The following statement about cortisol and oxytocin is True or False: Cortisol is a feel-good hormone that elevates our ability to communicate, collaborate, and trust others by activating our prefrontal cortex—our executive brain—while oxytocin shuts down the prefrontal cortex and activates protection behaviors, making us more reactive and sensitive.

The following statement about cortisol and oxytocin is True or False: Cortisol is a feel-good hormone that elevates our ability to communicate, collaborate, and trust others by activating our prefrontal cortex—our executive brain—while oxytocin shuts down the prefrontal cortex and activates protection behaviors, making us more reactive and sensitive.

• A. True
• B. False
• C. Not enough information
• D. It depends

Answer: (B)

Understanding how these hormones affect the brain helps explain why that statement isn’t accurate. Cortisol is a stress hormone that helps mobilize energy and heighten alertness, but when levels are high or stress is ongoing it tends to disrupt the functions of the prefrontal cortex, which governs executive abilities like planning, flexible thinking, and clear communication. So it isn’t a feel-good signal that boosts our ability to communicate, collaborate, and trust. Oxytocin is linked to social bonding, trust, and nurturing behavior. It can make social interactions feel safer and can modulate how we respond to social cues. But it doesn’t simply shut down the prefrontal cortex or universally trigger protective, reactive behaviors. Its effects on the brain are nuanced and depend on context, cues, and individual differences. Because of these nuances, the statement overgeneralizes how both hormones influence brain function and behavior.

Understanding how these hormones affect the brain helps explain why that statement isn’t accurate. Cortisol is a stress hormone that helps mobilize energy and heighten alertness, but when levels are high or stress is ongoing it tends to disrupt the functions of the prefrontal cortex, which governs executive abilities like planning, flexible thinking, and clear communication. So it isn’t a feel-good signal that boosts our ability to communicate, collaborate, and trust.

Oxytocin is linked to social bonding, trust, and nurturing behavior. It can make social interactions feel safer and can modulate how we respond to social cues. But it doesn’t simply shut down the prefrontal cortex or universally trigger protective, reactive behaviors. Its effects on the brain are nuanced and depend on context, cues, and individual differences.

Because of these nuances, the statement overgeneralizes how both hormones influence brain function and behavior.