Christian Jung (geneticist)
Appearance
Christian Jung | |
---|---|
Born | Göttingen University (Ph.D. 1984) | 17 September 1956
Known for | Cloning a resistance gene against nematodes in beets |
Awards | Leibniz Prize of the German Research Foundation |
Scientific career | |
Fields | Plant genetics, molecular biology |
Institutions | University of Hannover;
Christian-Albrecht University of Kiel |
Thesis | Intrinsic performance and interactions of rye and wheat genomes in triticale (1984) |
Doctoral advisor | Gerhard Röbbelen |
Christian Jung (born 17 September 1956, Northeim, Lower Saxony, is a plant geneticist and molecular biologist in the Plant Breeding Institute[1] of Christian-Albrecht University of Kiel.[2]
Career
After internships in agricultural companies in Germany and Canada Jung studied at
Göttingen University with Hans Günter Schlegel, and in 1981 obtained a diploma on the basis of the "Detection of nitrogen fixation in two strains of the hydrogen bacterium Alcaligenes latus".[2] He studied at the Institute for Plant Production and Plant Breeding of the same university, where he received his doctorate in 1984 with a thesis on the "Intrinsic performance and interactions of rye and wheat genomes in triticale" supervised by Gerhard Röbbelen.[2]
Later Jung had positions at the
University of Munich[2]
before becoming Professor and Director at
the Plant Breeding Institute of Kiel University.[2]
Research
Jung's principal interest is in molecular breeding and the development of pest-resistant crops. In that respect he is known for cloning a resistance gene against nematodes in beets.[3] Other notable work includes cloning the genome of quinoa,[4] and the importance of controlling the time of flowering time in plant breeding.[5][6]
Awards
In 2005 Jung received the Leibniz Prize[7] awarded by the German Research Foundation.
References
- ^ "Plant Breeding Institute".
- ^ a b c d e f "Prof. Dr. Christian Jung".
- .
- hdl:10754/622874.
- ^ Jung, Christian; Müller, Andreas E. (2009). "Flowering time control and applications in plant breeding". Trends Plant Sci. 14 (10): 563–573.
- ^ Blümel; Dally, Nadine; Jung, Christian (2015). "Flowering time regulation in crops—what did we learn from Arabidopsis?". Current Opinion biotechnol. 32: 121–129.
- ^ "Gottfried Wilhelm Leibniz Prize".