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Подскажите, где можно найти информацию по МЕТОДИКАМ измерения реологических параметров
крови.
Особенно интересует:
Способность эритроцитов к агрегации,
АДФ-индуцируемая агрегация тромбоцитов,
деформируемость эритроцитов,
Проницаемость для ионов К+,
мембранный потенциал эритроцитов
Может быть полезным:
Уровень продуктов перекисного окисления липидов (ПОЛ),
Вязкость цельной крови,
гематокрит,
концентрация фибриногена,
У кого есть что-то свежее про скорость оседания эритроцитов, поверхность и
заряд эритроцитов, влияние инсулина на эритроциты - пожалуйста, напишите kad***@u*****.ru
Есть ксерокопии статей из журнала Bioelectromagnetics (на английском, свежие,
редкие - там где брал, сказали, что в России этот журнал выписывается только
в двух местах в РАН и институте Биофизики).
В основном посвящены влиянию физических полей на биосистемы, есть про
мм-волны, физич. характеристики биол. тканей, биоэлектромагнетизм в морфогенезе,
свойства эритроцитов, клеток букального эпителия в электрич. и магнитных полях.
Кого заинтересовало, пишите на kad***@u*****.ru вышлю всем желающим.
Bioelectromagnetics 21:312-324 (2000)
Zeeman-Stark Modeling of the RF EMF Interaction With Ligand Binding
Key words: receptor; protein; electromagnetic exposure; mechanism of
interaction
Bioelectromagnetics 21:264-271 (2000)
Reflection and Absorption of Millimeter Waves byThin Absorbing Films
Key words: dielectric constant; penetration depth; water
Bioelectromagnetics 20:216-223 (1999)
Pulsed Microwave Induced Light, Sound, and Electrical Discharge Enhanced by a
Biopolymer
Key words: radio frequency radiation; diazoluminomelanin; free radicals
Bioelectromagnetics 21:385-394 (2000)
Theoretical Evaluation of the Distributed Power Dissipation in Biological
Cells
Exposed to Electric Fields
Key words: biological membranes; membrane electrodynamics; high-frequency
electric
fields; membrane power dissipation; thermal effects
Bioelectromagnetics 21:455-464 (2000)
A Cooperative Model for Ca++ Efflux Windowing From Cell Membranes Exposed to
Electromagnetic Radiation
Key words: cooperativity, ising model, phase transition, symmetry breaking,
frequency
windows, power-density windows
Bioelectromagnelics 22:589-595 (2001)
Influence of a Stationary Magnetic Field on Water Relations in Lettuce Seeds.
Part I: Theoretical Considerations
Key words: DC field; membrane ion current; osmotic pressure; water absorption;
germination rate
Bioelectromagnetics 22:596-602(2001)
Influence of a Stationary Magnetic Field on Water Relations in Lettuce Seeds.
Part II: Experimental Results
Key words: DC field; membrane ion current; osmotic pressure; water absorption;
germination rate
Bioelectromagnetics 22:419-428 (2001)
Static and ELF Magnetic Fields Induce Tumor Growth Inhibition and Apoptosis
Key words: WIDr adenocarcinoma; MCF-7; nude mice; in vitro; subcutaneous
Xenografts
Bioelectromagnetics 22:288-291 (2001)
Millimeter Wave Power Density in Aqueous Biological Samples
Key words: exposure; exposure chamber; Fresnel equations; water samples
Bioelectromag 23:2-6 (2002)
Effect of Short Duration Electromagnetic Field Exposures on Rat Mass
Key words: PEMF; 60 Hz magnetic fieM; rat mass changes
Bioelectromag 22:272-279 (2002)
Dielectric Response of Some Biological Tissues
Key words: Cole-Cole dispersion; constant power law; fractal tissue
geometries;
Dissado model; dielectric constant; measurements
Bioelectromagnetics 22:316-322 (2001)
Electrochemical Treatment of Mouse Ehrlich Tumor With Direct Electric Current
Key words: Ehrlich ascitic tumor; reactive oxygen species; acute inflammatory
response; tumor protective environment
Bioelectromagnetics 22:294-305 (2001)
Static Magnetic Field Measurements in Residences in Relati to Resonance
Hypotheses
of Interactions Between Power-Frequency Magnetic Fields and Humans
Key words: DC magnetic fields; resonance mechanisms; exposure assessment;
geomagnetic
field; misclassification; epidemiology
Bioelectromagnetics 22:200-204 (2001)
Why Arguments Based on Photon Energy may be Highly Misleading for Power Line
Frequency Electromagnetic Fields
Key words: classical fields; quantum electrodynamics; near field photons;
coherent
photons
Bioelectromagnetics 19:393-413 (1998)
Review Article
Current State and Implications of Research on Biological Effects of Millimeter
Waves: A Review of the Literature
Key words: electromagnetic fields; bioeffects; mm wave band; millimeter waves,
review
Bioelectromagnetics 24:295-315 (1998)
Review
Bioelectromagnetics in Morphogenesis
Key words: electromagnetic fields; embryology; development; regeneration;
cancer;
ultraweak photons; self-assembly
Bioelectromagnetics 24:39-48 (2003)
Biophysical Limits on Athermal Effects of RF and Microwave Radiation
Key words: radio frequency radiation; biophysical models; signal to noise
Bioelectromagnetics 22:79-86 (2001)
Effect of Static Magnetic Field on E. coil Cells and Individual Rotations of
Ion-Protein Complexes
Key words: metalloprotein; ion binding; genome; viscosity; ion interference;
quantum
mechanisms
Bioelectromagnetics 22:97-105 (2001)
Energy Deposition Processes in Biological Tissue: Nonthermal Biohazards Seem
Unlikely in the Ultra-High Frequency Range
Key words: specific absorption rate; constitutive parameters; SAR;
magnetosomes;
dielectric
relaxation; multiplioton absorption
Bioelectromagnetics 22:106-111 (2001)
Modification of Electrokinetic Properties of Nuclei in Human Buccal Epithelial
Cells by Electric Fields
Key words: cell nucleus electric charge; cell membrane; heterochromatin;
viability;
mem brane integrity
Bioelectromagnetics 22:27-45 (2001)
Review of Russian Literature on Biological Action of DC and Low-Frequency AC
Magnetic Fields
Key words: geomagnetic field; magnetic storms; artificial fields; industrial
frequencyt behavior; cell process; molecular process; theory
Bioelectromagnetics 22:46-52 (2001)
Osmolality Dependence of Erythrocyte Sedimentation and Aggregation in a Strong
Magnetic Field
Key words: diamagnetic orientation; aggregation; osmotic stress; rheology
Bioelectromagnetics 22:66-70 (2001)
How Might Spatial Nonuniformity of Dose in a Homogeneous Biological System
Affect
its Total Response?
Key words: nonuniform dose; voxel theorem; ultra high frequency
Bioelectromagnetics 22:200-204 (2001)
Why Arguments Based on Photon Energy may be Highly Misleading for Power Line
Frequency Electromagnetic Fields
Key words: classical fields; quantum electrodynamics; near field photons;
coherent
photons
Bioelectromagnetics 20:34-41 (1999)
Electrochemical Treatment of Human KB Cells In Vitro
Key words: cytotoxicity; clonogenic assay; DNA synthesis; pH
Bioelectromagnetics 19:68-74 (19981
Electric Fields and Proliferation in a Dermal Wound Model: Cell Cycle Kinetics
Key words: dermal wound model; human skin fibroblasts in collagen matrices;
electrical
stimulation;
Bioelectromagnetics 18:111-115 (1997)
Do Electromagnetic Fields Interact Directly With DNA?
Key words: signal transduction; transcription; biosynthesis; Na,K-ATPase;
mobile
charges
Bioelectromagnetics 19:107-111 (1998)
Cell Membrane Lipid Molecular Dynamics in a Solenoid Versus a Magnetically
Shielded
Room
Key words: culture growth cycle; in vitro cell differentiation; short- and
long-term
exposure;
adaptation
Bioelectromagnetics 19:181 -191 (1998)
A Physical Analysis of the Ion Parametric Resonance Model
Key words: mechanisms; theoretical models; ion resonances
Bioelectromagnetics 18:215-222 (1997)
Effects of a Homogeneous Magnetic Field on Erythrocyte Sedimentation and
Aggregation
Key words: diamagnetic erythrocyte; Westergren method; cell orientation; blood
rheology
Bioelectromagnetics 18:85-87 (1997)
Brief Communication
Electric-Field Ion Cyclotron Resonance
Key words: geomagnetic field; endogenous electric fields; ELF magnetic fields
Bioelectromagnetics 18:2-7 (1997)
Effects of Direct Current on Dog Liver: Possible Mechanisms for Tumor
Electrochemical
Treatment
Key words: pH; ions; protein; anode; cathode
Bioelectromagnetics 18:125-131(1997)
In Vitro Effects of 50 Hz Magnetic Fields on Oxidatively Damaged Rabbit Red
Blood
Cells
Key words: hexokinase; free radicals; oxidative damage; magnetic fields
Bioelectromagnetics 18:244-249 (1997)
What Is the Time Scale of Magnetic Field Interaction in Biological Systems?
Key words: extremely-low-frequency magnetic fields; free-radical mechanism;
ion-oscillator
models; ion-resonance models; magnetotransduction; AC/DC combinations
Bioelectromagnetics 20:423-430 (1999)
Five Hypotheses to Examine the Nature of Magnetic Field Transduction in
Biological
Systems
Key words: hypothesis generation; electric and magnetic fields; interaction
timescale;
isotropy properties
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