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Cylindrical agar gel with fluid flow subjected to an alternating magnetic field during hyperthermia.
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OBJECTIVE
In magnetic fluid hyperthermia (MFH), nanoparticles are injected into diseased tissue and subjected to an alternating high frequency magnetic field. The process triggers sufficient heat to destroy the cancerous cells. One of the challenging problems during MFH is blood flow in tissue. In
Potential applicability of clinical hyperthermia using a Thermotron-RF8 as assessed from thermal distribution in an agar phantom containing hydroxyapatite.
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We have already reported the antitumour effect of hydroxyapatite (HAP) containing anticancer drugs. In this study, we found an increased temperature effect around HAP particle(s) in an agar phantom in comparison with other areas when a Thermotron-RF8 (RF generator) was used for heating. Furthermore,
African swine fever. 3. The use of the agar double-diffusion precipitation test for the detection of the virus in swine tissue.
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The agar double-diffusion precipitation test was applied successfully in the demonstration of ASF viral antigen in spleen and liver from swine experimentally infected by the oral route. Positive reactions were obtained with tissues collected as early as 24 hours after the onset of pyrexia and before
A Heat Dissipation Study of Iron Oxide Nanoparticles Embedded an Agar Phantom for the Purpose of Magnetic Fluid Hyperthermia.
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Magnetic nanoparticles have recently been the subject of intensive research for biomedical applications. In particular, injecting colloidal magnetic nanoparticles into the cancerous tissues and heating them by heat dissipation from magnetic nanoparticles with applying an alternating magnetic field
Evaluation of side effects of radiofrequency capacitive hyperthermia with magnetite on the blood vessel walls of tumor metastatic lesion surrounding the abdominal large vessels: an agar phantom study.
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BACKGROUND
Magnetite used in an 8-MHz radiofrequency (RF) capacitive heating device can increase the temperature of a specific site up to 45°C. When treating a metastatic lesion around large abdominal vessels via hyperthermia with magnetite, heating-induced adverse effects on these vessels need to
Highly Reproducible Hyperthermia Response in Water, Agar, and Cellular Environment by Discretely PEGylated Magnetite Nanoparticles
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Local heat generation from magnetic nanoparticles (MNPs) exposed to alternating magnetic fields can revolutionize cancer treatment. However, the application of MNPs as anticancer agents is limited by serious drawbacks. Foremost among these are the fast uptake and biodegradation of MNPs by cells and
An agar phantom for hyperthermia.
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An agar phantom with wide application in rf heating was developed. The phantom consists of 4 wt./wt. % agar powder, 0.1 wt./wt. % NaN3, 0-0.6 wt./wt. % NaCl, and 95.9-95.3 wt./wt. % water. The conductivity sigma (S/m) of the phantom was independent of frequency at 1-40 MHz, being sigma = 1.74 chi +
[Preclinical experiments of interstitial hyperthermia with an agar phantom and a dog].
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[Immunological studies by the agar gel diffusion technic in familial Mediterranean fever (FMF). Preliminary report].
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Standard Blood Agar Plate in the Control of Scarlet Fever : Experience of a Rural Health Unit.
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[Results of determining anti-tissue antibodies in patients with rheumatic fever and chronic non-specific arthritis by means of antigens fixed on cellulose, the Steffen reaction and precipitation on agar gel].
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[Qualitative and quantitative relationships among the results of the passive hemagglutination test, the neutralization test in tissue culture and the diffuse precipitation in agar test in a study of human sera from foci of West Nile fever in Azerbaijan].
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Physical basis of RF hyperthermia for cancer therapy (1). Measurement for distribution in absorbed power from radiofrequency exposure in agar phantom.
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Physical basis of RF hyperthermia for cancer therapy (2) measurement of distribution of absorbed power from radiofrequency exposure in agar phantom.
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[Contribution to the use of the agar gel precipitin test in swine fever].
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