Christian Broberger

Cellular and Network Effects of Introducing Connexin-36 Expression in an Uncoupled Neuronal Population in the Mouse Hypothalamus

This study introduces connexin-36 in mouse hypothalamic neurons to create electrical synapses, showing increased connectivity but limited physiological impact.

Stable Network Homeostasis during Multi-Level Postnatal Maturation of the Mouse Tuberoinfundibular Dopamine-Prolactin Axis

This study investigates the postnatal maturation of TIDA neurons in mice, showing that while individual cell properties change, network stability and Prl levels increase.

Cortical Layer 6b Persistent Subplate Neurons Reciprocally Connect Sensorimotor Areas and Inversely Reflect Somatosensory Engagement

The paper identifies L6bCtgf neurons in the cortex and shows they form specific connections, are electrically diverse, and are active during task engagement, with paradoxical silencing during somatosensory exploration.

Maternal Aggression Driven by the Transient Mobilization of a Dormant Hormone-Sensitive Circuit

The paper identifies a neural circuit in female mice that transiently becomes active during lactation, enabling maternal aggression through hormonal regulation.

Nutritionally responsive PMv DAT neurons are dynamically regulated during pubertal transition

This study identifies PMvDAT neurons as a leptin-responsive subpopulation in the hypothalamus that dynamically regulates sexual maturation during puberty.

Adaptive resetting of tuberoinfundibular dopamine (TIDA) network activity during lactation in mice

The paper examines how TIDA neurons in mice adapt their activity during lactation and weaning, finding reversible changes in oscillation frequency and Ih current.