. "3"^^ . . "Jandov\u00E1, A." . . . . . "GB - Spojen\u00E9 kr\u00E1lovstv\u00ED Velk\u00E9 Brit\u00E1nie a Severn\u00EDho Irska" . "RIV/00064173:_____/11:#0000141!RIV12-MZ0-00064173" . "Dohnalov\u00E1, A." . "204006" . "[CCCEC627028D]" . "\u010Co\u010Dek, A." . "8"^^ . "In In vitro T lymphocyte adherence capabilities under the influence of lower induction values (0.1-0.01 mT) of 50 Hz external magnetic fields" . . . "Our research thus far has concerned the impact of external magnetic fields (50 Hz) and low (0.01-10 mT) induction on adherence capabilities of T lymphocytes obtained from the blood of patients with head and neck tumors. We know that the in vitro adherence capability of T lymphocytes towards surfaces in cancer patients is less than that of control. Previously, we have found that exposure to magnetic fields (50 Hz / 0.01-10 mT) increases the capability of T lymphocytes, in larynx/pharynx cancer patients, to adhere in vitro to surfaces, achieving almost physiological values, in not only pre-treatment patients but also those receiving treatment in the course of follow-up. The capability of T lymphocytes in controls (voluntary blood donors) to adhere to surfaces was also increased (50 Hz / 0.01-0.5 mT). The present study concentrates on the significance of the level of magnetic field induction in order to determine whether low induction values can restore T lymphocytes adherence capabilities. Testing a set of 20 patients showed a statistically significant difference (p < 0.05) in the in vitro adherence capacity of T lymphocytes between both 0.01 and 0.05, and 0.1 mT induction levels. In the control group (patients diagnosed with chronic sensorineural hearing loss) there was even a statistically significant difference between induction values of 0.05 and 0.01 mT. Therefore, we concluded that lower induction values resulted in a more biologically significant response." . "V" . "In In vitro T lymphocyte adherence capabilities under the influence of lower induction values (0.1-0.01 mT) of 50 Hz external magnetic fields"@cs . "Journal of Physics: Conference Series" . . . "Hahn, A." . "In In vitro T lymphocyte adherence capabilities under the influence of lower induction values (0.1-0.01 mT) of 50 Hz external magnetic fields" . "Nedbalov\u00E1, M." . . "RIV/00064173:_____/11:#0000141" . "Our research thus far has concerned the impact of external magnetic fields (50 Hz) and low (0.01-10 mT) induction on adherence capabilities of T lymphocytes obtained from the blood of patients with head and neck tumors. We know that the in vitro adherence capability of T lymphocytes towards surfaces in cancer patients is less than that of control. Previously, we have found that exposure to magnetic fields (50 Hz / 0.01-10 mT) increases the capability of T lymphocytes, in larynx/pharynx cancer patients, to adhere in vitro to surfaces, achieving almost physiological values, in not only pre-treatment patients but also those receiving treatment in the course of follow-up. The capability of T lymphocytes in controls (voluntary blood donors) to adhere to surfaces was also increased (50 Hz / 0.01-0.5 mT). The present study concentrates on the significance of the level of magnetic field induction in order to determine whether low induction values can restore T lymphocytes adherence capabilities. Testing a set of 20 patients showed a statistically significant difference (p < 0.05) in the in vitro adherence capacity of T lymphocytes between both 0.01 and 0.05, and 0.1 mT induction levels. In the control group (patients diagnosed with chronic sensorineural hearing loss) there was even a statistically significant difference between induction values of 0.05 and 0.01 mT. Therefore, we concluded that lower induction values resulted in a more biologically significant response."@en . "012031" . "329" . . "InIn vitro T lymphocyte adherence capabilities under the influence of lower induction values (0.1-0.01 mT) of 50 Hz external magnetic fields"@en . "M\u00E1rtonov\u00E1, J." . "In In vitro T lymphocyte adherence capabilities under the influence of lower induction values (0.1-0.01 mT) of 50 Hz external magnetic fields"@cs . "Our research thus far has concerned the impact of external magnetic fields (50 Hz) and low (0.01-10 mT) induction on adherence capabilities of T lymphocytes obtained from the blood of patients with head and neck tumors. We know that the in vitro adherence capability of T lymphocytes towards surfaces in cancer patients is less than that of control. Previously, we have found that exposure to magnetic fields (50 Hz / 0.01-10 mT) increases the capability of T lymphocytes, in larynx/pharynx cancer patients, to adhere in vitro to surfaces, achieving almost physiological values, in not only pre-treatment patients but also those receiving treatment in the course of follow-up. The capability of T lymphocytes in controls (voluntary blood donors) to adhere to surfaces was also increased (50 Hz / 0.01-0.5 mT). The present study concentrates on the significance of the level of magnetic field induction in order to determine whether low induction values can restore T lymphocytes adherence capabilities. Testing a set of 20 patients showed a statistically significant difference (p < 0.05) in the in vitro adherence capacity of T lymphocytes between both 0.01 and 0.05, and 0.1 mT induction levels. In the control group (patients diagnosed with chronic sensorineural hearing loss) there was even a statistically significant difference between induction values of 0.05 and 0.01 mT. Therefore, we concluded that lower induction values resulted in a more biologically significant response."@cs . "Electromagnetic field of power frequency, the inhibition of adherence of T lymphocytes, head and neck cancer"@en . . "InIn vitro T lymphocyte adherence capabilities under the influence of lower induction values (0.1-0.01 mT) of 50 Hz external magnetic fields"@en . "11"^^ . . "Ambru\u0161, M." . . . "1742-6588" . . "Pokorn\u00FD, J." .