METHOD FOR XE-ANESTHESIA ALONG CLOSED RESPIRATORY CONTOUR AT OPERATIVE INTERFERENCES

FIELD: medicine, anesthesiology. SUBSTANCE: premedication is carried out along with tracheal intubation with subsequent denitrogenization and xenon-oxygen mixture is supplied into closed respiratory contour under FiO2 control, moreover, during saturation period a gaseous flow is established in volum...

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Main Authors ZUBAREVA N.G, VOVK S.M, AL'PEROVICH B.I, KOVRIZHNYKH V.V, AVDEEV S.V, ORESHIN A.A, NAUMOV S.A
Format Patent
LanguageEnglish
Russian
Published 27.12.2002
Edition7
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Abstract FIELD: medicine, anesthesiology. SUBSTANCE: premedication is carried out along with tracheal intubation with subsequent denitrogenization and xenon-oxygen mixture is supplied into closed respiratory contour under FiO2 control, moreover, during saturation period a gaseous flow is established in volumetric ratio: O2 - 0.3 l/min, Xe - 1.0 l/min; 4-6 min later, after achieving a surgical stage of narcosis and at the onset of operation, the volumetric ratio of gaseous flow should be altered, moreover, the total volume of respiratory mixture should be up to 1 l/min at the ratio of O2 and Xe 0.4 l/min and 0.6 l/min, correspondingly up to the decrease of FiO2 not below than 96%. Hemostasis and hermetization of hollow organs are performed, then Xe-supply into respiratory contour is stopped, pulmonary ventilation is carried out with pure oxygen along closed contour at the volume of 0.3-0.4 l to normalize FiO2 values being 99- 100%, not lower. The present innovation provides decreased number of complications during Xe-anesthesia due to preventing the deviation of Xe-concentration in respiratory contour. EFFECT: higher efficiency. 3 cl, 3 ex
AbstractList FIELD: medicine, anesthesiology. SUBSTANCE: premedication is carried out along with tracheal intubation with subsequent denitrogenization and xenon-oxygen mixture is supplied into closed respiratory contour under FiO2 control, moreover, during saturation period a gaseous flow is established in volumetric ratio: O2 - 0.3 l/min, Xe - 1.0 l/min; 4-6 min later, after achieving a surgical stage of narcosis and at the onset of operation, the volumetric ratio of gaseous flow should be altered, moreover, the total volume of respiratory mixture should be up to 1 l/min at the ratio of O2 and Xe 0.4 l/min and 0.6 l/min, correspondingly up to the decrease of FiO2 not below than 96%. Hemostasis and hermetization of hollow organs are performed, then Xe-supply into respiratory contour is stopped, pulmonary ventilation is carried out with pure oxygen along closed contour at the volume of 0.3-0.4 l to normalize FiO2 values being 99- 100%, not lower. The present innovation provides decreased number of complications during Xe-anesthesia due to preventing the deviation of Xe-concentration in respiratory contour. EFFECT: higher efficiency. 3 cl, 3 ex
Author VOVK S.M
AL'PEROVICH B.I
NAUMOV S.A
AVDEEV S.V
KOVRIZHNYKH V.V
ORESHIN A.A
ZUBAREVA N.G
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– fullname: ORESHIN A.A
– fullname: NAUMOV S.A
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DocumentTitleAlternate СПОСОБ ПРОВЕДЕНИЯ XE-АНЕСТЕЗИИ ПО ЗАКРЫТОМУ КОНТУРУ ДЫХАНИЯ ПРИ ОПЕРАТИВНЫХ ВМЕШАТЕЛЬСТВАХ
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Snippet FIELD: medicine, anesthesiology. SUBSTANCE: premedication is carried out along with tracheal intubation with subsequent denitrogenization and xenon-oxygen...
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SubjectTerms DEVICES FOR INTRODUCING MEDIA INTO, OR ONTO, THE BODY
DEVICES FOR PRODUCING OR ENDING SLEEP OR STUPOR
DEVICES FOR TRANSDUCING BODY MEDIA OR FOR TAKING MEDIA FROMTHE BODY
HUMAN NECESSITIES
HYGIENE
MEDICAL OR VETERINARY SCIENCE
Title METHOD FOR XE-ANESTHESIA ALONG CLOSED RESPIRATORY CONTOUR AT OPERATIVE INTERFERENCES
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