Hyderabad: It’s not just what we eat, but why we eat that’s important for heart health, according to research published today in the European Journal of Preventive Cardiology. The study found that emotional eating was associated with cardiovascular problems and stress contributed to this relationship.
“Emotional eaters consume food to satisfy their brains rather than their stomachs,” said study author Professor Nicolas Girerd, coordinator of the Clinical Investigation Centre (CIC-P) and a cardiologist at the University Hospital of Nancy, France. “Mindful eating can help break this habit. It means taking time out to eat, either alone or with others, being in the moment and aware of what you are doing, and not being distracted by your phone or the TV.”
“Stress might be one of the reasons for eating in response to feelings instead of hunger,” said lead author Dr Sandra Wagner, a nutritional epidemiologist at the CIC-P. “We know that emotional eaters are less aware of hunger and satiety but mindful eating brings attention to these physical sensations. Physical activity – either a walk or more intense exercise – is another way to avoid emotional eating because it relieves stress and provides a replacement activity. Just 10 minutes a day of meditation or breathing exercises can also help to recentre and reduce stress. To sum up, use the three Ms to kick the habit of emotional eating: move, meditate and mindful eating.”
This was the first study to assess the association between eating behaviours in healthy individuals and cardiovascular damage 13 years later. The study included 1,109 participants of the STANISLAS cohort, which enrolled parents and adolescents in the Lorraine region of northeast France between 1993 and 1995. Emotional eating, the tendency to overeat in response to negative emotions such as sadness or anxiety, was assessed using the Dutch Eating Behaviour Questionnaire.
Measures of cardiovascular damage included carotid-femoral pulse-wave velocity and diastolic dysfunction, which indicate stiffness in the arteries and heart, respectively. According to previous studies, rises in pulse-wave velocity, meaning stiffer arteries, are associated with higher risks of heart disease and stroke. Diastolic dysfunction, meaning the heart relaxes insufficiently after contraction, is correlated with a greater likelihood of developing heart failure.