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.
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.
Panic attacks and panic disorder are treatable once the underlying cause of is identified. “Usually medical conditions and other factors (substance use or withdrawal from substances) are ruled out before making the diagnosis,” says Flo Leighton, psychiatric nurse practitioner, and therapist with Union Square Practice in Manhattan. Getting to the root cause typically takes a couple of sessions, says Leighton. Here are some options that may be recommended to you :
Genetic risk factors have been documented for all anxiety disorders. Clinical genetic studies indicate that heritability estimates for anxiety disorders range from 30-67%. Many studies, past and present, have focused on identifying specific genetic factors that increase one's risk for an anxiety disorder. To date, an array of single nucleotide polymorphisms (SNPs) or small variations in genetic code, that confer heightened risk for anxiety have been discovered. For the most part, the variants that have been associated with risk for anxiety are located within genes that are critical for the expression and regulation of neurotransmitter systems or stress hormones.
Anxiety disorders are associated with chronic life stress. Unpredictable, unrelenting, unresolvable stressors chronically stimulate the stress hormone system and cardiovascular system, and lead to states of constant increased activity. Biologically, the body has evolved to deal with imminent and concrete danger in the environment, rather than continuous stressors. Under normal conditions where chronic stress is low, exposure to a sudden threat activates the autonomic nervous system, i.e. increased levels of adrenaline and faster breathing, and racing heart rate. These reactions in turn trigger activation of stress hormones, such as cortisol. One of the effects of these stress hormones is to increase glucose levels in the bloodstream in order to respond to the imminent threat, so that muscles can be activated for the flight or fight response. Another effect of stress hormones is to supress the immune system, since processes such as healing and repair can wait until after the threat subsides. However, in someone with an anxiety disorder, where there is constant activation of these responses to everyday stressors, the stress hormone system loses its ability to control immune function, thus contributing to heightened systemic inflammation that increases risk for cardiovascular and even autoimmune disorders. Neuroscience and clinical research continues to investigate how anxiety disorders increase individual risk for developing physical health co-morbidities in hopes of identifying new treatments that may alleviate suffering from and prevent the development of these whole-body disorders.
Cognitive Behavioral Therapy (CBT) is an example of one type of psychotherapy that can help people with anxiety disorders. It teaches people different ways of thinking, behaving, and reacting to anxiety-producing and fearful objects and situations. CBT can also help people learn and practice social skills, which is vital for treating social anxiety disorder.