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Metabolic network approaches for deciphering microbial functions in amendment-based solutions for soil-borne disease suppression |
In the group we apply and develop computational approaches towards the study of complex ecological systems with the goal of improving existing practices. Projects include: (1) the educated design of bacterial communities towards improved bio-degradation and bio-production and the rational design of bio-control strategies. (2) Using next generation sequencing for developing improved plant traits.
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Education requirements |
PhD and above |
Scientific experience |
Experience with Systems biology and/or genomics and/or Bioninformatics |
Skills |
Experience with genomic analysis, familiarity with Matlab/R perl/python, demonstrated writing skills |
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Molecular genetics of biochemical pathways for secondary metabolites in pomegranate |
The project aims to identify genes that control production of anthocyanin and hydrolizable tannins in the pomegranate fruit. We are specifically interested in identifying molecular functions that have agricultural importance. We utilize various genomic a
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Education requirements |
PhD in biology or chemistry. Prefered experience with fruit trees. Molecular biology techniques |
Scientific experience |
work with trees or plants, satistical analyses of biological systmes, bioinformatics |
Skills |
abilit to work with computer programs such as Tussel, Jump, Joinmap. Knowledge in genetics amd molecular biology, prefered studenets with willing to conduct bioinformatic work |
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Metabolic network approaches for deciphering microbial functions in amendment-based solutions for soil-borne disease suppression |
In the group we apply and develop computational approaches towards the study of complex ecological systems with the goal of improving existing practices. Projects include: (1) the educated design of bacterial communities towards improved bio-degradation and bio-production and the rational design of bio-control strategies. (2) Using next generation sequencing for developing improved plant traits.
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Education requirements |
PhD and above |
Scientific experience |
Experience with Systems biology and/or genomics and/or Bioninformatics |
Skills |
Experience with genomic analysis, familiarity with Matlab/R perl/python, demonstrated writing skills |
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Updated on: 31/07/17 09:06 |
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