19 research outputs found

    Smart Sensor interface for sea bottom observatories

    Get PDF
    In order to be able to use all the marine sensors currently available in the market, a new module has to be built to implement the smart sensor standard IEEE1451[ 1] as well as other services used in marine measurements. The smart module is aimed to be used in ALL observatory configurations: autonomous, cabled and buoybased observatories. This module can also be used in new instrument in other instruments such as Ocean Bottom Seismometers (OBS) [3] or any other instrument where data logging, clock synchronization, and plug and play capabilities are important. Therefore, the power consumption of the smart module has to be minimized for batteries based observatories and autonomous instruments.Peer ReviewedPostprint (published version

    Smart sensor interface for sea bottom observatories

    Get PDF
    In order to be able to use all the marine sensors currently available in the market, a new module has to be built to implement the smart sensor standard IEEE- 1451[1] as well as other services used in marine measurements. The smart module is aimed to be used in ALL observatory configurations: autonomous, cabled and buoybased observatories. This module can also be used for low power data acquisition and control applications in new instrument design such as Ocean Bottom Seismometers (OBS) [3] or any other instrument where data logging, clock synchronization, and plug and play capabilities are important. Therefore, the power consumption of the smart module has to be minimized for batteries based observatories and autonomous instruments.Peer Reviewe

    Prise en charge de la douleur aiguë en pré-hospitalier (intérêt de l'association morphine-midazolam)

    No full text
    L'auteur rappelle quelques données sur la physiopathologie de la douleur et son évaluation. Il propose de faire le point sur les différentes thérapeutiques utilisées pour l'analgésie et la sédation ainsi que les diverses associations médicamenteuses retrouvées dans la littérature pour traiter la douleur. Ensuite, il présente et analyse les résultats d'une étude prospective, contrôlée, randomisée, multicentrique, en double aveugle sur la prise en charge de la douleur aiguë (EN >= 6) en pré-hospitalier et l'intérêt de l'association morphine-modazolam. L'objectif principal étant de démontrer que cette association permet une réduction des scores EN à la 20ème minute. Les objectifs secondaires sont l'obtention plus rapide d'une meilleure analgésie, l'utilisation moindre de morphine, la diminution des effets secondaires dans le groupe morphine-midazolam. L'étude conclut à l'inefficacité de cette association sur la douleur et, à l'inverse, à un risque de majoration de la somnolence avec le midazolam. Il conclut par la nécessité de poursuivre les recherches en vu de trouver le coanalgésique idéal (40% environ des patients étant insuffisamment analgésiés par une titration morphinique) .BREST-BU Médecine-Odontologie (290192102) / SudocSudocFranceF

    La rupture spontanée de l'oesophage ou syndrome de Boerhaave (à propos de 13 observations)

    No full text
    BREST-BU MĂ©decine-Odontologie (290192102) / SudocPARIS-BIUM (751062103) / SudocSudocFranceF

    L' insuffisance aortique post-traumatique (revue de la littérature)

    No full text
    BREST-BU MĂ©decine-Odontologie (290192102) / SudocPARIS-BIUM (751062103) / SudocSudocFranceF

    Does midazolam enhance pain control in prehospital management of traumatic severe pain?

    No full text
    International audiencePURPOSE: Midazolam comedication with morphine is a routine practice in pre and postoperative patients but has not been evaluated in prehospital setting. We aimed to evaluate the comedication effect of midazolam in the prehospital traumatic adults. METHODS: A prehospital prospective randomized double-blind placebo-controlled trial of intravenous morphine 0.10 mg/kg and midazolam 0.04 mg/kg vs morphine 0.10 mg/kg and placebo. Pain assessment was done using a validated numeric rating scale (NRS). The primary end point was to achieve an efficient analgesic effect (NRS≤3) 20 minutes after the baseline. The secondary end points were treatment safety, total morphine dose required until obtaining NRS≤3, and efficient analgesic effect 30 minutes after the baseline. FINDINGS: Ninety-one patients were randomized into midazolam (n=41) and placebo (n=50) groups. No significant difference in proportion of patients with a pain score≤3 was observed between midazolam (43.6%) and placebo (45.7%) after 20 minutes (P=.849). Secondary end points were similar in regard with proportion of patients with a pain score≤3 at T30, the side effects and adverse events except for drowsiness in midazolam vs placebo, 43.6% vs 6.5% (P<.001). No significant difference in total morphine dose was observed, that is, midazolam (14.09 mg±6.64) vs placebo (15.53 mg±6.27) (P=.315). CONCLUSIONS: According to our study, midazolam does not enhance pain control as an adjunctive to morphine regimen in the management of trauma-induced pain in prehospital setting. However, such midazolam use seems to be associated with an increase in drowsiness

    Smart sensor interface for sea bottom observatories

    No full text
    In order to be able to use all the marine sensors currently available in the market, a new module has to be built to implement the smart sensor standard IEEE- 1451[1] as well as other services used in marine measurements. The smart module is aimed to be used in ALL observatory configurations: autonomous, cabled and buoybased observatories. This module can also be used for low power data acquisition and control applications in new instrument design such as Ocean Bottom Seismometers (OBS) [3] or any other instrument where data logging, clock synchronization, and plug and play capabilities are important. Therefore, the power consumption of the smart module has to be minimized for batteries based observatories and autonomous instruments.Peer Reviewe
    corecore