Joshua Menopause brings with it a host of physical and emotional changes that can be very challenging to deal with. Typically occurring between the ages of 45 and 55, it can be a difficult transitional period, bringing with it a range of challenges from mood swings to unwanted facial hair growth and more. While extremely common, the latter can particularly affect one’s confidence and self-esteem, making it essential to find convenient and comfortable ways of managing it. This article explores the benefits of using electrolysis permanent hair removal to curb unwanted hair growth when the body undergoes hormonal changes.
Understanding Menopause and Hormonal Changes
During menopause, the body undergoes a significant hormonal shift, including decreased oestrogen production, which creates a relative increase of androgen levels, which remain stable. This can stimulate the hair follicles, leading to facial hair growth on the chin, upper lip, and/or cheeks. Be it for convenience or for comfort, many women look for ways to permanently remove unwanted hair growth, and electrolysis is the only FDA-approved technique offering life-long hair removal results.
Why Chin Hair Growth is Common During Menopause
Chin hair growth during menopause is very common due to reduced oestrogen levels compared to testosterone. In turn, testosterone acts directly on the hair follicles on the chin, stimulating them to grow. What’s more, the androgen-induced hair growth can be coarse and dark, making it more visible on facial regions.
Unwanted chin hair can have a significant negative emotional and social implications for women. The anxiety and discomfort of being seen with unwanted chin hair can cause a lot of distress for some, while also affecting their self-esteem and confidence. By seeking an effective solution to the problem of chin hair, women can greatly enhance their confidence and social comfort, thus improving their quality of life.
Benefits of Electrolysis for Women with PCOS
Electrolysis offers several important benefits for women with PCOS when it comes to managing unwanted hair growth. The biggest advantage of this method is its permanent results. Temporary hair removal techniques such as shaving, waxing, depilatory creams, and laser hair removal offer only temporary results, whereas electrolysis acts on the hair follicle itself, thereby removing any possibility of further hair growth. This can offer immense relief to women with PCOS, saving them from the cycle of continuous upkeep and maintenance.
Other vital benefits of electrolysis include safety and versatility. Unlike laser hair removal, which can only offer temporary results and is not effective for removing light-coloured hair, as well as hair growing on darker shades of skin, electrolysis can be used to remove hair of all colours growing on skin of all shades. In addition, it can be used to remove unwanted hair from all facial and body regions. It also has different modalities that allow for a highly tailored and individualised approach.
About Electrolysis
Electrolysis is the most effective way to manage unwanted hair, as it is the only FDA-approved permanent hair removal method available. Using an electric current, electrolysis targets and destroys each hair’s stem cells, preventing any regrowth. Unlike shaving or waxing, which can result in eventual regrowth, electrolysis is a permanent solution that completely removes the hair follicle from the root.
One of the biggest advantages of electrolysis is its unmatched precision. This is an excellent treatment for coarse and fine hair because it targets each individual hair and its stem cells. However, due to the nature of the hair growth cycle, multiple electrolysis treatments are needed to achieve the best results.
Wrapping Up
Electrolysis provides a permanent, precise, and effective solution for managing unwanted hair growth during menopause or due to conditions such as PCOS. Addressing the root cause of unwanted hair growth offers women a safe and lasting option, helping them regain confidence and improve their quality of life during transitional hormonal phases.