(a.) Pertaining to azote, or nitrogen; formed or consisting of azote; nitric; as, azotic gas; azotic acid.
Example Sentences:
(1) Omnipack causes allergic reactions less frequently, disturbs less azote excretory function of the kidneys and myocardial bioelectric activity.
(2) Before treatment, patients' nutritional conditions were evaluated by anamnesis, azotic balance, hydroelectrolytic balance, anthropometric, bioumoral, and immunologic parameters.
(3) These results indicate that the azotization drastically inhibited immunoreactivity but that the azo-LHRH-carrier conjugate preserved the immunogenic epitope responsible for the induction of an effective anti-LHRH antibody response.
(4) The azotization at histidine and or tyrosine of GnRH was carried out and characterized extensively.
(5) In order to render hypothalamic 'self' decapeptide GnRH immunogenic, the GnRH and its azotized derivative were covalently coupled to the carrier protein, BSA.
(6) He proposed that the cause of plaguelike disease was exposure to "gaseous oxide of azote" (nitrous oxide).
(7) A method of canine lymphocytes isolation and storage in liquid azote with DMSO is described.
(8) The control of some parameter variations during the treatment, such as COD, total azote, dissolved oxygen and pH, has given encouraging results about the depurative efficacy of employed hydrophytae.
(9) The anesthesia-method used has guaranteed an adequate level of anesthesia with the characteristics of a quick induction, non significant variations of the cardiovascular parameters, a quick recovery of consciousness, low incidence of side effects, the abolition of the azote-peroxide and the halogen-anesthetics, a quick discharge of the patients.
(10) In circumscribed lesions the use of cryotherapy with azote fluid may be useful, and in some cases skeletal reconstruction with autoplastic bone transplant is indicated.
(11) Glutamatergic (NMDA) component, which could be displayed by some lipophilic or important steric obstruction on azote exhibiting adamantamines, could amplifie the excitating effects of their anti-GABAergic and antiglycinergic components on the limbic system's brain structures (hippocampus, amygdala) and could contribute to the exhibition of hypomotility, fright, agressivity and convulsions.
Nitrous
Definition:
(a.) Of, pertaining to, or containing, niter; of the quality of niter, or resembling it.
(a.) Of, pertaining to, or designating, any one of those compounds in which nitrogen has a relatively lower valence as contrasted with nitric compounds.
Example Sentences:
(1) Arterial oxyhaemoglobin saturation (SaO2) was monitored continuously during normal labour in 33 healthy parturients receiving pethidine and nitrous oxide for analgesia.
(2) Nitrous oxide, 60% (P less than 0.025) and 80% (P less than 0.02), caused significant increases in release of beta-endorphin.
(3) In the present work, we measured the inactivation of methionine synthase and the concurrent homocysteine export rate of two murine and four human cell lines during nitrous oxide exposure.
(4) Anaesthesia was achieved by a mixture of oxygen, nitrous oxide and fluothane without use of muscle relaxants.
(5) The purity and configuration of each isomer of the free acid and N-chloroacetylated derivative were ascertained by: (a) paper chromatography in five solvent systems, (b) elemental analysis, (c) Van Slyke nitrous acid determination of alpha-carbonyl carbon, and (d) Van Slyke ninhydrin determination of alpha-carbonyl carbon, and (e) optical rotation.
(6) The cardiorespiratory effects of trichloroethylene supplementation of nitrous oxide-oxygen anesthesia, with simultaneous use of halothane at induction as needed, were studied in outpatient oral surgery patients undergoing dental extractions under general anesthesia.
(7) The interactions of nitrous oxide with cytochrome c oxidase isolated from bovine heart muscle have been investigated in search of an explanation for the inhibition of mitochondrial respiration by the inhalation anesthetic.
(8) Nitrous oxide (N2O) is frequently used for maintenance of anesthesia in research animals because of its minimal effect upon circulatory variables and the ability to rapidly alter its anesthetic concentration.
(9) Nitrous oxide produced a dose-related analgesic response in rats (ED50, 67%) as measured by the tail-flick method.
(10) Cryotherapy with high-flow nitrous oxide was applied to the lid margin for 45 seconds in a freeze-thaw-freeze cycle.
(11) Such disturbances may be induced by opiates, benzodiazepines, phenothiazines, butyrophenones, ketamine, etomidate, propofol, nitrous oxide, and halogenated inhalation anesthetics as well as by H2-blocking agents such as cimetidine.
(12) For all personnel the geometric mean (GM) time-weighted average (TWA) exposures to halothane and nitrous oxide over the working period were 2.6 ppm (range: less than 0.5 119 ppm) and 100 ppm (range: 14-1700 ppm), respectively.
(13) Postoperative nausea and vomiting have been associated with the use of intravenous narcotics, and nitrous oxide may worsen the emetic effects of narcotics.
(14) The mechanism and time course of nitrous oxide-induced intratympanic pressure changes are described and contrasted with the effects of non-nitrous oxide anaesthesia.
(15) Using 14C-labelled nitrous bases as starting substrates, labelled nucleosides and nucleotides can be obtained with the 75-80% yield that have radioactive purity of 95-99%.
(16) In 14 sets of experiments, normal human lymphocytes stimulated with phytohemagglutinin on day 0 were exposed to nitrous oxide and oxygen on day 2.
(17) The authors advocate an active multimodality treatment of patients who developed seizures for the first time, the therapeutic and diagnostic use of pneumoencephalography with the administration of nitrous oxide into the cerebrospinal fluid.
(18) Rats injected with leukemic cells and exposed to nitrous oxide for 10 days showed 30% reduction of hepatosplenomegaly and 50% reduction of leukocytosis.
(19) Exposure to nitrous oxide produced concentration-dependent analgesia in the mouse abdominal constriction test.
(20) Chondroitinase ABC, nitrous acid, and heparinase degraded approximately 76%, 17%, and 7%, respectively, of the HBM-M cell-derived 35S-labeled proteoglycans.