Neural Circuitry Background
Neuronal Networks for Fear & Anxiety

TheNeurobiology of Defense

We aim at understanding the neuronal circuits underlying fear and anxiety states and their associated behavioral and autonomic responses.

Updates

Latest News

Oct 2025

Philip Tovote takes over as director of the Institute of Clinical Neurobiology

Prof. Dr. Philip Tovote is taking over as director of the Institute of Clinical Neurobiology from Prof. Dr. Michael Sendtner. Philip Tovote served as co-director of the institute for several years.

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Dec 2024

ResolvePAIN enters second funding period

The DFG has renewed funding for the Clinical Research Group KFO 5001, providing over €8 million to support its work for another four years. The DCL will participate with a project on periaqueductal grey circuit processes during pain resolution.

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Institutional Support

Our Partners & Sponsors

Logo Uni Würzburg
Logo Institut für klinische Neurobiologie
Logo Uniklink Würzburg
Logo European Research Council
Logo Zentrum für Psychische Gesundheit ZEP
Logo brain and behavior research foundation
Logo Vogelstiftung
DFG Heisenbergprogramm
Teamwork

The DCL’s Code-of-Conduct

Our Code of Conduct explains the lab's values, expectations, organizational structure, and working principles. It outlines both what lab members can expect from the DCL and what is expected of them.

The code promotes a culture of scientific excellence, integrity, teamwork, communication, personal responsibility, and mutual support. Its central message is that successful research emerges from ambitious goals combined with respect, trust, collaboration, and continuous personal development.

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OPTOGENETICS
BEHAVIORAL MAPPING
AUTONOMIC NERVOUS SYSTEM
CIRCUITRY
DATA ANALYSIS
SYNAPTIC PLASTICITY
MIDBRAIN CIRCUITS
BRAIN-HEART AXIS
INTEROCEPTION
CALCIUM IMAGING
STATE MODELING
OPTOGENETICS
BEHAVIORAL MAPPING
AUTONOMIC NERVOUS SYSTEM
CIRCUITRY
DATA ANALYSIS
SYNAPTIC PLASTICITY
MIDBRAIN CIRCUITS
BRAIN-HEART AXIS
INTEROCEPTION
CALCIUM IMAGING
STATE MODELING
OPTOGENETICS
BEHAVIORAL MAPPING
AUTONOMIC NERVOUS SYSTEM
CIRCUITRY
DATA ANALYSIS
SYNAPTIC PLASTICITY
MIDBRAIN CIRCUITS
BRAIN-HEART AXIS
INTEROCEPTION
CALCIUM IMAGING
STATE MODELING
OPTOGENETICS
BEHAVIORAL MAPPING
AUTONOMIC NERVOUS SYSTEM
CIRCUITRY
DATA ANALYSIS
SYNAPTIC PLASTICITY
MIDBRAIN CIRCUITS
BRAIN-HEART AXIS
INTEROCEPTION
CALCIUM IMAGING
STATE MODELING