Alexander Entzian

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Phenotyping large numbers of genotypes still represents the rate-limiting step in many plant genetic experiments and in breeding. To address this issue, novel automated phenotyping technologies have been developed. We investigated for a core set of barley cultivars if high-throughput image analysis can help to dissect vegetative biomass accumulation in(More)
This work presents a sophisticated information system, the Integrated Analysis Platform (IAP), an approach supporting large-scale image analysis for different species and imaging systems. In its current form, IAP supports the investigation of Maize, Barley and Arabidopsis plants based on images obtained in different spectra. Several components of the IAP(More)
Nitrogen is one of the most prominent hetero atoms found in heterocycles. The corresponding electron lone pairs of these nitrogen atoms are mainly responsible for properties like the basicity and the pkb-values of the investigated heterocycle. Nevertheless, the overall electronic state of a molecule is also directly related to observable physico-chemical(More)
Hochdurchsatzphänotypisierung ist eine wichtige Grundlage für die biologische Forschung insbesondere im Bereich der Agrarforschung. Zur Bewältigung der dabei entstehenden großen Datenmengen wurde die Integrierte Analyse Plattform „IAP“ entwickelt. Mit diesem Informationssystem sind Bioinformatiker und Biologen in der Lage, effizient Experimente auszuwerten,(More)
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