This new study, titled “Pigs as a translational animal model for the study of peak alpha frequency” led by Daniel Skak Mazhari-Jensen, explores peak alpha frequency (PAF) in pigs, revealing their potential as a translational model for neuroscience. Using a NeuroNexus microelectrode (E32-1000–30-200), they recorded EEG activity in pigs. Their findings show that pigs exhibit a robust and measurable PAF, making them a viable model for investigating neural oscillations relevant to human brain function. These results support the use of large animal models in neurophysiological research, bridging the gap between rodent models and human applications.
This study suggests that pigs are a promising model for studying PAF as a biomarker for conditions like pain, neuropsychiatric disorders, and drug responses. With their comparable neural activity, pigs could provide insight into brain function and disease mechanisms.
