Anthony Henry Dickenson

This study investigates how descending inhibitory pathways affect HFS-induced hyperalgesia in humans and rats, finding that excitatory signaling outweighs inhibitory controls.

The paper demonstrates stage-specific plasticity in spinal neuronal modulation by descending controls in a rodent model of cancer-induced bone pain, with implications for stage-specific therapeutic targeting.

This study investigates how bone cancer affects the peripheral encoding of mechanical pressure stimuli by comparing sensory afferent responses in healthy and cancer-induced bone pain rats.

This study identifies 2-GABAAR as a key target for neurosteroid anxiolytic effects, showing its importance for anxiety but not depression or analgesia.