Furthermore, certain organic diseases may present with anxiety or symptoms that mimic anxiety. These disorders include certain endocrine diseases (hypo- and hyperthyroidism, hyperprolactinemia), metabolic disorders (diabetes), deficiency states (low levels of vitamin D, B2, B12, folic acid), gastrointestinal diseases (celiac disease, non-celiac gluten sensitivity, inflammatory bowel disease), heart diseases, blood diseases (anemia), cerebral vascular accidents (transient ischemic attack, stroke), and brain degenerative diseases (Parkinson's disease, dementia, multiple sclerosis, Huntington's disease), among others.
Carbonell says that understanding the physiology of fainting and reminding yourself of it is important. People faint when their blood pressure drops. A anxiety attack can make you feel like you’re going to faint, but you won’t because your blood pressure doesn't drop during an attack. Remind yourself out loud of truths like these to counter your fears.
A key component to the prevention of anxiety is awareness. Learning to recognize your anxious thinking patterns when they arise can help you manage and reduce them quickly. Awareness of anxiety begins with trying to identify the cause and/or trigger of anxiety and gaining an understanding of how it affects your mood and behaviors. Is it that your boss recently gave you negative feedback at work and you are worried each day that you are not doing well enough for their standards? Is it that you waited until the last minute to study for a test and are feeling anxious that you will not perform well? Awareness of the source of your anxiety is the first step to finding out the best way to relieve it.
A panic attack is a response of the sympathetic nervous system (SNS). The most common symptoms include trembling, dyspnea (shortness of breath), heart palpitations, chest pain (or chest tightness), hot flashes, cold flashes, burning sensations (particularly in the facial or neck area), sweating, nausea, dizziness (or slight vertigo), light-headedness, hyperventilation, paresthesias (tingling sensations), sensations of choking or smothering, difficulty moving, and derealization. These physical symptoms are interpreted with alarm in people prone to panic attacks. This results in increased anxiety and forms a positive feedback loop.
As with most behavioral illnesses, the causes of panic attacks are many. Certainly there is evidence that the tendency to have panic attacks can sometimes be inherited. However, there is also evidence that panic may be a learned response and that the attacks can be initiated in otherwise healthy people simply given the right set of circumstances. Research into the causes of panic attacks is ongoing.
Cognitive Behavioral Therapy (CBT) is considered to be the gold standard of treatment, especially for panic disorder. CBT focuses on educating clients about their disorders, identifying and changing maladaptive thoughts and fears, learning relaxation and other coping strategies, and helping clients face their fears. Research has shown that CBT for panic disorder is also effective when there are other comorbid disorders present as well and that the key component that makes CBT effective is the exposure ("facing your fears") module (Hofmann, 2011).
Antidepressants are medications used to treat symptoms of depression but can also used to treat anxiety symptoms as well. In particular, selective serotonin reuptake inhibitors (SSRIs) and selective norepinephrine reuptake inhibitors (SNRIs) are the primary class of antidepressant used to treat anxiety. SSRIs commonly used to treat anxiety are escitalopram (Lexapro) and paroxetine (Paxil, Pexeva). SNRI medications used to treat anxiety include duloxetine (Cymbalta), venlafaxine (Effexor XR).
Many factors are linked to the development of panic attacks and panic disorder. In terms of personality, those who are more prone to anxiety, and more likely to believe that anxiety is harmful, are more likely to experience panic attacks. Stressors and interpersonal issues, such as a death in the family or adverse life events, tend to be seen in the months preceding a panic attack.
Everyone has probably experienced panic, or something like it, at least once in their lifetime: on a disturbingly turbulent plane, or before giving an important presentation, or after realizing you hit reply all when you really, really should not have. We all know the paralyzed feeling and the heightened physical sensations. But panic attacks and panic disorder take a different shape. Panic attacks have many physical symptoms and tend to peak around 10 minutes, and may last for 30. Panic disorder is diagnosed by the frequency of these attacks, and the presence of a fear of having them.
Some research shows that people who have close and supportive friendships have a greater ability to fight mental and physical diseases than people who are isolated. The mind can be our worst enemy when feeling anxious and having a supportive network that you can discuss and decompress your deepest worries to could help prevent anxiety from consuming your life. Find trusted friends during times of anxiety that you can open up to and know that they will provide a listening ear and supportive feedback about your experiences.
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.
You can learn more about this in the Recovery Support area of our website. Our support area contains a wealth of self-help information on how to treat anxiety disorder, including anxiety attacks. Many find it to be their “one stop” destination for anxiety disorder help. You can click here for more information about our Recovery Support area membership options.
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My dad passed away in November and I went back to work after a month, a month later I was given another client to work on. I felt really stressed out. I found myself feeling irrationally angry about things at work, build things up in my head to be really bad and then I would need to cry to release it, I have had two recent experiences of what I think are panic/anxiety attacks- feeling overwhelmed/stressed/negative thoughts and then hyperventilating with non-stop crying. I am seeing a psychiatrist who I think is helping. But short-term I think I need to tell work about how I am feeling. I want to quit and have time off but get worried about money.
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.
We have all felt anxiety—the nervousness before a date, test, competition, presentation—but what exactly is it? Anxiety is our body's way of preparing to face a challenge. Our heart pumps more blood and oxygen so we are ready for action. We are alert and perform physical and emotional tasks more efficiently. (See also Test Anxiety for tips on dealing with tests.)
Although beta-blockers are most often used to treat high blood pressure, they can also be used to help relieve the physical symptoms of anxiety, such as rapid heartbeat, shaking, trembling, and blushing. These medications, when taken for a short period of time, can help people keep physical symptoms under control. They can also be used “as needed” to reduce acute anxiety, including as a preventive intervention for some predictable forms of performance anxieties.