METHOD FOR TREATING ONCOLOGICAL PATIENTS Russian patent published in 2003 - IPC

Abstract RU 2209642 C2

FIELD: medicine, oncology. SUBSTANCE: the suggested method includes, at least, one seance of radiation therapy, and/or, at least, one seance of chemotherapy. Also, before and/or after seance of radiation therapy and/or, at least, before and/or after one seance of chemotherapy one should carry out, at least, one seance of irradiation with electromagnetic radiation. Irradiation is carried out simultaneously at frequency chosen in the range of 43-47 MHz and at frequency chosen in the range of 568-592 MHz, and/or simultaneously at frequency chosen in the range of 88-922 MHz and at frequency chosen in the range of 478-482 MHz, and/or simultaneously at frequency chosen in the range of 115-120 MHz and at frequency chosen in the range of 1104-1148 MHz, and/or simultaneously at frequency chosen in the range of 144-148 MHz and at frequency chosen in the range of 208-216 MHz, and/or simultaneously at frequency chosen in the range of 208- 216 MHz and at frequency chosen in the range of 940-978 MHz, and/or simultaneously at frequency chosen in the range of 274-286 MHz and at frequency chosen in the range of 537-559 MHz, and/or simultaneously at frequency chosen in the range of 301-313 MHz and at frequency chosen in the range of 416-433 MHz, and/or simultaneously at frequency chosen in the range of 478- 482 MHz and at frequency chosen in the range of 1245- 1295 MHz, and/or simultaneously at frequency chosen in the range of 447-465 MHz and at frequency chosen in the range of 568-592 MHz, and/or simultaneously at frequency chosen in the range of 537-559 MHz and at frequency chosen in the range of 706-736 MHz, and/or simultaneously at frequency chosen in the range of 940- 978 MHz and at frequency chosen in the range of 1554- 1618 MHz. Moreover, irradiation should be conducted at modulation frequency within 4-200 Hz, and flow density of electromagnetic radiation power in place of patient's location should be established to be not more than 10 mcW/sq. cm. The method enables to achieve effect of anesthetization, deterioration of inflammatory processes, correction of affected immune status, cellular lysis of necrotic tissues. EFFECT: higher efficiency of therapy.

Similar patents RU2209642C2

Title Year Author Number
METHOD AND DEVICE FOR APPLYING PHYSIOTHERAPEUTIC TREATMENT 2001
  • Shirjaev V.M.
  • Meleshkov V.S.
  • Nazarov A.A.
  • Ljubin V.V.
  • Kovalev N.V.
RU2203702C1
METHOD AND DEVICE FOR ACTING UPON BIOLOGICAL OBJECTS 1999
  • Konopljannikov A.G.
  • Ivanchenkov V.P.
  • Meleshkov V.S.
  • Shirjaev V.M.
  • Nazarenko A.P.
RU2155084C1
METHOD OF EXPERIMENTAL TREATMENT OF MALIGNANT NEOPLASMS 2004
  • Zhukova Galina Vital'Evna
  • Garkavi Ljubov' Khaimovna
  • Shikhljarova Alla Ivanovna
  • Evstratova Ol'Ga Fedorovna
  • Kondratov Aleksandr Vasil'Evich
  • Kostrovitskij Jurij Vladimirovich
  • Pshenichnaja Natal'Ja Konstantinovna
  • Poushkova Svetlana Valer'Evna
  • Kurkina Tat'Jana Anatol'Evna
  • Barteneva Tat'Jana Al'Bertovna
RU2286811C2
METHOD FOR TREATMENT OF MALIGNANT NEOPLASMS USING ELECTROMAGNETIC INFLUENCES IN EXPERIMENT 2004
  • Zhukova Galina Vital'Evna
  • Garkavi Ljubov' Khaimovna
  • Barsukova Ljudmila Petrovna
  • Mar'Janovskaja Galina Jakovlevna
  • Evstratova Ol'Ga Fedorovna
  • Pshenichnaja Natal'Ja Konstantinovna
  • Zlatnik Elena Jur'Evna
  • Barteneva Tat'Jana Al'Bertovna
  • Poushkova Svetlana Valer'Evna
  • Nikipelova Elena Alekseevna
  • Zakora Galina Ivanovna
RU2289446C2
METHOD FOR PREVENTING AND TREATING ORAL MUCOSITIS IN CHILDREN DEVELOPING WITH UNDERLYING HIGH-DOSE CHEMORADIATION THERAPY 2018
  • Sergeenko Elena Yurevna
  • Prityko Denis Andreevich
  • Prityko Andrej Georgievich
  • Gusev Leonid Ivanovich
  • Sharoev Timur Akhmedovich
  • Lukash Elena Nikolaevna
  • Abramov Aleksandr Andreevich
  • Timokhin Evgenij Valerevich
  • Bukreeva Elena Anatolevna
RU2692448C1
METHOD FOR TREATING PATIENTS WITH TOPICALLY METASTASING PHARYNGEAL CANCER 2005
  • Maslennikova Anna Vladimirovna
  • Terent'Ev Igor' Georgievich
RU2289364C1
METHOD FOR DESTROYING MALIGNANT NEOPLASMS 1993
  • Malenkov Andrej Georgievich
  • Dvukhsherstnov Sergej Dmitrievich
RU2034548C1
METHOD OF NEOADJUVANT THERMOCHEMORADIATION TREATMENT OF RECTAL CANCER 2018
  • Kaprin Andrej Dmitrievich
  • Ivanov Sergej Anatolevich
  • Petrov Leonid Olegovich
  • Gulidov Igor Aleksandrovich
  • Erygin Dmitrij Valerevich
  • Karpov Aleksandr Anatolevich
  • Titova Lyudmila Nikolaevna
  • Kobets Aleksandr Ivanovich
RU2704205C2
METHOD FOR PREVENTION OF DEVELOPING RADIATION REACTIONS IN PATIENTS WITH CERVICAL CANCER 2014
  • Filonenko Elena Vjacheslavovna
  • Kaprin Andrej Dmitrievich
  • Demidova Ljudmila Vladimirovna
  • Bojko Anna Vladimirovna
  • Urlova Antonina Nikolaevna
RU2562447C1
METHOD FOR REMOTE ELECTROMAGNETIC MULTIWAVE RADIO NEUROENGINEERING OF HUMAN BRAIN 2015
  • Bryukhovetskij Andrej Stepanovich
  • Medvedev Sergej Vasilevich
  • Bryukhovetskij Igor Stepanovich
  • Khazina Lyudmila Viktorovna
  • Sukhikh Gennadij Tikhonovich
RU2621547C2

RU 2 209 642 C2

Authors

Meleshkov V.S.

Shirjaev V.M.

Konopljannikov A.G.

Nazarov A.A.

Kudrjavtsev G.G.

Kovalev N.V.

Ljubin V.V.

Dates

2003-08-10Published

2001-07-12Filed