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(Database last updated on Dec 7, 2019)

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There are 57 studies that match your criteria (7 of which are reviews, comments, or miscellaneous).
Criteria: Study Type=In Vitro,Freq Range=300 kHz - 300 GHz (RF/mmW/THz),Study Subtype=Membrane Biochemistry, Fluidity, Electroporation

View This Study - Citation No: 132
Title MICROWAVES AND THE CELL MEMBRANE. III. PROTEIN SHEDDING IS OXYGEN AND TEMPERATURE DEPENDENT: EVIDENCE FOR CATION BRIDGE INVOLVEMENT
Reference Radiat. Res., Vol. 109, Pg. 382 - 395, 1987
Author(s) Liburdy R. P., Vanek P. F.
PubMed UID 3562783
Project ID 928
 
View This Study - Citation No: 133
Title MICROWAVES AND THE CELL MEMBRANE. IV. PROTEIN SHEDDING IN THE HUMAN ERYTHROCYTE: QUANTITATIVE ANALYSIS BY HIGH-PERFORMANCE LIQUID CHROMATOGRAPHY
Reference Radiat. Res., Vol. 114, Pg. 500 - 514, 1988
Author(s) Liburdy R. P., Rowe A. W., Vanek P. F.
PubMed UID 3375439
Project ID 928
 
View This Study - Citation No: 139
Title EFFECTS OF 2.45-GHz MICROWAVE AND 100-MHz RADIOFREQUENCY RADIATION ON LIPOSOME PERMEABILITY AT THE PHASE TRANSITION TEMPERATURE
Reference Bioelectromagnetics, Vol. 9, Pg. 249 - 257, 1988
Author(s) Liu L. M., Cleary S. F.
PubMed UID 3178899
Project ID 699
 
View This Study - Citation No: 176
Title MICROWAVE EFFECT ON CAMPHOR BINDING TO RAT OLFACTORY EPITHELIUM
Reference Bioelectromagnetics, Vol. 9, Pg. 347 - 354, 1988
Author(s) Philippova T. M., Novoselov V. I., Bystrova N. F., Alekseev S. I.
PubMed UID 3190762
Project ID 530
 
View This Study - Citation No: 458
Title EFFECT OF MICROWAVE RADIATION ON THE PERMEABILITY OF CARBONIC ANHYDRASE LOADED WITH UNILAMELLAR LIPOSOMES
Reference Bioelectromagnetics, Vol. 15, Pg. 303 - 313, 1994
Author(s) Orlando A. R., Mossa G., D'Inzeo G.
PubMed UID 7980659
Project ID 1972
 
View This Study - Citation No: 483
Title EFFECT OF MICROWAVE RADIATION ON PERMEABILITY OF LIPOSOMES. EVIDENCE AGAINST NON-THERMAL LEAKAGE
Reference Biochim. Biophys. Acta, Vol. 1201, Pg. 51 - 54, 1994
Author(s) Bergqvist B., Arvidsson L., Pettersson E., Galt S., Saalman E., et al. .
PubMed UID 7918582
Project ID 1340
 
View This Study - Citation No: 510
Title ABSORBED ENERGY DISTRIBUTION FROM RADIOFREQUENCY ELECTROMAGNETIC RADIATION IN A MAMMALIAN CELL MODEL: EFFECT OF MEMBRANE-BOUND WATER
Reference Bioelectromagnetics, Vol. 16, Pg. 160 - 171, 1995
Author(s) Liu L. M., Cleary S. F.
PubMed UID
Project ID 699
 
View This Study - Citation No: 537 (Non-Peer Reviewed Book Chapters / Reports)
Title PRIMARY MECHANISMS OF THE ACTION OF RADIO-FREQUENCY
Reference Biological Effects of Electromagnetic Fields. Their Applications and Standardization, USSR Acad. of Sciences, Res. Center for Biological Studies, Inst. of Biological Physics, Pg. 4 - 14, 1986
Author(s) Akoev I. G., Alekseev S. I., Tiazhelov V. V., Fomenko B. S., Shnyrov B. S., Shnyrov V. L.
PubMed UID
Project ID 1371
 
View This Study - Citation No: 538
Title MILLIMETER MICROWAVE EFFECT ON ION TRANSPORT ACROSS LIPID BILAYER MEMBRANES
Reference Bioelectromagnetics, Vol. 16, Pg. 124 - 131, 1995
Author(s) Alekseev S. I., Ziskin M. C.
PubMed UID 7541990
Project ID 530
 
View This Study - Citation No: 539 (Non-English Language)
Title EFFECT OF ELECTROMAGNETIC RADIATION IN DECIMETRE WAVELENGTH RANGE ON CALCIUM CURRENT OF MOLLUSC NEURONES
Reference Biofizika, Vol. 31, Pg. 290 - 295, 1987
Author(s) Alekseev S. I., Il'in V. I., Tyazhelov V. V.
PubMed UID
Project ID 530
 
View This Study - Citation No: 556
Title FLUORESCENCE DEPOLARIZATION STUDIES OF RED CELL MEMBRANE FLUIDITY. THE EFFECT OF EXPOSURE TO 1.0-GHz MICROWAVE RADIATION
Reference Bioelectromagnetics, Vol. 2, Pg. 13 - 22, 1981
Author(s) Allis J. W., Sinha B. L.
PubMed UID 7284039
Project ID 909
 
View This Study - Citation No: 557
Title FLUORESCENCE DEPOLARIZATION STUDIES OF THE PHASE TRANSITION IN MULTILAMELLAR PHOSPHOLIPID VESICLES EXPOSED TO 1.0-GHz MICROWAVE RADIATION
Reference Bioelectromagnetics, Vol. 3, Pg. 323 - 332, 1982
Author(s) Allis J. W., Sinha B. L.
PubMed UID 7126281
Project ID 909
 
View This Study - Citation No: 579
Title THE MEMBRANE POTENTIAL OF CHARACEAN CELLS EXPOSED TO AMPLITUDE-MODULATED, LOW-POWER 147-MHz RADIATION
Reference Bioelectromagnetics, Vol. 5, Pg. 353 - 356, 1984
Author(s) Brunkard K. M., Pickard W. F.
PubMed UID 6487385
Project ID 926
 
View This Study - Citation No: 597
Title EFFECTS OF X-BAND MICROWAVE EXPOSURE ON RABBIT ERYTHROCYTES
Reference Bioelectromagnetics, Vol. 3, Pg. 453 - 466, 1982
Author(s) Cleary S. F., Garber F., Liu L. M.
PubMed UID 7181968
Project ID 699
 
View This Study - Citation No: 599
Title ERYTHROCYTE HEMOLYSIS BY RADIOFREQUENCY FIELDS
Reference Bioelectromagnetics, Vol. 6, Pg. 313 - 322, 1985
Author(s) Cleary S. F., Liu L. M., Garber F.
PubMed UID
Project ID 699
 
View This Study - Citation No: 645
Title VACUOLAR HYPERPOLARIZING OFFSETS IN CHARACEAN CELLS EXPOSED TO MONO- AND BICHROMATIC CW AND TO SQUAREWAVE-MODULATED ELECTROMAGNETIC RADIATION IN THE BAND 200-1,000 Mhz
Reference Bioelectromagnetics, Vol. 5, Pg. 357 - 360, 1984
Author(s) Gokhale A. V., Brunkard K. M., Pickard W. F.
PubMed UID 6487386
Project ID 926
 
View This Study - Citation No: 646
Title EVIDENCE THAT CHARACEAN MEMBRANE TRANSPORT IS NOT SIGNIFICANTLY ALTERED BY INCIDENT ELECTROMAGNETIC RADIATION
Reference Radiation Research, Vol. 102, Pg. 300 - 306, 1985
Author(s) Gokhale A. V., Pickard W. F.
PubMed UID
Project ID 926
 
View This Study - Citation No: 676
Title EFFECTS OF MICROWAVE RADIATION 340 AND 900 MHz ON DIFFERENT STRUCTURAL LEVELS OF ERYTHROCYTE MEMBRANES
Reference Bioelectromagnetics, Vol. 6, Pg. 305 - 312, 1985
Author(s) Kim Y. A., Fomenko B. S., Agafonova T. A., Akoev I. G.
PubMed UID 3836673
Project ID 1371
 
View This Study - Citation No: 699
Title MICROWAVE BIOEFFECTS IN THE ERYTHROCYTE ARE TEMPERATURE AND pO2 DEPENDENT: CATION PERMEABILITY AND PROTEIN SHEDDING OCCUR AT THE MEMBRANE PHASE TRANSITION
Reference Bioelectromagnetics, Vol. 5, Pg. 283 - 291, 1984
Author(s) Liburdy R. P., Penn A.
PubMed UID 6732882
Project ID 928
 
View This Study - Citation No: 701
Title MICROWAVE-STIMULATED DRUG RELEASE FROM LIPOSOMES
Reference Radiat. Res., Vol. 103, Pg. 266 - 275, 1985
Author(s) Liburdy R. P., Magin R. L.
PubMed UID 4023179
Project ID 928
 
View This Study - Citation No: 702
Title MICROWAVES AND THE CELL MEMBRANE II. TEMPERATURE, PLASMA, AND OXYGEN MEDIATE MICROWAVE-INDUCED MEMBRANE PERMEABILITY IN THE ERYTHROCYTE
Reference Radiat. Res., Vol. 102, Pg. 190 - 205, 1985
Author(s) Liburdy R. P., Vanek P. F.
PubMed UID 4070542
Project ID 928
 
View This Study - Citation No: 787
Title CALORIMETRIC MEASUREMENTS OF THE EFFECT OF 330-MHz RADIOFREQUENCY RADIATION ON HUMAN ERYTHROCYTE GHOSTS
Reference Bioelectromagnetics, Vol. 5, Pg. 411 - 418, 1984
Author(s) Shnyrov V. L., Zhadan G. G., Akoev I. G.
PubMed UID 6517960
Project ID 1371
 
View This Study - Citation No: 860
Title RADIO-FREQUENCY RECTIFICATION IN ELECTROGENIC AND NONELECTROGENIC CELLS OF CHARA AND NITELLA.
Reference J. Membrane Biol., Vol. 65, Pg. 81 - 87, 1982
Author(s) Barsoum Y. H., Pickard W. F.
PubMed UID
Project ID 926
 
View This Study - Citation No: 871
Title MEMBRANE DAMAGE OF HUMAN RED BLOOD CELLS INDUCED BY LOW-POWER MICROWAVE RADIATION
Reference Electro. Magnetobiol., Vol. 14, Pg. 99 - 105, 1995
Author(s) Savopol T., Moraru R., Dinu A., Kovacs E., Sajin G.
PubMed UID
Project ID 392
 
View This Study - Citation No: 900
Title THE ABSENCE OF SIGNIFICANT SHORT-TERM ELECTROMAGNETIC BIOEFFECTS IN GIANT ALGAL CELLS EXPOSED TO CW AND PULSE-MODULATED X-BAND BURSTS
Reference IEEE Trans Microwave Theory Tech, Vol. 32, Pg. 795 - 797, 1984
Author(s) Gokhale A. V., Brunkard K. M., Pickard W. F.
PubMed UID
Project ID 926
 
View This Study - Citation No: 901
Title LOW-POWER 2.45-GHz MICROWAVE RADIATION AFFECTS NEITHER THE VACUOLAR POTENTIAL NOR THE LOW FREQUENCY EXCESS NOISE IN SINGLE CELLS OF CHARACEAN ALGAE
Reference J Microwave Power, Vol. 20, Pg. 43 - 44, 1985
Author(s) Gokhale A. V., Pickard W. F., Brunkard K. M.
PubMed UID
Project ID 926
 
View This Study - Citation No: 970
Title RADIO-FREQUENCY BIOEFFECTS AT THE MEMBRANE LEVEL: SEPARATION OF THERMAL AND ATHERMAL CONTRIBUTIONS IN THE CHARACEAE
Reference J. Membrane Biol., Vol. 61, Pg. 39 - 54, 1981
Author(s) Pickard W. F., Barsoum Y. H.
PubMed UID
Project ID 926
 
View This Study - Citation No: 976
Title EFFECT OF 2.45 GHz MICROWAVE RADIATION ON PERMEABILITY OF UNILAMELLAR LIPOSOMES TO 56-CARBOXYFLUORESCEIN. EVIDENCE OF NON-THERMAL LEAKAGE
Reference Biochim. Biophys. Acta, Vol. 1064, Pg. 124 - 130, 1991
Author(s) Saalman E., Norden B., Arvidsson L., Hamnerius Y., Hojevik P., et al. .
PubMed UID
Project ID 1340
 
View This Study - Citation No: 977
Title THE EFFECT OF MICROWAVE RADIATION ON THE STABILITY AND FORMATION OF GRAMICIDIN-A CHANNELS IN LIPID BILAYER MEMBRANES
Reference Bioelectromagnetics, Vol. 12, Pg. 9 - 20, 1991
Author(s) Sandblom J., Theannder S.
PubMed UID
Project ID 1429
 
View This Study - Citation No: 991
Title SHORT MICROWAVE PULSES CAUSE ULTRASTRUCTUAL MEMBRANE DAMAGE IN NEUROBLASTOMA CELLS
Reference J. Ultrastruct. Res., Vol. 71, Pg. 321 - 330, 1980
Author(s) Webber M. M., Barnes F. S., Seltzer L. A., Bouldin T. R., Prasad K. N.
PubMed UID
Project ID 1430
 
View This Study - Citation No: 1010
Title Ku AND K-BAND IRRADIATION OF GIANT ALGAL CELLS: THE ABSENCE OF DETECTED BIOEFFECTS AT 100 W/sq m
Reference IEEE Trans Biomed Eng, Vol. 32, Pg. 617 - 620, 1985
Author(s) Brunkard K. M., Pickard W. F.
PubMed UID
Project ID 926
 
View This Study - Citation No: 1115
Title TEMPERATURE OSCILLATIONS IN LIQUID MEDIA CAUSED BY CONTINUOUS (NONMODULATED) MILLIMETER WAVELENGTH ELECTROMAGNETIC IRRADIATION
Reference Bioelectromagnetics, Vol. 17, Pg. 223 - 229, 1996
Author(s) Khizhnyak E. P., Ziskin M. C.
PubMed UID 8809362
Project ID 530
 
View This Study - Citation No: 1131
Title MILLIMETER WAVES THERMALLY ALTER THE FIRING RATE OF THE LYMNAEA PACEMAKER NEURON
Reference Bioelectromagnetics, Vol. 18, Pg. 89 - 98, 1997
Author(s) Alekseev S. I., Ziskin M. C., Kochetkova N. V., Bolshakov M. A.
PubMed UID 9084859
Project ID 530
 
View This Study - Citation No: 1192
Title THE VACUOLAR POTENTIAL OF CHARACEAN CELLS SUBJECTED TO ELECTROMAGNETIC RADIATION IN THE RANGE 200-8,200 MHz
Reference Bioelectromagnetics, Vol. 3, Pg. 393 - 400, 1982
Author(s) Barsoum Y. H., Pickard W. F.
PubMed UID 7181962
Project ID 926
 
View This Study - Citation No: 1193
Title A GENERALIZED IONIC MODEL OF THE NEURONAL MEMBRANE ELECTRICAL ACTIVITY
Reference IEEE Trans. Biomed. Eng., Vol. 42, Pg. 125 - 133, 1994
Author(s) Bernardi P., D'Inzeo G., Pisa S.
PubMed UID
Project ID 1972
 
View This Study - Citation No: 1218
Title MICROWAVE IRRADIATION INFLUENCES ON THE STATE OF HUMAN CELL NUCLEI
Reference Bioelectromagnetics, Vol. 19, Pg. 414 - 419, 1998
Author(s) Shckorbatov Y. G., Grigoryeva N. N., Shakhbazov V. G., Grabina V. A., Bogoslavsky A. M.
PubMed UID 9771584
Project ID 817
 
View This Study - Citation No: 1235
Title EFFECTS OF MILLIMETER WAVES ON IONIC CURRENTS OF LYMNAEA NEURONS
Reference Bioelectromagnetics, Vol. 20, Pg. 24 - 33, 1999
Author(s) Alekseev S. I., Ziskin M. C.
PubMed UID
Project ID 530
 
View This Study - Citation No: 1382
Title REFLECTION AND ABSORPTION OF MILLIMETER WAVES BY THIN ABSORBING FILMS
Reference Bioelectromagnetics, Vol. 21, Pg. 264 - 271, 2000
Author(s) Alekseev S. I., Ziskin M. C.
PubMed UID 10797455
Project ID 530
 
View This Study - Citation No: 1384 (Letter to the Editor)
Title COMMENT: "MICROWAVE IRRADIATION INFLUENCES ON THE STATE OF HUMAN CELL NUCLEI"
Reference Bioelectromagnetics, Vol. 21, Pg. 21 - 21, 2000
Author(s) Foster K. R.
PubMed UID
Project ID 817
 
View This Study - Citation No: 1387 (Letter to the Editor)
Title REPLY [to Foster (2000)] SOME CONSIDERATIONS ABOUT THE METHOD OF INTRACELLULAR MICROELECTROPHORESIS
Reference Bioelectromagnetics, Vol. 21, Pg. 326 - 327, 2000
Author(s) Shckorbatov Y. G.
PubMed UID
Project ID 817
 
View This Study - Citation No: 1442 (Letter to the Editor)
Title ERRATUM TO "REPLY: SOME CONSIDERATIONS ABOUT THE METHOD OF INTRACELLULAR MICROELECTROPHORESIS"
Reference Bioelectromagnetics, Vol. 21, Pg. 483 - 483, 2000
Author(s) Shckorbatov Y. G.
PubMed UID
Project ID 817
 
View This Study - Citation No: 1519
Title MILLIMETER WAVE POWER DENSITY IN AQUEOUS BIOLOGICAL SAMPLES (BRIEF COMM)
Reference Bioelectromagnetics, Vol. 22, Pg. 288 - 291, 2001
Author(s) Alekseev S. I., Ziskin M. C.
PubMed UID 11298391
Project ID 530
 
View This Study - Citation No: 1536 (Dosimetry)
Title DISTORTION OF MILLIMETER WAVE ABSORPTION IN BIOLOGICAL MEDIA DUE TO THE PRESENCE OF THERMOCOUPLES AND OTHER OBJECTS
Reference IEEE Trans. Biomed. Eng., Vol. 48, Pg. 1013 - 1019, 2001
Author(s) Alekseev S. I., Ziskin M. C.
PubMed UID 11534836
Project ID 530
 
View This Study - Citation No: 1805
Title CHANGE IN THE CONDUCTIVITY OF PHOSPHOLIPID MEMBRANES MODIFIED BY ALAMETHICIN ON EXPOSURE TO A HIGH FREQUENCY ELECTROMAGNETIC FIELD
Reference Biophysics, Vol. 23, Pg. 750 - 751, 1979
Author(s) Tyazhelov V. V., Alekseev S. I., Grigoriev P. A.
PubMed UID
Project ID 530
 
View This Study - Citation No: 1950
Title LOW INTENSITY MICROWAVE RADIATION EFFECTS ON THE ULTRASTRUCTURE OF CHANG LIVER CELLS
Reference Exp Cell Res, Vol. 180, Pg. 253 - 265, 1989
Author(s) Dwivedi R. S., Dwivedi U., Chiang B.
PubMed UID 2909391
Project ID 956
 
View This Study - Citation No: 2359
Title EFFECT OF MICROWAVE RADIATION ON THE BIOPHYSICAL PROPERTIES OF LIPOSOMES
Reference Bioelectromagnetics (2005) 26(3):194-200, Vol. 26, Pg. 194 - 200, 2005
Author(s) Gaber M. H., Abd E. I., Halim N., Khalil W. A.
PubMed UID
Project ID 1357
 
View This Study - Citation No: 2367 (Non-English Language)
Title EFFECT OF ELECTROMAGNETIC RADIATION OF RADIO FREQUENCY (340 AND 800 MHZ) ON LIPOSOMES FROM DIMYRISTOYL LECITHIN [Russian]
Reference Biofizika, Vol. 33, Pg. 97 - 100, 1988
Author(s) Kim Y. A., Fomenko B. S., Akoev I. G.
PubMed UID
Project ID 1371
 
View This Study - Citation No: 3113
Title EFFECTS OF 2.45 GHZ MICROWAVE FIELDS ON LIPOSOMES ENTRAPPING GLYCOENZYME ASCORBATE OXIDASE: EVIDENCE FOR OLIGOSACCHARIDE SIDE CHAIN INVOLVEMENT
Reference Bioelectromagnetics, Vol. 25, Pg. 338 - 345, 2004
Author(s) Ramundo-Orlando A., Liberti M., Mossa G., d'Inzeo G.
PubMed UID 15197756
Project ID 1972
 
View This Study - Citation No: 3128
Title MILLIMETER WAVE INDUCED REVERSIBLE EXTERNALIZATION OF PHOSPHATIDYLSERINE MOLECULES IN CELLS EXPOSED IN VITRO.
Reference Bioelectromagnetics., Vol. 27, Pg. 233 - 244, 2006
Author(s) Szabo I., Kappelmayer J., Alekseev S. I., Ziskin M. C.
PubMed UID
Project ID 530
 
View This Study - Citation No: 4263
Title THE INFLUENCE OF DIFFERENTLY POLARISED MICROWAVE RADIATION ON CHROMATIN IN HUMAN CELLS
Reference Int J Rad Biol, Vol. 85, Pg. 322 - 329, 2009
Author(s) Shckorbatov Y. G., Pasiuga V. N., Kolchigin N. N., Grabina V. A., Bykov V. N., et al .
PubMed UID 19399677
Project ID 817
 
View This Study - Citation No: 4290
Title QUANTITATIVE ASSESSMENT OF DIIELECTRIC PARAMETERS FOR MEMBRANE LIPID BI-LAYERS FROM RF PERMITTIVITY MEASUREMENTS
Reference Bioelectromagnetics, Vol. 30, Pg. 286 - 298, 2009
Author(s) Merla C., Liberti M., Apollonio F., d'Inzeo G.
PubMed UID 19191229
Project ID 1972
 
View This Study - Citation No: 4303
Title PERMEABILITY CHANGES INDUCED BY 130 GHz PULSED RADIATION ON CATIONIC LIPOSOMES LOADED WITH CARBONIC ANHYDRASE
Reference Bioelectromagnetics, Vol. 28, Pg. 587 - 598, 2007
Author(s) Ramundo-Orlando A., Gallerano G. P., Stano P., Doria A., Spassovsky I., et al .
PubMed UID 17620303
Project ID 1972
 
View This Study - Citation No: 4486
Title THE RESPONSE OF GIANT PHOSPHOLIPID VESSICLES TO MILLIMETER WAVES RADIATION
Reference Biochim Biophys Acta, Vol. 1788, Pg. 1497 - 1507, 2009
Author(s) Ramundo-Orlando A., Longo G., Cappelli M., Tarricone L., Massa R., et al .
PubMed UID 19376085
Project ID 1972
 
View This Study - Citation No: 6632
Title Cellular effects of acute exposure to high peak power microwave systems: Morphology and toxicology.
Reference Bioelectromagnetics., Vol. 37, Pg. 141 - 151, 2016
Author(s) Ibey B. L., Roth C. C., Ledwig P. B., Payne J. A., Woods C. W., et al. .
PubMed UID 26991689
Project ID 2677
 
View This Study - Citation No: 6976
Title Extremely high frequency electromagnetic fields facilitate electrical signal propagation by increasing transmembrane potassium efflux in an artificial axon model.
Reference . Scientific Reports., Vol. 8, Pg. 9299 - , 2018
Author(s) DAgostina S., Della Monica C., Sardari D., Stano P., Ramundo-Orlando A., et al. .
PubMed UID
Project ID 1972
 
View This Study - Citation No: 7079
Title Induced movements of giant vesicles by millimeter wave radiation.
Reference Biochimica et Biophysica Acta., Vol. 1838, Pg. 1710 - 1718, 2014
Author(s) Albini M., Dinarelli S., Pennella F., Romeo S., Ramundo-Orlando A., et al. .
PubMed UID
Project ID 2792
 
View This Study - Citation No: 7105
Title Permeability changes of cationic liposomes loaded with carbonic anhydrase induced by millimeter waves radiation.
Reference Radiat Res. , Vol. 178, Pg. 437 - 446, 2012
Author(s) Di Donato L., Cataldo M., Stano P., Massa R., Ramundo-Orlando A.
PubMed UID
Project ID 1972