Daniel T. Pederick

The paper shows that precise CA1 input topography shapes subicular spatial coding and network dynamics, while preserving single-cell tuning and impairing boundary vector coding and long-term stability.

The paper identifies inverse expression of Ten3 and Lphn2 in the developing mouse brain and shows their expression patterns predict connectivity in neural circuits.

The paper shows how Ten3 and Lphn2 mediate target selection in extended hippocampal networks through attraction and repulsion mechanisms, enabling repeated circuit assembly strategies.

The paper shows how Ten4 switches between self-recognition and Latrophilin binding to guide neuronal migration through exclusive structural interactions.

This study identifies teneurin-3 and latrophilin-2 as key molecules in forming the somatotopic map in the mouse spinal cord, showing their role in neuronal connectivity and body localization.

This paper develops a conditional Pcdh19 knockout mouse model with GFP reporter to study PCDH19's role in brain development and disease.

This study shows that Lphn2's role in axon targeting depends on context-specific G protein coupling and autoproteolytic cleavage.

The paper shows that reciprocal repulsions between Teneurin-3 and Latrophilin-2 guide the assembly of parallel hippocampal networks during development.

The paper shows that PCDH19 mutations in females cause abnormal cell sorting in the developing cortex, leading to epilepsy, while males are unaffected due to normal sorting.