Vibhu Sahni

This study generates a Klhl14-Cre mouse line to selectively identify and investigate a specific subpopulation of corticospinal neurons during development and into maturity.

StARQ automates high-granularity segmentation and quantification of brainstem nuclei using deep learning, enhancing reliable computational analysis.

This study uses motion sequencing to analyze behavioral syllables after spinal cord injury, revealing recovery patterns shaped by injury severity and individual differences.

This study identifies Cbln1 as a molecular regulator directing thoraco-lumbar axon extension by corticospinal neurons, showing its sufficiency but not necessity for this targeting.

The paper identifies molecular markers distinguishing cortico-brainstem and corticospinal projection neurons during development using single-cell RNA sequencing.

This study investigates the developmental timing and regional specificity of long-distance axon growth in the spinal cord using a novel lesion paradigm.

The paper identifies Lumican as a factor regulating axon collateralization in cervical corticospinal neurons through inter-neuronal crosstalk.

The paper identifies a microRNA cluster unique to placental mammals that promotes corticospinal neuron identity by repressing LMO4, a callosal gene, thereby contributing to neuronal subtype diversity in the mammalian brain.