Issue link: https://www.ascpskindeepdigital.com/i/1489006
New member benefit! Get the ASCP SkinPro app at ascpskincare.com/skinpro 83 MANY SPAS HAVE BEEN SEARCHING for the perfect, natural alternative to rejuvenation treatments like microneedling procedures. Microcrystal derma-infusion treatments may be the new skin care go-to for natural rejuvenation and the regeneration of collagen and elastin. This treatment uses spicules (microcrystals) of varying sizes extracted from several types of freshwater and marine sponges to resurface and polish the skin. The microcrystals are enriched with bioactive extracts that deliver rapid and visible skin-restoring results for a variety of complexions. Microcrystal treatments utilize the spicules' specific shape and natural components to deliver profound results. Spicules are formed organically in a genetically controlled way, usually 150–250 microns long and 20–35 microns wide. Some are even visible to the naked eye. These spicules are needle-shaped cylinders with pointed ends, which facilitate insertion deep into skin layers. Spicules are made of biosilica and spongin, a type of binding protein that gives sponges flexibility. Spongin can rejuvenate, firm, and soothe skin. Once the spicules are extracted from natural sources, they are purified and processed into microcrystals for skin care treatments. Like microneedling, the natural microcrystals breach the skin barrier to create a controlled injury that increases collagen and elastin regeneration and stimulates microcirculation and other self-repair mechanisms. During microcrystal derma-infusion treatments, the spicules create multiple channels by penetrating the skin's stratum corneum barrier, which causes the percutaneous absorption of rejuvenating and skin-protecting nutrients. After this treatment, the microcrystals can stay in the skin for 3–4 days as they continuously deliver profound results. This treatment is especially impressive because microcrystals form naturally—chemicals and artificial processes are not necessary to achieve stunning results. Sponges (phylum Porifera) are among the oldest creatures on earth and offer so many benefits. Over 5,000 species live in oceans, lakes, and calm rivers worldwide. Most freshwater and marine sponges are composed of mesohyl, a jelly-like substance primarily made of collagen and structured by spicules. Most sponges are filter feeders and have developed a natural defense against pathogenic viruses, bacteria, and other microorganisms. Ongoing research on bioactive substances extracted from sponges has demonstrated significant antioxidant, antifungal, antiviral, anti-inflammatory, and microbiome- enhancing properties. In particular, infusions of Lubomirskia baicalensis and other sponges from Lake Baikal in Russia have been used to create remedies for inflamed, damaged, and bruised skin for centuries. Traditionally, these sponges have been dried and ground as an effective exfoliant and skin-resurfacing agent for scars and hyperpigmentation. They are also used in many Russian medicinal preparations. Compresses and face masks made with Lubomirskia baicalensis and other sponges can regulate sebum secretion, increase fibroblast regeneration, and aid overall skin resiliency. Microcrystal derma-infusion facial treatments are effective for aging, scarred, and discolored complexions, including stubborn melasma. However, for extremely sensitive or rosacea-prone skin, we need to use refined microcrystals, which are from spicules of very small sizes: 180–250 microns. It is also important to note that clients may notice their skin beginning to peel 2–3 days after the treatment due to intense skin regeneration stimulated by microcrystals. For this reason, you should educate clients ahead of time so they can schedule this treatment at least a week before any special event. This microcrystal treatment is the perfect combination of effective skin polishing and rejuvenation with 100 percent natural ingredients. sponge spikule hannes grobe/wikimedia Research on bioactive substances extracted from sponges has demonstrated significant antioxidant, antifungal, antiviral, anti-inflammatory, and microbiome-enhancing properties. M