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Parasitization

C,2H220ii,2H20. M.p. 9TC. A non-reducing disaccharide, which forms the principal carbohydrate of insect haemolymph. It comprises about 25% of trehala manna, the cocoons of a parasitic beetle. Trehalose also occurs in fungi, e.g. Amanita muscaria, generally replacing sucrose in plants lacking chlorophyll and starch. [Pg.403]

Main system parameters are shown in table 1. The fine field resolution is important. When operating in an unshielded space, however, at least such important is the high common mode rejection and the gradient rejection in order to suppress parasitic magnetic fields. [Pg.989]

Figure Bl.28.8. Equivalent circuit for a tliree-electrode electrochemical cell. WE, CE and RE represent the working, counter and reference electrodes is the solution resistance, the uncompensated resistance, R the charge-transfer resistance, R the resistance of the reference electrode, the double-layer capacitance and the parasitic loss to tire ground. Figure Bl.28.8. Equivalent circuit for a tliree-electrode electrochemical cell. WE, CE and RE represent the working, counter and reference electrodes is the solution resistance, the uncompensated resistance, R the charge-transfer resistance, R the resistance of the reference electrode, the double-layer capacitance and the parasitic loss to tire ground.
Aquatic animals are susceptible to a variety of diseases including those caused by viruses, bacteria, fungi, and parasites. A range of chemicals and vacciaes has been developed for treating the known diseases, although some conditions have resisted all control attempts to date and severe restrictions on the use of therapeutants ia some nations has impaired that abiUty of aquaculturists to control disease outbreaks. The United States is a good example of a nation ia which the variety of treatment chemicals is limited (Table 6). [Pg.22]

There are two parasitic reactions offsetting anode efficiency (/) cogeneration of oxygen [7782-44-7] O2, from the anodic discharge of water,... [Pg.482]

Fan Rating. Axial fans have the capabiUty to do work, ie, static pressure capabiUty, based on their diameter, tip speed, number of blades, and width of blades. A typical fan used in the petrochemical industry has four blades, operates neat 61 m/s tip speed, and can operate against 248.8 Pa (1 in. H2O). A typical performance curve is shown in Figure 11 where both total pressure and velocity pressure are shown, but not static pressure. However, total pressure minus velocity pressure equals static pressure. Velocity pressure is the work done just to collect the air in front of the fan inlet and propel it into the fan throat. No useflil work is done but work is expended. This is called a parasitic loss and must be accounted for when determining power requirements. Some manufacturers fan curves only show pressure capabiUty in terms of static pressure vs flow rate, ignoring the velocity pressure requirement. This can lead to grossly underestimating power requirements. [Pg.112]

Other Biological Applications. 4-Nitro-3-(trifluorometh5i)phenol [88-30-2] (TFM) is stiU employed by the Canadian Bureau of Fisheries and the U.S. Fish and Wildlife Service as a lampricide for the control of parasitic sea lamprey in the Great Lakes (see Aquaculture). [Pg.333]

Latex agglutination immunoassays are easily formatted into simple kits which can provide yes/no and semiquantitative estimates of antigen (or antibody) in a sample. The first such assay was developed in 1957 for rheumatoid factor (15) and assays are on the market for the deterrnination of many species of bacteria, fungi. Mycoplasma, parasites, ckettsia, and vimses, as well as for the deterrnination of autoimmune disease, hormones (qv), dmgs (see Pharmaceuticals), and blood proteins (16). Latex agglutination is also the basis of many home pregnancy tests. [Pg.23]

T-Lymphocytes (4,5) and other cellular components of the immune system also have equally wide implications in regulation of the normal immune system. The T-lymphocytes play a central role in the body s response to harmful antigens and tumor—host interaction (4). Responses involve antigens derived from vimses, bacteria, parasites, and tumors. T-ceUs also participate in the immune surveillance response, where self-antigens are recognized, but usually sequestered within the cell and, when exposed, become markers of cellular damage. [Pg.32]

Vimses are obligate intracellular parasites. They only exhibit activity by infecting other living organisms, thus they are not a practical concern in industrial microbiological fields. The exception is where viral contamination of the product or process represents a threat of transmission of disease. Microscopic insects and protozoans are also not addressed in this article (see Insectcontroltechnology). [Pg.91]

Parasitic ferromagnetism is a weak ferromagnetism that accompanies antiferromagnetism, eg, in a-ferric oxide [1309-37-1], a-Fe202. Possible causes include the presence of a smaU amount of ferromagnetic impurities, defects in the crystal, and slight deviations in the directions of the plus and minus spins from the original common axis. [Pg.366]

Trichinosis. Trichinosis is caused by parasitic nematode Trichinella spiralis that locali2es in the muscles of pigs (see Antiparasitic agents). People... [Pg.31]

Spiral-wound modules are much more commonly used in low pressure or vacuum gas separation appHcations, such as the production of oxygen-enriched air, or the separation of organic vapors from air. In these appHcations, the feed gas is at close to ambient pressure, and a vacuum is drawn on the permeate side of the membrane. Parasitic pressure drops on the permeate side of the membrane and the difficulty in making high performance hollow-fine fiber membranes from the mbbery polymers used to make these membranes both work against hollow-fine fiber modules for this appHcation. [Pg.75]


See other pages where Parasitization is mentioned: [Pg.338]    [Pg.842]    [Pg.1233]    [Pg.1253]    [Pg.3038]    [Pg.73]    [Pg.468]    [Pg.670]    [Pg.396]    [Pg.723]    [Pg.723]    [Pg.723]    [Pg.533]    [Pg.549]    [Pg.146]    [Pg.457]    [Pg.461]    [Pg.478]    [Pg.480]    [Pg.38]    [Pg.46]    [Pg.56]    [Pg.388]    [Pg.24]    [Pg.34]    [Pg.41]    [Pg.267]    [Pg.268]    [Pg.268]    [Pg.279]    [Pg.279]    [Pg.290]    [Pg.290]    [Pg.134]    [Pg.366]    [Pg.32]    [Pg.74]    [Pg.300]   
See also in sourсe #XX -- [ Pg.4 , Pg.5 ]




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Acetylcholinesterase parasitic nematodes

Agent parasites

Anisakis parasite

Annelides parasitic

Anti-parasitic

Anti-parasitic activity

Anti-parasitic activity Plasmodium falciparum

Anti-parasitic agents

Anti-parasitic drugs

Anti-parasitic drugs chemotherapeutants

Anti-parasitic drugs identification

Anti-parasitic drugs improvement

Arthropod parasites

Attenuated parasites

Bee parasites

Bioassociations Symbiosis or Parasitism

Biohazards parasites

Blood and Tissue Parasites

Blood-sucking parasites

Capacitance, parasitic

Capacitive Parasitics

Cestode parasites

Chemotherapy parasitic worms

Chloroquine-resistant parasites

Cholangitis parasitic

Conditional Constants, Parasitic Reaction Coefficients, and Apparent Concentrations

Considerations for the use of anti-parasitic drugs in aquaculture

Culture Procedures for Blood and Tissue Parasites

Diagnosis of Parasitic Infections

Distribution of worm parasites

Drug Design Targeting Parasites

Drug Targets in Kinetoplastid Parasites

Drug resistance human parasites

Drug-resistant malarial parasites

Drug-resistant parasite

Drugs acting on parasites. I Helminths (worms)

Drugs acting on parasites. II Protozoa

Ecto-parasites

Effects on parasitic diseases

Electrode parasitic anodic reaction

Elements, parasitic

Endo-parasites

Enteric parasites

Enzymes intestinal parasites

Erythrocytes malaria parasite

Erythrocytes parasites

Eukaryotes parasites

Even in the Molecular Era, It Still Looks like an Amoeboid Unicellular Parasite

Evolution parasitic platyhelminths

Evolution parasitism

Extracellular parasites, metabolism

Filarial parasites

Fish parasite

Fungal parasites

Gastrointestinal disease parasitic

Genes parasitism

Giardia lamblia parasite

Glycobiology of Protozoan and Helminthic Parasites

Glycoproteins parasite-host interaction

Growth inhibition, parasitism

Heat parasitic

Helminth infections parasitic

Helminth parasite infection

Helminth parasites

Helminth parasites anaerobic

Helminth parasites attachment

Helminth parasites energy generation

Helminth parasites glycolysis

Helminth parasites molecular biology

Helminth parasites nematodes

Helminth parasites pathways

Helminth parasites platyhelminths

Helminth parasites purine metabolism

Helminth parasites, control

Helminthic parasites

Heterodera glycines parasitism

Host immune response parasite modulation

Host odors used by parasites

Host parasite interaction

Host response, parasitic protozoa

Host-Parasite Relations

Host-parasite

Host-parasite interactions, genomic

Host-parasite interface

Host-parasite relationships

Host-parasite system

Host-regulating factors, parasitic

Host-regulating factors, parasitic Hymenoptera

How Switching Losses Vary with the Parasitic Capacitances

Human Parasites

Immune response parasitic protozoa

Immunological Parasites

Infestations, parasitic

Insect Predators and Parasites

Insecticides parasites

Insects parasites

Intestinal parasites

Intestinal protozoan parasites

Killing of intracellular bacteria and large parasites in the extracellular fluid

Kinetoplastid parasitic diseases

Large parasites

Large parasites killing

Larvae parasitic

Leishmania enriettii parasite

Leishmania parasites

Leishmaniasis, parasitic disease

Life-cycle of the parasite

Liposomes parasites

Lymphatic filariasis, parasitic disease

MS-based proteomics of the plasmodium parasite

Malaria apicomplexan parasite

Malaria parasite

Malaria parasite Subject

Malaria parasite metabolic pathway

Malaria parasitic disease

Malarial parasite Plasmodium berghei

Malarial parasites

Malarial parasites asexual stages

Malarial parasites biochemistry

Malarial parasites glucose

Malarial parasites immune activation

Malarial parasites malariae

Malarial parasites metabolism

Malarial parasites observations

Malarial parasites transmission

Mature parasite-infected erythrocyte surface

Mature parasite-infected erythrocyte surface antigen

Metabolism parasitic protozoa

Metabolism parasitic stages

Molecular Biology of Protozoan and Helminth Parasites

Molluscan shellfish parasites

Moths parasitic wasps

Near-parasitism

Nematode parasites

Neutron absorption, parasitic

Obligate parasite

Organophosphates, parasitic

Origin of Parasitic Currents

Other Parasite Derived Serpins

Other Protozoan Parasites

Parasite

Parasite

Parasite biochemistry

Parasite biology

Parasite drag

Parasite infections

Parasite mortality

Parasite plasma membrane

Parasite resistance

Parasite, cellulosics

Parasites Plasmodium Falciparum

Parasites and predators

Parasites bakers

Parasites cattle

Parasites detection

Parasites elimination

Parasites food intake

Parasites function

Parasites hookworm

Parasites illness from

Parasites immunity

Parasites irradiation

Parasites obligate intracellular

Parasites sheep

Parasites tapeworm

Parasites turkeys

Parasites, collection

Parasites, crustacean

Parasites, host odors

Parasites, qinghaosu action

Parasites, treating malarial

Parasites/parasitism

Parasites/parasitism

Parasites/parasitism evolution

Parasites/parasitism genes

Parasites/parasitism genetic analysis

Parasites/parasitism individual variation

Parasites/parasitism insect

Parasites/parasitism life cycle

Parasites/parasitism mammalian

Parasites/parasitism origins

Parasites/parasitism phenotype evolution

Parasites/parasitism reproductive

Parasites/parasitism sequencing

Parasites/parasitism transfer

Parasites/parasitism vertebrate

Parasitic

Parasitic

Parasitic Hymenoptera

Parasitic Production of Ergot Alkaloids

Parasitic absorption

Parasitic angiosperms

Parasitic beam

Parasitic behavior

Parasitic captures

Parasitic control valve, elimination

Parasitic corrosion

Parasitic cross section

Parasitic current

Parasitic current measurement

Parasitic current minimization

Parasitic cycle modeling

Parasitic cysts

Parasitic disease

Parasitic disease diseases

Parasitic disease gastrointestinal parasites

Parasitic disease, remedies

Parasitic diseases against

Parasitic diseases ectoparasites

Parasitic diseases epidemiology

Parasitic diseases host-parasite relationships

Parasitic diseases kinetoplastids

Parasitic diseases onchocerciasis

Parasitic diseases river blindness

Parasitic diseases trypanosomiasis

Parasitic equilibrium

Parasitic fungi

Parasitic fungi, spores

Parasitic heating

Parasitic helminth infection animal models

Parasitic helminth infection protective

Parasitic helminths

Parasitic inductance)

Parasitic infection

Parasitic infection toxoplasmosis

Parasitic infections ectoparasitic

Parasitic infections helminthic

Parasitic infections protozoal

Parasitic infections, sexually transmitted

Parasitic infections, treatment

Parasitic insects

Parasitic loads

Parasitic losses

Parasitic neutron capture

Parasitic organisms

Parasitic particle size, effect

Parasitic phases

Parasitic plant

Parasitic plants, alkaloid transfer

Parasitic power losses

Parasitic protozoa

Parasitic resistances

Parasitic scattering

Parasitic species

Parasitic symbiosis

Parasitic voltage drops

Parasitic worm eradication

Parasitic worms

Parasitics

Parasitics

Parasitics gate resistance

Parasitism

Parasitism, defense mechanism

Parasitism, of plants

Parasitism, origins

Parasititis

Parasitization host larva

Parasitization parasites

Parasitization parasites

Parasitization protection

Parasitization selection pressures

Parasitoids (predatory parasites)

Pheromones, plant-parasites

Phytophthora nicotianae var. parasitic

Plant parasites and pathogens

Plant-parasites

Plant-parasites aerial

Plant-parasites control

Plant-parasites evolution

Plant-parasites host resistance

Plant-parasites impact

Plant-parasites niches

Plasmodium falciparum malaria parasite

Plasmodium falciparum, malarial parasite

Plasmodium parasite, aggregation

Polymerase chain reaction parasitic

Poultry parasite infections

Protozoan parasites

Protozoan parasites chemotherapy

Protozoan parasites control

Protozoan parasites host response

Protozoan parasites physiology

Protozoan parasites, molluscan shellfish

Protozoan, parasitic

Reaction parasitic

Redox reactions parasitic

Reducing anthelmintic use for the control of internal parasites in organic livestock systems

Resistance malaria parasite

Root parasites

Schistosomiasis parasite

Scrophulariaceae, root parasites

Secretions from glands, parasitic

Semi-parasitic plants

Shellfish parasites

Slug-parasitic nematode

Snail parasite resistant

Striga parasitism

The Immunoglobulins in Parasitic Diseases

The Major Protozoan Parasites

The Parasitic Capacitances Expressed in an Alternate System

The control of internal parasites by grazing management

The host-parasite interface

Toxoplasma gondii apicomplexan parasite

Unicellular parasites

Used for Identification of Human Protozoan Parasites in Molluscan Shellfish

Vaccination protozoan parasites

Vaccines against parasites

Vertebrate-parasitic nematodes

Wasps parasitic

Weeds parasitic

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