Natural Scar Cure Options
Scarring Factors, Scar Appearance, Tissue Regeneration, Scar Formation Process, Scarless Wound Healing

New Keloid Cure Methods

Summary: There are 3 main processes in the injuries healing process. Analysis and further study of contraction, scar formation and regeneration are the key to understand why scarring process occur.

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New Scar Cure Innovations: Regeneration, Contraction & Scar Tissue

Three factors take part in the healing outcome of a trauma, wound or injury caused by trauma, an accident or as a consequence from plastic or reconstructive surgery: contraction, scar formation and regeneration. Of the three factors, contraction (more than scar formation) is the clearly dominant factor for spontaneous wound healing in adults.

In contrast skin injuries on small mammalian embryos heal perfectly with no signs of scarring and full reconstruction of the normal skin architecture.

Regeneration.

Limb regeneration in certain amphibians is a spectacular hability by which an amputated limb grows back to its original form, recovering its normal function. It is the prototypical paradigm of regeneration. Very few adult amphibians, and none of the adult mammals, can replicate this hability. In compensation, the vast majority of mammals, including adult humans, respond to severe injury by a spontaneous healing process.

Repair means that the wound is closed by contraction and synthesis of scar tissue without recovery of the uninjured tissues. In contrast, a regeneration process closes the wound recreating the missing organ (skin is an organ) at the original location, yielding a regenerate. Regeneration returns the normal structure and function of the damagedorgan; repair does not.

Wounds in early mammalian embryos heal without scar formation.

Unlike the adult individuals, the mammalian foetus heals its injuries spontaneously regenerating with negligible contraction, no scar formation, little inflammatory response and increased levels of hyaluronic acid (hyaluronan, HA) synthesis, provided that the injury has been suffered at a sufficiently early stage of gestation, typically before the third trimester.

A developmental transition, occurring during late mammalian gestation, leads from healing primarily by regeneration to healing by repair. During this stage closure of the damaged site by regeneration is mainly replaced by closure based on contraction and scar formation.

It is also a well known fact that scarring is often worse in children and teenagers, due to their enhanced inflammatory response, whilst the quality of scarring in elderly people is often better, as a result of an altered inflammatory and immune response at the wound site.

To understand the mechanisms behind scar-free wound healing, researchers lead by Dr Mark Ferguson, D.D.S., Ph.D., professor in the faculty of life sciences at the University of Manchester, England have analyzed the differences in cellular and molecular responses to damage in embryonic and adult injuries healing models.

Scar formation

To restore the barrier function of the skin as quickly as possible, closure of skin injuries and repair of missing skin tissue occur rapidly in adult skin by a mechanism that leads to scars formation.

The transition from scarless embryonic wound healing to scar-forming adult wound healing is gradual and is characterized by the abnormal organization of the neo-dermis, predominantly the abnormal deposition of small parallel bundles of extracellular matrix between the margins of the wound (consisting largely of collagen types I and III and fibronectin) to form the scarring as opposed to the deposition of large bundles of extracellular matrix in a normal basketweave orientation in the normal skin and in the neo-dermis of an embryonic wound. Scarring is therefore a morphogenetic problem, i.e. an error in the regeneration of the normal skin structure more than a biochemical problem, e.g. abnormal composition of the scar tissue.

For the treatment of newly formed stretch marks, to strengthen fragile skin, tighten and firm breasts and other areas, reduce cellulite and prevent stretch marks during pregnancy.

Made in the USA. One Month's supply 120 grams = 4 oz

120 Grams in Tottle: $79.98

Ultra Exfoliate Your Skin

A home microdermabrasion cream with the same high quality micro-crystals professionals use to breakdown hard, rough and old scar tissues, and allow for a deeper penetration of our exclusive natural skin moisturizing and skin regeneration complex compound contained in the microdermabrasion cream. For old and rough scars and stretch marks and to get rid of mild actinic keratosis scales before they turn into pre-cancerous formations. Not for keloids.

Made in the USA. Two to Three Month's supply 120 grams = 4.23 oz

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Modern research has shed light on the scarring process, and how to use this knowledge for developing new treatment options. The next step is to achieve scar free wounds healing.

Recent Research about Natural Scar Cure Options

Actual keloid treatment situation

De Lorenzi F, Tielemans HJ, van der Hulst RR, Rhemrev R, Nieman FH, Lutgens LC, Boeckx WD.
Department of Plastic and Reconstructive Surgery, University Hospital of Maastricht, Maastricht, The Netherlands.

BACKGROUND: There are many different keloid scars treatment options, but none of them being 100% successful. Radiotherapy is suggested to have the most significant effect on recurrence rate.

OBJECTIVES: The aim of the study is to confirm the effectiveness of iridium brachytherapy combined with surgery and to evaluate patient satisfaction.

PATIENTS AND METHODS: We retrospectively enrolled 24 patients with 30 keloids, treated by surgical excision and iridium 192 high-dose-rate (HDR) brachytherapy.

RESULTS: We observed a significant difference in scar thickness before and after the treatment (P < 0.001). With regard to patient satisfaction and complaints, 79.1% of them had no pain and irritation after treatment, 79.2% of patients would recommend this treatment to other patients, and 87.5% would undergo this treatment again if necessary.

CONCLUSIONS: Our results confirm the effectiveness of surgical keloid excision followed by HDR brachytherapy in primary treatment or if other alternative methods have failed.