Can You Get Rid of an Indented Scar?

Can You Get Rid of an Indented Scar?

Although scarring is a natural and necessary phase of healing, this process sometimes leaves indentations, puckering, or pockmarking where the tissue below the skin has been damaged or lost. These are called atrophic scars, most commonly caused by acne, injury, and surgery. Although some level of scarring may be permanent, there are safe topical treatments available to help restore this underlying tissue and smooth the surface of the skin to reduce the appearance of scars. These treatments include a blend of vitamins and nutrients that have demonstrated a significant clinical benefit to skin healing and scar reduction.

Scars and Skin Form Differently

Scar tissue is built from the same collagen protein as normal skin, but the fibers are arranged differently. Where natural skin is a somewhat randomly assorted matrix, which allows sweat glands and hair follicles to form, scar tissue fibers are arranged in strong, though less flexible, parallel layers that do not allow for sweat glands or hair follicles.

When skin is damaged by injury, surgery, or acne, the skin layers are forcibly separated. Once the interference is removed or resolved, the skin immediately begins to generate new cells, adding fibers of collagen in roughly diagonal rows. Many factors affect the speed of this process, as well as what kind of scar eventually forms.

Minimizing Scars as they Heal

While the scar is forming, the layers of skin that come together may not align properly if the wound moves too much, or the skin becomes too dry or too damp. Therefore, during the healing process, it is important to both immobilize the area to maintain proper alignment, and to ensure that the skin along the edges does not dry out or become too moist.

Using a properly formulated scar treatment, such as InviCible Scars, as directed during the healing process helps to maintain proper elasticity while also feeding the skin vitamins and nutrients that are essential for healing.

InviCible Advanced Scar Therapy includes vitamin C, licorice, and aloe vera to completely heal the area, and restore elasticity and skin tone, as well as silicone and essential fatty acids to reduce skin pocking and indentation.

For years, vitamin E was used topically as well, but this has recently been discouraged by dermatology experts as it can cause skin irritation. Other ingredients to avoid include hydroquinone, Kojic acid, and anything with fragrance or preservatives.

Reducing Scars after Healing

Skin and scar tissue continually regenerates and replaces cell layers throughout our lives. Though this process is more gradual than the initial healing, it does mean that the appearance of scars can be altered even after they have fully formed. If given the proper tools, the body will continue to heal and repair old scars.

InviCible Advanced Scar Therapy comes highly recommended by doctors who treat skin disease, such as acne, or perform surgery. Regular application of our nutrient-rich product helps to drive the healing process and reduces the appearance of scars and uneven skin tone.

Do you have a question about your scar? Leave a comment and let us know!

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How Long Does it Take to Get Rid of Scars?

How Long Does it Take to Get Rid of Scars?

Healing is a series of steps on a very long journey, but the destination proves worthwhile when scars eventually fade. Individuals hoping to minimize (or even eliminate) the appearance of hypertrophic, atrophic, and other types of scars should understand how their bodies react to each stage of the process.

Read More: Scars

The Inflammatory Phase

Healing begins with the inflammatory phase. A cut to the skin triggers a sudden dilation of blood vessels, which allows enzyme-rich fluids to rush to the wound. These fluids attack damaged tissue, breaking it down to eliminate bacteria, erythema, and broken collagen fibers.

The Proliferation Phase

To combat the amount of nutrients lost from inflammation the body increases its collagen production. This creates a new network of tissue. However, all too often this network proves excessive, with protein chains layering against each other. This raises the skin and forms a scar.

Epithelialization Phase

Skin serves as a barrier against infections. However, newly formed scars are structurally weaker than traditional tissue. Lipid bilayers appear infuse the skin surface with moisture, sealing scar sites against free radicals.

Maturation Phase

Scar tissue eventually begins to mature. Surrounding blood vessels shrink back to normal size, collagen production decreases, and hydration levels settle. The wound closes completely and bonds with the tissue. Eventually, the scarring begins to fade.

Read More: Scar Phases

How Long do These Phases Take?

Scars are unique – and so is the healing process. Each phase demands an individualized amount of time to reach completion. In general, however, patients can expect:

  •  Inflammatory Phase: 1 to 3 days.
  • Proliferation Phase: 3 to 4 weeks.
  • Epithelialization Phase: 1 to 2 days.
  • Maturation Phase: 1 – 2 years.

Impacting Factors

The healing process is, unfortunately, fickle. A variety of factors impact its effectiveness:

Genetics

Certain elements, such as metabolism, oxygenation rates, and enzyme levels, are inherited. Genetic precursors play pivotal roles in the overall speed and efficiency of healing.

Nutrition

Dietary choices directly impact healing. Patients suffering from low Vitamin A (which promotes balanced cell growth), Vitamin C (which promotes anti-oxidation), or Zinc (which promotes enzyme production) often experience slow healing.

Age

Younger skin is more prone to abnormal and exaggerated healing. This can lead to hypertrophic or keloid scars. Older skin takes longer to recover. These factors affect the body and its ability to heal, keeping scars from fading and potentially increasing their appearances.

Read More: Scar Healing

Each patient is different – shaped by specific genetic traits, dietary choices, and their age. Because of this, it remains impossible to definitely chart a scar’s healing process.  However, most can expect the process to take about a year.

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Do Essential Fatty Acids Fade Scars?

Do Essential Fatty Acids Fade Scars?

Scars are almost always permanent, but with patience, time, and proper treatment, they can fade and become less noticeable. Choosing the right treatments, however, proves crucial to the healing process. Essential fatty acids are one of the treatments often recommended to individuals seeking to minimize the appearance of their scars.

Read More: Fade Scars

What are Essential Fatty Acids?

Essential fatty acids (also known as EFAs) are carboxylic compounds. Though they serve key functions – stimulating the metabolic process and aiding in tissue regrowth – they’re not created naturally within the body. Instead, they’re synthesized through foods, ointments, or other secondary methods. This ensures a steady introduction of linoleic and oleic properties into the bloodstream.

Linoleic Acid

Linoleic acid is a polyunsaturated EFA chain. Due to its double-bonded shape, it does not appear naturally within the body. Its role as an inflammation regulator and a producer of cell membranes, however, proves critical to human development.

Oleic Acid

Oleic acid (also known as Omega 9) is a monounsaturated EFA chain. It’s not manufactured within the body but is instead commonly ingested through nuts, seeds, avocados, and other oil-based foods. It directly affects plasma production, circulation, and insulin production.

These two EFAs impact the texture and appearance of scar tissue. How? Let’s examine their effects.

How Do Essential Fatty Acids Affect Scars?

Essential fatty acids – specifically linoleic acid and oleic acid – trigger a variety of functions within the body:

Regeneration of Lipid Bio-Layers

Lipid bio-layers affect the skin’s overall hydration. They’re needed to soften each scar’s texture and promote elasticity. EFAs stimulate the lipid production process and maintain moisture levels.

Prostaglandin Production

Prostaglandins are fatty enzymes. Through their secondary compounds, known as prostacyclins, they stimulate skin growth, as well as attack sources of inflammation. This reduces redness, irritation, and swelling. EFAs contribute to prostaglandin production, which delivers concentrated compounds to the scar site.

Melanin Regulation

Melanin is an oxidized compound that determines an individual’s pigmentation. It affects skin color, eye color, hair color, and more. The arrival of scars tend to create an overproduction of melanin, which darkens the affected area considerably. EFAs regulate melanin and fade hyperpigmentation.

Through essential fatty acids, individuals achieve supple, hydrated skin, reduced irritation, reduced inflammation, reduced hyperpigmentation, and enhanced elasticity. These elements combine to fade scars. InviCible Scars contains essential fatty acids in combination with a stable form of Vitamin C to fade scars.

Read More: Get Rid of Scars

Essential fatty acids are pivotal in the healing process. They deliver vital lipids and promote hydration, decreasing tissue rigidity and size. This makes them ideal for the treatment of hypertrophic, keloid, and even surgical scars.

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Do Topical Steroids Fade Scars?

Do Topical Steroids Fade Scars?

What are Topical Steroids?

Steroids are chemicals that are produced naturally by the body. They have a variety of functions including decreasing inflammation. The body produces 2 main types of steroids:

Glucocorticoids

These carbohydrate-based hormones regulate the metabolic system, as well as expedite the creation of anti-inflammatory proteins. They allow the body to maintain appropriate levels of glucose, amino acids, and adipocytes.

Mineralocorticoids

These aldosterone-based hormones filter water and electrolytes through the body (specifically the kidneys). They regulate salt secretion, as well as the regulating potassium levels. They also affect the skin’s overall hydration levels.

Topical steroids are man-made chemicals that mimic these naturally-occurring chemicals we have in our bodies. Topical steroids are most commonly used to reduce inflammation and are often used in the treatment of skin disorders such as eczema, dermatitis, poison ivy or oak reactions, and rashes.

Topical steroids have been commonly used throughout the world for over fifty years, and they rank among the most popular methods for fading scars. Do they really work?

Read More: Steroids

Do Topical Steroids Fade Scars?

According to a landmark study published by the Journal of Burn Care and Research (and conducted by the Shriners’ Burns Institute of Cincinnati), topical steroids are not successful in fading scars. During a test of 159 patients – each suffering from post-burn contractures – doctors applied these formulas to skin and monitored the results for a year. No favorable changes were seen in scar thickness, texture, or pliability. Instead doctors discovered adverse reactions, including thinning of the skin and bruising, in 16.4% of patients.

Some physicians still prescribe topical steroids for the treatment of scars. Beyond decreasing inflammation however, there does not appear to be any real benefit in terms of improving scar appearance or texture.

Consult With Your Doctor

Those considering steroids should always consult with their physician first. Prolonged use can have long-lasting, negative side effects and is best overseen by a doctor.

Also be sure to ask about alternative topical scar treatments, particularly products containing silicone. Other topical therapies that have been shown to improve scar appearance include vitamin C, aloe vera, and Vitamin A.

Read More: Scar Treatments

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What Is the Difference Between Atrophic and Hypertrophic Scars?

What Is the Difference Between Atrophic and Hypertrophic Scars?

No two scars are alike. Each one is shaped by genetics, metabolism, perfusion cycles, oxygenation rates, and more – and different wounds respond to different treatments. It’s important, therefore, to understand how the most common tissue tears can be healed. Let’s examine atrophic and hypertrophic scarring.

Read More: Types of Scars

What are Atrophic Scars?

Atrophic scars are flat lesions that appear on the face and body. They’re formed when fatty deposits beneath scar sites disintegrate, causing a sudden recession of collagen and muscle. This decreases the overall elasticity of the skin and creates a shallow, pitted effect.

Atrophic scars are typically associated with skin disorders, such as: chickenpox, cystic acne, or extensive ultraviolet damage. Their sizes, textures, and depths vary greatly. They’re not generally considered painful, but they are often prone to irritation or inflammation.

What are Hypertrophic Scars?

Hypertrophic scars are, unlike their atrophic counterparts, raised lesions. They occur when an excess of collagen builds within the body, causing the tissue to thicken dramatically. They’re clustered around the scar site (unlike keloids, which spiral outward) and feature red, textured appearances.

Hypertrophic scars have many causes – cuts, surgery, burns, or even acne. They will often heal on their own, but the process is slow and sometimes painful (extreme irritation or itching may occur).

How Do Patients Treat These Scars?

Treatment starts with identification. Once patients establish whether they’re suffering from atrophic or hypertrophic scars, they can then quicken the healing process.

Atrophic Scars

Atrophic scars occur when external factors interrupt the body’s collagen process. There are, however, several treatments available to reinvigorate this process:

Dermabrasion

Cylindrical pads move across the scar site, buffing away olds cells and encouraging the growth of new ones. Skin is gently stimulated and collagen production resumes.

Soft Tissue Injections

Soft tissue injections introduce patients to new collagen, pumping controlled doses directly into the scar site. This slowly rebuilds elasticity and fullness.

Silicone Gels

Silicone gels restore natural hydration levels, helping skin achieve greater mobility. They also soften pitted tissue and minimize the appearance of atrophics.

Hypertrophic Scars

Hypertrophic scars occur when the body releases too much collagen, but several treatments are now available to maintain proper production, including:

Laser Therapy

Laser therapy utilizes bursts of light to penetrate the skin, with high-frequency pulses reversing the collagen flow.

Compression Therapy

Compression therapy relies on varying degrees of pressure (often achieved through bandages) to slowly eliminate build-ups of collagen.

Vitamin C Complexes

Vitamin C complexes infuse tissue with key nutrients, helping to stabilize collagen production. They also reduce redness, irritation, and rigidity.

Before starting any scar treatment program patients should consult with their physicians.

Read More: Get Rid of Scars

Atrophic and hypertrophic scars rank among the most common afflictions worldwide. They affect men, women, and children alike. Learn how to identify them to ensure successful healing.

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