C. H. Miller

The paper investigates how female mice's reproductive state changes their response to male urinary pheromones, showing preference in estrus and avoidance in late pregnancy.

This study shows that scent mark investment in house mice predicts fight dynamics, with low-marking males engaging in more intense fights due to social costs of under-signaling.

The paper compares social structures formed by C57BL/6J and wild-derived mice in field enclosures, finding distinct differences in female behavior and social network density.

This study examines how male house mice adjust their urine marking behavior in response to social environment changes, revealing distinct behavioral strategies based on competitive experience and scent identity.

The paper analyzes V1R receptor evolution across five Mus species, identifying distinct clade-specific evolutionary patterns and candidate receptors for social and predator signal detection.

This study examines the evolution of urinary pheromone proteins (MUPs) in house mice and relatives, revealing how amino acid variants and gene expression patterns contribute to pheromone diversity and sexual selection.