Search results for "Mechanisms of Resistance and Susceptibility"

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Baseline prediction of combination therapy outcome in hepatitis C virus 1b infected patients by discriminant analysis using viral and host factors.

2010

Background Current treatment of chronic hepatitis C virus (HCV) infection has limited efficacy −especially among genotype 1 infected patients−, is costly, and involves severe side effects. Thus, predicting non-response is of major interest for both patient wellbeing and health care expense. At present, treatment cannot be individualized on the basis of any baseline predictor of response. We aimed to identify pre-treatment clinical and virological parameters associated with treatment failure, as well as to assess whether therapy outcome could be predicted at baseline. Methodology Forty-three HCV subtype 1b (HCV-1b) chronically infected patients treated with pegylated-interferon alpha plus ri…

MaleHepaciviruslcsh:MedicineHepacivirusmedicine.disease_causePolyethylene Glycolschemistry.chemical_compoundlcsh:ScienceMultidisciplinarybiologyDiscriminant AnalysisHepatitis CMiddle AgedViral LoadPrognosisHepatitis CRecombinant ProteinsTreatment OutcomeGastroenterology and Hepatology/Gastrointestinal InfectionsDrug Therapy CombinationFemaleViral hepatitisViral loadResearch ArticleAdultmedicine.medical_specialtyCombination therapyHepatitis C virusAlpha interferonInterferon alpha-2Antiviral AgentsGastroenterology and Hepatology/HepatologyInternal medicineRibavirinInfectious Diseases/Viral InfectionsmedicineHumansRetrospective StudiesVirology/Antivirals including Modes of Action and ResistanceInfectious Diseases/Antimicrobials and Drug Resistancebusiness.industryRibavirinlcsh:RGenetic VariationInterferon-alphaMicrobiology/Medical MicrobiologyVirology/Mechanisms of Resistance and Susceptibility including Host Geneticsmedicine.diseasebiology.organism_classificationLogistic ModelschemistryImmunologylcsh:QbusinessPLoS ONE
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Increase in gut microbiota after immune suppression in baculovirus-infected larvae.

2013

Spodoptera exigua microarray was used to determine genes differentially expressed in S. exigua cells challenged with the species-specific baculovirus SeMNPV as well as with a generalist baculovirus, AcMNPV. Microarray results revealed that, in contrast to the host transcriptional shut-off that is expected during baculovirus infection, S. exigua cells showed a balanced number of up- and down-regulated genes during the first 36 hours following the infection. Many immune-related genes, including pattern recognition proteins, genes involved in signalling and immune pathways as well as immune effectors and genes coding for proteins involved in the melanization cascade were found to be down-regul…

MicroarraysApplied MicrobiologyvirusesGut floraTranscriptomesBiology (General)Immune ResponseEffectorViral Immune EvasionMicrobiotaAgricultureGenomicsFunctional GenomicsHost-Pathogen InteractionIntestinesLarvaResearch ArticleQH301-705.5Mechanisms of Resistance and SusceptibilityImmunologyVirulenceBiologySpodopteraSpodopteraImmune SuppressionMicrobiologydigestive systemVirusMicrobiologyMolecular GeneticsImmune systemIntegrated ControlGenome Analysis ToolsVirologyMicrobial ControlExiguaGeneticsImmune ToleranceAnimalsGene RegulationMolecular BiologyGeneBiologyImmunity to InfectionsMicrobial PathogensImmunityComputational BiologyImmune DefenseRC581-607biology.organism_classificationNucleopolyhedrovirusesParasitologyPest ControlImmunologic diseases. AllergyGenome Expression AnalysisPLoS Pathogens
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