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What Happens When We Cry?

Published in Human Physiology 3 mins read

Crying is a complex physiological and emotional process involving the release of several chemicals and physical changes in the body. It's not just about sadness; crying can be triggered by a wide range of emotions and stimuli.

The Physiological Process

When we cry, our bodies release a cocktail of chemicals, including oxytocin and endorphins (endogenous opioids). These are often referred to as "feel-good" chemicals because they have pain-relieving and mood-boosting effects. Researchers have established that crying releases oxytocin and endogenous opioids, also known as endorphins. These feel-good chemicals help ease both physical and emotional pain. The release of these chemicals can lead to a feeling of calm or numbness after a crying episode. These feel-good chemicals can help ease both physical and emotional pain. Once the endorphins are released, your body may go into somewhat of a numb stage. Beyond chemical release, crying also involves physical changes such as:

The Emotional Impact

The emotional effects of crying are varied and depend on individual experiences and the context of the crying episode. Crying can:

Types of Crying

It's important to note that there are different types of crying, each serving a slightly different purpose:

  • Reflex tears: These are produced in response to irritants like dust or onions.
  • Emotional tears: These are triggered by emotional states such as sadness, joy, or anger.
  • Basal tears: These are constantly produced to keep the eyes lubricated.