Start a new Record.

ECM (Extracellular Matrix) is the "environment" itself in which skin cells exist. Collagen, hyaluronic acid, elastin, proteoglycans, and growth factors are woven into a three-dimensional network, and the skin's elasticity, hydration, and regenerative capacity are determined not by the cells, but by the quality of this environment.

As an analogy, skin cells are gardeners and the ECM is the garden. No matter how skilled the gardener, without soil, water, and nutrients, flowers will not bloom. As we age, the ECM's constituent components decrease and the network structure deteriorates — this is the biological reality of skin aging.

CELLOGRAM's ECM Prime is designed to re-engineer this damaged environment itself. 50+ active components are organized in a 4-tier hierarchy: Foundation (HA) → Activation (PDRN, amino acids, vitamins) → Protection (antioxidants) → Support (minerals). This is not simple nutrient delivery, but restoration of the conditions under which regeneration can actually occur. Frantz C, Stewart KM, Weaver VM. "The extracellular matrix at a glance." Journal of Cell Science, 2010;123(24):4195–4200.

Even with the same material, different particle designs produce entirely different cellular responses.

CELLOGRAM's core is the 30um non-porous spherical microsphere. Designed at the same scale as dermal fibroblasts (20-30um), it exceeds the single-cell phagocytosis threshold of macrophages. Particles of a few micrometers are rapidly cleared, but 30um particles persist longer and induce a predictable M2 polarization → TGF-B → collagen synthesis pathway.

The non-porous, high-density surface confines degradation reactions to the particle surface, maintaining a uniform collagen formation environment. At 12 weeks, inflammatory cell counts are 1/6 that of porous particles — significantly lower. Cao Q, et al. Frontiers in Bioengineering and Biotechnology, 2025;13:1571820 (non-porous vs porous 12-week inflammation comparison). · Oh JH, et al. Cells, 2023;12(9):1320 (M2 polarization & TGF-B pathway).

Yes, they must be used together. The two products were designed as a single system to implement CELLOGRAM's Dual-Axis Design philosophy.

CELLOGRAM's regeneration mechanism functions only when physical structure (scaffold) and biological environment (ECM) operate simultaneously.

Collagen Architecture (PDLLA 30um) provides a physical scaffold sized to fibroblasts and initiates M2 macrophage polarization → TGF-B → Type I/III collagen synthesis. However, for this pathway to actually function, the raw materials, cofactors, and protective systems required for synthesis must be in place.

ECM Prime supplies precisely that environment. PDRN activates A2A receptors to initiate tissue repair cascades; 19 amino acids supply collagen triple helix precursors (Proline, Glycine, Hydroxyproline); vitamin C and minerals serve as cofactors for proline hydroxylation; Glutathione and NAC block oxidative interference during synthesis.

A scaffold without the environment means "signals exist but cannot elicit a response." An environment without the scaffold means "regeneration signals lack persistence and direction." The two axes are not independent — they are an integrated system that presupposes each other.

By analogy: planting seeds alone (scaffold only), preparing soil alone (environment only), and planting seeds in prepared soil (dual design) — the results are clearly different. Oh JH, et al. Cells, 2023;12(9):1320 (M2/TGF-B/Type I collagen synthesis). · Lee JH, et al. Antioxidants, 2023;12(6):1204 (ECM remodeling). · Squadrito F, et al. Frontiers in Pharmacology, 2017;8:224 (PDRN A2A activation). · Colangelo MT, et al. Regenerative Medicine, 2020;15(6):1801–1821 (PDRN wound healing).

Conventional mesotherapy cocktails mix vitamins, amino acids, and HA to deliver temporary hydration and nutrition to the dermis. The core mechanism is "delivery," and the duration is typically a few weeks.

ECM Prime contains 50+ components, but the design philosophy is fundamentally different. A 4-tier hierarchy — Foundation → Activation → Protection → Support — not simply delivering nutrients, but engineering the entire biological environment where collagen regeneration occurs. PDRN activates A2A receptors, 19 amino acids supply collagen precursor pools, Glutathione and NAC block oxidative interference during synthesis, and minerals maintain enzyme activity.

Crucially, ECM Prime is always used alongside Collagen Architecture (PDLLA), the structural signal. Physical scaffold + biological environment — this dual-axis design is the fundamental difference from simple nutrient delivery. Squadrito F, et al. Frontiers in Pharmacology, 2017;8:224 (PDRN). · Colangelo MT, et al. Regenerative Medicine, 2020;15(6):1801–1821 (PDRN regeneration mechanism).

The active substance is identical PDRN (polydeoxyribonucleotide). The difference lies in context.

Using PDRN alone relies on a single pathway: A2A receptor activation → anti-inflammation → tissue repair. The signal is sent, but the raw materials (amino acids), cofactors (vitamin C, minerals), and protection (antioxidants) for collagen synthesis are absent.

In ECM Prime, PDRN is one axis of the Activation layer. The signal is sent, and the complete environment needed to respond to that signal (precursors, energy, protection) is designed alongside it. By analogy, standalone PDRN is "planting a seed," while ECM Prime is "cultivated soil + seed + water + nutrients + protective shield." Squadrito F, et al. Frontiers in Pharmacology, 2017;8:224. · Colangelo MT, et al. Regenerative Medicine, 2020;15(6):1801–1821.

The core is "mass production of uniform 30um non-porous spherical particles."

PDLLA microspheres can be made by various methods. However, simultaneously controlling size, morphology, and porosity at nano-to-micro scale while achieving mass production is an entirely separate challenge. When size varies, cellular response varies — 25um and 35um particles differ in phagocytosis resistance against macrophages.

Smart SPDS™ (Solid Phase Delivery System) is a proprietary technology for mass-producing perfectly uniform spherical microspheres, confirmed at SEM x500/x5000 magnification. This uniformity is what makes CELLOGRAM's core promise of "predictable regeneration" possible.

No. CELLOGRAM is ready for use with approximately 10 seconds of manual mixing.

CELLOGRAM is designed so that when the PDLLA powder (Collagen Architecture) and ECM Prime solution are combined, they disperse rapidly and uniformly, formulated at the optimal concentration for effective action.

It is important to understand that "hydration" is not chemical dissolution. PDLLA is inherently a water-insoluble polymer; the purpose of hydration is to achieve uniform dispersion so the particles are delivered accurately at the intended concentration. CELLOGRAM is engineered to achieve this uniform dispersion rapidly, simultaneously improving procedural efficiency and reproducibility.