M. I. Munoz

The paper compares vocal frequency evolution across mammals, birds, and frogs, finding mammals have higher frequencies and faster evolutionary rates.

This study identifies PD-L2 as a marker of therapy-induced senescent cells that suppress chemotherapy efficacy, showing PD-L2 blockade enhances tumour remission in mice.

The paper measures how leaves amplify frog calls and finds that amplification depends on call frequency, not leaf size or frog position.

This study investigates how environmental and morphological factors influence the evolution of frog vocalizations, finding that aquatic frogs produce lower-pitched calls, partly due to larger body size.

The paper investigates how altering the environment of calling frogs affects their vocalization frequency by manipulating water levels and observing changes in air pressure and airflow.