By wide-field fluorescence deconvolution microscopy, we have successfully adapted the Green Fluorescent Protein to visually track specific insertion sites that were introduced into the Arabidopsis genome. Using multiple spectral variants for GFP, we plan to generate a large number of disperse insertion lines that should allow us to produce a global chart of the relative positions between different points in the genome. Postdoc fellowship applicants must be motivated and have good training in molecular techniques. Computer skills and knowledge of microscopy are highly desirable. We seek interactive, self-motivated individuals who work well in a team environment and are enthusiastic about interdisciplinary research.
Stipend is commensurate with experience and demonstrated abilities.
With the enormous advances in the genomic sequencing of complete organisms and the detailed knowledge obtained through the reductionist approach to studying gene function, the stage is set to adopt a systems-level viewpoint to study plant development as it occurs in reality as an integrated, coordinated, dynamic regulatory network. The aim of the project is to develop an integrated systems-level model of coordinated plant growth and development using sophisticated mathematical and visual models. Applicants must possess an honors degree in at least one relevant field. Applications will be accepted until the position is filled. The successful candidate will be enrolled in the Molecular Biology program within the Universit de Montr al.