Synthesis of Cyclic Peptides through Plant Cell Culture

In a world where population is outgrowing land availability for food supply, plant biotechnology needs to be addressed and implemented as an aid to higher
productivity. The continuous use of antibiotics has also resulted in
multiresistant bacterial strains all over the world.
As a consequence, growing research has taken place to look for naturally produced plant compounds with antibiotic properties.
In the last years, new natural peptides, among them the highly interesting group of cyclotides, have thus been discovered. They have shown antimicrobial properties while posing no harm to mammalian cells.
As of today, a systematic analysis of significant variables for an optimal plant cell culture growth and differentiation aiming at high productivity has not been fully
established yet.
This study intends to partially solve this problem: key variables of the process are correlated to obtain a matrix of
differentiated cells of Viola tricolor, finally proceeding with the setup of organ suspension cultures under optimized conditions to yield highly useful cyclotides.

Autorentext
Dávila, Jorge Luis Wong Jorge Luis Wong Dávila (Lima, 1966) studied Chemical Engineering at the Universidad Nacional de Ingeniería in Lima and followed a doctoral work at the Universität Erlangen-Nürnberg. He has a broad professional experience in the field of bioprocess-biotechnology, as engineer in the chemical production industry as well as in research institutes.