Robert Brian Roome

The paper identifies a spinal neuronal population that autonomously generates a modular motor pattern during jumping in mice, supporting the concept of spinal modular motor control.

This paper investigates how the dorsal horn of the spinal cord develops, showing that neurons are diversified by time and spatial-molecular gradients, leading to the formation of laminae.

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 study identifies Phox2a as a marker for anterolateral system neurons in mice and humans, showing their role in nociceptive signal relay and conservation across species.