, 2006.
145. Traikov L.L., Lawlor G., Bocheva A., Hajimitova V. Shalamanova C., Israel M.,
Koshimizu H., Markov M. Acute effects of oxidative stress markers of high frequency
electromagnetic fields (900 and 1800 MHz) in rats – preliminary experiments. In (P.
Kostarakis, ed) Proceedings of Forth International Workshop “Biological effects of
electromagnetic fields”, Crete 16-20 October 2006, ISBN# 960-233-172-0, p.1215-1219,
2006
146. Markov M.S. – Magnetic Field Therapy: A Review – Electromagnetic Biology and
Medicine. 26: 1-23, 2007
147. Harden N.R., T. A. Remble TA, Houle TT, Long JE, Markov MS, Gallizzi MA (2007)
Prospective, randomized, single-blind, sham treatment controlled study of the safety and
efficacy of an electromagnetic field device for the treatment of chronic low back pain: A
pilot study – Pain Practice DOI: PRP-2007-0027
148. Hazlewood C.F., Markov M.S. (2007) – Could pain relief of myofascial and/or low
back pain be explained with magnetic field interactions with trigger points? – The
Environmentalist. v.27,# 4,447-452.
149. Cameron I.L, Short N.J, Markov M.S.(2007) - Safe alternative cancer therapy using
electromagnetic fields – The Environmentalist v.27, #4, 453-456
150. Markov M.S.(2007) - Therapeutic application of static magnetic fields – The
Environmentalist v.27, #4, 457-464.
151. Markov M.S. (2007) – Pulsed electromagnetic field therapy: history, state of the art
and future – The Environmentalist v.27, #4 465-464
152. Sisken B.F., Midkeff P., Tweheus A., Markov M.S. (2007) – Influence of static
magnetic fields on nerve regeneration in vitro – The Environmentalist v.27, #4, 477-482
153. Markov M, Kostarakis P (2007) – Biological effects of electromagnetic fields – The
Environmentalist v.27, #4, 385
18
154. Markov MS – Expending pulsed electromagnetic field therapy – Electromagnetic
Biology and Medicine 26: 259-276; 2007
155. Colbert AP, Wahbeh H, Harling N, Connelly E, Schuffke HC, Forsten C, Gregory
WL, Markov MS, Souder JJ, Elmer P, King V – Static magnetic field therapy: A critical
review of treatment parameters – eCAM 2007, 1-7 DOI:10.1093/ecam/nem131
156. Colbert AP, Markov MS, Souder JJ – Static magnetic field therapy: Dosimetry
Considerations – J Alternative Complimentary Medicine 14, #5, 2008, DOI:
10.1089/acm.2007.0827
157. Markov MS, Hazlewood CF – Electromagnetic field dosimetry for clinical
application - Proceedings of Fifth International Workshop “Biological effects of
electromagnetic fields”, Palermo, Italy, September 28 – October 2, 2008, ISBN# 978-8895813-03-5
158. Hazlewood CF, Markov MS – Trigger points and systemic effect for EMF therapy Proceedings of Fifth International Workshop “Biological effects of electromagnetic
fields”, Palermo, Italy, September 28 – October 2, 2008, ISBN# 978-88-95813-03-5
159. Rezinkina M, Markov M – Results of theoretical estimation of the slowly rising and
falling current pulses influence on excitation processes in neurons - Proceedings of Fifth
International Workshop “Biological effects of electromagnetic fields”, Palermo, Italy,
September 28 – October 2, 2008, ISBN# 978-88-95813-03-5
160. Traikov L, Bocheva A., Dzambazova E, Markov M – Static magnetic field action on
model system with experimental induce acute inflammation in rats in vivo. Proceedings
of Fifth International Workshop “Biological effects of electromagnetic fields”, Palermo,
Italy, September 28 – October 2, 2008, ISBN# 978-88-95813-03-5
161. Colbert A., Markov M., Sauder J. – Static magnetic field therapy: Methodological
challenges to conducting clinical trials. The Environmentalist DOI: 10.1007/s10669-0089203-3
162. Rezinkina M., Markov M. – Mathematical modeling of pulsed magnetic field action
on neurons’ bioelectric activity. The Environmentalist DOI: 10.1007/s10669-008-9200-6
163. Colbert AP, Markov MS, Souder JS. Static magnetic field therapy: dosimetry
considerations. J Altern Complement Med. 2008 Jun;14(5):577-82. Review.
164. Colbert AP, Wahbeh H, Harling N, Connelly E, Schiffke HC, Forsten C, Gregory
WL, Markov MS, Souder JJ, Elmer P, King V. Static magnetic field therapy: a critical
review of treatment parameters. Evid Based Complement Alternat Med. 2009
Jun;6(2):133-9
165. Markov MS, Hazlewood CF – Electromagnetic field dosimetry for clinical
application – The Environmentalist – Special issue “Biological effects of electromagnetic
fields”, 29:161-167 (2009)
166. Hazlewood CF, Markov MS – Trigger points and systemic effect for EMF therapy The Environmentalist – Special issue “Biological effects of electromagnetic fields”,
29:232-239 (2009)
167. Traikov L, Bocheva A., Dzambazova E, Markov M – Static magnetic field action on
model system with experimental induce acute inflammation in rats in vivo. The
Environmentalist – Special issue “Biological effects of electromagnetic fields”, 29:225231 (2009)
168. Colbert A., Markov M., Sauder J. – Static magnetic field therapy: Methodological
challenges to conducting clinical trials. The Environmentalist – Special issue “Biological
19
effects of electromagnetic fields”, 29:177-185 (2009)
169. Rezinkina M., Markov M. – Mathematical modeling of pulsed magnetic field action
on neurons’ bioelectric activity. The Environmentalist – Special issue “Biological effects
of electromagnetic fields”, 29:147-152 (2009)
170. Markov M – What need to be known about the therapy with static magnetic fields.
The Environmentalist – Special issue “Biological effects of electromagnetic fields”,
29:169-176 (2009)
171. Markov M.S. – Electroporation: A review of basic problems in theory and
experiment – in (Pakhomov A., Miklavcic D. Markov M.S., eds.) Advanced
electroporation techniques in Biology and Medicine. CRC Press, Boca Raton, Fl. 71-94
(2010)
172. Colbert AP, Markov MS, Carlson N, Gregory WL, Carlson H, Elmer PJ. Static
magnetic field therapy for carpal tunnel syndrome: a feasibility study. Arch Phys Med
Rehabil 2010; 91:1098-104.
173. Markov MS .2010. Angiogenesis, magnetic fields and “window effects”. (Invited
Editorial) Cardiology 117: 54-56; DOI: 10.1159/000315433
174. Markov M – How biological systems detect applied electromagnetic fields. The
Environmentalist – Special issue “Biological effects of electromagnetic fields” v.31 #2,
89-96, 2011 DOI: 10.1007/s 10669-011-9314-0
175. Markov M. Biological effects of electromagnetic fields. Editorial. The
Environmentalist, v.31, #2, 87-88,2011
176. Markov M – Nonthermal mechanism of interaction between electromagnetic fields
and biological systems: A calmodulin example. – Special issue “Biological effects of
electromagnetic fields” v.31 #2, 114-120,2011
177. Parker R., Markov M. –An analytical design techniques for magnetic field therapy
devices– Special issue “Biological effects of electromagnetic fields” v.31 #2,155160,2011
178. Traikov L, Antonov I, Petrova J, Markov M, Ohkubo C. Signal processing and
wavelet analysis of simultaneously registered BP and LDF signals during ELF-EMF
exposure in vivo– Special issue “Biological effects of electromagnetic fields” v.31
#2,187-194, 2011
179 Markov MS – Impact of physical factors on the society and environment – The
Environmentalist 2012 DOI 10.1007/s10669-012-9386-5
180. Markov MS - Cellular phone hazard for children – The Environmentalist 2012
DOI: 10.1007/s10669-012-9391-8
181. Markov MS – Cell phones and public health – Radiation Biology. Radioecology
v.53 # 11, 105-107 2013 (in Russian)
182. Markov MS – Effects of electromagnetic fields on biological systems. Editorial.
Electromagnetic Biology and Medicine 32(2) 121-122, 2013
183. Markov M, Grigoriev YG – WiFi technology – an uncontrolled experiment on
human health – Electromagnetic Biology and Medicine 32 (2) 2013; 200-208
184. Markov MS – Electric and magnetic fields bioeffects – in Savinell RF, Ken-Ichiro
Ota, Kreysa G (eds.) Encyclopedia of Applied Electrochemistry, Springer, DOI
10.1007/978-1-4419-6996-5, # Springer Science+Business Media New York 2014
185.MarkovMS (2014) Electromagnetic fields and Life – Journal of Electric and
Electronic Systems dx.doi.org/10.4172/2332-0796.1000119
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International scientific and commercial projects
 Organizer of International Project "Action of Ionizing and Nonionizing Radiation on
Living Systems"; IUPAB, 1988
 Organizer of Symposium "Electromagnetic Field Influence on Living Systems" at
VIII World Congress of Medical Physics and Biomedical Engineering; San Antonio,
1988
 Organizer of International School "Electromagnetic Fields and Biomembranes" 1986
and 1989; Pleven
 President of Symposium "Magnetic Field Effects on Living Systems", IX World
Congress of Medical Physics and Biomedical Engineering; Kyoto, 1991
 Organizer of Symposium "Electromagnetic Interactions" at X Congress of Medical
Physics and Biomedical Engineering, Rio de Janeiro, 1994
 Organizer of Symposium "Emerging medicine" at XXIV Annual Meeting of the
BEMS, 2002, Quebec City
 Co-Director of NATO Advance Research Workshop “Mechanisms of action of High
Power Electrical Pulses” Yerevan, Armenia, 1-7 March 2005
 Co-Director of UNESCO/EORD International workshop “Effects of electromagnetic
fields and infrasound in elevated radiation background, Yerevan, Armenia, October
12-16, 2011
 Program director of the 2nd (Rhodes-2002), 3rd (Kos-3004), 4th (Crete-2006), 5th
(Sicily-2008), 6th (Bodrum-2010), 7th (Malta-2012), 8th (Varna-2014) International
Workshops Biological Effects of Electromagnetic Fields
 Bioremediation – Consulting project of Petroclean LLC, The woodlands, Texas
 Emergency preparation and response to disasters – ECC Community College, Buffalo
 Emergency response to disasters – Consulting business in Metropolitan Buffalo
 Food, water and hunger – Program for World Bank
 Energy for today and tomorrow – Program for World Bank
 Hazard from Wireless communication – Program for World Health Organization
 Electromagnetic field effects on immune system = Project for Immunent, The
Nederlands
 Harmonization of standards of electromagnetic fields – Program for World Health
Organization
 Magnetic fielkd for therapeutic purposes – Project for Magnapro, England
 New electromagnetic modality for clinical use – consulting THERAMAG USA,
Houston
 Current benefit and hazard from EMF – Join project with Institute of Biophysics,
Armenia
 Biological effects of electromagnetic field – consulting Greek National Research
Center”Demokritos”
 Hygienic estimates of electromagnetic fields – Consulting Bulgarian Ministry of
Health
 Evaluation of new therapeutic device – for Curatron, Israel
 The state of the art in World Magnetic Field Therapy – requested by Australian
21
regulatory agency
 Standards for use of EMF in everyday life – requested by Japan Center of Industrial
life.
22