- What is hyperhidrosis?
- Impact of hyperhidrosis
- Seeking treatment for hyperhidrosis
- Managing hyperhidrosis
- The effect of hyperhidrosis treatments on quality of life
Hyperhidrosis is a condition characterised by excessive perspiration in response to non-thermoregulatory stimuli; that is, in response to stimuli other than heat. It can be further categorised as:
- Focal hyperhidrosis, characterised by excessive sweating with no apparent cause, at one or more discrete anatomical sites, most commonly the:
- Armpits- axillary hyperhidrosis;
- Hands- palmar hyperhidrosis;
- Feet- plantar hyperhidrosis; and
- Face- craniofacial hyperhidrosis; or
- Generalised hyperhidrosis characterised by excessive sweating affecting the entire body, usually as a result of an underlying medical condition.
Hyperhidrosis is a highly prevalent condition. One US study reported 2.8% of the population experienced primary hyperhidrosis. However, it is also under-recognised and the majority of individuals affected by hyperhidrosis never seek medical advice about their condition.
Hyperhidrosis is a benign disorder (of no danger to health); however, it carries serious implications for an individual’s quality of life and psychosocial wellbeing. Improving quality of life is a key treatment goal. The condition impairs daily activities and in doing so has a negative impact on quality of life. Women report being more affected compared to men. Similarly, individuals who develop hyperhidrosis early in life, compared to those who develop the condition later, also report more significant impairment. Those with axillary hyperhidrosis appear to be particularly affected in terms of quality of life, followed by those with palmar hyperhidrosis.
The overwhelming majority (90%) of hyperhidrosis patients report that the condition affects their emotional state. In one survey most patients (> 50%) reported feeling less confident as a result of their condition. Frustration undertaking daily activities, unhappiness and depression and embarrassment are also commonly reported by individuals with hyperhidrosis. For example, in a US survey, one-third of individuals affected by hyperhidrosis reported that their sweating was barely tolerable or intolerable and interfered with their daily living. Another survey indicated that the quality of life implications of the condition were greater than those associated with chronic and acute conditions including end-stage kidney disease, rheumatoid arthritis and multiple sclerosis. Individuals with affected armpits appear to be most affected by associated psychological complaints. For example, one study reported people with axillary hyperhidrosis were significantly more likely to be unhappy or depressed than those with palmar hyperhidrosis.
The perceived impact of hyperhidrosis is strongly associated with the impact the condition has on a person’s social functioning. Many people with hyperhidrosis feel embarrassed by their condition in social situations. Those with palmar hyperhidrosis may be embarrassed to shake hands, particularly when meeting someone for the first time, because their palms are cold, wet and slippery. Wet palms may be taken by others as a sign of anxiety, and for individuals with palmar hyperhidrosis this can be an additional source of anxiety which worsens the condition. The vast majority of people with affected palms avoid shaking hands as a result of their condition. They may face stigma and discrimination when they need to shake hands.
Individuals with affected armpits may feel embarrassed by sweat-damp clothing, or needing to change clothes frequently. They may avoid public places or social gatherings as a result of their condition or be limited in the choice of clothing they can wear as a result of hyperhidrosis.
Hyperhidrosis may limit involvement in sporting or leisure activities for some and others may change the type of leisure activities they participate in due to their sweating symptoms. For example, those with palmar hyperhidrosis may be unable to participate in sports requiring manual dexterity because their hands are damp and slippery. Playing a musical instrument is also difficult for individuals with palmar hyperhidrosis. Properly hydrated skin on the palms helps with grip and, therefore, the excessive hydration of hyperhidrosis interferes with all tasks requiring manual dexterity.
Hyperhidrosis may also impact on an individual’s ability to engage in intimate relationships and perform sexual activities. In one study the majority of people affected by hyperhidrosis (59%) reported that the condition considerably limited their ability to develop personal relationships, while 34% reported hyperhidrosis adversely affected their sexual activities.
Hyperhidrosis interferes with work activities and limits occupational opportunities, with negative economic implications for some people affected. Office workers with palmar hyperhidrosis may find dampness of the palms makes using a keyboard difficult or results in sweat-stained books and papers. Manual labourers may have a greater risk of injury, for example by electric shocks, or be less productive because palmar hyperhidrosis impairs their manual dexterity. They may be unable to grip or use occupation-specific tools or devices such as electronic equipment or weapons. This may, for instance, limit their ability to take up a position in the armed services or police. Of those affected by hyperhidrosis, 19% report that the condition directly influenced their choice of career.
Axillary hyperhidrosis is also reported by the majority (> 80%) of affected individuals to interfere with work activities. The condition may limit the amount of time people spend at work. It may also be a source of anxiety which prevents them performing some work tasks. For example they may be too embarrassed to make public presentations because of their excessive sweating. As with palmar hyperhidrosis, those with affected axillae may find their career choices limited due to social embarrassment. Reports from individuals affected by hyperhidrosis have indicated that they needed to change their work habits, are less effective, accurate and/or careful at the work they do, and/or accomplish less work because of their condition.
Some individuals affected by hyperhidrosis find their condition is aggravated by certain foods and that they have to modify their diet as a result. For example, they may need to avoid alcoholic or caffeinated beverages or spicy foods. However, evidence suggests that dietary factors trigger sweating in only a small proportion of people with hyperhidrosis.
Hyperhidrosis is associated with an array of dermatological (skin) conditions including dermatitis, fungal infections such as candidiasis and bacterial infections. Constant dampness associated with the condition can result in skin maceration (softening) and the overgrowth of fungi or bacteria. For example, hyperhidrosis is associated with maceration of the skin of the soles which may result in bromhidrosis (offensive odour) or infection.
Dampness resulting from hyperhidrosis causes physical discomfort for many people. One study noted a 14 year old who developed poor posture as a result of slouching in an attempt to hide sweat stains on her clothing.
Excessive sweating can stain and damage clothing and shoes and individuals with hyperhidrosis may spend thousands of dollars each year to cover the costs of maintaining and replacing sweat-damaged clothes and shoes. Treating the condition may also create significant expense, and effective treatments including botulinum toxin injections are limited because of the associated expense.
Seeking treatment for hyperhidrosis is an important aspect of minimising the impact of the condition. Most people do not discuss their excessive sweating with a medical professional and thus do not treat the condition. In many cases this is because they are unaware that they have a treatable medical condition.Evidence suggests that only one-third of affected individuals receive treatment for hyperhidrosis. Detection and management of the condition can significantly improve quality of life and social wellbeing. All individuals who find excessive sweating interferes with their day-to-day life should consult their doctor.
Doctors may also notice symptoms of excessive perspiration (e.g. fungal infection, damp clothing) when an individual consults for another health problem. In these cases the doctor may also make enquiries about sweating, if they suspect hyperhidrosis. A tool such as the hyperhidrosis severity scale may be used to investigate sweating symptoms.
Select the response which best describes your sweating: If you are using the tool to monitor the effect of treatment, validation studies of this severity scale show that a one-point reduction in severity is associated with a 50% reduction in sweating. A two-point reduction is associated with an 80% reduction in sweating. References
How would you rate the severity of your excessive sweating?
1. Eisenach JH, Atkinson JLD, Fealey RD. Hyperhidrosis: Evolving Therapies for a Well-Established Phenomenon. Mayo Clinical Proc. 2005; 80(5):657-66. [Abstract | Full Text]
2. International Hyperhydrosis Society. Hyperhidrosis disease severity scale. 2007. [cited 1 February 2012]. Available from: [URL Link]
Select the response which best describes your sweating:
If you are using the tool to monitor the effect of treatment, validation studies of this severity scale show that a one-point reduction in severity is associated with a 50% reduction in sweating. A two-point reduction is associated with an 80% reduction in sweating.
A range of lifestyle measures can be taken to minimise the impact of hyperhidrosis on daily living and help individuals cope with their condition. Appropriate measures vary depending on the anatomical sites affected.
Maintaining good hygiene is important for individuals affected by hyperhidrosis. They should bath daily and pay special attention to drying affected areas of skin (particularly the feet) to reduce bacterial concentrations. Affected feet should be aired regularly.
Individuals with axillary hyperhidrosis may benefit from using absorbent pads to prevent sweat from soaking through clothing.
Axillary hyperhidrosis can result in sweat-soaked clothing and individuals who experience this may need to carry extra clothing to allow them to change as needed. One study of individuals with axillary hyperhidrosis reported that 70% needed to change their clothing at least twice a day.
Individuals with hyperhidrosis affecting the armpits may benefits from wearing clothing made from breathable materials such as silk and cotton, and avoiding manmade fibres and tight or restrictive clothing. Wearing black or white clothes may help reduce the visibility of sweat stains. Those with affected feet should wear thick socks made from cotton or wool, and rotate their socks and shoes. Shoes made from leather, mesh or canvas are most appropriate and those made from synthetic materials should be avoided by individuals with plantar hyperhidrosis.
Wearing gloves may make it easier for those with palmar hyperhidrosis to complete some tasks.
In some cases hyperhidrosis occurs in response to emotional stimuli. Practising relaxation techniques may assist individuals to cope with emotional stimuli that trigger sweating.
Excessive sweating may lead to dehydration if fluids are not replaced. Ensuring proper hydration is maintained is therefore an important component of managing the condition.
A range of treatment options to reduce sweat production are available for individuals with hyperhidrosis. Treatment typically begins with simple, non-invasive options (e.g. topical antiperspirants) and progresses to more difficult treatments when these fail. Effective treatment, whether simple or invasive, is associated with improved quality of life.
Hypnosis, psychotherapy and biofeedback are only effective in treating a limited number of hyperhidrosis cases. For example, one study reported clinical improvement in sweating in 11 of 14 people treated with biofeedback for a 6 week period. Effective treatment typically leads to quality of life improvements; however, there is no direct evidence of the effects of psychotherapies on quality of life in people affected by hyperhidrosis.
Behavioural therapies including assertiveness training and systematic desensitisation (to help overcome anxiety) have been reported as treatment options for hyperhidrosis. Cognitive behavioural therapy may be an effective addition to treatment in those with symptoms of anxiety. Effective treatment typically leads to quality of life improvements although there is no direct evidence of the effects of behavioural therapies on quality of life in hyperhidrosis.
Topical antiperspirants are a treatment option for individuals with focal hyperhidrosis, particularly when the armpits are affected. One study reported significant improvements in quality of life following treatment with topical antiperspirants.
Iontophoresis, a treatment which involves the introduction of ions to affected areas of skin via application of an electric current, is often effective in treating palmar or plantar hyperhidrosis, as these body parts can be easily submerged for the treatment. It provides temporary symptom relief and maintenance therapy is usually required. One study reported significant quality of life improvements following iontophoresis.
Injections of botulinum toxin A to affected areas of skin have been demonstrated to reduce the symptoms of hyperhidrosis. In Australia, Botox is approved for use as a treatment for cases of axillary hyperhidrosis. Several studies have reported that the treatment also improves quality of life and/or psychosocial wellbeing. For example, one study reported a reduction in anxiety, depression and social phobia following botulinum toxin A treatment, and also that quality of life improved.
Oxybutynin (an anticholinergic medicine which interferes with the transmission of nervous signals) is a treatment option for generalised hyperhidrosis underpinned by chronic medical conditions such as diabetes. One study reported significant improvements in individuals with generalised hyperhidrosis following oxybutynin treatment.
Thoracic sympathectomy is a minimally invasive procedure which permanently resolves excessive sweating for the majority of people treated. In cases of palmar hyperhidrosis the treatment has been shown to improve quality of life, even if compensatory sweating (sweating at previously unaffected body sites) occurs following surgery.The surgery is also effective in permanently improving axillary hyperhidrosis with low (11%) recurrence rates. Quality of life improvements are sustained for at least 5 years following surgical treatment.
Subcutaneous curettage (removal of tissues from under the skin) may be used to treat hyperhidrosis of the axillae and was reported to significantly improve quality of life in one study.
Article kindly reviewed by:
Associate Professor Karl Ng MB BS (Hons I) FRCP FRACP PhD CCT Clinical Neurophysiology (UK) Consultant Neurologist – Sydney North Neurology and Neurophysiology (download referral form and map); Conjoint Associate Professor – Sydney Medical School, University of Sydney; and Editorial Advisory Board Member of the Virtual Neuro Centre.
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