Christopher J. Gregg

This paper introduces LARI-1.0 and LARI-mini implants for chronic, high-quality neural recordings in mice during naturalistic behaviors, showing long-term stability and minimal artifacts.

The paper identifies convergent cis-regulatory elements in hibernators and homeotherms that underlie metabolic responses to fasting and refeeding.

Deletions of conserved cis-elements tied to hibernator evolution causes diverse metabolic traits in mice.

The paper identifies a second-guessing cognitive bias in foraging mice and shows that Arc deficiency reduces this bias, improving feeding outcomes.

The paper investigates the role of Ddc allelic expression in parental control over offspring behavior using allele-specific reporter mice and machine learning analyses.

The paper identifies 59 behavioral modules linked to economic behavior in foraging mice using machine learning and shows their genetic and parental influences.