Makeup, styling and a photography session for you and your family.

Plan a consultation with us for your makeup, styling and photo shoot. From headshoots to Boudoir... Need that special something made for you?

We have a local designer to make you that special outfit you have dreamed of. ( Designs will be available in September. )

• Stephanie Millonig RN, BSN, CLS, ANS, Oncology Aesthetics, Makeup Artist and Stylist. 303-898-8085
• Sarah Cutright Blueghost Studio, Photgrapher, 720-210-8514, www.blueghoststudio.com
• Nicholas Leading, Clothing Designer, For the Perfect You, www.fortheperfectyou.com 

Designs will be available in September.

Microdermabrasion with a european facial $70.00 (included is sun-damage and pre-cancer removal at no extra fee)

Toe Fungus Removal $5 off.

Full hour massage, $30, for new clients only.

Teen Consultation consists of discussing ones diet, medications, herbs, habits, products usage, and how one takes care of their skin. Education and technique on proper skin care is addressed and taught with a home-care regime planned for each individual teen. Please bring in all products and list of medications with all dosages.

Treatment for sun-damage, age spots, liver spots, broken capillaries, hyperkeratosis, and sebacous hyperplasia.

The body produces vitamin D from sunlight (specifically from the UVB band of ultraviolet light), and excessive seclusion from the sun can lead to deficiency unless adequate amounts are obtained through diet.
Sunburn can have mild to severe inflammation effects on skin; this can be avoided by using a proper sunscreen cream or lotion or by gradually building up melanocytes with increasing exposure. Another detrimental effect of UV exposure is accelerated skin aging (also called skin photodamage), which produces a difficult to treat cosmetic effect. Some people are concerned that ozone depletion is increasing the incidence of such health hazards. A 10% decrease in ozone could cause a 25% increase in skin cancer.[19]
A lack of sunlight, on the other hand, is considered one of the primary causes of seasonal affective disorder (SAD), a serious form of the "winter blues". SAD occurrence is more prevalent in locations further from the tropics, and most of the treatments (other than prescription drugs) involve light therapy, replicating sunlight via lamps tuned to specific (visible, not ultra-violet) wavelengths of light or full-spectrum bulbs.
A recent study indicates that more exposure to sunshine early in a person’s life relates to less risk from multiple sclerosis (MS) later in life.[20

Lifetime sun exposure
There are currently no recommendations on the total safe level of lifetime sun exposure.[12] According to epidemiologist Robyn Lucas at Australian National University,[28] analysis of lifespan versus disease shows that far more lives are lost to diseases caused by lack of sunlight than by those caused by too much.[29] Some scientists suggest that it is inappropriate to recommend total avoidance of sunlight.[30]
If one is fair skinned, 10 minutes of exposure to sunshine at high noon (in summer) will produce 10,000 IU of Vitamin D; darker skin requires longer exposure.[29]
Note that summer peak daily UVB radiation can be one thousand times higher than winter peak daily UVB radiation in temperate regions. The reason is that UVB radiation is strongly absorbed by the atmosphere, and, when the sun is closer to the horizon, its ultraviolet light is attenuated due to having to pass through greater thickness of atmosphere. This effect is far stronger for the ultraviolet light than for the visible light. For example, in Boston, the summer solstice sun peak altitude is 71 degrees and the corresponding UVB radiation is 73% of max (90 degree sun altitude); the winter solstice sun peak altitude is 24 degrees and the corresponding UVB radiation is 0.03% of max (90 degree sun altitude).[31][32] Conversely, the intensity of ultraviolet radiation is increased at higher altitudes, by 4-5% for every 1000 feet of elevation.[33]
The current recommendations for Vitamin D supplementation (between 200 IU and 400 IU)[34] are not based on sun exposure levels of Vitamin D production, but on fears of toxicity as each person's Vitamin D status depends on dozens of environmental and nutritional factors.[35] Because of this balance between internal production and external supplementation of Vitamin D, it is up to each individual to be aware of how they feel, and to consider sun exposure and Vitamin D status as part of their overall health.[36]
It has recently been discovered that vitamin D receptors are present in most if not all cells in the body. Additionally, experiments using cultured cells have demonstrated that vitamin D has potent effects on the growth and differentiation of many types of cells. These findings suggest that vitamin D has physiologic effects much broader than a role in mineral homeostasis and bone function. This is an active area of research and a much better understanding of this area will likely be available in the near future.[37]

Safe level of sun exposure
According to a 2007 study submitted by the University of Ottawa to the Department of Health and Human Services in Washington, D.C., there is not enough information to determine a safe level of sun exposure at this time.[12]
There is no consensus on which component of ultraviolet radiation (UVA or UVB or UVC) actually is carcinogenic,[22] and the composition of ultraviolet radiation changes throughout the day: At high noon, ultraviolet radiation reaching ground level is 95% UVA and 5% UVB, while before 10am and after 2pm this percentage changes over time to 99% UVA and 1% UVB.[23] This is caused by the reflection of UVB rays back into space due to sun angle as the earth slowly rotates on its axis. The rate of change is faster the farther the position is away from the equator (i.e. more north or south).[24]
On average over a day, 98.7% of the ultraviolet radiation that reaches the Earth's surface is UVA. UVC is almost completely absorbed by the ozone layer and does not penetrate the atmosphere in any appreciable quantities.[25] As a result, only the combination (UVA, UVB, and UVC) known as "ultraviolet radiation" is listed as a carcinogen, the components are only "likely to become" known carcinogens. Solar radiation, also known as "sunlight" is also listed as a carcinogen because it contains ultraviolet radiation. This means also that the UV Index is a measure of total ultraviolet radiation, and not just Vitamin D-producing UVB.[26]
Sunlight is therefore the only listed carcinogen that is known to have health benefits, in the form of helping the human body to make Vitamin D. This makes sunlight unique on the list of known carcinogens.[22]
With new evidence of Vitamin D receptors in all body tissues, experts advise having a balance between Vitamin D from sun exposure and Vitamin D from supplements. The only way to quantify adequate levels of Vitamin D is with a serum 25(OH) D3 test.[27]

Risks
Despite the importance of the sun to vitamin D synthesis, it is prudent to limit exposure of skin to sunlight[16] and UV radiation from tanning beds.[19] According to the National Toxicology Program Report on Carcinogens from the Department of Health and Human Services, broad-spectrum UV radiation is a carcinogen thought to contribute to most of the estimated 1.5 million skin cancers and the 8,000 deaths due to metastatic melanoma that occur annually in the United States.[16][20] Lifetime cumulative UV damage to skin is also largely responsible for some age-associated dryness and other cosmetic changes.
It is not known whether a desirable level of regular sun exposure exists that imposes no (or minimal) risk of skin cancer over time. The American Academy of Dermatology advises that photoprotective measures be taken, including the use of sunscreen, whenever one is exposed to the sun.[21]
Prolonged optical exposure to sunlight, especially intense ultraviolet light, may be linked to cataracts and high levels of high energy visible light may be linked to age related macular degeneration. See also snow blindness.

Scar reduction for wounds, surgical wounds, breast augmentation, open heart surgery, trauma accidents, dog bites ect.

Early and effective treatment of acne scarring can prevent severe acne and the scarring that often follows[28] High melanin levels and either African or Asian ancestry may make adverse scarring more noticeable.[29] As of 2004 no prescription drugs for the treatment or prevention of scars were available.[30]
Chemical peels
Chemical peels are chemicals which destroy the epidermis in a controlled manner, leading to exfoliation and the alleviation of certain skin conditions including superficial acne scars.[31] Various chemicals can be used depending upon the depth of the peel and caution should be used, particularly for dark-skinned individuals and also including individuals susceptible to keloid formation or those with active infections.[32]

Filler injections
Filler injections of Collagen or ArteFill can be used to raise atrophic scars to the level of surrounding skin.[33] Risks vary based upon the filler used, and can include temporary improvement, further disfigurement, and allergic reaction.[34]

Dermabrasion
Dermabrasion involves the removal of the surface of the skin with specialist equipment and usually involves a local anaesthetic.

Laser Treatment
Non-ablative lasers such as the 585 nm Pulsed dye laser, 1064 nm and 1320 nm Nd:YAG, or the 1540 nm Er:Glass are used as the standard laser therapy for hypertrophic scars and keloids.[35] This therapy smooths theto the epidermis via contact cooling. Multiple sessions are usually required for a significant reduction idness and improvement in the texture and pliability of hypertrophic scars and keloids.
Ablative lasers such as the carbon dioxide laser or Er:YAG offer the best results for atrophic and acne scars.[36] Like dermabrasion, ablative lasers work by destroying the epidermis to a certain depth. Healing times for ablative therapy are much longer and the risk profile is greater compared to non-ablative therapy; however, non-ablative therapy offers only minor improvements in cosmetic appearance of atrophic and acne scars.[35]

Radiotherapy
Low-dose, superficial radiotherapy is sometimes used to prevent recurrence of severe keloid and hypertrophic scarring. It is thought to be effective despite a lack of clinical trials, but only used in extreme cases due to the perceived risk of long-term side effects.[37]

Semiocclusive Ointments & Pressure dressing
Silicone scar treatments are commonly used in preventing scar formation and improving existing scar appearance.[38] The effectiveness and safety of silicone sheeting for the treatment and prevention of scars is supported by an abundance of clinical studies.
Semiocclusive silicone based ointments [39] are used to speed healing and reduce the appearance of scars and likely work in a similar manner as silicone scar sheets.
Pressure dressings are commonly used in managing burn and hypertrophic scars, although supporting evidence is lacking.[40] These involve elastic materials or gauze which apply pressure to the area. For large scars and particularly large burns, pressure garments may be worn. It is believed that they work by applying constant pressure to surface blood vessels and eventually causing scars to flatten and become softer.[citation needed] Retrospective and ultrasonic studies since the 1960s have supported their use, but the only randomized clinical trial found no statistically significant difference in wound healing.[40] Care providers commonly report improvements, however, and pressure therapy has been effective in treating ear keloids.[40] The general acceptance of the treatment as effective may prevent it from being further studied in clinical trials.

Steroids
A long term course of steroid injections under medical supervision, into the scar may help flatten and soften the appearance of keloid or hypertrophic scars.[41]
The steroid is injected into the scar itself; since very little is absorbed into the blood stream, side effects of this treatment are minor. However, it does cause thinning of the scar tissue so it does carry risks when injected into scars caused by operations into ruptured tendons. This treatment is repeated at 4-6 week intervals.
Topical steroids are ineffective.

Surgery
Scar revision is a process of cutting the scar tissue out. After the excision, the new wound is usually closed up in order to heal by primary intention, instead of secondary intention. Deeper cuts need a multi-layered closure to heal optimally, otherwise depressed or dented scars can result.[43]
Surgical excision of hypertrophic or keloid scars is often associated to other methods such as pressotherapy or silicone gel sheeting. Lone excision of keloid scars however shows a high recurrence rate close to 45%. A clinical study is currently ongoing to assess the benefits of a treatment combining surgery and laser-assisted healing in hypertrophic or keloid scars.

Vitamins
Research shows the use of vitamin E and onion extract (sold under Mederma) as treatments for scars is ineffective.[40] Vitamin E causes contact dermatitis in up to 33% of users and in some cases it may worsen scar appearance.[42] Vitamin C and some of its esters also fade the dark pigment associated with some scars.[44]

Deep penetrating light therapy (abbreviated DPLT) is a form of medical treatment using light-emitting diodes. DPLT has been suggested for the treatment of pain reduction, wound healing, acne and wrinkle reduction, Treatment for Acne, Cystic Acne, Rosacea, Acne Rosacea, Sun damage, Hyper pigmentation, Scarring and increases healing of post- surgical wounds.

A chemical peel is a body treatment technique used to improve and smooth the texture of the facial skin using a chemical solution that causes the dead skin to slough off and eventually peel off.[1] The regenerated skin is usually smoother and less wrinkled than the old skin. Thus the term chemical peel is derived. Some types of chemical peels can be purchased and administered without a medical license, however people are advised to seek professional help on a specific type of chemical peel before a procedure is performed.

Alpha hydroxy acid peels
Alpha hydroxy acids (AHAs) are naturally occurring carboxylic acids such as glycolic acid, a natural constituent of sugar cane juice and lactic acid, found in sour milk and tomato juice. This is the mildest of the peel formulas and produces light peels for treatment of fine wrinkles, areas of dryness, uneven pigmentation and acne. Alpha hydroxy acids can also be mixed with a facial wash or cream in lesser concentrations as part of a daily skin-care regimen to improve the skin's texture.
There are five usual fruit acids: citric acid, glycolic acid, lactic acid, malic acid and tartaric acid. Many other alpha hydroxy acids exist and are used.
Citric acid: These peels are simple and effective, although not incredibly invasive or capable of significant improvement with one treatment.
Glycolic acid: This acid creates a mild exfoliating action. Glycolic acid peels work by loosening up and exfoliating the superficial top layer. This peel also stimulates collagen growth.[citation needed] High strength peels are good in terms of efficacy but they irritate more. Some glycolic peels claim the use of strontium nitrate in order to try to reduce skin irritation. Nevertheless, strontium nitrate is a product which is strictly prohibited in cosmetic products since it has a high toxic potential [2]
Lactic acid: This peel will remove dead skin cells, and promote healthier skin.
Malic acid: This peel is the same type of mildly invasive peel and can open up the pores, allow the pores to expel their sebum and reduce acne.
Tartaric acid: This is acid is capable of delivering the same benefits as the above peels.
AHA peels are not indicated for treating wrinkles.
AHA peels may cause stinging, skin redness, mild skin irritation, dryness, and take multiple treatments for desired results.

Beta hydroxy acid peels
It is becoming common for beta hydroxy acid (BHA) peels to be used instead of the stronger alpha hydroxy acid (AHA) peels due to BHA's ability to get deeper into the pore than AHA[citation needed]. Studies show that BHA peels control sebum excretion, acne as well as remove dead skin cells to a certain extent better than AHAs due to AHAs only working on the surface of the skin. Salicylic acid is a beta hydroxy acid.
Jessner's peel
Jessner's peel solution, formerly known as the Coombe's formula, was pioneered by Dr Max Jessner, a German-American dermatologist. Dr Jessner combined 14% salicylic acid, lactic acid, and resorcinol in an ethanol base. It is thought to break intracellular bridges between keratinocytes. It is very difficult to "overpeel" the skin due to the mild percentages associated with the acid combination.

Retinoic acid peel
Retinoic acid is derived from retinoids. This type of facial peel is also performed in the office of a plastic surgeon or a dermatologist in a medical spa setting. This is a deeper peel than the beta hydroxy acid peel and is used to remove scars as well as wrinkles and pigmentation problems.[citation needed] It is usually performed in conjunction with a Jessner; which is performed right before, in order to open up the skin, so the retinoic acid can penetrate on a deeper level. The client leaves with the chemical peel solution on their face. The peeling process takes place on the third day. More dramatic changes to the skin require multiple peels over time.

Phenol is the strongest of the chemical solutions and produces a deep skin peel. Some publications claim that phenol peel affect could be due to the action of croton oil and that phenol would not be effective without this oil. In reality, many phenol peel solutions exist that do not contain croton oil. This last is only a penetration enhancer, acting at the epidermal very superficial layers. Croton oil is not the only penetration enhancer that can be used. Effects of a phenol chemical peel are long lasting, and in some cases are still readily apparent up to 20 years following the procedure. Improvements in the patient’s skin can be quite dramatic. A single treatment usually achieves the desired result.
Phenol peels are used to:
correct blotches caused by sun exposure or aging
smooth out coarse deep wrinkles
remove precancerous growths
Phenol peels may:
pose a risk of arrythmias if applied without following strict rules
permanently remove facial freckles
many formulas cause permanent skin lightening by reducing the ability to produce pigment
require increased protection from the sun permanently

TCA Peel is a deep peel to smooth deep wrinkles, sun-damage, acne scars, uneven skin tone, gets rid of skin cancer and stretch marks ect.

Trichloroacetic acid (TCA; also known as trichloroethanoic acid) is an analogue of acetic acid in which the three hydrogen atoms of the methyl group have all been replaced by chlorine atoms.
It is prepared by the reaction of chlorine with acetic acid in the presence of a suitable catalyst.
CH3COOH + 3Cl2 → CCl3COOH +3HCl
It is widely used in biochemistry for the precipitation of macromolecules, such as proteins, DNA, and RNA. Its sodium salt is used as a weedkiller. Solutions containing trichloroacetic acid as an ingredient are used for cosmetic treatments, such as chemical peels, tattoo removal, and the treatment of warts, including genital warts. It can kill normal cells as well. It is considered safe for use for this purpose during pregnancy.[3]
Salts of trichloroacetic acid are called trichloroacetates. Reduction of trichloroacetic acid results in dichloroacetic acid, a pharmacologically active compound that shows promise for the treatment of cancer.[4]