Scientists at the Max Planck Institute for Infection Biology are concerned with the impact of pathogens on the organism. Their work focuses on the causes of malaria, tuberculosis, serious gastro-intestinal diseases (such as stomach cancer) and influenza.
The scientists investigate how viruses, bacteria, parasites
Scientists at the Max Planck Institute for Infection Biology are concerned with the impact of pathogens on the organism. Their work focuses on the causes of malaria, tuberculosis, serious gastro-intestinal diseases (such as stomach cancer) and influenza.
The scientists investigate how viruses, bacteria, parasites
Scientists at the Max Planck Institute for Infection Biology are concerned with the impact of pathogens on the organism. Their work focuses on the causes of malaria, tuberculosis, serious gastro-intestinal diseases (such as stomach cancer) and influenza.
The scientists investigate how viruses, bacteria, parasites
Jenaer Max-Planck-Forscher zeigen: Ein Gen steuert den chemischen „Hilferuf“, mit dem schädlingsbefallener Mais Schutzinsekten anlockt
Die Duftstoffe locken parasitische Wespen an, die ihre
Scientists at the Max Planck Institute for Infection Biology are concerned with the impact of pathogens on the organism. Their work focuses on the causes of malaria, tuberculosis, serious gastro-intestinal diseases (such as stomach cancer) and influenza.
The scientists investigate how viruses, bacteria, parasites
Scientists at the Max Planck Institute for Infection Biology are concerned with the impact of pathogens on the organism. Their work focuses on the causes of malaria, tuberculosis, serious gastro-intestinal diseases (such as stomach cancer) and influenza.
The scientists investigate how viruses, bacteria, parasites
Molecular biologists have decoded the genome of a nematode living in beetles
understanding the complex interactions between host and parasite
Was geschieht, wenn es während einer Trockenzeit keine Moskitos gibt? Wir untersuchen die Mechanismen, die Malariaparasiten nutzen, um Trockenzeiten zu überleben.
for Infection Biology The secret life of malaria parasites
Scientists develop new method to visualize anatomical structures including the products of an earthworm’s metabolism
beneficial or pathogenic microbes or even animal parasites
Was geschieht, wenn es während einer Trockenzeit keine Moskitos gibt? Wir untersuchen die Mechanismen, die Malariaparasiten nutzen, um Trockenzeiten zu überleben.
for Infection Biology The secret life of malaria parasites
