Filter Results:
- Full text PDF available (87)
Publication Year
1946
2018
- This year (1)
- Last 5 years (13)
- Last 10 years (35)
Publication Type
Co-author
Journals and Conferences
Learn More
- S. Carrubba, Clifton F. Frilot, Andrew L. Chesson, Andrew A. Marino
- Neuroscience
- 2007
Human subjects respond to low-intensity electric and magnetic fields. If the ability to do so were a form of sensory transduction, one would expect that fields could trigger evoked potentials, as do… (More)
- Simona Carrubba, Clifton F. Frilot, Andrew L. Chesson, Charles L. Webber, Andrew A. Marino
- Neuroscience Research
- 2008
Electromagnetic fields (EMFs) having strengths typically found in the general environment can alter brain activity, but the reported effects have been inconsistent. We theorized that the problem… (More)
Alterations in brain electrical activity caused by magnetic fields: detecting the detection process.
- Gordon B. Bell, Andrew A. Marino, Andrew L. Chesson
- Electroencephalography and clinical…
- 1992
Static and 60 Hz magnetic fields, 0.78 gauss, were applied individually and combined to each of 20 human subjects during 2 sec epochs, and the effect on the EEG was determined by comparing the power… (More)
- Gordon B. Bell, Andrew A. Marino, Andrew L. Chesson, Frederick A. Struve
- The Lancet
- 1991
- Glenn B. Bell, Andrew A. Marino, Andrew L. Chesson
- Journal of the Neurological Sciences
- 1994
The effects of 1.5- and 10-Hz electromagnetic fields (EMFs), 0.2-0.4 gauss, on the intrinsic electrical activity of the human brain at these frequencies was studied. Each of 19 subjects exposed for… (More)
- Andrew A. Marino, David D. Waddell, +4 authors James A. Albright
- Clinical orthopaedics and related research
- 2004
Our aim was to support the hypothesis of a specific association between gap junctions in synovial tissue and the presence of osteoarthritis, as evidenced by differences between osteoarthritis and… (More)
- Gordon B. Bell, Andrew A. Marino, Andrew L. Chesson, Frederick A. Struve
- Brain Research
- 1992
The effect of low-frequency magnetic fields on the rabbit electroencephalograph (EEG) was studied using a quantitative procedure that permitted statistical evaluation of the response of individual… (More)
- Gordon B. Bell, Andrew A. Marino, Andrew L. Chesson
- Neuroreport
- 1994
Based on preliminary observations that continuous exposure to electromagnetic fields (EMFs) produced an after-effect on human brain electrical activity, the effect of 10 Hz, 1 gauss, on the intrinsic… (More)
- Simona Carrubba, Clifton F. Frilot, Andrew L. Chesson, Andrew A. Marino
- Neuroscience Letters
- 2007
Recent electrophysiological evidence suggested the existence of a human magnetic sense, but the kind of dynamical law that governed the stimulus-response relationship was not established. We tested… (More)
- Andrew A. Marino, E. Nilsen, Clifton F. Frilot
- Physiology & Behavior
- 2003
The detection process by which animals react to the presence of electromagnetic fields (EMFs) may be a form of sensory transduction. However, the anatomic location of signal transduction in most… (More)