Ph.D. Positions: Studying the biochemical basis of vesicle trafficking in plants.
Applications are invited for Ph.D. positions available in the group of Prof. Palme (Albert-Lüdwigs University, Freiburg, Germany) to study the biochemical basis of vesicle trafficking in plants. Plant cell polarity and transport of the plant hormone auxin are closely connected; vesicle cycling between the plasma membrane and endosomes is crucial to both.
We aim to understand the mechanisms of PIN-dependent auxin transport (Science (1998) 282, p.2226, Nature (2005) 433, p.39, Science (2004) 306, p.862, Cell (2002) 108, p.661) and its role in the establishment and maintenance of cell polarity. Successful candidates will use a wide variety of techniques including free-flow electrophoresis and affinity chromatography to identify and characterize protein complexes involved in polar auxin transport.
The positions are available in an English-speaking, international group situated near the centre of Freiburg, one of Germany´s most attractive University towns. Freiburg is easy to reach from England via Basel airport.
The successful applicant will have an excellent first degree in biochemistry and a strong interest in cell biology. There are several opportunities for learning new techniques in a diverse group; the position would therefore especially benefit motivated and adaptable students.
To apply for these positions, please send applications (a covering letter and CV) to Prof. Palme (klaus.palme@biologie.uni-freiburg.de). Informal enquiries are invited to the same address.
Applications are invited for Ph.D. positions available in the group of Prof. Palme (Albert-Lüdwigs University, Freiburg, Germany) to study the biochemical basis of vesicle trafficking in plants. Plant cell polarity and transport of the plant hormone auxin are closely connected; vesicle cycling between the plasma membrane and endosomes is crucial to both.
We aim to understand the mechanisms of PIN-dependent auxin transport (Science (1998) 282, p.2226, Nature (2005) 433, p.39, Science (2004) 306, p.862, Cell (2002) 108, p.661) and its role in the establishment and maintenance of cell polarity. Successful candidates will use a wide variety of techniques including free-flow electrophoresis and affinity chromatography to identify and characterize protein complexes involved in polar auxin transport.
The positions are available in an English-speaking, international group situated near the centre of Freiburg, one of Germany´s most attractive University towns. Freiburg is easy to reach from England via Basel airport.
The successful applicant will have an excellent first degree in biochemistry and a strong interest in cell biology. There are several opportunities for learning new techniques in a diverse group; the position would therefore especially benefit motivated and adaptable students.
To apply for these positions, please send applications (a covering letter and CV) to Prof. Palme (klaus.palme@biologie.uni-freiburg.de). Informal enquiries are invited to the same address.
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