The controlled production of these compounds
could improve biofertilization [44]. Together with the
synthesis or stimulation of phytohormone production, most
Trichoderma strains acidify their surrounding environment
by secreting organic acids, such as gluconic, citric or fumaric
acid [26]. These organic acids result from the metabolism of
other carbon sources, mainly glucose, and, in turn, are able to
solubilize phosphates, micronutrients and mineral cations
including iron, manganese and magnesium
The controlled production of these compounds
could improve biofertilization [44]. Together with the
synthesis or stimulation of phytohormone production, most
Trichoderma strains acidify their surrounding environment
by secreting organic acids, such as gluconic, citric or fumaric
acid [26]. These organic acids result from the metabolism of
other carbon sources, mainly glucose, and, in turn, are able to
solubilize phosphates, micronutrients and mineral cations
including iron, manganese and magnesium
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