0000000000172824

AUTHOR

Martin J. Blaser

showing 2 related works from this author

Pathophysiology of Campylobacter jejuni infections of humans.

2000

Campylobacter jejuni and closely related organisms are major causes of human bacterial enteritis. These infections can lead to extraintestinal disease and severe long-term complications. Of these, neurological damage, apparently due to the immune response of the host, is the most striking. This review examines current knowledge of the pathophysiology of the organism. Diversity of C. jejuni isolates in genotypic and phenotypic characteristics now is recognized and clinically relevant examples are presented. Expected future directions are outlined.

biologyVirulenceCampylobacterImmunologyVirulenceDiseasebiology.organism_classificationmedicine.disease_causemedicine.diseaseMicrobiologyCampylobacter jejuniMicrobiologyEnteritisCampylobacter jejuniInfectious DiseasesImmune systemGenotypeImmunologyCampylobacter InfectionsmedicineAnimalsHumansOrganismMicrobes and infection
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Effect of influenza-induced fever on human bioimpedance values.

2015

Background and Aims Bioelectrical impedance analysis (BIA) is a widely used technique to assess body composition and nutritional status. While bioelectrical values are affected by diverse variables, there has been little research on validation of BIA in acute illness, especially to understand prognostic significance. Here we report the use of BIA in acute febrile states induced by influenza. Methods Bioimpedance studies were conducted during an H1N1 influenza A outbreak in Venezuelan Amerindian villages from the Amazonas. Measurements were performed on 52 subjects between 1 and 40 years of age, and 7 children were re-examined after starting Oseltamivir treatment. Bioelectrical Impedance Vec…

AdultMaleOseltamivirmedicine.medical_specialtyAdolescentFeverThermal effectlcsh:MedicineEstadísticaAntiviral AgentsDisease OutbreaksAcute illnesschemistry.chemical_compoundYoung AdultInfluenza A Virus H1N1 SubtypeOseltamivirInternal medicineInfluenza HumanElectric ImpedanceMedicineHumansYoung adultlcsh:ScienceChildMultidisciplinarybusiness.industryPhase angleH1N1 influenzalcsh:RInfantNutritional statusVenezuelachemistryChild PreschoolImmunologyBody Compositionlcsh:QFemalebusinessBioelectrical impedance analysisResearch ArticlePloS one
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