The hormone that may inhibit crying, according to the provided reference, is testosterone.
While it is complex and not the only factor, research suggests that hormonal influences can play a role in the frequency and likelihood of crying. It's important to note that this doesn't mean testosterone directly "stops" crying in all situations, but rather that it may play a role in inhibiting it. In contrast, the hormone prolactin is believed to potentially promote crying.
Understanding the Hormonal Connection to Crying
Here’s a more detailed breakdown:
Testosterone's Role
- Inhibition: The provided reference specifically mentions that testosterone may inhibit crying. This suggests that higher levels of testosterone could be associated with a lower likelihood of crying.
Prolactin's Role
- Promotion: Conversely, the hormone prolactin may promote crying, with higher levels of this hormone, often seen in women, correlating with a higher tendency to cry.
Hormones and Sex Differences in Crying
The differential levels of testosterone and prolactin between males and females may contribute to why studies often show that women cry more than men. This is a complex area of study, and other factors such as social and emotional influences also play a significant role.
Key Points:
- Testosterone: May reduce the likelihood of crying.
- Prolactin: May increase the likelihood of crying.
- No direct 'Stop' Button: No one hormone acts as an absolute stop to crying. Hormonal effects are likely to be one of many factors contributing to crying.
| Hormone | Potential Effect on Crying |
|---|---|
| Testosterone | May Inhibit |
| Prolactin | May Promote |
