Popular Articles
Crazy-Makers: Dealing with Passive-Aggressive People
Why Are People Mean? Don't Take It Personally!
Struggling to Forgive: An Inability to Grieve
The Secret of Happiness: Let It Find You (But Make the Effort)
20 Steps to Better Self-Esteem
7 Rules and 8 Methods for Responding to Passive-aggressive People
What to Do When Your Jealousy Threatens to Destroy Your Marriage
Guide to How to Set Achieveable Goals
Catastrophe? Or Inconvenience?
Popular Audios
Audio Version of Article: Crazy-Makers: Passive-Aggressive People
Audio Version of Article: Why Are People Mean? Don't Take It Personally!
Coping statements can be part of your strategy to manage anxiety. What are coping statements? When you struggle with anxiety you are usually engaging in fearful and/or inaccurate self-talk which tends to increase the anxiety. The purpose of coping statements is to counter this anxious self-talk.
This series provides an explanation of some common coping statements. The best way to use them is to identify the ones that are most calming to you and repeat them over and over when you are anxious sort of like a mantra. Combining a single statement with taking slow breaths can be particularly helpful.
Some people are fearful of exercising because the physiological sensations during exercise (rapid heart beat, rapid breathing, muscle tension) feel very similar to anxiety and panic symptoms. For some, they don't want to feel these sensations at all because of an aversion to the symptoms. They try to avoid anything remotely similar to anxiety.
Others are fearful that having the sensations from exercise could trigger a panic attack. Unfortunately, they often prove themselves true but not for the reason they believe. The sensations during exercise don't cause panic but the excessive worry and focus on the sensations can lead to high anxiety or panic. And then, because they have a panic attack during exercise they come to believe the cause was the exercise.
As a result, some people with anxiety avoid exercise, particularly aerobic exercise which could benefit them in several ways:
1) Reduces acute anxiety. When someone exercises while having anxiety or during a panic attack the anxiety can be reduced fairly quickly. This may be due to the deep breathing during the exercise or it may be due to draining energy in the form of adrenalin that the anxiety needs to fuel it or it may be a combined effect along with the release of endorphins (see below).
2) Reduces chronic anxiety. Some have wondered why an activity that excites the neurons in the brain can have the effect of calming the system in the long-term. The answer seems to be according to a study by Schoenfeld and colleagues (2013) is that it not only increases the activity of excitatory neurons but also inhibitory neurons in the hippocampus. What does this mean? The hippocampus is the center of emotion in the brain. When you routinely exercise, you create more connections between the nerve cells in your brain that override or hinder the nerve cells involved with intense emotion. The result is that exercise changes the brain in a way that helps maintain calm.
3) Improves mood. The release of endorphins, a morphine-like hormone, during exercise have a pain-relieving and mood-enhancing effect. This effect may be more short-lived but it can have secondary effects. For instance, while experiencing the effect of endorphins a person may have the willingness to face fears which can lead to greater confidence in similar situations.
4) Improves cardiovascular health. Having healthy lungs and heart are generally beneficial but can also be specifically helpful for those with anxiety. Healthy lungs can aid in breathing deeply and slowly thus improving the relaxation process. Some people with anxiety fear the symptoms as signs of a heart attack so the more they take care of their heart the more they can be reassured that the symptoms are due to anxiety.
Schoenfeld, T. J., Rada, P., Pieruzzini, P. R., Hsueh, B., & Gould, E. (2013). Physical Exercise Prevents Stress-Induced Activation of Granule Neurons and Enhances Local Inhibitory Mechanisms in the Dentate Gyrus. The Journal of Neuroscience, 33(18), 7770–7777. DOI:10.1523/JNEUROSCI.5352-12.2013