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405 results on '"TAZAROURTE, K."'

52. Erratum to “Intubation and extubation of the ICU patient” [Anaesth. Crit. Care Pain Med. 36 (5) (2017) 327–341]

Author

Quintard, H., primary, l’Her, E., additional, Pottecher, J., additional, Adnet, F., additional, Constantin, J.-M., additional, De Jong, A., additional, Diemunsch, P., additional, Fesseau, R., additional, Freynet, A., additional, Girault, C., additional, Guitton, C., additional, Hamonic, Y., additional, Maury, E., additional, Mekontso-Dessap, A., additional, Michel, F., additional, Nolent, P., additional, Perbet, S., additional, Prat, G., additional, Roquilly, A., additional, Tazarourte, K., additional, Terzi, N., additional, Thille, A.W., additional, Alves, M., additional, Gayat, E., additional, and Donetti, L., additional

Published
2018
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62. Gestione dei traumatizzati cranici gravi in fase iniziale

Author

Benhamed, A., Soyeux, L., Steczek, P., and Tazarourte, K.

Abstract

Il paziente vittima di trauma cranico grave è soprattutto un traumatizzato che deve essere sottoposto alle regole di gestione comuni a tutti i pazienti traumatizzati. La valutazione clinica, integrata appena possibile da una valutazione dell’emodinamica cerebrale mediante Doppler transcranico, rappresenta la prima fase, mentre la stabilizzazione ventilatoria e quella circolatoria sono i primi obiettivi terapeutici. Le prime ore post-traumatiche sono quelle più a rischio di ischemia cerebrale. L’organizzazione logistica deve adoperarsi per trasportare rapidamente questi pazienti verso strutture multidisciplinari che talvolta sono ancora carenti. Dal punto di vista medico, gli obiettivi del trasporto devono essere il controllo dell’emodinamica cerebrale e la lotta contro gli attacchi cerebrali secondari (normossia, mantenimento di un livello adeguato di pressione arteriosa media, osmoterapia se necessaria e soprattutto normotermia), utilizzando, non appena possibile, un Doppler transcranico. La gestione all’arrivo in ospedale deve tenere conto sia dei traumi multipli, di ricercare la diagnosi e di trattare in via prioritaria le emorragie che di un’eventuale indicazione neurochirurgica, cosa rara ma cruciale per l’esito del paziente. La qualità dell’assistenza preospedaliera e la riduzione del tempo di trasporto prima di un’efficace assistenza ospedaliera multidisciplinare permetteranno di migliorare ulteriormente la prognosi di questi pazienti.

Published
2024
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68. Pendaison

Author

Tazarourte, K., primary, Cesaréo, E., additional, and Tourtier, J.-P., additional

Published
2012
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71. Parm : un métier à développer ? Résultats et impact d’une intervention en psychologie du travail auprès des Parm du Samu 77

Author

Thomas, V., primary, Litim, M., additional, França, M., additional, Malhebe, A., additional, Fernandez, G., additional, Hamidi, S., additional, Marcherat, V., additional, Mazella, P., additional, Vulquin, C., additional, Briffaud, V., additional, Le Cardinal, G., additional, Goix, L., additional, and Tazarourte, K., additional

Published
2009
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99. Predictive factors for 1-year outcome of a cohort of patients with severe traumatic brain injury (TBI): Results from the PariS-TBI study.

Author

Jourdan, C., Bosserelle, V., Azerad, S., Ghout, I., Bayen, E., Aegerter, P., Weiss, J. J., Mateo, J., Lescot, T., Vigué, B., Tazarourte, K., Pradat-Diehl, P., and Azouvi, P.

Subjects
ANALYSIS of variance, BRAIN injuries, CHI-squared test, CONFIDENCE intervals, NEUROLOGIC examination, EMPLOYMENT, EMPLOYMENT reentry, EPIDEMIOLOGY, LENGTH of stay in hospitals, LIFE skills, LONGITUDINAL method, NEUROPSYCHOLOGICAL tests, EVALUATION of medical care, MEDICAL cooperation, HEALTH outcome assessment, PROBABILITY theory, QUESTIONNAIRES, RESEARCH, RESEARCH funding, STATISTICS, DATA analysis, ACTIVITIES of daily living, MULTIPLE regression analysis, PSYCHOSOCIAL factors, SECONDARY analysis, EDUCATIONAL attainment, SEVERITY of illness index, RECEIVER operating characteristic curves, DESCRIPTIVE statistics, GLASGOW Coma Scale, PROGNOSIS
Abstract

Objectives: To assess outcome and predicting factors 1 year after a severe traumatic brain injury (TBI). Methods: Multi-centre prospective inception cohort study of patients aged 15 or older with a severe TBI in the Parisian area, France. Data were collected prospectively starting the day of injury. One-year evaluation included the relatives-rating of the Dysexecutive Questionnaire (DEX-R), the Glasgow Outcome Scale-Extended (GOSE) and employment. Univariate and multivariate tests were computed. Results: Among 257 survivors, 134 were included (mean age 36 years, 84% men). Good recovery concerned 19%, moderate disability 43% and severe disability 38%. Among patients employed pre-injury, 42% were working, 28% with no job change. DEX-R score was significantly associated with length of education only. Among initial severity measures, only the IMPACT prognostic score was significantly related to GOSE in univariate analyses, while measures relating to early evolution were more significant predictors. In multivariate analyses, independent predictors of GOSE were length of stay in intensive care (LOS), age and education. Independent predictors of employment were LOS and age. Conclusions: Age, education and injury severity are independent predictors of global disability and return to work 1 year after a severe TBI. [ABSTRACT FROM AUTHOR]

Published
2013
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100. Medical prehospital rescue in head injury.

Author

Rouxel, J.-P.M., Tazarourte, K., Le Moigno, S., Ract, C., and Vigué, B.

Subjects
*HOSPITAL care, *HEAD injuries, *MULTIVARIATE analysis, *MEDICAL care
Abstract

Objective. – To evaluate the effectiveness of prehospital medical care in head-injured patients.Patients and methods. – All head-injured patients admitted in Biceˆtre hospital from 1995 to 1999 were retrospectively studied. Glasgow Coma Scale (GCS) score, mean arterial pressure (MAP) and SpO2 measured on the field were compared to GCS, MAP and SpO2 on arrival in the hospital. All treatments given during transport and first data recorded in the hospital were noted. Each parameter was compared to outcome at 6 months. Then, significant parameters were compared with a multivariate analysis.Results. – Three hundred and four patients were included, 80% had a GCS ≤ 8 and 45% a GCS = 3. At 6 months, 43% of the patients had no or mild sequelae and 45% died. Prehospital time was 2 h 55 min ± 1 h 40 min. During transport, 75% of hypoxemic events were corrected, but GCS and MAP decreased significantly. None of the patients with non-reactive mydriasis received any osmotherapy and all patients with non-reactive mydriasis until hospital admission died (n = 55). After multivariate analysis, parameters significantly related to outcome were, on the field, MAP (p < 0.025) and at hospital SAPS II (p < 0,001), GCS (p < 0.001), non-reactive mydriasis (p < 0.025), hyperglycemia (p < 0.025) and low haemoglobinemia (p < 0.001).Conclusion. – Respect of guidelines is important to improve medical care. Prehospital management corrected hypoxemia but not hypotension. The lack of osmotherapy after mydriasis cannot be explained and is probably an error. Patient route must be simplified to decrease time delay from field to hospital. Improvement in prehospital care may decrease mortality in head-injured patients. [Copyright &y& Elsevier]

Published
2004
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