nombre de leucocytes – English Translation – Keybot Dictionary

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Le stress peut avoir un effet sur le nombre de leucocytes;
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Stress can also affect the leukocyte count.
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La norme pour le nombre de leucocytes après leucoréduction est < 5,0 x 106 GB/unité.
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The estimated residual risk of CMV from leukoreduced red cell and platelet units is 1 in 13,575,00054
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L’ingestion d’une noix entière par voie orale (7,5 et 15 g/personne) chez l’adulte a montré des effets toxiques généraux : douleurs abdominales, vomissements, élévation du pH urinaire et du nombre de leucocytes, tachycardie, hypertension, hallucinations, léthargie, agitation et insomnie20.
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The ingestion of an entire nut (7.5 y 15 g/person) by a human adult caused general toxic effects: abdominal pain, vomiting, increase of urine pH, increase of leukocyte count, tachycardia, hypertension, hallucinations, lethargy, restlessness and insomnia20.
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Ainsi, une réduction du nombre de leucocytes et de granulocytes, proportionnelle à la dose d'exposition, a été observée chez les groupes de travailleurs exposés à des doses élevées et faibles (baisse statistiquement significative chez les travailleurs exposés à des concentrations moyennes de 3,03 ppm d'acétate de 2-éthoxyéthyle [soit l'équivalent environ de 11 mg de 2-éthoxyéthanol/m3], bien que les auteurs ne considèrent pas cette baisse comme étant cliniquement significative), et une proportion nettement plus élevée de tous les peintres exposés a souffert de leucopénie.
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, 1999), effects on white blood cells, suggestive of bone marrow depression, were observed in a group of 57 painters exposed to 2-ethoxyethyl acetate. White blood cell and granulocyte counts were reduced in an exposure-related manner in both the high- and low-exposure groups of workers (statistically significantly lower in those exposed to mean concentrations of 3.03 ppm 2-ethoxyethyl acetate [approximately equivalent to 11 mg 2-ethoxyethanol/m3], although not considered by the authors to be clinically significantly decreased), while a significantly higher proportion of all exposed painters had leukopenia. These effects remained after controlling for several potentially confounding factors. Bone marrow hypoplasia was noted in the three leukopenic men examined. The authors also noted that mean corpuscular volume was increased in the high-exposure group, which the authors hypothesized may be an early indicator of anemia. An increase in the prevalence of anemia was observed in a group of 94 shipyard painters exposed to similar mean concentrations of 2-ethoxyethanol (2.7 ppm [10 mg/m3]), along with several other substances (Welch and Cullen, 1988). Hemoglobin levels had declined since first employment in these workers, but were not related to duration of exposure. Exposed workers also had a slightly higher prevalence of low polymorphonuclear leukocyte counts. Bone marrow hypoplasia was also observed in a survey of seven printers exposed to 2-ethoxyethanol and other substances (Cullen
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Les données recueillies ont démontré que les animaux présentant des résultats vrais positifs au dépistage du CRB (selon la méthode de référence faisant appel à la température interne, au score clinique, au nombre de leucocytes et au rapport neutrophiles sur lymphocytes) affichaient des valeurs de thermographie infrarouge plus élevées, soit 35,7 ± 0,35 °C, que les animaux présentant des résultats vrais négatifs, dont les valeurs étaient de 34,9 ± 0,22 °C (P < 0,01).
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Bovine respiratory disease complex (BRD) causes considerable economic loss and biosecurity cost to the beef industry globally and also results in significant degradation to the welfare of affected animals. The successful treatment of this disease depends on the early, timely and cost effective identification of affected animals. The objective of the present study was to investigate the use of an automated, RFID driven, noninvasive infrared thermography technology to determine BRD in cattle. Sixty-five calves averaging 220 kg were exposed to standard industry practices of transport and auction. The animals were monitored for BRD using conventional biometric signs for clinical scores, core temperatures, haematology, serum cortisol and infrared thermal values over 3 weeks. The data collected demonstrated that true positive animals for BRD based on a gold standard including core temperature, clinical score, white blood cell number and neutrophil/lymphocyte ratio displayed higher peak infrared thermal values of 35.7 ± 0.35 °C compared to true negative animals 34.9 ± 0.22 °C (P < 0.01). The study also demonstrated that such biometric data can be non-invasively and automatically collected based on a system developed around the animal's water station. It is concluded that the deployment of such systems in the cattle industry would aid animal managers and practitioners in the identification and management of BRD in cattle populations.
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Ainsi, une réduction du nombre de leucocytes et de granulocytes, proportionnelle à la dose d'exposition, a été observée chez les groupes de travailleurs exposés à des doses élevées et faibles (baisse statistiquement significative chez les travailleurs exposés à des concentrations moyennes de 3,03 ppm d'acétate de 2-éthoxyéthyle [soit l'équivalent environ de 11 mg de 2-éthoxyéthanol/m3], bien que les auteurs ne considèrent pas cette baisse comme étant cliniquement significative), et une proportion nettement plus élevée de tous les peintres exposés a souffert de leucopénie.
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, 1999), effects on white blood cells, suggestive of bone marrow depression, were observed in a group of 57 painters exposed to 2-ethoxyethyl acetate. White blood cell and granulocyte counts were reduced in an exposure-related manner in both the high- and low-exposure groups of workers (statistically significantly lower in those exposed to mean concentrations of 3.03 ppm 2-ethoxyethyl acetate [approximately equivalent to 11 mg 2-ethoxyethanol/m3], although not considered by the authors to be clinically significantly decreased), while a significantly higher proportion of all exposed painters had leukopenia. These effects remained after controlling for several potentially confounding factors. Bone marrow hypoplasia was noted in the three leukopenic men examined. The authors also noted that mean corpuscular volume was increased in the high-exposure group, which the authors hypothesized may be an early indicator of anemia. An increase in the prevalence of anemia was observed in a group of 94 shipyard painters exposed to similar mean concentrations of 2-ethoxyethanol (2.7 ppm [10 mg/m3]), along with several other substances (Welch and Cullen, 1988). Hemoglobin levels had declined since first employment in these workers, but were not related to duration of exposure. Exposed workers also had a slightly higher prevalence of low polymorphonuclear leukocyte counts. Bone marrow hypoplasia was also observed in a survey of seven printers exposed to 2-ethoxyethanol and other substances (Cullen
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Les données recueillies ont démontré que les animaux présentant des résultats vrais positifs au dépistage du CRB (selon la méthode de référence faisant appel à la température interne, au score clinique, au nombre de leucocytes et au rapport neutrophiles sur lymphocytes) affichaient des valeurs de thermographie infrarouge plus élevées, soit 35,7 ± 0,35 °C, que les animaux présentant des résultats vrais négatifs, dont les valeurs étaient de 34,9 ± 0,22 °C (P < 0,01).
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Bovine respiratory disease complex (BRD) causes considerable economic loss and biosecurity cost to the beef industry globally and also results in significant degradation to the welfare of affected animals. The successful treatment of this disease depends on the early, timely and cost effective identification of affected animals. The objective of the present study was to investigate the use of an automated, RFID driven, noninvasive infrared thermography technology to determine BRD in cattle. Sixty-five calves averaging 220 kg were exposed to standard industry practices of transport and auction. The animals were monitored for BRD using conventional biometric signs for clinical scores, core temperatures, haematology, serum cortisol and infrared thermal values over 3 weeks. The data collected demonstrated that true positive animals for BRD based on a gold standard including core temperature, clinical score, white blood cell number and neutrophil/lymphocyte ratio displayed higher peak infrared thermal values of 35.7 ± 0.35 °C compared to true negative animals 34.9 ± 0.22 °C (P < 0.01). The study also demonstrated that such biometric data can be non-invasively and automatically collected based on a system developed around the animal's water station. It is concluded that the deployment of such systems in the cattle industry would aid animal managers and practitioners in the identification and management of BRD in cattle populations.
  www.listeriosis-listeriose.investigation-enquete.gc.ca  
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Les données recueillies ont démontré que les animaux présentant des résultats vrais positifs au dépistage du CRB (selon la méthode de référence faisant appel à la température interne, au score clinique, au nombre de leucocytes et au rapport neutrophiles sur lymphocytes) affichaient des valeurs de thermographie infrarouge plus élevées, soit 35,7 ± 0,35 °C, que les animaux présentant des résultats vrais négatifs, dont les valeurs étaient de 34,9 ± 0,22 °C (P < 0,01).
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Bovine respiratory disease complex (BRD) causes considerable economic loss and biosecurity cost to the beef industry globally and also results in significant degradation to the welfare of affected animals. The successful treatment of this disease depends on the early, timely and cost effective identification of affected animals. The objective of the present study was to investigate the use of an automated, RFID driven, noninvasive infrared thermography technology to determine BRD in cattle. Sixty-five calves averaging 220 kg were exposed to standard industry practices of transport and auction. The animals were monitored for BRD using conventional biometric signs for clinical scores, core temperatures, haematology, serum cortisol and infrared thermal values over 3 weeks. The data collected demonstrated that true positive animals for BRD based on a gold standard including core temperature, clinical score, white blood cell number and neutrophil/lymphocyte ratio displayed higher peak infrared thermal values of 35.7 ± 0.35 °C compared to true negative animals 34.9 ± 0.22 °C (P < 0.01). The study also demonstrated that such biometric data can be non-invasively and automatically collected based on a system developed around the animal's water station. It is concluded that the deployment of such systems in the cattle industry would aid animal managers and practitioners in the identification and management of BRD in cattle populations.