Hyaron vs Curenex Glow | Moisture Retention, Skin Quality, and Results

Hyaron contains 25 mg of high-purity hyaluronic acid and is designed for deep moisture retention with a minimalist hydration-focused formula.

Curenex Glow, by contrast, combines PDRN and glutathione, targeting skin brightening and collagen regeneration.

For dry skin that mainly needs hydration, the former is the better choice. For those seeking a more comprehensive approach to brightening, anti-aging, and skin repair, the latter is more suitable.

Moisture Retention

Hyaron

Take a Hyaron box straight from the original packaging and you will see the 2.5 ml capacity printed on the glass prefilled. Inside is 25 mg of non-crosslinked sodium hyaluronate. When the plunger is pressed with the thumb, the resistance felt in the hand is minimal. Paired with a 34G sharp measuring 4 mm in length, the solution passes smoothly through the epidermis. Its molecular weight is set at 1 million daltons. Unlike heavily crosslinked hyaluronic acid, liquid HA does not provide the same mechanical support or contouring effect. Once injected into the spaces between skin tissues, the solution diffuses outward with a spread radius of about 1.5 cm. The depth of insertion is strictly controlled at 1.0 to 1.2 mm. The bevel just reaches the papillary dermis. Each injection delivers 0.01 to 0.02 ml, and once the is withdrawn, a tiny wheal about 3 mm in diameter is visible to the naked eye. The hydration process follows a clear and measurable timeline:

• 2 hours: the edges of the wheal flatten as the solution penetrates into the reticular dermis.
• 24 hours: the micro-puncture sites close, and the molecules begin binding free water.
• 72 hours: corneometer readings rise by 40%.
• 14 days: some of the molecules begin to be degraded by endogenous hyaluronidase.
• 28 days: the hydrating effect of a single session enters its natural fading phase.

The solution is formulated at a pH of 7.2. At the moment of injection, the epidermal nerves register almost no stinging or distending sensation. On the VAS pain scale, a full-face manual injection typically scores only 2 to 3 out of 10. When used in compounded skin booster mixes, its low viscosity acts as a diluent. Drawing 2.5 ml of the original solution into a mixing helps thin out thick peptide-based nutrients that are prone to clogging. When switched to a 32G fine , the clogging rate drops by 80%. For skin that has spent long periods in air-conditioned environments with humidity below 30%, the epidermis often shrinks to less than 0.1 mm in thickness. In a full-face treatment, injection spacing should be reduced to 0.8 cm. A single full-face session usually consumes 2 to 3 , for a total volume of 5 to 7.5 ml. Different delivery methods produce very different results:

• Manual injection: for flat superficial placement at 0.5 mm around the eyes, leakage remains below 1%.
• 9-pin vacuum: with suction at level 3, full-face leakage can be kept within 5%.
• Microneedle roller: using a 0.5 mm length, transdermal absorption is only 15%.
• High-pressure free: airflow can deliver the liquid only about 20 microns beneath the stratum corneum.

The human body metabolizes about one-third of its total hyaluronic acid every day. The injected 25 mg of HA, facing both macrophage activity and enzymatic breakdown, is lost at a rate of 3% to 5% per day. After the 34G is removed, the capillaries in the papillary dermis have a very small chance of producing a pinpoint drop of blood. A gentle 10-second press with sterile gauze stops the red blood cells from seeping out. The tiny puncture site then forms a barely visible micro-scab within 2 hours at a body temperature of 37°C. During the first three months, the goal is to establish a highly hydrated subdermal environment. Subcutaneous injections are performed every 15 to 20 days, with 5 ml injected per session. After three consecutive treatments, high-frequency skin ultrasound shows that the moisture envelope surrounding collagen fibers in the mid-dermis has thickened by 0.05 mm. During the consolidation phase, the interval is extended to 45 days. Pure hyaluronic acid cannot address melanin deposition or fibroblast aging on its own. In practice, operators often draw 1.5 ml of Hyaron as the base solution and mix it with 2 ml of a nutrient ampoule containing vitamin C and amino acids.

Curenex Glow

Tear open the silver foil seal of the baby skin booster and remove the 5 ml ampoule inside. The clear liquid appears slightly more viscous than water when shaken. In addition to basic hyaluronic acid, the key active listed in the formula is 0.2% PDRN. Extracted from salmon milt, its deoxyribonucleotide base sequence shares as much as 95% similarity with human DNA. Draw the entire into a 10 ml sterile , then switch to a 32G, 4 mm fine for manual injection. The formula also contains 15 peptides and glutathione, so the pH sits outside the absolute comfort zone. As the enters and the solution is pushed in, a mild stinging sensation is usually felt beneath the skin. On the VAS pain scale, baby booster injections typically score 3 to 4 out of 10. Patients who are more sensitive to pain usually need a topical anesthetic cream containing 5% lidocaine applied for a full 40 minutes beforehand. depth is kept strictly within the superficial dermis, at approximately 1.0 to 1.2 mm.

“The burning sensation on the epidermis caused by the compounded nutrients usually fades within 15 minutes after withdrawal, as it is gradually neutralized by facial tissue fluid.”

Operators place one injection point every 1 cm, delivering 0.02 to 0.05 ml each time. The 5 ml volume is just enough to create around 150 dense micro-wheals across the full face. Immediately after treatment, the cheeks often show widespread flushing, and vasodilation raises the skin surface temperature by about 1.5°C. Unlike simple hydration alone, the compound ingredients follow a clear delayed absorption and response timeline beneath the skin:

• Day 3 after treatment: the wheals have completely subsided, the epidermis may show mild flaking, and hydration readings may fall 5% lower than pre-treatment.
• Day 7: glutathione begins to take effect, and the M value on a facial colorimeter drops by an average of 10 units.
• Day 14: peptides stimulate fibroblasts, and transepidermal water loss falls by 15%.
• Day 28: basal cells complete a metabolic cycle, and the thickness of the stratum corneum increases by approximately 0.02 mm.

When the stratum corneum has become damaged and thinned, it cannot retain free water effectively, and daily evaporation can exceed 200 ml. At a concentration of 0.2%, PDRN binds to cell receptors and downregulates the secretion of pro-inflammatory factors. Cheeks prone to redness and sensitivity begin to calm after two weeks, and the red area shown on VISIA vascular imaging decreases by about 20%. Once the barrier has recovered, even waiting 5 minutes after washing the face without applying skincare no longer leaves the cheeks feeling tight or pulled. In real treatment settings, very few practitioners inject the full 5 ml across the whole face without modification. When highly concentrated nutrients are not paired with enough water content, they can easily trigger pronounced rebound dryness during the first few post-treatment days. A common mixing ratio is 3 ml of the baby booster stock solution plus one 2.5 ml of Hyaron as the base. The liquids are pushed back and forth through a three-way connector five times, allowing the high-molecular-weight hyaluronic acid to serve as a liquid carrier for the nutrients. Once injected into the dermis, this blend creates a highly hydrated microenvironment for the first three days. Within that full and hydrated reservoir, the 15 peptides, including 0.05 mg of copper peptide, move more actively. The peptides stimulate extracellular matrix synthesis, and ultrasound imaging shows the papillary dermis becoming brighter and denser. For areas with enlarged pores and excessive oil production, operators often add an extra 10 to 15 units of micro-dose botulinum toxin to the solution used in the T-zone and inner cheeks. This small amount of botulinum toxin restricts acetylcholine release from the sebaceous glands.

“By 2 weeks after treatment, sebum meter readings on the forehead and sides of the nose typically show a stable reduction of 25% to 30%.”

A full course is usually set at 3 to 4 sessions, spaced 21 to 28 days apart. Skin cells need enough time to respond to the repair signals triggered by DNA fragments. After three accumulated treatments, readings on the skin luminosity meter stabilize at 15 units higher than baseline. The remaining 2 ml left at the bottom of the ampoule is often reserved for intensified treatment around the eyes. Since the skin under the eyes is only 0.3 mm thick, a specially designed 34G nano painless is used. With a 30-degree bevel and shallow insertion, the probability of subcutaneous bleeding drops to below 2%. The formula contains glutathione at roughly 1 mg/ml. In the dermis, it acts as an antioxidant, interrupting the binding reaction between tyrosinase and dopa precursors. The sallow tone built up from lack of sleep usually fades by day 10 after treatment. Tear troughs that once required two layers of concealer can then be covered with just a 0.5 mm-thick layer of foundation. For extremely dry skin with stratum corneum moisture content below 10%, the first three days after treatment can actually feel drier than usual. Keratinocytes are reorganizing, while intercellular lipids have not yet been fully secreted. Patients are advised to use one 2 ml ampoule of sterile saline for wet compresses every morning and evening, leaving it on for 8 minutes each time. After the compress, a medical repair cream containing 3% ceramide should be applied. This artificially builds an occlusive sebum-like film about 0.01 mm thick to suppress moisture loss into the air. By day 14, the skin’s own sebaceous secretions—free fatty acids, ceramides, and cholesterol—rearrange into a 3:1:1 ratio.

Parameter Comparison

Hyaron is labeled as 2.5 ml and contains 25 mg of non-crosslinked sodium hyaluronate, with the concentration fixed at 10 mg/ml. In the 5 ml of the baby booster, the proportion of hyaluronic acid is significantly reduced. The freed-up space is used to carry 0.2% PDRN extract and 15 peptide compounds. The dynamic viscosity of pure hyaluronic acid solution is about 200 mPa·s, so only about 2 newtons of pressure are needed to push it through during injection. The baby booster solution contains various macromolecular proteins and trace amino acids, so the flow resistance is slightly higher. The operator’s thumb typically needs to apply around 3.5 newtons of force for the liquid to pass smoothly through an ultra-fine 34G. When pH test paper is dipped into the two liquids, the color results differ clearly. Hyaron is precisely adjusted to a pH of 7.2, very close to the slightly alkaline physiological environment of human extracellular fluid at 7.4. Because the baby booster contains glutathione and vitamin C derivatives, its pH is mildly acidic at around 6.5.

As soon as a mildly acidic solution enters the dermis, it triggers a slight discharge from the subcutaneous nerve endings. Using the same 34G nano and the same 1.2 mm insertion depth, pure hyaluronic acid produces a stable VAS pain score of 2. With the baby booster, the moment the solution goes in, the patient’s grip on the pain-relief ball typically increases by about 4 kg, and the pain score rises to 4. The rate at which the wheals disappear reflects the physical diffusion capacity of the liquid through subcutaneous tissue. Free hyaluronic acid molecules at 1 million daltons are not constrained by crosslinked bonds. A 0.02 ml wheal will usually flatten completely within 2 hours at a body temperature of 37°C. In a compounded nutrient solution, however, the larger peptide molecules move more slowly, so with the same injected volume, the wheal generally takes 4 to 6 hours to blend into the surrounding reticular dermis. At 72 hours after Hyaron treatment, stratum corneum hydration can jump from a depleted 12% to 35%. By day 14, free water content falls back to around 22%. At that point, a second needs to be opened on time to sustain the highly hydrated epidermal state. During the first 3 days after baby booster treatment, stratum corneum hydration usually hovers between 10% and 12%, and the skin often feels tight. By day 14, PDRN begins repairing damaged intercellular lipid structures. Moisture readings rise to 25% and remain stable in that range for the following 21 days. Even after a single infusion of 25 mg of hyaluronic acid, transepidermal water loss can still reach 18 g per square meter per hour. The peptides and salmon DNA fragments in the baby booster help repair defects in the stratum corneum. By day 28, instrument readings show that this loss rate can be reduced to 11 g. Drawing both products into the same 10 ml sterile mixing is a common scene in actual practice. 3 ml of baby booster is combined with one 2.5 ml of hyaluronic acid base, yielding a total of 5.5 ml of compounded solution. After pushing the liquid back and forth five times, the osmotic pressure reaches equilibrium. The pH of the mixed solution is neutralized to around 6.8. When a 9-pin vacuum is used for full-face superficial placement with suction set to level 3, the handpiece lifts approximately 2 square centimeters of epidermal tissue each time. Nine 32G simultaneously enter the superficial dermis to a depth of 0.8 mm. The 5.5 ml blended solution leaves around 300 evenly distributed micro-red points across the full face, with leakage remaining below 5%. On day 14, high-frequency skin ultrasound scanning of the cheeks shows that the previously loose collagen bundles in the mid-dermis have become denser after immersion in the compound solution. The thickness of the bright hyperechoic band on the screen increases from 1.5 mm before treatment to 1.65 mm. Free hyaluronic acid provides early hydration support, while PDRN continues delivering repair signals over the following three weeks. When subtle epidermal changes are captured using a VISIA facial imaging system, the difference becomes even clearer. Two weeks after a pure hydration treatment, the number of fine dry lines under the eyes and on the cheeks is reduced by about 15. With the compounded nutrient formula, the same areas show a reduction of 22 dry lines. In the pigmentation detection module, the distribution area of superficial melanin contracts by around 8%.

Skin Quality

Boosting Skin Hydration

After the age of 25, the moisture stored beneath the cheeks declines by 1.5% per year. The dermis is typically 1 to 2 mm thick, so hyaluronic acid only works when the delivers it to a depth of 0.8 to 1.2 mm. Ordinary lotions and creams stay on the surface at no more than 0.02 mm, and in an air-conditioned room at 26°C, they can evaporate completely in just 9 minutes. The level of natural moisturizing factors in the stratum corneum drops from 30% at age 20 to below 15%. Microscopic signs of everyday dehydration:

• Water loss exceeds 25 g/m²·h
• Makeup starts caking and patching under the eyes in less than 2 hours
• Dry lines at the outer corners of the eyes measure up to 0.1 mm deep
• Tightness after washing the face can last as long as 30 minutes

Each of Hyaron contains 2.5 ml, with a full 25 mg of pure hyaluronic acid inside. When a 9-pin vacuum is used and each shot delivers 0.02 ml, around 120 tiny wheals can be created across the cheeks. With a molecular weight of 1000 kDa, the hyaluronic acid enters the spaces between tissues and draws in surrounding water molecules the way iron filings are pulled toward a magnet. Each HA molecule can hold free water equal to 500 times its own weight. 1 gram of hyaluronic acid can firmly bind 1000 ml of water beneath the skin. As cells expand from water uptake, the pressure between them increases, pushing the previously collapsed epidermis upward by 0.03 mm. The body’s own hyaluronidase will gradually break down the newly injected HA over 48 to 72 hours. That is exactly where Curenex Glow, with its 0.2% PDRN, comes in to repair the damaged lipid barrier. With pure hyaluronic acid alone, skin hydration can climb to 45% by day 7. But by day 15, measurements often fall back to around 25%. When the PDRN in the baby booster is added to reorganize the reticular fibers, the density of the collagen network that holds water beneath the skin can increase by 15%. Once that structure tightens, transepidermal water loss drops by nearly 30%, and moisture escapes much more slowly. Physiological changes after the skin is fully hydrated:

• Cheek wheals flatten within 12 to 24 hours
• Skin reflectivity increases by a measurable 15%
• The spacing between pores tightens by 0.05 mm
• The yellow-tone index on skin analysis drops by 2 color units

In a well-hydrated environment, the peptide complex in the baby booster penetrates 2.5 times faster. Glutathione suspended in the interstitial fluid binds to melanocytes, and in skin with hydration above 40%, melanin production is suppressed by 20%. Many clinics mix the two products into a 3.5 ml solution for treatment. With the Dermashine device set to suction level 3, leakage can be kept below 5%. The mixed solution gradually diffuses into the hyaluronic acid gel over 4 hours. Tiny blood vessels continuously deliver red blood cells and nutrients to the area around the entry points, increasing local blood flow by approximately 8%. A treatment interval of 28 days is ideal, matching the normal renewal cycle of epidermal cells. If the injection is shallower than 0.5 mm, the solution stays too close to the surface and the bumps may take days to subside. With a 34G ultra-fine measuring just 0.18 mm in outer diameter, the injection is almost painless. After each push, the is left under the skin for an extra 0.5 seconds to give the solution time to spread. Every 10% increase in skin hydration causes corneocytes to expand by about 5%. As epidermal cells pack more tightly together, allergen-triggering pathogenic bacteria are far less able to penetrate the stratum corneum. Before treatment, retinoid creams should be stopped for a full 3 days. Women are advised to avoid treatment during the 4 days of menstruation, when reduced clotting function makes widespread bruising more likely. The 100-plus tiny puncture marks left on the face should be covered with medical sterile masks for 3 consecutive days. A mask soaked in sterile saline and applied for 15 minutes can immediately lower the epidermal temperature by 3°C. Once the temperature drops, the previously dilated and damaged capillaries constrict. Redness and swelling that would normally take 48 hours to subside can fade within 12 hours instead. During those 15 minutes, the water content of the stratum corneum can rise instantly by 12 percentage points. After 3 full treatments completed at the proper dose, the proportion of firmly retained water in the dermis can stay around 60%, leaving the skin soft, springy, and full.

Repairing the Dermis

How long the skin can hold moisture depends entirely on how strong the tissue mesh is 1 to 2 mm beneath the surface. After the age of 28, type I collagen, which supports facial contours, declines by 1% per year. A foundational skin layer once 1.5 mm thick often shrinks to less than 1 mm by age 35. Like a net with holes in the bottom, even the best pure hyaluronic acid cannot stay put for long. In less than 7 days, the water is gone. What Curenex Glow, with its 0.2% PDRN, is designed to do is stitch that damaged net back together. The deoxyribonucleotides extracted from salmon are highly similar to human DNA, with up to 95% similarity. Once delivered through the to a depth of 0.8 mm, they cause almost no rejection response. In under 24 hours, fibroblasts that had been lying dormant begin waking up in large numbers.

“After two sessions, when you pinch both sides of the cheeks, the soft, sagging flesh that once felt loose now pushes back outward. The indentation left by your fingers rebounds with a faint flush in under 2 seconds.”

The formula’s four compounded peptide chains move through the tissue fluid beneath the skin like messengers carrying signals everywhere they go. Within 14 days after injection, the damaged and broken collagen network is gradually reassembled and reinforced. Ultrasound imaging shows that the dark, depleted zones in the deeper skin shrink by about 12%. Once the “net” has been repaired, visible changes follow:

• The fat pad above the nasolabial fold lifts back by about 0.2 cm
• The skin under the eyes, where chronic dull bluish darkness tends to linger, becomes about 0.15 mm thicker
• The elongated teardrop-shaped pores around the sides of the nose appear to tighten by roughly 20%

The glutathione mixed into the gradually penetrates downward through the newly formed capillary pathways. Old deposits of melanin lodged 1.2 mm beneath the skin are effectively placed on pause and can no longer continue oxidizing and darkening. Yellowish sallowness begins to fade noticeably around day 15. On a colorimeter, the L value, which represents brightness, rises by 1.5 levels. For treatment, the operator must switch to a designed specifically for the mid-depth skin layer. Manual injection is typically performed with a 1.5 mm “yellow,” inserted vertically with a slight margin of depth. If it is injected too shallowly, the solution remains trapped in the epidermis and can form hard nodules that take months to disappear. If the goes too deep into the fat layer, that means hundreds of yuan per milliliter of nutrient solution are simply wasted. A skilled practitioner injects 0.05 ml with a light push, creating a small reservoir between the subcutaneous fibers.

“On the day after the second treatment, the cheeks may look slightly flushed. When examined with a VISIA system, the porphyrin-related redness index beneath the skin appears about 8% higher than usual. That is a sign that the tiny blood vessels are actively transporting nutrients upward.”

The nutrients in the solution are extremely small, with molecular weights below 3000 daltons. Once under the skin, they can diffuse outward to a radius of 0.5 cm. With one injection point placed every 1 cm, roughly 150 injections are enough to bathe the entire deep facial layer in nutrients. The tight, tense feeling during the first few days is a sign that fibroblasts are producing collagen in large amounts. The physical structure of the skin is gradually pulling inward and firming up. For the first 3 days, the face should be washed only with purified water at a temperature strictly below 25°C. By day 5, the previously broken microvessels begin sprouting new tiny branches. Local oxygen exchange rises sharply by 15%. After one full 28-day metabolic cycle, the absolute thickness of the skin truly increases by 0.03 mm when measured with a professional caliper. After 3 full treatments, the underlying skin framework is essentially rebuilt. At the 3-month follow-up, the externally injected hyaluronic acid has long since been absorbed by the body. But when the cheeks are pinched, their elastic modulus still remains a full 15% higher than before treatment. Once the skin base becomes thicker and stronger, its ability to withstand external temperature changes improves as well. During seasonal transitions or in dry, cold wind, the likelihood of redness and itching drops by half. The cells then begin layering themselves in a more orderly way. The shedding cycle of the stratum corneum returns from a disordered 15 days to a healthy, regular 28 days. Even expensive face creams applied at home show at least a 10% increase in absorption.

“For people over 35, the deepest impression after treatment is not that the skin looks several shades lighter, but that the long-standing hollow, tired look in the cheeks is replaced by real volume and substance.”

Choosing Based on Skin Needs

Every morning after washing your face, step into natural light and look in the mirror. Gently push upward on the skin over the cheekbones with your fingertips. If a few fine dry lines less than 0.1 mm deep appear right away, and the skin feels rough like fine sandpaper, then instrument testing will often show epidermal hydration has already dropped below 15%. If the main issue is simply dehydrated, hollow-looking cheeks, then irrigating the skin with high-purity hyaluronic acid is already a precise solution. Each of Hyaron contains a full 2.5 ml of solution and 25 mg of sodium hyaluronate. Its effect is especially obvious in dry skin around the age of 25. During seasonal changes, a cold autumn wind may leave patches of redness and flaking around the sides of the nose about the size of a coin. A single pure hydration session each month can steadily bring the dermis’s ability to retain water back up to the baseline 30% threshold.

“Applying skincare alone is like sprinkling water on the surface of a sponge that has already dried out. Using a fine to deliver nutrients to a depth of 1.2 mm is what truly soaks the sponge in water.”

For the average office worker, spending a few hundred yuan a month on it as an upgraded version of daily skincare is not financially difficult. But with hyaluronic acid alone, by around day 15, the swollen, water-filled molecules have already been partially metabolized by the body’s enzymes. Skin reflectivity then gradually falls from the 45% peak reached right after treatment. Once a person is past 28, hydration alone is no longer enough to support a face that is beginning to decline. Stay up until 2 a.m. just once, and the dull yellow tone in the face may linger for a full 72 hours the next day. The pores around the nose become stretched by collagen loss into little teardrop shapes about 0.05 mm long. At that stage, what is needed is the 0.2% PDRN in Curenex Glow to rebuild the depleted reticular base beneath the skin. Its combination of four peptide chains and glutathione is aimed directly at dull, tired, late-night skin. After 3 treatments completed as a course, colorimeter readings show that subcutaneous yellow-brown pigment deposits can be reduced by nearly 20%. The absolute thickness of the previously depleted dermis can increase by 0.02 mm. At a licensed medical clinic, the doctor will use data from a VISIA skin analysis system to determine the treatment plan. Put the parameters of the two products side by side in one table, and it becomes immediately clear which one is suited to what:

Mixing 1 of baby booster with 2 of Hyaron is one of the most frequently ordered combinations in many clinics. The total volume comes to 8.5 ml, enough to create around 200 tiny wheals across the full face. The non-crosslinked hyaluronic acid opens up small water reservoirs at a depth of 1.2 mm, giving the peptide chains and nucleotides space to circulate. Once the two solutions meet within the tissue fluid, the efficiency of cellular nutrient uptake increases by at least 1.5 times. With a 34G ultra-fine measuring only 0.18 mm in diameter, the injection is almost painless. When the device suction is set to level 3, product leakage can be kept firmly below 5%. The 100-plus tiny micro-injuries left on the face close in under 12 hours with the repair support of PDRN. Skin that used to flush at the slightest provocation can, after 3 sessions, withstand a 10°C temperature difference. Even after applying expensive eye cream hundreds of times, it still cannot erase the mesh-like dry-line area about 1.5 cm wide beneath the eyes. If 0.5 ml of the baby booster is set aside and manually layered along the infraorbital rim, the absolute thickness of the fragile skin around the eyes can increase by about 0.05 mm in less than a week. Even after staring at a computer screen for 8 continuous hours, the corners of the eyes no longer feel painfully dry. Waiting until the cheeks already feel hollow before thinking about hydration is far less effective than following the 28-day epidermal turnover cycle consistently. During the first 3 months, treatment should be done once a month on schedule to completely strengthen the foundation of the deeper skin layers. After that, even if the next touch-up is delayed to 45 days later, the cheeks will still feel full and pushing outward when pinched. Follow-up instrument testing shows the water-loss rate remains steadily within the safe range at around 12%.

Results

Hyaron Results

When a doctor injects a single 2.5 ml of Hyaron into the cheeks, the skin surface immediately rises into 80 to 100 small round bumps spaced roughly 1.2 cm apart. A 32G ultra-fine places the non-crosslinked hyaluronic acid, with a molecular weight of 1 million daltons, precisely into the mid-dermis at a depth of 1.0 to 1.5 mm. This skin layer, only about 2 mm thick, behaves like a sponge, rapidly drawing in free water from nearby capillaries within 5 minutes. During the first 48 hours after the is withdrawn, the raised bumps gradually diffuse at a rate of about 0.1 mm per hour, spreading into the spaces between cells, where 85% to 92% of the solution is absorbed by the tissue. Because the face has undergone more than a hundred micro-punctures, a faint flush covering about 3 cm² is usually visible to the naked eye. The skin surface temperature rises by around 0.5 to 0.8°C, and that warmth increases the flow rate of nutrients beneath the skin by roughly 1.5 times.

• Moisture content in the outermost stratum corneum of the forehead rises from 15% to 32%
• Transepidermal water loss slows by 15 g per hour
• Oil secretion in the T-zone drops by about 20% to 25% by day 3
• Fine dry lines around 0.5 mm long at the corners of the eyes appear 0.12 mm shallower
• The horizontal diameter of cheek pores decreases by approximately 0.03 mm

By around 120 to 168 hours, the tiny subcutaneous moisture reservoir is considered fully established. Water at more than 500 times the original volume fills the spaces around the cells, and the flattened cells in the surface layer swell to nearly one-third larger after becoming fully hydrated. Under indoor overhead lighting, the refraction angle shifts by roughly 15 degrees, and even on a bare, freshly washed face, a luminous natural highlight band appears about 2 cm across the upper cheekbone. When washing the face in the morning, the rough, grainy texture once felt along the jawline—like particles around 0.2 mm in size—can no longer be detected. A pea-sized amount of foundation spreads much more evenly, fitting smoothly into skin texture only 0.05 mm deep. On the nose, makeup wear time extends from the usual 4 hours before oil and breakdown set in to more than 8.5 hours. In the usual 1 cm-wide flaking zones around the nostrils, visible white scales are reduced by more than 90%. The solution is manufactured at a pH strictly maintained between 6.8 and 7.5, making it highly compatible with body fluids as it diffuses through tissue at a depth of about 0.5 mm. A collagen network that has collapsed by nearly 30% is physically propped open by hyaluronic acid at a concentration of 10 mg/ml. Previously loosened elastic fibers, whose spacing had widened to 0.1 microns, gain upward support from these milliliters of pure hydration, allowing skin that once sank by 0.3 mm under pressure to spring back much more quickly. Within the treated 20 cm² area, local tissue osmotic pressure rises to around 300 to 320 mOsm. Flow in the thin layer of interstitial fluid outside the cells nearly doubles. Dead skin cells that would normally take 28 days to shed begin coming off about 72 hours earlier. But the body continuously produces endogenous enzymes that break down hyaluronic acid. A completely non-crosslinked, water-like formula such as Hyaron loses nearly half of its moisture-locking power within 48 to 72 hours under the skin. By the 14th day, when looking closely in the mirror, it is estimated that of the 75 mg of hyaluronic acid injected earlier using three, about 60% to 65% has already been cleared by macrophages.

• The 2 cm reflective highlight on the cheek visibly dims by nearly 40%
• Concealer begins catching again in 0.3 mm under-eye lines, forming two pale streaks
• Pinching the cheek reveals a loss of about 0.1 mm in fullness, returning toward the original hollow feel
• After about 4 p.m., a dry, tight sensation begins to appear in the area roughly 3 cm below the cheekbone
• When the corners of the mouth are lightly stretched, faint dry fissure-like lines of about 0.05 mm become visible

To fully hydrate a face of about 350 cm², a single session usually requires at least 5.0 to 7.5 ml of product. Opening two to three glass on the spot is just enough to cover the entire face densely, from the hairline all the way down to the jaw angle. With a 9-pin device fitted with 32G long and suction set to 60 kPa, product leaking down the cheeks can be tightly controlled to 0.2 ml, or less than 5% of the total volume. If the doctor switches to a manual single-technique using a 4 mm, each injection point is carefully limited to 0.02 to 0.05 ml by thumb pressure. At least 150 to 200 micro-punctures are needed for the reticular dermis across the entire face to be hydrated evenly. In extremely dry, desert-like skin that starts flaking within 5 minutes of washing, the 80-plus small wheals formed after treatment often flatten and are absorbed in under 12 hours. In oily, acne-prone skin, once hydration at a depth of 1.5 mm increases, the openings of sebaceous glands are compressed by the added water volume and shrink by about 0.02 mm. In the forehead and around the nostrils—the areas with the heaviest oil production—sebum output drops by roughly 1.5 to 2.0 micrograms per square centimeter per hour. If treatment is performed properly once every 28 days for 4 full sessions, the slightly acidic aqueous environment within the upper 2 mm of the skin can remain stable for nearly 90 days.

• Extremely dry skin: tightness after washing fades fastest, and 3 cm-wide cheek redness becomes lighter
• Combination skin: the chance of developing hard white closed comedones about 1 mm in diameter on the chin drops by 15%
• Redness-prone sensitive skin: the outermost stratum corneum on the forehead thickens by 0.05 to 0.08 mm
• Mature skin over 35: the time it takes the apple of the cheek to rebound after pressing with the index finger improves by 0.2 seconds
• Dull, sleep-deprived skin: the complexion looks about half a shade brighter on a shade chart

After makeup removal, if the chin is placed against a VISIA analyzer and the purple-light mode image is reviewed on day 10, more than half of the 60-plus dense orange-red fluorescent spots previously seen in the T-zone will have disappeared. The porphyrin residue trapped in pores about 0.1 mm wide is flushed out and metabolized by nearly 40% thanks to the increased water content. On the vascular image, the prominent red lines across the cheekbones appear to narrow by roughly 0.2 to 0.3 mm. Under the microscope, molecules of this 1 million dalton size are simply too large to pass through the dense fascial layer roughly 0.5 mm thick beneath the dermis. As a result, the 7.5 ml of injected fluid remains confined within the narrow reticular spaces at a depth of 1.2 to 1.5 mm below the epidermis. In this high-osmotic, water-rich environment, the surface epithelial cells become visibly plumper by 20%, a change that is clearly apparent even under 10x magnification. After spending 2 hours in an air-conditioned room with relative humidity below 30%, the usual outward pull of moisture from the stratum corneum is effectively halted. The dry air’s attempt to strip away 20 grams of water per hour from the face is blocked by the subcutaneous water-network barrier. Measurements taken with a skin moisture meter show that water loss through the pores remains steadily at a healthy 10 g/m²·h for 7 consecutive days.

Curenex Glow Results

When the doctor opens a 5 ml glass of Curenex Glow, the liquid inside has a faint pink tint. Using an ultra-fine 32G only 4 mm long, the solution is injected into the tissue at a depth of 1.2 to 1.5 mm beneath the facial skin. Across the full face, 150 to 200 small raised wheals appear. Immediately after withdrawal, the skin surrounding each puncture site—roughly 2 cm² in area—shows a mild halo of pinkish redness. During the first 72 hours, the skin enters its natural repair phase. The small amount of non-crosslinked hyaluronic acid in the formula gets to work first, pulling the moisture level in the outermost skin layer upward by about 15%. The raised bumps diffuse and flatten at a rate of around 0.15 mm per hour. By the morning of day 4, after washing with water, the tightness around the jawline usually feels reduced by 20% to 30%, leaving the skin as supple as if it had undergone three consecutive nights of intensive hydrating masks. By day 7, the glutathione in the formula has quietly reached the deeper melanin-producing zones beneath the skin. It suppresses the activity of pigment production by about 25%, preventing dull, dark pigment that would normally rise to the surface through metabolism from progressing beyond the skin base at around 0.8 mm deep.

• The dull yellow tone caused by repeated late nights fades by nearly half a shade under bright overhead lighting
• Pale sun-induced spots around 3 mm in diameter near the eye corners and cheekbones begin to look softer at the edges
• The 1.5 cm-wide darkened areas around the mouth become about 20% brighter
• Foundation applied in the morning now holds until around 5 p.m. before turning gray, about 2 hours later than usual

By around 2 weeks, the 0.2% PDRN and the 15 amino acid peptides in the formula take over the skin’s microenvironment. These nutrient particles, ranging from 50 to 1500 kDa, fit precisely into the receptors of damaged cells. Once those biological switches are activated, the dermis is pushed into overdrive, producing fresh type I collagen.

Under a 50x magnifying dermatoscope, the previously collapsed and broken collagen fibers can be seen thickening by about 0.01 microns per day, while tissue gaps that had widened to 0.2 mm become gradually filled with newly regenerated dermal matrix.

The most visible facial changes usually appear around day 21. The old teardrop-shaped pores around the nostrils, previously stretched downward by gravity, contract inward by about 0.04 to 0.06 mm when measured across their width. Pressing on the highest point of the apple cheek with the fingertip produces a much stronger rebound force. Along the jawline—especially on the side that had sagged by about 2 mm—a subtle but noticeable lifting tension begins to appear. Acne marks on redness-prone cheeks also fade at a visibly accelerated pace. Tiny red acne pits about 0.5 mm across, which would normally take a full 28 days to flatten, are already nearly 80% leveled by day 15. The capillary network that usually flares up with heat becomes less reactive because the vascular wall has thickened by about 0.02 mm. Even when the ambient temperature rises by 3°C, the skin is much less likely to feel hot and flushed.

• The two or three firm red acne marks about 1 mm wide on the chin fade 8 days earlier than usual
• After washing the face and drying it casually with a towel, the redness-prone area on the cheeks shrinks by about one-third
• After a night of poor sleep, instrument testing still shows skin roughness Ra values reduced by 15%
• The outermost protective dead-skin layer on the forehead becomes measurably thicker by around 0.03 mm
• Moving from 30°C outdoor summer heat into an 18°C air-conditioned room, facial heat dissipates 4 minutes faster

This nutrient-rich pink solution slowly diffuses through tissue at a depth of 0.8 to 1.5 mm. After a single 5 ml session, the skin usually reaches its best condition around the weekend of the third week. The amino acids and peptides delivered in one treatment are roughly enough to compensate for 45 to 60 days of natural collagen loss. A full course is usually set at 3 sessions, spaced 21 to 28 days apart. After a total of 15 ml has been injected over the course of treatment, the overall amount of type I collagen within the dermis can increase by about 30%.

After completing all three sessions, even if the patient sleeps less than 5 hours for two nights in a row, the skin’s measured reflectivity can still remain above 45 units, without collapsing back into a dull, hollow, fatigued look.

In real clinical practice, it is common to mix 2.5 ml of Hyaron with 5 ml of Curenex Glow before treatment. A full 7.5 ml of this blended solution is then injected across the face. During the first 3 days, the hyaluronic acid raises hydration in the outer layers by 40%, while the peptides from the pink continue working in the background over the following 60 days to thicken the underlying 0.5 mm support layer. After 3 months, a VISIA scan typically shows the bar graph representing hidden pigmentation dropping by 20% to 25%. When a fold of cheek skin is pinched between the thumb and index finger, ultrasound measurements show that subcutaneous thickness has increased by 15 to 20 microns compared with baseline. By consistently replenishing the nutrient reservoir beneath the skin on schedule, the normal aging-related daily loss of 0.05 g of collagen can be slowed by nearly one-third.

Effect Comparison

If 2.5 ml of hyaluronic acid is injected into the left side of the face and 5 ml of pink nutrient solution into the right, the two sides quickly show completely different rhythms. Within the first 48 hours, the side treated with Hyaron behaves like a water-saturated sponge, with surface hydration rising sharply to 32%. On the Curenex side, flaking is reduced by only about 10%, and when rubbed with the back of the hand, there is still a trace of dryness. Hyaron peaks around day 5, when the 2 cm-wide area over the cheekbone becomes bright enough to reflect light almost like a mirror. Meanwhile, Curenex is still slowly “building the foundation” at a depth of around 0.8 mm, and the dark patches that make the skin look half a shade duller have not yet visibly changed. For weddings, photoshoots, or other short-notice events, a single 75 mg pure hyaluronic acid session can leave the skin plump and dewy within 120 hours. Once the calendar reaches day 14, the balance between the two sides reverses completely. On the Hyaron side, the 1 million dalton molecules have already been quietly broken down by the body’s enzymes by nearly 60%, and foundation begins catching again in the 0.3 mm lines under the eyes. On the Curenex side, the 0.2% nucleotides are just beginning to wake up, pushing the skin to produce fresh collagen fibers around 0.01 microns thick each day. A clinic follow-up table of 30 patients shows that the two products produce very different trends across time:

When the skin’s 2 mm-thick surface is supported by water alone, the effect inevitably loses strength over time. By day 28, the roughly 300 osmotic microcirculatory reservoirs created by Hyaron have almost shut down. If moisturizer is not applied immediately after washing, the cheeks reliably begin to feel tight and dry again within 5 minutes. By contrast, the pink glutathione-containing solution suppresses the pigment-producing machinery by 25%, allowing the bare face to maintain around 20% more radiance throughout the day. When dealing with old 0.04 mm teardrop-shaped pores stretched by gravity, pure hydration can do very little. Hyaluronic acid cannot penetrate the structural membrane beneath the skin; at best, it swells the dead skin around the pore opening, making the area look smoother for only two or three days. The 15 amino acid peptides in Curenex, however, genuinely fill the 0.2 mm tissue gaps beneath the skin and tighten the loosened pore openings from within. Under seasonal temperature swings, the two products behave very differently. Moving from 30°C outdoor heat into an 18°C air-conditioned room, skin treated with hyaluronic acid may have water at the surface, but the vascular network underneath remains thin and fragile, so redness and heat can take 10 minutes to calm down. The 0.02 mm newly nourished vessel walls developed through weeks of Curenex treatment can pull the elevated skin temperature back down in just 6 minutes. From a cost and treatment-burden perspective, the 2.5 ml Hyaron usually requires a clinic visit about once a month. Over the course of a year, that can mean at least 2,000-plus micro-punctures of about 0.2 mm each. Curenex takes a slower, longer-term approach: once a full course of 3 , totaling 15 ml, has been completed, the next session can usually be postponed by 45 to 60 days. For combination skin with three or four inflamed red acne marks about 1 mm wide, relying on pure hydration alone to fade the redness often means waiting through a full 28-day natural turnover cycle. With the salmon-DNA-based pink solution, necrotic cellular debris beneath the skin is cleared more quickly, and by the morning of day 15, the red marks are often already nearly 80% faded. For mature skin over 35, the rebound time after pinching the cheek is often about 0.2 seconds slower than it was at age 20. Simply flooding the 1.5 mm tissue spaces with water is like painting shine onto the surface of a deflated balloon: it may look dewy, but when pressed, it still feels slack. Once the collagen-supporting nutrients in the skin booster are fully delivered, the absolute density of the dermis can increase by 30%, and the stronger upward rebound felt under the fingertip is unmistakably real.