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    1. Leyderman, A; Fesenko, OE; Hernandez-Rivera, SP; Fesenko, EE
      A minimum of the lattice vibration frequency as a function of the electrostatic field and the soft-mode concept

      DOKLADY PHYSICS
    2. Ivanov, AY; Novoselov, VI; Gavryushkin, AV; Fesenko, EE
      Comparative efficiency of antioxidants upon the protection of bacterial plasma membrane from active forms of oxygen

      BIOFIZIKA
    3. Ponomarev, OA; Fesenko, EE
      The properties of liquid water in electric and magnetic fields

      BIOFIZIKA
    4. Fesenko, EE; Novikov, VV; Kuvichkin, VV; Yablokova, EV
      Effect of aqueous salt solutions treated with weak magnetic fields on the intrinsic fluorescence of bovine serum albumin. Isolation from these solutions and partial characterization of the biologically active fluorescing fraction

      BIOFIZIKA
    5. Novikov, VV; Kuvichkin, VV; Novikova, NI; Fesenko, EE
      Effect of weak magnetic fields on the capacity of some proteins and polyamino acids to form complexes with DNA

      BIOFIZIKA
    6. Gapeev, AB; Yakushina, VS; Chemeris, NK; Fesenko, EE
      The EHF EMR effect dependence on static magnetic field

      DOKLADY AKADEMII NAUK
    7. Novoselov, SV; Peshenko, IV; Popov, VI; Novoselov, VI; Bystrova, MF; Evdokimov, VJ; Kamzalov, SS; Merkulova, MI; Shuvaeva, TM; Lipkin, VM; Fesenko, EE
      Localization of 28-kDa peroxiredoxin in rat epithelial tissues and its antioxidant properties

      CELL AND TISSUE RESEARCH
    8. Fesenko, EE; Makar, VR; Novoselova, EG; Sadovnikov, VB
      Microwaves and cellular immunity I. Effect of whole body microwave irradiation on tumor necrosis factor production in mouse cells

      BIOELECTROCHEMISTRY AND BIOENERGETICS
    9. Novoselova, EG; Fesenko, EE; Makar, VR; Sadovnikov, VB
      Microwaves and cellular immunity II. Immunostimulating effects of microwaves and naturally occurring antioxidant nutrients

      BIOELECTROCHEMISTRY AND BIOENERGETICS
    10. Kazachenko, VN; Fesenko, EE; Kochetkov, KV; Chemeris, NK
      Influence of microwave irradiation on kinetic parameters of single Ca2+-activated K+ channels

      FERROELECTRICS
    11. Merkulova, MI; Andreeva, SG; Shuvaeva, TM; Novoselov, SV; Peshenko, IV; Bystrova, MF; Novoselov, VI; Fesenko, EE; Lipkin, VM
      A novel 45 kDa secretory protein from rat olfactory epithelium: primary structure and localisation

      FEBS LETTERS
    12. Sheiman, IM; Fesenko, EE
      The effect of weak electromagnetic field on morphogenesis in planarians

      BIOFIZIKA
    13. Kazachenko, VN; Deryugina, ON; Kochetkov, KV; Fesenko, EE
      Influence of impurities on the content of [O-2] in water under microwave irradiation

      BIOFIZIKA
    14. Fesenko, EE; Novoselova, EG; Semiletova, NV; Agaphonova, TA; Sadovnikov, VB
      Stimulation of natural killer cells of mice exposed to weak centimeter microwaves

      BIOFIZIKA
    15. Novoselov, VI; Peshenko, IV; Novoselov, SV; Kamzalov, SS; Bystrova, MF; Evdokimov, VA; Nikolaev, YV; Fesenko, EE
      Peroxidase activity the 28-kDa peroxiredoxin accounts for its protective properties

      BIOFIZIKA
    16. Novikov, VV; Kuvichkin, VV; Fesenko, EE
      Effect of weak combined static and low-frequency variable magnetic fields on intrinsic fluorescence of some proteins in water solutions

      BIOFIZIKA
    17. Fesenko, EE; Terpugov, EL
      About unusual spectral properties of water in a thin layer

      BIOFIZIKA
    18. KHRISTOFOROV VS; DENISOV LA; MALIKOV V; AFANASIEV SS; NOVOSELOVA EG; FESENKO EE
      STUDIES OF HUMAN RTNF-A AS A POTENTIAL THERAPEUTIC AGENT FOR TREATMENT OF BRUCELLOSIS

      European cytokine network
    19. PESHENKO IV; NOVOSELOV VI; EVDOKIMOV VA; NIKOLAEV YV; KAMZALOV SS; SHUVAEVA TM; LIPKIN VM; FESENKO EE
      IDENTIFICATION OF A 28 KDA SECRETORY PROTEIN FROM RAT OLFACTORY EPITHELIUM AS A THIOL-SPECIFIC ANTIOXIDANT

      Free radical biology & medicine
    20. Gapeyev, AB; Yakushina, VS; Chemeris, NK; Fesenko, EE
      Modification of production of reactive oxygen species in mouse peritoneal neutrophils on exposure to low-intensity modulated millimeter wave radiation

      BIOELECTROCHEMISTRY AND BIOENERGETICS
    21. Andreeva, SG; Merkulova, MI; Shuvaeva, TM; Novoselov, VI; Peshenko, IV; Novoselov, SV; Fesenko, EE; Lipkin, VM
      Cloning and sequencing of a secretory 28-kDa protein from rat olfactory epithelium

      BIOORGANICHESKAYA KHIMIYA
    22. NOVOSELOV VI; PESHENKO IV; EVDOKIMOV VA; KAMZALOV SS; NOVOSELOV SV; NIKOLAEV YV; BYSTROVA MF; FESENKO EE
      PROPERTIES OF CATALYTIC SITE OF 28 KD PROTEIN (1-CYS PEROXIREDOXIN) FROM RAT OLFACTORY EPITHELIUM

      Biofizika
    23. Shvetsov, YP; Novikov, VV; Fesenko, EE; Chernov, AP; Ivanov, VA
      Molecular mechanisms of biological effects of weak electromagnetic fields.V. Inactivation of the recombinant reverse transcriptase of Rous sarcoma virus in vitro by the combined action of weak direct and low-frequency alternative magnetic fields adjusted to the cyclotron resonance of ions of polaramino acids

      BIOFIZIKA
    24. Kazachenko, VN; Fesenko, EE; Kochetkov, KV; Chemeris, NK
      Microwave irradiation changes content of free oxygen in water and water solutions

      BIOFIZIKA
    25. Terpugov, EL; Viskovatykh, AV; Degtyareva, OV; Fesenko, EE
      Studies of chromophore retinal structure in bacteriorhodopsin by double-beam Fourier transform spectroscopy

      BIOFIZIKA
    26. Novoselova, EG; Fesenko, EE
      Stimulation of tumor necrosis factor production in mouse macrophages upon in vivo and in vitro irradiation with weak microwave

      BIOFIZIKA
    27. GAPEYEV AB; SAFRONOVA VG; CHEMERIS NK; FESENKO EE
      INHIBITION OF THE PRODUCTION OF REACTIVE OXYGEN SPECIES IN MOUSE PERITONEAL NEUTROPHILS BY MILLIMETER-WAVE RADIATION IN THE NEAR AND FAR-FIELD ZONES OF THE RADIATOR

      Bioelectrochemistry and bioenergetics
    28. SAFRONOVA VG; GAPEYEV AB; ALOVSKAYA AA; GABDULHAKOVA AG; CHEMERIS NK; FESENKO EE
      MILLIMETER WAVES INHIBIT THE SYNERGISTIC REACTION OF CALCIUM IONOPHORE A23187 AND PHORBOL ESTER IN NEUTROPHIL RESPIRATORY BURSTS

      Biofizika
    29. GAPEYEV AB; YAKUSHINA VS; CHEMERIS NK; FESENKO EE
      MODULATED LOW-INTENSITY EHF EMR ACTIVATES OR INHIBITS NEUTROPHIL RESPIRATORY BURST DEPENDING ON MODULATION FREQUENCY

      Biofizika
    30. NOVIKOV VV; SHVEZOV YP; FESENKO EE; NOVIKOVA NI
      MOLECULAR MECHANISMS OF BIOLOGICAL ACTION OF WEAK MAGNETIC-FIELDS .1.STABILITY OF CHROMATIN FROM EHRLICH ASCITE CARCINOMA AND MOUSE-BRAIN CELLS TOWARDS DNASE-1 UNDER COMBINED ACTION OF WEAK CONSTANT AND ALTERNATING LOW-FREQUENCY MAGNETIC-FIELDS ADJUSTED TO THE CYCLOTRONIC RESONANCE OF IONS OF POLAR AMINO-ACIDS

      Biofizika
    31. SHVEZOV YP; SMIRNOVA GN; NOVIKOV VV; TRETYAK TM; FESENKO EE
      MOLECULAR MECHANISMS OF BIOLOGICAL ACTION OF WEAK MAGNETIC-FIELDS .2.PURIFICATION AND CHARACTERIZATION OF A PROTEIN FROM RAT-BRAIN CHROMATIN WHICH POSSESSES INHIBITORY ACTIVITY TOWARDS DNASE-1

      Biofizika
    32. FESENKO EE; NOVIKOV VV; SHVEZOV YP
      MOLECULAR MECHANISMS OF BIOLOGICAL ACTION OF WEAK MAGNETIC-FIELDS .3.REGULATION OF INTERMOLECULAR INTERACTIONS IN AN AQUEOUS-SOLUTION OF DNA, DNAASE 1 AND A PROTEIN-DNAASE-1 INHIBITOR UNDER THE COMBINED INFLUENCE OF WEAK CONSTANT AND ALTERNATING MAGNETIC-FIELDS ADJUSTED TO CYCLOTRONIC RESONANCE OF POLAR AMINO-ACID IONS

      Biofizika
    33. NOVIKOV VV; SHVEZOV YP; FESENKO EE
      MOLECULAR MECHANISMS OF BIOLOGICAL ACTION OF WEAK MAGNETIC-FIELDS .4.DESTROYING OF PROTEIN-INHIBITOR OF DNAASE-1 IN AQUEOUS-SOLUTION UNDERCOMBINED ACTION OF WEAK CONSTANT AND ALTERNATING MAGNETIC-FIELDS OF LOW-FREQUENCIES ADJUSTED TO CYCLOTRONIC RESONANCE OF POLAR AMINO-ACID IONS

      Biofizika
    34. CHAILAKHYAN LM; FESENKO EE; KUZIN AM; IVANITSKII GR; EVTODIENKO YV; LEZHNEV EI; SHNOL SE; SHNOL EE; MOLCHANOV AM; KONDRASHOVA MN; KAMINSKII YG; KARNAUKHOV VN; MAEVSKII EI; DYNNIK VV; MARKEVICH NI; KAIMACHNIKOV NP; NAZARENKO VG; POPOVA SV; NENASHEV VA; PRONEVICH LI; GORYANIN II; TARANENKO AM
      SELKOV,EUGENII,EUGENIEVICH (TO THE 60-TH ANNIVERSARY)

      Biofizika
    35. NOVOSELOV VI; PESHENKO IV; EVDOKIMOV VA; NIKOLAEV JV; MATVEEVA EA; FESENKO EE
      45-KDA GTP-BINDING PROTEIN FROM RAT OLFACTORY EPITHELIUM - PURIFICATION, CHARACTERIZATION AND LOCALIZATION

      Chemical senses
    36. PESHENKO IV; NOVOSELOV VI; EVDOKIMOV VA; NIKOLAEV YV; SHUVAEVA TM; LIPKIN VM; FESENKO EE
      NOVEL 28-KDA SECRETORY PROTEIN FROM RAT OLFACTORY EPITHELIUM

      FEBS letters
    37. KAZACHENKO VN; GELETYUK VI; CHEMERIS NK; FESENKO EE
      SINGLE CA2-ACTIVATED K+ CHANNELS IN CULT URED KIDNEY-CELLS VERO()

      Biofizika
    38. FESENKO EE; CHAILAKHYAN LM; SHNOL SE
      75-YEAR ANNIVERSARY OF BLUMENFELD,LEV,ALE XANDROVICH

      Biofizika
    39. FESENKO EE; CHAILAKHYAN LM; SHNOL SE
      60-YEAR ANNIVERSARY OF IVANITSKII,GENRIKH ,ROMANOVICH

      Biofizika
    40. FESENKO EE
      UNTITLED

      Biofizika
    41. POPOV VI; NOVOSELOV VL; FILIPPOVA TM; KHUTZIAN SS; FESENKO EE
      ELECTRON-MICROSCOPIC ANALYSIS OF ISOLATED RAT OLFACTORY MUCOSAE AFTERPULSE-MODULATED MICROWAVE IRRADIATION

      Biofizika
    42. FESENKO EE; KOLOMIITSEVA IK
      KUZIN,ALEXANDER,MIKHAILOVICH (TO THE 90TH ANNIVERSARY OF THE FOUNDER OF JOURNAL BIOFIZIKA)

      Biofizika
    43. FESENKO EE; GLUVSTEIN AY
      CHANGES IN THE STATE OF WATER, INDUCED BY RADIOFREQUENCY ELECTROMAGNETIC-FIELDS

      FEBS letters
    44. FESENKO EE; GELETYUK VI; KAZACHENKO VN; CHEMERIS NK
      PRELIMINARY MICROWAVE IRRADIATION OF WATER SOLUTIONS CHANGES THEIR CHANNEL-MODIFYING ACTIVITY

      FEBS letters
    45. GELETYUK VI; KAZACHENKO VN; CHEMERIS NK; FESENKO EE
      DUAL EFFECTS OF MICROWAVES ON SINGLE CA2-ACTIVATED K+ CHANNELS IN CULTURED KIDNEY-CELLS VERO()

      FEBS letters
    46. SPIRIN AS; SIMONOV PV; FESENKO EE; OSIPOV YS; MOLCHANOV AM; CHAILAKHYAN LM; KEFELI VI; BORONIN AM; FETISOV VP; BELETSKAYA OP; PETROV RV; IVANITSKII GR; BASOV NG; KNORRE DG; SKOMOROSHCHENKO AP; MAKAROV IM; GONCHAR AA; MAVRINOVA TV
      PUSHCHINO-RESEARCH-CENTER - PROGRAM OF DE VELOPMENT

      Vestnik Rossijskoj akademii nauk
    47. POPOV VI; NIKONOV AA; AGAFONOVA NK; FESENKO EE
      SURFACE ULTRASTRUCTURE OF OLFACTORY RECEPTOR SENSE HAIRS IN THE SILKMOTH, ANTHERAEA-PERNYI

      Journal of Microscopy
    48. NOVOSELOV VI; PESHENKO IV; EVDOKIMOV VJ; NIKOLAEV JV; MATVEEVA EA; FESENKO EE
      WATER-SOLUBLE GTP-BINDING PROTEIN FROM RAT OLFACTORY EPITHELIUM

      FEBS letters
    49. NOVOSELOV VI; PESHENKO IV; EVDOKIMOV VJ; NIKOLAEV JV; MATVEEVA EA; FESENKO EE
      WATER-SOLUBLE GTP-BINDING PROTEIN FROM RAT OLFACTORY EPITHELIUM

      FEBS letters
    50. GAPEEV AB; CHEMERIS NK; FESENKO EE; KHRAMOV RN
      RESONANCE EFFECTS OF LOW-INTENSITY MODULA TED EHF FIELD - ALTERATION IN THE MOTOR-ACTIVITY OF PROTOZOA PARAMECIUM-CAUDATUM

      Biofizika


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Documento generato il 26/10/20 alle ore 04:44:06