Die Larve der Ameisenjungfer injiziert ein komplexes Giftgemisch in ihre Beutetiere, das sich in Zusammensetzung und Wirksamkeit vom Gift der verwandten Florfliegenlarve unterscheidet und die spezielle Ökologie der Art widerspiegelt.
Andreas Vilcinskas Professor +49 641 99-37600 Andreas.Vilcinskas@…
Antlions inject a complex venom mixture into its prey, which differs in composition and effectiveness from the venom of related green lacewing larvae and reflects the specific ecology of the species.
Andreas Vilcinskas Professor +49 641 99-37600 Andreas.Vilcinskas@…
Antlions inject a complex venom mixture into its prey, which differs in composition and effectiveness from the venom of related green lacewing larvae and reflects the specific ecology of the species.
Andreas Vilcinskas Professor +49 641 99-37600 Andreas.Vilcinskas@…
An endophytic fungus of the genus Cladosporium fungus which lives inside the leaves of black poplar, not only increases the production of defensive substances in the trees, but also produces an alkaloid itself that protects the trees from feeding damage.
Interactions“ group at the Max Planck Institute for Chemical Ecology and has been a professor
An endophytic fungus of the genus Cladosporium fungus which lives inside the leaves of black poplar, not only increases the production of defensive substances in the trees, but also produces an alkaloid itself that protects the trees from feeding damage.
Interactions“ group at the Max Planck Institute for Chemical Ecology and has been a professor
Forscherinnen und Forscher des Max-Planck-Instituts für chemische Ökologie identifizieren das entscheidende Protein für die Steuerung der Biosynthese von steroidalen Glykoalkaloiden und Saponinen in Pflanzen der Gattung Solanum und können erstmals die ökologische Rolle von steroidalen Saponinen zur Abwehr von Insekten nachweisen.
Naturstoffbiosynthese, unter der Leitung von Prashant Sonawane, der inzwischen Assistant Professor
Forscherinnen und Forscher des Max-Planck-Instituts für chemische Ökologie identifizieren das entscheidende Protein für die Steuerung der Biosynthese von steroidalen Glykoalkaloiden und Saponinen in Pflanzen der Gattung Solanum und können erstmals die ökologische Rolle von steroidalen Saponinen zur Abwehr von Insekten nachweisen.
Naturstoffbiosynthese, unter der Leitung von Prashant Sonawane, der inzwischen Assistant Professor
Researchers at the Max Planck Institute for Chemical Ecology identify the crucial protein for controlling the biosynthesis of steroidal glycoalkaloids and saponins in plants of the genus Solanum and for the first time demonstrate the ecological role of steroidal saponins in insect defense.
of Natural Product Biosynthesis, led by Prashant Sonawane, who is now Assistant Professor
Researchers at the Max Planck Institute for Chemical Ecology identify the crucial protein for controlling the biosynthesis of steroidal glycoalkaloids and saponins in plants of the genus Solanum and for the first time demonstrate the ecological role of steroidal saponins in insect defense.
of Natural Product Biosynthesis, led by Prashant Sonawane, who is now Assistant Professor
