(v. t.) To impregnate with azote, or nitrogen; to nitrogenize.
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.