Unlock the Power of Light
Nov 15, 2024
Déesse PRO only use specific, clinically proven wavelengths of light to stimulate natural cellular responses, excelling skin treatment and renewal on a deeper level than skincare alone.
What are Fine Lines & Wrinkles?
As we age, our skin presents natural morphological changes such as the formation of wrinkles, fine lines, loss of firmness and reduction in elasticity. Over time, intrinsic, natural biological processes within our skin cells slow down, resulting in the reduced synthesis of crucial proteins, such as collagen and elastin, that maintain the support and structure of the skin and the appearance of a youthful-looking complexion. Extrinsic mechanisms include smoking, air pollution, alcohol consumption, UV exposure and diet, can further contribute to the visible signs of skin ageing.
The skin ageing process begins at around 25 years of age; the breakdown of collagen and elastin increases exponentially, declining between 1-1.5% per year5, and the cell turnover rate dramatically slows, meaning that new, healthy layers of skin are not created as quickly. The skin can start to appear dull and feel less dense as the epidermis thins and the skin's structural integrity diminishes.
How does LED help?
Red and Near-Infrared wavelengths stimulate the mitochondria of fibroblast cells within the dermis, increasing the synthesis of collagen, elastin and hyaluronic acid. This results in the visible rejuvenation of skin texture, tone and visible appearance.
What is Acne or Blemishes?
Acne is caused when pores within the skin become blocked, causing inflammation and irritation and the formation of pimples, pustules, or nodules. Sebaceous glands, attached to hair follicles, produce sebum that naturally lubricates the hair and skin. But sometimes, the glands can create too much sebum, which can result in the formation of spots and blemishes, as well as the appearance of oiliness on the skin surface.
Comedonal acne is superficial and mild, presenting in the surface layer of the skin, the epidermis, in the form of white or blackheads. The accumulation of oil, dead skin cells and debris within pores creates a suitable environment for the proliferation of acne-causing bacteria (P.acnes) which triggers the body's immune response. White blood cells then invade the area, forming pimples and pustules, known as whiteheads.
In more severe cases of inflammation and infection, nodules and cysts may develop in the deeper layers of the skin, the dermis. This acne type is much more challenging to treat and can result in scarring and post inflammatory hyperpigmentation in darker skin tones.
Hormones, including testosterone and progesterone, can also play a role in the formation of acne, as they can overstimulate the sebaceous glands, as well as some cosmetic products (comedogenic), medications, smoking and diet.
How does LED help?
Blue light is a clinically proven, effective and non-invasive treatment for acne as it stops the proliferation of the P.acnes bacterial cells. Naturally occurring photo-sensitisers within acne-causing bacteria (P.acnes) absorb the specific wavelength of 415nm blue light, causing cell destruction.
What is Loss of Firmness?
As we age, our skin presents morphological changes such as the formation of wrinkles, fine lines, loss of firmness and reduction in elasticity. Over time, intrinsic, natural biological processes within our skin cells slow down, resulting in the depleted formation of crucial proteins, such as collagen and elastin, that maintain the support and structure of the skin and a youthful-looking complexion. Extrinsic mechanisms include smoking, air pollution, alcohol consumption, UV exposure and diet, which can further contribute to the visible signs of skin ageing.
The skin ageing process begins at around 25 years of age; the breakdown of collagen and elastin increases exponentially, declining between 1-1.5% per year5, and the cell turnover rate dramatically slows. The skin can start to feel less dense as the epidermis thins and the skin's structural integrity diminishes.
How does LED help?
Red and Near-Infrared wavelengths stimulate the mitochondria of fibroblast cells within the dermis, increasing the synthesis of collagen and elastin proteins. This increase in intra-dermal collagen density and skin elasticity improves the skin's overall firmness.
What is Dullness?
Dullness in the skin can be caused by a variety of internal and external factors, including build-up of dead skin cells, dehydration and sun damage. Diet, lack of sleep, smoking and stress can also contribute to a lacklustre complexion, as well as the natural skin ageing process.
How does LED help?
Green light has been found to stimulate cell turnover and promote the formation of new blood vessels within the epidermis of the skin. It's also been shown to improve the appearance of hyperpigmentation, by breaking down and reducing the production of melanin.
What is Dullness?
Dullness in the skin can be caused by a variety of internal and external factors, including build-up of dead skin cells, dehydration and sun damage. Diet, lack of sleep, smoking and stress can also contribute to a lacklustre complexion, as well as the natural skin ageing process.
How does LED help?
Green light has been found to stimulate cell turnover and promote the formation of new blood vessels within the epidermis of the skin. It's also been shown to improve the appearance of hyperpigmentation, by breaking down and reducing the production of melanin.
What is Uneven Skintone?
Uneven skin tone can be caused by a combination of factors, including inflammation, hyperpigmentation, excess sun exposure and scarring. Hyperpigmentation refers to excessive melanin production, the pigment responsible for our skin colour. It can manifest as irregular skin tone, dark spots or melasma.. Hyperpigmentation occurs due to various factors, including prolonged exposure to the sun's damaging UV rays (sun spots), hormonal fluctuations during pregnancy or menopause, post-inflammatory responses to acne or skin trauma, and the natural ageing process.
How does LED help?
Green light has been clinically demonstrated to break down melanin and reduce its production within the skin's epidermal layer. It also increases cell turnover, allowing the skin to shed the hyper pigmented layer more quickly and reveal a more even complexion.
What is Hyperpigmentation?
Melanin is a pigment that is responsible for the colour of the skin, hair, and eyes in humans and other animals. It is produced by cells called melanocytes, which are primarily found in the skin but also in other tissues, such as the eyes and inner ear. The amount and type of melanin present in an individual's skin, hair, and eyes determine their overall pigmentation. Melanin serves to protect the skin as it absorbs harmful UV rays, reducing oxidative stress and consequently the damage to the cells.
The production and distribution of melanin are influenced by genetic factors, exposure to ultraviolet (UV) radiation from the sun (sun spots), hormonal changes, post-inflammatory responses to acne or skin trauma, and the natural ageing process. Hyperpigmentation refers to excessive melanin production, caused by overactivity of melanocytes, and can manifest as dark spots, melasma, freckles, or uneven skin tone within the epidermis.
How does LED help?
Green light has been found to stimulate cell turnover and promote the formation of new blood vessels within the epidermis of the skin. Its also been shown to improve the appearance of hyperpigmentation, by breaking down and reducing the production of melanin.
What are Sun Spots?
Melanin is a pigment that is responsible for the colour of the skin, hair, and eyes in humans and other animals. It is produced by cells called melanocytes, which are primarily found in the skin but also in other tissues, such as the eyes and inner ear. The amount and type of melanin present in an individual's skin, hair, and eyes determine their overall pigmentation. Melanin serves to protect the skin as it absorbs harmful UV rays, reducing oxidative stress and consequently the damage to the cells.
Sunspots, also known as age spots, are flat, brown, or dark spots that typically develop on the skin as a result of prolonged exposure to ultraviolet (UV) radiation from the sun or tanning beds. They are more common in areas of the skin that are frequently exposed to sunlight, such as the face, hands, shoulders, and arms.
Sunspots are a form of hyperpigmentation and are generally harmless, but they can be cosmetically bothersome. These spots are more common in individuals with fair skin and tend to become more noticeable with age.
How does LED help?
Green light has been clinically demonstrated to break down melanin within the skin's epidermal layer, the pigment that gives the appearance of sunspots. It has also been shown to reduce its production, whilst increasing cell turnover, allowing the skin to shed the hyperpigmented layer more quickly and reveal a more even complexion.
What is Optimum Skin Health?
The skin is the body's largest organ and serves a multitude of essential functions that are vital for overall health and well-being. It acts as a protective barrier between the body's internal organs and the external environment, shielding us against physical, chemical, and microbial threats whilst also playing a critical part in the body's immune response when injured or wounded. It plays a crucial role in regulating temperature, excretion of waste products and synthesis of vitamin D while ensuring proper sensory perception.
Maintaining optimum skin health is essential for several reasons, both functional and aesthetic.
How does LED help?
LED light therapy is a non-invasive and safe treatment that can be used to restore and maintain optimum skin health and function.
What is Oiliness?
Excessive oiliness in the skin, termed seborrhoea , is predominantly caused by the hyperactivity of sebaceous glands, responsible for sebum production, the lipid-rich, oily substance that serves to moisturise and safeguard the skin.
The sebaceous glands can be stimulated by a variety of factors, including diet, hormonal changes and stress, as well as environmental factors, over washing and the use of skin care products that are too harsh or drying to the skin.
Overstimulation of the sebaceous glands can lead to excessive sebum production, which may result in the appearance of oiliness on the skin, trigger inflammation and contribute to the development of acne lesions.
How does LED help?
Blue light has been clinically demonstrated to regulate sebum production within the skin by influencing the proliferation of human sebocytes and thus down-regulating lipid production.
What is Post Procedure Recovery?
Following the administration of 'tweakments' such as Botox and dermal fillers, temporary side effects within the skin may be experienced. These include inflammation, redness and bruising and the severity and duration of these symptoms can vary widely from person to person.
How does LED help?
The combined combined application of blue (415nm), red (630nm) and near-infrared (830nm) wavelengths cause an increase in the production of the essential wound healing protein, collagen, which plays a key role in tissue repair.
What is Scarring?
Scarring is a natural part of the body's wound-healing process. When the skin or other tissues are injured, the body works to repair the damage by forming scar tissue.
While complete prevention of scarring may not always be possible, the formation and appearance of scarring can be minimised by proper and prompt care of the wound, ensuring protection and moisturisation throughout the healing process. LED light therapy can also assist to speed recovery time, reducing inflammation and pigmentation of any scar tissue that may have naturally formed.
How does LED help?
Red and Near-infrared wavelengths have been clinically proven to speed up wound healing whilst also preventing excessive scarring by increasing the pliability and thickness of the scar tissue.
What is Redness/Erythema?
Skin redness, known as erythema, can result from various factors, often resulting inflammation or increased blood flow to the affected area. Common causes include allergic reactions to substances like foods or cosmetics, infections (bacterial, viral, or fungal), inflammatory skin conditions such as eczema and psoriasis, irritants like harsh chemicals or skincare products, insect bites, sunburn and skin trauma. Autoimmune disorders like lupus and conditions like rosacea can also lead to redness.
Environmental factors like heat or cold exposure, emotional stress, and skin conditions such as acne can cause temporary redness. Identifying the root cause is crucial for appropriate treatment, so consulting a healthcare professional or dermatologist for persistent or severe redness is advisable.
How does LED help?
The combined application of blue light 415nm and green light 545nm helps to improve redness, reduce inflammation and promote cell turnover, without causing any further sensitivity or irritation.
What is Bruising?
Bruising is caused when small blood vessels (capillaries) break underneath the skin, and blood leaks into the surrounding tissues. It is most commonly caused by physical trauma or injury but can also be linked to medications, ageing and genetics.
Tweakments or Injectable aesthetic treatments, like microneedling, Botox and filler, can sometimes cause bruising at the needle entry site as it causes slight trauma and capillary damage to the skin.
How Does LED Help?
Red light has been clinically shown to speed up the process of bruise healing and the associated redness and swelling.
Both red and Near-infrared are proven to stimulate the production of collagen, speeding up wound healing and tissue regeneration.
