German Primate Center
The scientists of the German Primate Center (Deutsches Primatenzentrum, DPZ) research basic biological and biomedical questions about the functioning of the body and about evolution and behavior by studying non-human primates. This includes studies of primate populations in the wild, performed on four field stations in natural primate habitats. The institute is structured by the three sections infection research, neuroscience and organismic primate biology. The DPZ, member of the Leibniz Association, also provides service for the German science community. This includes providing non-human primates as model organisms, endocrinologic and genetical analyses, reference data from databanks and pathological studies. The institute employs about 400 people.
Collaborate Research Center
Collaborative Research Unit
- Joint Lab: Auditory Neuroscience group
- FOR 2136: Sociality and health in primates
- CRC 889: Cellular Mechanisms of Sensory Processing
GAUG, MPI EM, MPI DS, MPI BC, DPZ, UMG, ENI
The DPZ is affiliated with the following centers on Campus:
Graduate Study Programs
The DPZ participates in the following graduate study programs:
- Leibniz Graduate School for the Emerging Infectious Deseases (EIDIS)
- International Max Planck Research School: Neurosciences
- International Max Planck Research School: Physics of Biological and Complex Systems
- International Max Planck Research School: Molecular Biosciences
- Research Training Group 2070 Understanding Social Relationships
New hope for critically endangered Myanmar snub-nosed monkey
Eight years after the discovery of a new primate species in Myanmar, scientists have released a new report revealing how...
Göttinger Freilandtage: What constitutes social complexity?
Leading biologists discuss the complexity of social groups and their origins at the German Primate Center
Vale Emeritus Professor Colin Groves
The primate research community is mourning the death of Emeritus Professor Colin Groves, who was one of the world's leading...
Maternal stress affects offspring growth in complicated ways
Two opposing processes determine how maternal stress affects offspring growth in different developmental phases