








As a rule everyone develops acne, however it is true that acne most comonly appears during the teenage years leaving scars behind. Those teen acne scars are characterized either by loss of tissue (ice pick or pitted or indented scars or box car scars, rolling acne scars, depressed fibrotic scars) or by the abnormal formation of new thickened tissues (fibrotic, hypertrophic or keloid scars).
They are the legacy of an overreaction of our body’s immune system to injuries or lesions caused to the cells lining the sebum canals.
Those lesions occur when there is a sudden outflow of sebum to the surface of the skin caused by hormonal imbalances or because of increased pressure on those cells arising from blockage of such outflow by plugged skin pores.
In fact acne scars are the outcome when your immune system has to rely just on its own resources to heal acne breakouts, for then it acts according to the evolutionary lesson it learned during our evolutionary drift:
All lesions or injuries represented a perilous threat to our survival, not only due to blood loss, but also due to tissue damage or infection from the invasion of micro-organisms and/or foreign bodies such as dirt, splinters and opportunistic bacteria.
The healing mechanisms that has evolved to react to such a threat has two fundamental characteristics:
First, there is a quick and robust inflammatory response, which sets the alarms on fire and triggers a cascade of events that begins with a call to action of its army of soldiers by the names of macrophages, neutrophils and lymphocytes to the injured site.
Problem is those soldiers arrive inflamed with chemical weapons that can care less if they also destroy or liquefy adjacent tissue and lead to abscess formation. After all they’ve learned, during our evolutionary drift, that intruders at a site of lesion may very well become a matter of life or death.
Beauty and hygiene is not our immune system’s concern.
To restore the integrity of the skin barrier as quickly as possible, closure of skin lesions and repair of missing skin tissue occur rapidly by an evolutionary mechanism that leads to granulation and fibrotic tissues, and in other more common words: scarring.
Now, in normal skin formation or in skin regeneration without scarring, extracellular matrix is formed with the collagen bundles deposited in a basketweave pattern.
By contrast, when granulation tissue forms in wound healing, collagen bundles are laid down in parallel bundles between the margins of the lesion. The abnormal architecture of the collagen bundle deposition creates tissue of weaker tensile strength and produces the characteristic scar.
Studies of the wound healing process in humans and in animals show, with no doubt, that the first 48 hours after a skin lesion are critical in determining the scar outcome. Best results are obtained when interventions are made within this window. A possible explanation is that the small number of master signaling molecules in the initial cytokine cascade triggered by the skin healing process can profoundly affect the levels and ratios of inflammatory cells and growth factors recruited to the wound site.
In addition, the recruited cells influence the receptor profiles on the target cells, further affecting the wound healing response and subsequent scar formation.

- 1st, addressing the changes in the structure of the skin that occur when acne breaks out are the monopoly of drug companies and the industry’s watch dog: the FDA, and
- 2nd "America is a very litigious country" and cosmetic companies "are not going to put anything totally active in skin care products because they don't actually want to make any changes because people can misconstrue changes in their skin as allergies".
Macules or "pseudo-scars" are flat, red or reddish spots that are the final stage of most inflamed acne lesions. After an inflamed acne lesion flattens, a macule may remain to "mark the spot" for up to 6 months. When the macule eventually disappears, no trace of it will remain—unlike a scar.
Post-inflammatory hyperpigmentation is darkening or discoloration of the skin at the site of a healed or healing inflamed acne lesion. The lesions color can range from light brown to black. Lesions may become darker if exposed to sunlight (UV rays). It occurs more frequently in darker-skinned people, but occasionally is seen in people with white skin. Early treatment with BIOSKINFORTE CREAM minimizes the development of post-inflammatory pigmentation, and also vanishes existing marks. Some post-inflammatory pigmentation if untreated may persist for up to 18 months, especially with excessive sun exposure.
Types of Acne Scars
There are two general types of acne scars, defined by tissue response to inflammation:
(1) Scars caused by increased tissue formation, and
(2) Scars caused by loss of tissue.
Scars Caused by Increased Tissue Formation.
The scars caused by increased tissue formation are either keloids or hyperthophic scars. Keloid scars are associated with excessive amounts of the cell substance collagen that overgrows beyond the site of an injury or wound and an hyperthropic scar is an overgrowth of scar tissues limited to the site where a cut or loss of integrity of the skin occurrs. Overproduction of collagen is a response of skin cells to injury.
The excess collagen becomes piled up in fibrous masses, resulting in a characteristic firm, smooth, usually irregularly-shaped scar.
The typical keloid scar is 1 to 2 millimeters in diameter, but some may be 1 centimeter or larger. This abnormal growth of scar tissue is more likely to occur in susceptible people, who often are people with relatives who have similar types of scars. keloids are more frequent in people with darker skin pigmentation.
Keloid scars persist for years, but may diminish in size over time.
Scars Caused by Loss of Tissue
Acne scars associated with loss of tissue —similar to scars that result from chicken pox— are more common than keloids. Scars associated with loss of tissue are:
Ice-Pick Acne Scars or Pitted Acne Scars
Usually occur on the cheek. They are usually small, with a somewhat jagged edge and steep sides—like wounds from an ice pick. Ice-pick scars may be shallow or deep, and may be hard or soft to the touch. Soft scars can be improved by stretching the skin; hard ice-pick scars cannot be stretched out.
Depressed fibrotic scars
Are usually quite large, with sharp edges and steep sides. The base of these scars is firm to the touch. Ice-pick scars may evolve into depressed fibrotic scars over time.
Soft scars
Superficial or deep are soft to the touch. They have gently sloping rolled edges that merge with normal skin. They are usually small, and either circular or linear in shape.
Atrophic macules
Are usually fairly small when they occur on the face, but may be a centimeter or larger on the body. They are soft, often with a slightly wrinkled base, and may be bluish in appearance due to blood vessels lying just under the scar. Over time, these scars change from bluish to ivory white in color in white-skinned people, and become much less obvious.
Follicular macular atrophy
Is more likely to occur on the chest or back of a person with acne. These are small, white, soft lesions, often barely raised above the surface of the skin—somewhat like whiteheads that didn't fully develop. This condition is sometimes also called "perifollicular elastolysis." The lesions may persist for months to years.
Skin Remodeling is the Process that Gets Rid of Acne Scars
The removal or reduction of scars or lesions from the skin depends on a process called "skin remodeling". The
skin is designed to heal wounds quickly to prevent blood loss and infection.
Scars are manufactured from a rapidly formed "collagen glue" that the body
deposits into an injured area for protection and strength. In ideal skin
healing, the wounded skin is rapidly closed, then the healed area is slowly
reconstructed to remove the residual collagen scars and blend the skin area into
nearby skin. Scar collagen is removed and replaced with a mixture of skin cells
and invisible collagen fibers.
This skin remodeling may continue in a skin area for ten years.
In children the remodeling rate is high and scars are usually rapidly removed
from injured skin areas. But as we reach adulthood, this rate diminishes and
small scars may remain for years.
1.- One way to accelerate remodeling is to induce a small amount of controlled skin damage with a needle, laser, or other means, and then let the body repair processes rebuild the skin area.
2.- A second method is to use enzymes that take away scar tissues while acting as skin healing accelerators to increase the body's natural healing processes and thus obtain an even better final result.
Treatment of Indented or Pitted Acne Scars
Pitted acne scars are
one of the most difficult skin problems to treat.
Pitted scars are a sign of permanently damaged skin tissue.
Although pitted acne scars can never be completely erased, there are a few
things one can do to help. One recommendation is to get a series of peels
performed in a dermatologists office - this helps decrease the depth of the
scarring. Another key to reducing the appearance of pitted acne scars is to
stimulate collagen and elastin production in the skin. This will help plump the
underlying structure of the skin - further reducing the depth and appearance of
the scars.
Because of the nature of pitted scarring - even the most
effective treatments will take time in order to show a noticeable effect. We
recommend using BIOSKINFORTE if acne is active and BIOSKINEXFOL a home microdermbarsion cream for acne scars removal (if your acne scars are old or rough or pitted). You may need to rub onto your skin the BIOSKINEXFOL for at least three months in order to see full results on this type of acne scarring.
If you have nodular cystic acne and you are treating it with retinoids or isotretinoin drugs (Accutane®, Roaccutane® or other brand names), you do not have to wait untill acne resolves to start treating acne scarring. You can apply BIOSKINCARE safely on your skin while taking isotretinoin or retinoids for active acne. BIOSKINCARE can be used in conjunction with isotretinoin to remove acne scars and relieve the side effects associated with the thinning of your skin that those acne drugs bring forth.
BIOSKINEXFOL: Home Microdermabrasion Cream to get rid of acne scars by skin resurfacing.
Best for old acne scars because it polishes the affected skin with micro-crystals thereby accelerating the process of removing the damaged outer layer of damaged skin tissues replacing them with new healthy skin cells and skin structures. It does so through a gentle exfoliation with the microcrystals and by the dissolving action of the enzymes and skin regenerating accelerators in the serum that in this product is also the main biological active.
Home Microdermabrasion Cream to get rid of acne scars by skin resurfacing. Best for old acne scars because it polishes the affected skin with micro-crystals thereby accelerating the process of removing the damaged outer layer of damaged skin tissues replacing them with new healthy skin cells and skin structures. It does so through a gentle exfoliation with the microcrystals and by the dissolving action of the enzymes and skin regenerating accelerators in the serum that in this product is also the main biological active.








But before revealing more about this invertebrate first we must warn you, for some people despise such forms of life or viscerally react to them with disgust. Others learn after the fact to be wiser as they can not be grateful enough for the blessings such natural solutions provide.
































