Researchers have conducted both animal and human studies to pinpoint the particular parts of the brain that are involved in anxiety and fear. Because fear evolved to deal with danger, it sets off an immediate protective response without conscious thought. This fear response is believed to be coordinated by the amygdala, a structure deep inside the brain. Although relatively small, the amygdala is quite complex, and recent studies suggest that anxiety disorders may be associated with abnormal activity within it.
People who have panic attacks typically spend a lot of time worrying about having more attacks and often make seemingly unreasonable lifestyle changes in an attempt to avoid circumstances that will trigger future attacks. They may avoid situations that, they feel, have precipitated previous episodes or environments where they would not be able to escape easily if another attack should occur.
In contrast, the term anxiety attack is not a specifier outlined in the DSM-5. Rather, anxiety is used to describe a core feature of multiple different anxiety disorders. The culmination of symptoms that result from being in a state of anxiety—such as restlessness, shortness of breath, increased heart rate, and difficulty concentrating—may feel like an “attack,” but are generally less intense than those experienced at the height of a panic attack.
While the use of drugs in treating panic attacks can be very successful, it is generally recommended that people also be in some form of therapy, such as cognitive behavioral therapy. Drug treatments are usually used throughout the duration of panic attack symptoms, and discontinued after the patient has been free of symptoms for at least six months. It is usually safest to withdraw from these drugs gradually while undergoing therapy. While drug treatment seems promising for children and adolescents, they are at an increased risk of suicide while taking these medications and their well-being should be monitored closely.
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.
For me it stems from witnessing my mother unconscious after her successful suicide. I was 10 years old. Just about to turn 11. I went from a lively fearless child to an overcautious adult. Now well educated and on permanent disability. Anxiety over the recent elections had me frozen for a day. Then I burst into tears the next. These attacks are linked to the day she died. I have an excellent psychiatrist. Had a breakdown in 1996. I have improved since then. But these moments come up. I want to be normal. I have PTSD and bipolar disorder.
In a decision context, unpredictability or uncertainty may trigger emotional responses in anxious individuals that systematically alter decision-making. There are primarily two forms of this anxiety type. The first form refers to a choice in which there are multiple potential outcomes with known or calculable probabilities. The second form refers to the uncertainty and ambiguity related to a decision context in which there are multiple possible outcomes with unknown probabilities.
Not getting enough restful sleep can trigger anxiety. Stress and anxiety can also interfere with sleep and cause you to stay awake at night. It can be a frustrating cycle when the stressors of the day and future worries cause you stay up at night. Take some time to wind down before bed such as utilizing some of the above relaxation and meditation strategies. Also, instead of letting your mind continuously race at night, try putting your thoughts, worries, and plans for the next day on paper before bed. This will ease your anxiety about forgetting something you need to accomplish in the future and allow you to relax and rest.
Some benefits of benzodiazepines are that they are effective in relieving anxiety and take effect more quickly than antidepressant medications often prescribed for anxiety. Some drawbacks of benzodiazepines are that people can build up a tolerance to them if they are taken over a long period of time and they may need higher and higher doses to get the same effect. Some people may even become dependent on them.