Search results for "ULN"

showing 10 items of 1078 documents

Protocol for Specific Isolation of Virulent Strains of Vibrio vulnificus Serovar E (Biotype 2) from Environmental Samples

2004

ABSTRACT The eel pathogen Vibrio vulnificus biotype 2 comprises at least three serovars, with serovar E being the only one involved in both epizootics of eel vibriosis and sporadic cases of human infections. The virulent strains of this serovar (VSE) have only been recovered from clinical (mainly eel tissue) sources. The main objective of this work was to design and validate a new protocol for VSE-specific isolation from environmental samples. The key element of the new protocol is the broth used for the first step (saline eel serum broth [SEB]), which contains eel serum as a nutritive and selective component. This approach takes advantage of the ability of VSE cells to grow in eel serum an…

Serotypeanimal structuresPlating efficiencyfood.ingredientVirulenceFresh WaterPublic Health MicrobiologyVibrio vulnificusApplied Microbiology and BiotechnologyMicrobiologyFish DiseasesMicefoodVibrionaceaeAnimalsHumansAgarSeawaterSerotypingVibrio vulnificusPathogenBacteriological TechniquesMice Inbred BALB CEelsVirulenceEcologybiologybiology.organism_classificationCulture MediaVibrio InfectionsWater MicrobiologyBacteriaFood ScienceBiotechnologyApplied and Environmental Microbiology
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A method to diagnose the carrier state of Vibrio vulnificus serovar E in eels: Development and field studies

2006

Abstract The pathogen Vibrio vulnificus serovar E (VSE) has been related to both human infections and to epizootics causing high mortality in brackish water eel farms. To control the spread of the eel vibriosis and prevent VSE transmission to humans we designed and tested a protocol to detect carriers, which involves isolating the pathogen. To identify the organs where VSE persists in survivors we infected eels with different degrees of immunity against the pathogen (non-immune [NI], immune [I, eels vaccinated 1 year before] and freshly vaccinated [V]) by bath challenge. Then, we followed the pathogen survival in selected external and internal organs for 72 h post-infection. VSE was isolate…

Serotypeanimal structuresbiologyVirulenceVibrio vulnificusAquatic Sciencebiology.organism_classificationlaw.inventionMicrobiologyVibrionaceaelawSuppression subtractive hybridizationImmunitybacteriaPathogenPolymerase chain reactionAquaculture
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Vaccination of market-size eels against vibriosis due to Vibrio vulnificus serovar E

2004

Vaccination with Vulnivaccine at eel farms has been previously shown to protect cultured eels against vibriosis caused by Vibrio vulnificus serovar E for more than 1 year. The reported protocol included an initial vaccination by triple prolonged immersion at the glass-eel stage together with one optional oral booster at the elver stage. However, eels at the market-size stage (around 150 g body weight) can suffer stress-related vibriosis after handling and transport to the selling facilities, which implies a serious risk for consumer health. The main objective of this work was therefore to develop an effective re-vaccination procedure, useful for preventing stress-related vibriosis and zoono…

Serotypeanimal structuresbiologyZoonosisVibrio vulnificusAquatic Sciencebiology.organism_classificationmedicine.diseaseMucusMicrobiologyVaccinationImmune systemVibrionaceaemedicinePathogenAquaculture
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Efficacy of a bivalent vaccine against eel diseases caused by Vibrio vulnificus after its administration by four different routes

2003

Vulnivaccine, a vaccine against vibriosis caused by Vibrio vulnificus serovar E (formerly biotype 2), confers acceptable levels of protection to eels after its administration by prolonged immersion in three doses. Recently, a new pathogenic serovar, named serovar A, has been isolated from vaccinated eels in a Spanish freshwater eel farm. The main objective of this work was to design a bivalent vaccine, and to study its effectiveness against the two pathogenic serovars. With this aim, eels weighing around 20 g were immunised with the bivalent vaccine by oral and anal intubation, intraperitoneal injection (i.p.) and prolonged immersion. The overall results indicated that: (i) the new vaccine …

Serotypeanimal structuresmedicine.medical_treatmentIntraperitoneal injectionVibrio vulnificusAquatic ScienceMicrobiologyFish DiseasesImmune systemImmersionmedicineAnimalsEnvironmental ChemistryIntubation GastrointestinalVibrio vulnificusbiologyGeneral MedicineAnguillabiology.organism_classificationAntibodies BacterialMucusVirologyVaccinationKineticsSpainVibrio InfectionsBacterial VaccinesHumoral immunitybiology.proteinAntibodyInjections IntraperitonealFish & Shellfish Immunology
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Field testing of a vaccine against eel diseases caused by Vibrio vulnificus

2001

The field results of a vaccination programme against Vibrio vulnificus serovar E (biotype 2) in a Spanish eel farm are reported. A total of 9.5 million glass eels were vaccinated from January 1998 to March 2000 by prolonged immersion followed by 2 subsequent reimmunisations after 12 to 14 and 24 to 28 d, respectively. The acquired protection and the immune response against serovar E were estimated over a period of 6 mo after vaccination. A similar vaccination schedule was conducted with elvers in a Danish eel farm. In this case, the acquired protection and the immune response against serovar E and the new eel-pathogenic serovars, recently described in Denmark, were evaluated over a short te…

Serotypeendocrine systemTime Factorsanimal structuresVaccination scheduleField vaccination. vibriosisVibrio vulnificus biotype 2Eel vaccinesVibrio vulnificusAquatic Science:CIENCIAS DE LA VIDA [UNESCO]MicrobiologyFish DiseasesImmune systemVibrionaceaeAnguillidaeUNESCO::CIENCIAS DE LA VIDAAnimalsUNESCO::CIENCIAS DE LA VIDA::Biología animal (Zoología)Vibrio vaccinesEcology Evolution Behavior and SystematicsVaccination by prolonged immersionVibrioEels:CIENCIAS DE LA VIDA::Biología animal (Zoología) [UNESCO]biologyVibrio vulnificus serovar E ; Vibrio vulnificus biotype 2 ; Eel vaccines ; Vibrio vaccines ; Vaccination by prolonged immersion ; Field vaccination. vibriosisBody WeightVaccinationbiology.organism_classificationAntibodies BacterialVaccinationVibrio vulnificus serovar EVibrio InfectionsHumoral immunityBacterial Vaccines
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Vibrio vulnificus serovar A: an emerging pathogen in European anguilliculture.

2006

The spread of the emerging pathogen Vibrio vulnificus biotype 2 serovar A in Danish anguilliculture is reported. Serovar A was originally isolated in a Spanish eel farm in 2000 and occurred in Denmark in the summer of 2004, affecting eels of 5-10 g body weight cultured in fresh water. The Danish eels showed clinical signs different from those reported for Spanish eels, such as severe haemorrhages in the head and gill region with necrosis of the soft tissues. Danish isolates were biochemically and serologically identical to Spanish serovar A strains and also highly virulent for eels by both intraperitoneal injection and immersion challenges. Vaccination with Vulnivaccine, a vaccine against V…

Serotypeendocrine systemanimal structuresVeterinary (miscellaneous)DenmarkFisheriesVirulenceVibrio vulnificusMicrobial Sensitivity TestsAquatic ScienceBody weightCommunicable Diseases EmergingMicrobiologyDisease OutbreaksEmerging pathogenFish DiseasesAnimalsSerotypingVibrio vulnificusVibrioEelsbiologyVirulenceVaccinationbiology.organism_classificationVirologyVaccinationFresh waterVibrio InfectionsBacterial VaccinesJournal of fish diseases
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Isolation of a new serovar of Vibrio vulnificus pathogenic for eels cultured in freshwater farms

2003

The present work reports the isolation of a new serovar of Vibrio vulnificus pathogenic for eels cultured in freshwater farms. This serovar, named Serovar A, produced two outbreaks of low morbidity and mortality in one Spanish eel farm in September 2000 and March 2001. The vibriosis affected healthy eels, weighting between 10 and 100 g, that had been vaccinated against the serovar E of the species (formerly biotype 2) at least 6 months before. Some of the diseased eels showed symptoms different to those reported for the classical vibriosis due to serovar E. These symptoms included bleeding ventral ulcers together with haemorrhagic intestine. Bath experimental challenges demonstrated that (i…

Serotypeendocrine systemanimal structuresbiologyAnguillidaeVibrionaceaeFish farmingOutbreakVibrio vulnificusAquatic Sciencebiology.organism_classificationIsolation (microbiology)MicrobiologyAquaculture
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Necesidad de una coordinación socio-sanitaria ante situaciones de emergencia social en las localidades de Xàtiva y Ontinyent (España)

2019

This article try to show up whether there is a need to coordinate the local Social Services (“SS.SS” in Spanish) with the Emergency Health Care Service (“SAMU” in Spanish) from both Xàtiva and Ontinyent (towns of the Community of Valencia) in order to allow an integrated care, carried out using an ad-hoc survey completed by (“SAMU” in Spanish) health workers and social workers from both Xàtiva and Ontinyent making up a descriptive, cross-sectional and observational study. Some of the results show that all the professionals point out the absolute need to coordinate the SAMU with the (“SS.SS” in Spanish) and that almost all of the sample believe that it is essential or necessary to implement …

Service (business)Social workCoordinación Socio-SanitariaWelfare economicsHealth care serviceVulnerabilitySAMUHealth EmergencySocial WelfareSample (statistics)Emergencia social.Social EmergencyPalabras claveIntegrated careEmergencia SanitariaSocial ServiceServicios SocialesPolitical scienceHealth and Social CoordinationObservational study
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A model of the filling process of an intermittent distribution network

2010

In many countries, private tanks are acquired by users to reduce their vulnerability to intermittent supply. The presence of these local reservoirs modifies the user demand pattern and usually increases user water demand at the beginning of the service period depending on the tank filling process. This practice is thus responsible for the inequality that occurs among users: those located in advantaged positions of the network are able to obtain water resources soon after the service period begins, while disadvantaged users have to wait much longer, after the network is full. This dynamic process requires the development of ad hoc models in order to obtain reliable results. This paper discus…

Service (systems architecture)Distribution networksComputer simulationOperations researchComputer scienceProcess (engineering)Settore ICAR/02 - Costruzioni Idrauliche E Marittime E IdrologiaGeography Planning and DevelopmentEnvironmental engineeringpipe filling proceWater demandWater resourcesOrder (business)private water tankintermittent distributionwater distribution network modellingWater Science and TechnologyVulnerability (computing)
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I paesaggi del catalogo: Sicilia.

2011

La centralità mediterranea, la diversità dei caratteri ecologici territoriali, la grande biodiversità, l’incontro millenario con le più importanti civiltà agrarie e con il loro patrimonio di piante, animali, tecniche, costumi e rapporti sociali hanno determinato in Sicilia l’affermarsi di una pluralità di paesaggi agrari e agroforestali, spesso opposti per la contrapposizione degli elementi che li definiscono. Il contrasto tra le montagne, le colline interne, le aree costiere, tra l’agricoltura del latifondo e quella del giardino mediterraneo, tra il terreno nudo del maggese e quello coperto dagli alberi emerge evidente non solo negli aspetti ambientali e produttivi ma:anche nella percezion…

Settore AGR/03 - Arboricoltura Generale E Coltivazioni ArboreePaesaggio tradizionaleSignificativitàPaesaggio culturaleIntegritàVulnerabilità
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