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Activated fiber

The hollow fiber was dipped into dihexyl ether for 5 sec and excess adhering solvent was washed away by ultrasonification in a water bath. Then, 25 fiL of lOmM hydrochloric acid (aqueous, acceptor phase) was injected into the lumen of the hollow fiber with a microsyringe. This activated fiber was placed in the vial containing the donor solution and the vial vibrated at 1500 rpm for 45 min. The entire acceptor solution was flushed into a 200-fJ.L micro insert and subjected to capillary electrophoresis or HPLC detection. For 2 mL extractions, 250 //I. of plasma sample treated with... [Pg.38]

Hypolipemic activity. Fiber, administered orally to nine adults with ileostomies at a dose of 13 g/day, increased the excretion of cholesterol " Petroleum ether extract of the fresh fruit, administered to pigs at a concentration of 3.5 g/kg of diet, was inactive "" . Purified green barley extract, in human mononuclear culture of cells isolated from perithelial blood and synovial fluid of patients with rheumatoid arthritis, was active . Leaf essence, administered to atherosclerotic New Zealand White male rabbits at a dose of 1% of diet, produced a decrease of plasma total cholesterol, triacylglycerol, lucigenin-chemilumines-cence, and luminal-chemiluminescence levels. The value of Tj of red blood cell hemolysis and the lag phase of LDL oxidation increased in barley-treated group compared with the control. Ninety percent of the intimal surface of the thoracic aorta was covered with atherosclerotic lesions in the... [Pg.247]

Allergenic activity. Fiber of the dried seed, administered orally to female adults, was active. Total serum immunoglobulin (Ig) E was elevated in a 40-year-old woman with allergic cutaneous and respiratory symptoms associated with chronic psyllium ingestion . Dried seedcoat, administered orally to adults, was active. A 60-year-old female suffered an anaphylactic reaction after ingestion of a psyllium-containing cereal f Skin prick result from psyllium powder and specific IgE antibodies were positive in a 31-year-old atopic woman who... [Pg.421]

MAO-B-containing structures in the nucleus accumbens, using MAO-A-deficient transgenic mice and MAO enzyme histochemistry, have been studied. Among the striatal structures, the nucleus accumbens, and in particular its dorsal shell, showed the strongest MAO-B activity. MAO-B-active cell bodies were embedded in a dense MAO-B-active fiber plexus. MAO-B-positive terminals formed axo-dendritic synapses that were exclusively of the asymmetric type. It is suggested that dopamine in the nucleus accumbens shell is transported into MAO-B-positive fibers where it is degraded by MAO-B. [Pg.167]

With the purpose of a choice of the most suitable sorbent of hydrogen, isotherms (Fig. 7) of studied materials were compared at a level of pressure 3.5-6 MPa, representing practical interest for development of onboard storage system. It is obvious, that the best sorbent in the field of nitrogen temperature - the activated fiber "Busofit-M8", having major effective porosity (0.78), bulk density of 500 kg/m3 and an advanced surface area (2985 m2/g). [Pg.642]

Also, the organic compounds show, in the semiconducting and insulator phases, very interesting properties, especially optical ones, which are fully analysed and exploited for themselves, for instance in the telecommunication applications of active fiber optics. [Pg.458]

Chabal C, Russell LC, Burchiel KJ 1989 The effect of intravenous lidocaine, tocainide, and mexiletine on spontaneously active fibers originating in rat sciatic neuromas. Pain 38 333—338... [Pg.200]

Amplitude is determined by the presence of active fibers within the immediate vicinity of the electrode tip. Low-pass filtering by the volume conductor attenuates the high-frequency spikes of remote SFAPs hence the MUP amplitude does not increase for a larger motor unit. However, MUP amplitude will increase if the tip of the electrode is located near a cluster of reinnervated fibers. Large MUP amplitudes are frequently observed in neurogenic diseases. [Pg.410]

Fiber, hollow fiber Membranes, heat exchangers, micro tools, active fiber composites, micro-reactors, fibers for functional or stmc-tural applications... [Pg.333]

Demir, A., Aiik, B., Ozdogan, E., Seventekin, N., 2010. The comparison of the effect of enzyme, peroxide, plasma and chitosan processes on wool fabrics and evaluation for antimicrobial activity. Fibers Polym. 11, 989-995. [Pg.110]

A. Fraser and A. H. Frey, Electromagnetic Emission at Micron Wavelengths from Active Fibers, Biophys. J. 8, 731-734 (1968). [Pg.475]

R Oentilman, K McNeal, G Schmidt, A Pizzocheto, G A Rossetti, Enhadced-performance active fiber composites . Smart Structures and Materials 2003,2003 5054 350-359. [Pg.422]

The opf is basically the first stage of the manufacture of PAN based carbon and activated fibers and these are discussed separately. [Pg.955]

Activated fibers can also be made from a phenolic resin fiber (Kynol) [18,19] and pitch fiber [5]. [Pg.956]

Kotek,). et al. (2004) Tensile behavior of isotactic polypropylene modified by specific nucleation and active fibers. Ear. Polym. ]., 40, 679. [Pg.305]


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See also in sourсe #XX -- [ Pg.802 , Pg.834 ]




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Activated Carbon Fibers (ACF)

Activated carbon fibers

Activated carbon fibers adsorption properties

Activated carbon fibers advantages

Activated carbon fibers applications

Activated carbon fibers characterization

Activated carbon fibers electrical resistance

Activated carbon fibers fiber diameters

Activated carbon fibers pore distribution characterization

Activated carbon fibers preparation

Activated carbon fibers surface chemical properties

Activated carbon fibers water treatment using

Activated-carbon fiber cloth

Activated-carbon fiber cloth electrode

Active carbon fiber, chemical vapor

Active carbon fibers

Active carbon fibers adsorbed natural gas

Active carbon fibers adsorption and catalysis

Active carbon fibers applications

Active carbon fibers emerging

Active carbon fibers medical

Active carbon fibers water purification

Applications of Active Carbon Fibers

Biologically active fibers

Catalysts active carbon fiber

Fibers active agents

Hollow fibers chemical activation

Micropore activated carbon fibers

Organic compounds over active carbon fiber

Polyester fiber activation

Silica-activated carbon fibers

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