Transgene Pflanzen

Modellierung und Visualisierung digitaler Pflanzen: Methoden und Software

The extraction of the realistic geometry of a plant enables it’s use not only for the scientific study of plant growth, but for teaching in botany and above all for computer-assisted garden & landscape architecture. Moreover the spatial arrangement of plants and their development over time can be visualised. A variety of different methods for modelling such natural looking plants exist and powe...

Modellierung der Umweltwirkung von gentechnisch veränderten Pflanzen mit Hilfe von Expert-N

Wie in der EU-Freisetzungsrichtlinie (2001/18/EG) gefordert, ist ein Monitoring der ökologischen Auswirkungen von gentechnisch veränderten Pflanzen (GVP) notwendig. Der Anbau von herbizid-resistenten, gentechnisch veränderten Pflanzen kann zu einem mehrmals jährlichen und mehrjährigen Einsatz eines Herbizids führen. Die Zunahme an Herbizid-Applikationen kann zahlreiche Risiken bergen, wie Verän...

Transgene inheritance in plants.

The patterns of transgene inheritance in plants and the possible explanations for non-Mendelian transmission are reviewed. The non-Mendelian inheritance of a transgene has been recorded with a frequency between 10% and 50% in transgenic plants produced either by Agrobacterium-mediated transformation or through particle bombardment. Different effects such as deletion, duplication, rearrangement,...

Lentiviral transgene vectors

Transgenic animals can be broadly defined as animals that contain recombinant DNA molecules in their genome that have been introduced by human intervention (Wall, 1996). Developmental studies and clinically relevant disease models are based on transgenic laboratory animals, most commonly the mouse. In farm animals, transgenic technology is used to produce large quantities of pharmaceutically re...

Development of Transgenic Mice Harboring Ovine Beta Lactoglobulin-Calcitonin Transgene