0000000000236335

AUTHOR

Martin Roth

showing 2 related works from this author

Subtyping panic disorder by major depression and avoidance behaviour and the response to active treatment

1991

In order to establish the clinical validity of currently used ways of subtyping panic disorder the predictive power of associated current avoidance behaviour and (secondary) major depression for the response to active treatment (alprazolam, imipramine) was tested. The analysis was based on the data from the Cross-National-Collaborative-Panic-Study. Limited support for validity evidenced by predicting drug response was found for grading panic disorder by the severity of avoidance behaviour; patients with panic attacks and agoraphobia are more responsive to imipramine (compared with alprazolam) when using the reduction of the total number of panic attacks (or of spontaneous panic attacks) as …

AdultMaleImipraminemedicine.medical_specialtySocial Environmentbehavioral disciplines and activitiesImipraminelaw.inventionDouble-Blind MethodRandomized controlled triallawmental disordersmedicineHumansPharmacology (medical)PsychiatryAgoraphobiaBiological PsychiatryDepression (differential diagnoses)Psychiatric Status Rating ScalesDepressive DisorderAlprazolamPanic disorderPanicGeneral MedicinePrognosismedicine.diseaseAnxiety DisordersPanichumanitiesSubtypingPsychiatry and Mental healthAlprazolamFemalemedicine.symptomPsychologymedicine.drugAgoraphobiaClinical psychologyEuropean Archives of Psychiatry and Clinical Neuroscience
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The relative role of the T-domain and flanking sequences for developmental control and transcriptional regulation in protein chimeras of Drosophila O…

2004

optomotor-blind (omb) and optomotor-blind related-1 (org-1) encode T-domain DNA binding proteins in Drosophila. Members of this family of transcription factors play widely varying roles during early development and organogenesis in both vertebrates and invertebrates. Functional specificity differs in spite of similar DNA binding preferences of all family members. Using a series of domain swap chimeras, in which different parts of OMB and ORG-1 were mutually exchanged, we investigated the relevance of individual domains in vitro and in vivo. In cell culture transfection assays, ORG-1 was a strong transcriptional activator, whereas OMB appeared neutral. The main transcriptional activation fun…

Transcriptional ActivationEmbryologyTranscription GeneticNerve Tissue ProteinsBiologyEyeDNA-binding proteinChimera (genetics)Transcriptional regulationAnimalsDrosophila ProteinsTransgenesCloning MolecularTranscription factorPsychological repressionGeneticsChimeraGene Transfer TechniquesGene Expression Regulation DevelopmentalProtein Structure TertiaryT-boxEye developmentMicroscopy Electron ScanningDrosophilaT-Box Domain ProteinsDrosophila ProteinDevelopmental BiologyMechanisms of Development
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