It is important to note that genetic factors can also bestow resilience to anxiety disorders, and the field continues to pursue large-scale genomics studies to identify novel genetic factors that are associated with anxiety disorders in hopes of better understanding biological pathways that: 1) contribute to the development and maintenance of anxiety; and 2) may lead to better treatment for these disorders. Most people are not aware of what specific genetic markers they may have that confer risk for anxiety disorders, so a straightforward way to approximate genetic risk is if an individual has a history of anxiety disorders in their family. While both nature and nurture can be at play with family history, if several people have anxiety disorders it is likely that a genetic vulnerability to anxiety exists in that family.
Benzodiazepines are often used to provide short-term relief of panic symptoms. Clonazepam (Klonopin) and lorazepam (Ativan) are examples of this group of medications. Although another benzodiazepine, alprazolam (Xanax), is often used to treat panic attacks, the short period of time that it works can cause the panic sufferer to have to take it multiple times each day. Benzodiazepines tend to be effective in decreasing panic attacks by up to 70%-75% almost immediately; however, this class of medications has a strong addiction potential and should be used with caution. Additional drawbacks include sedation, memory loss, and after several weeks, tolerance to their effects and withdrawal symptoms may occur.
Anyone can learn how to stop and prevent anxiety attacks. It’s a matter of learning more about them and knowing how to control and prevent them. Most people struggle with problematic anxiety attacks because they don’t understand them, and therefore, fear them…which is a common catalyst into Panic Attack Disorder. The more you know, the better off you’ll be.
These physiological responses can actually help us to survive. However, sometimes we experience these physiological responses, like an increased heartbeat, that are not in the presence of danger at all, but something else entirely. In these cases, our bodies can misinterpret these physiological signals as being indicators of danger or a "true threat." For example, people may experience learned anxiety due to previous associations between elevated heart rate and panic attacks and may misinterpret bodily sensations as signs of imminent death or loss of control. In this way, one may start to fear these physiological responses, which is what we call "fear of fear" (Craske & Barlow, 2007). "Fear of fear" maintains or perpetuates panic attacks and panic symptoms, which becomes a vicious cycle. In other words, you experience an increased heart rate, which you interpret as negative, which makes you feel anxious, which further makes your heart rate increase and it often spirals from there. These associations may almost happen automatically, even without conscious thought, but this is what is likely going on behind the scenes.
Panic disorder is diagnosed as occurring with or without agoraphobia. Agoraphobia involves a fear of having one of these intense panic attacks in a place or situation where it would be very difficult or embarrassing to escape. Often times, the fear associated with agoraphobia can lead to many avoidance behaviors. By limiting one’s ability to be in certain situations, people with agoraphobia often experience feelings of loneliness as well as an overall diminished quality of life.
Be smart about caffeine, alcohol, and nicotine. If you struggle with anxiety, you may want to consider reducing your caffeine intake, or cutting it out completely. Similarly alcohol can also make anxiety worse. And while it may seem like cigarettes are calming, nicotine is actually a powerful stimulant that leads to higher, not lower, levels of anxiety. For help kicking the habit, see How to Quit Smoking.
Poor coping skills (e.g., rigidity/inflexible problem solving, denial, avoidance, impulsivity, extreme self-expectation, negative thoughts, affective instability, and inability to focus on problems) are associated with anxiety. Anxiety is also linked and perpetuated by the person's own pessimistic outcome expectancy and how they cope with feedback negativity. Temperament (e.g., neuroticism) and attitudes (e.g. pessimism) have been found to be risk factors for anxiety.
In people with anxiety disorders, the brain circuitry that controls the threat response goes awry. At the heart of the circuit is the amygdala, a structure that flags incoming signals as worrisome and communicates with other parts of the brain to put the body on alert for danger. Early life events, especially traumatic ones, can program the circuitry so that it is oversensitive and sends out alarms too frequently and with only minor provocations. Survival mandates a system for perceiving threats and taking quick, automatic action, but those with anxiety see threats where there are none, perhaps because emotional memories color their perceptions.