Differences in the effects of various morphologies of hydrolyzed sponge on the face

Sponges are simple multicellular organisms that grow in marine or freshwater environments. They have been living in the oceans for 200 million years, with their main skeleton and support being fibrous siliceous spicules. There are over 10,000 known species of sponges so far, constituting approximately 1/15 of marine animals, forming a vast "family" in the oceans. Most sponges inhabit the intertidal zones of the sea, and some can be found as deep as 8,500 meters (28,000 feet). While the majority of sponges live in marine environments, about 20 species of sponge (also known as freshwater sponges) live in freshwater. They typically inhabit clean lakes and mild streams, and their soft structure resembles underwater plants like seaweed.

Sponges, despite their soft appearance, are classified biologically as multicellular animals, similar to corals. Due to their unique growth environment, sponges have evolved special skeletons known as sponge spicules, which are siliceous needles. Despite their small size, these spicules are quite hard and provide structural support to sponges while resisting external threats. Composed of tough proteins and heterogenous hard proteins, sponge spicules are insoluble in any organic solvent, making them ideal natural materials for cosmetics and skin exfoliation treatments.

When unrefined sponge powder is used, only its skeleton - the sponge spicules - actually have therapeutic effects. Other impurities in sponge powder are detrimental to the skin and can even cause allergic reactions and infections. Therefore, it is necessary to remove these impurities, perform biological extraction of sponges, and conduct microbial processing to obtain sponge micro-needles of higher purity.

Micro-needle technology has gained popularity for its precise therapeutic effects, yet differences in purity among brands directly impact treatment efficacy and safety. It's understood that micro-needles not meeting 99% purity often exhibit hues like grey-green due to extraction processes, and microscopically show numerous impurities such as broken or fragmented needles, risking skin reactions and allergies.

In contrast, DR. SPICULE brand's micro-needles stand out with purity reaching up to 99%. This ensures their powdered form appears pure white and under a microscope reveals no impurities, ensuring treatment safety and efficacy. This high-purity single-axis micro-needle is targeted at treating specific skin concerns, such as acne, pigmentation, and fine lines, offering users more precise and effective skincare solutions.

DR. SPICULE emphasizes its use of high-purity micro-needles not only involve rigorous material selection but also incorporate advanced extraction techniques and microbiological processing in production. Their commitment to quality and effectiveness makes DR. SPICULE a preferred brand trusted by consumers, leading the way in the development of skincare treatment trends.