How Does Vitamin C Benefit Skin?

Posted by Ada Hersko on March 31, 2014 0 Comments

Vitamin C, also known as ascorbic acid, is key to the production of collagen, a protein that aids in the growth of cells and blood vessels and gives skin its firmness and strength. Vitamin C also helps create scar tissue and ligaments, and it helps your skin repair itself.

Vitamin C is an antioxidant that slows the rate of free-radical damage -- free radicals are unstable molecules that damage collagen and cause skin dryness, fine lines and wrinkles. New research shows that ascorbic acid 2-phosphate, a derivative of vitamin C, not only neutralizes free radicals, but also reverses DNA damage.

Research suggests that vitamin C may also reduce sunburn caused by exposure to ultraviolet B radiation and prevent the consequences of long-term sun exposure, which can lead to skin cancer. This doesn't mean you can take vitamins or apply topical vitamin C and then bake safely in the sun, but you can help keep your skin healthy and supple by making sure you get enough of this antioxidant vitamin.

Vitamin C can improve your skin, strengthen your immune system, protect against cardiovascular disease and reduce your risk of stroke, and doctors say it's one of the safest and most effective nutrients. Vitamin C is water-soluble, which means it's easily absorbed through the water in your body. Your body doesn't store vitamin C, so you must replace your supply every day -- excess amounts are flushed out through your kidneys [source: U.S. Food and Drug Administration].

There are plenty of foods that can help you boost your consumption of vitamin C. If you get the recommended nine daily servings of fruits and vegetables, you're probably meeting the minimum daily recommendations for vitamin C -- in addition to many other vitamins and minerals. To ensure your diet includes plenty of vitamin C, eat citrus fruits and vegetables such as bell peppers, cauliflower, broccoli, spinach, collard greens and tomatoes. Although opinions differ on how much vitamin C your body needs, many doctors suggest taking 500 milligrams a day, which can often be found in daily multivitamins or vitamin C supplements. However, don't exceed more than 2,000 milligrams per day -- too much vitamin C may cause stomach irritation.

You can also apply topical vitamin C to your skin to encourage collagen production and fight free radicals. 

Love Line Orange - Body Lotion

Contains Vitamin C that stimulates blood circulation for young- fresh-looking skin.

  • Natural antioxidant – Decelerates the skin aging process.
  • Stimulates the formation of collagen fibers which help keep skin firm.
  • Is easily absorbed. Your skin remains pleasant to the touch, without feeling greasy.

See Orange - Body Lotion.

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Benefits of Apple Extract

Posted by Ada Hersko on January 28, 2014 0 Comments

We've all heard that an apple a day keeps the doctor away!

In recent years, women have also been offered beauty solutions containing extracts from apples.

Apple contains alpha-hydroxy acids, which refines and rejuvenates the skin. Apple Extract is best known for its moisturizing and anti-aging properties, making it perfect for dry or mature skin. It also has exceptional elastase inhibition activity, making it suitable for treatments aimed at maintaining the skin’s youthful elasticity.

Apple extract is one of the newest fruit extracts used in skin products. Apples are full of vitamins A and C and zinc, which are all essential for glowing, healthy skin.

Beauty products with apple stem cells is said to be the secret to youthful looks of Michelle Obama, Jennifer Lopez, Helen Mirren and Gwyneth Paltrow.

Love Line Platinum - Rejuvenating Cream

Contains Apple Extracts that firms, uplifts, and supports collagen production.

  • Concentrated rich formulation in a lightly textured cream.
  • Effectively inhibits skin pigmentation.
  • Can also be applied at night – suitable as an excellent base for make-up.
  • Ideal for women over 35!
See Love Line Platinum - Rejuvenating Cream.

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The Health Benefits of Collagen Peptide

Posted by Ada Hersko on October 26, 2013 0 Comments

Aging is a reality that brings with it the inevitable wrinkles and aches.

Revolutionary products with medical backing allow us to fight this certainty -e.g. Collagen Pep. Collagen peptide is mainly responsible for the healthy maintenance of bones, cartilages and joints. It protects the skin from pathogenic substances and environmental toxins and renders young, smooth and healthy appearance to the skin devoid of wrinkles.

Collagen is the most plentiful protein present in the bodies of mammals including human beings. It is the focal building protein in bone, cartilage, skin and other connective tissues that constitute about 30 to 60 per cent of our total body protein.

As the largest protein in the body, collagen is the connective tissue for almost all our structures, including bones, cartilage, joints, skin, hair, nails, blood vessels, muscles and other organs. It provides structural scaffolding that aids the surrounding cells and organs in maintaining their form and structure, just like that the metal rods that hold a concrete building. Like any other protein, collagen is composed of amino acids, the most important ones being glycine, proline and hydroxyproline. These amino acids are absorbed into the blood and regenerate collagen in our body.

80 per cent of the world’s hip fractures are being attributed to osteoporosis and the percentage is expected to go up over the years. With over 27 per cent of the world’s population being affected by osteoporosis, especially females in the post-menopausal stage, collagen Peptide is a savior in making sure those joints don’t creak so badly.

Intensive and modern research has proved the safety and efficacy of collagen peptide as a successful therapeutic supplement in the management of osteoporosis.

In India, an independent, double blind, randomised, placebo controlled clinical trial conducted in 2009 reconfirmed the efficacy and safety of collagen peptide in the sample population with osteoarthritis and with osteoporosis. The studies showed highly promising results in reducing the medical conditions and restoring their quality of life.

Collagen peptide naturally occurs in colored fruits and vegetables. Essentially, colour in such food translates to lycopenes, which are antioxidants, in turn increasing the production of collagen in our body.

Collagen peptide when taken orally is absorbed and amassed in your joints and cartilage thereby counteracting the degeneration process. Collagen peptide is found to be safe for consumption even in people with diabetes and cholesterol problems. It has no side effects and shows no interaction with other drugs.

Collagen peptide may be a wonder protein but it is a smart protein too. Collagen peptide, as discussed, acts on our body by stimulating repair and replacing cartilage, and so the effects do tend to wear off if you discontinue use. But with smoother skin and lesser joint aches, collagen peptide asks very little of us.

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How Hyaluronic Acid Benefits Your Skin

Posted by Ada Hersko on September 02, 2013 0 Comments

HA is a natural substance found in great abundance in young skin. As we age, the presence of HA in the skin decreases, leaving the skin dry and wrinkled. Over time, free radicals - produced mostly through exposure to pollutants and sunlight - destroy the HA in the skin, so it is critical to replenish the supply by using premium, high molecular weight, hyaluronic acid skin care products. When applied to the skin, Hyaluronic acid forms a barrier similar to the way it naturally holds water in the intercellular matrix of the skin. Due to this, HA is a perfect moisturizer and cosmetic base that doesn’t leave a greasy feel after application.


Although Hyaluronic Acid (HA) can be found naturally in most every cell in the body, it is found in the greatest concentrations in the skin tissue, collagen and other areas of the body. Almost 50% of the body’s HA is found here. It is found in both the deep underlying dermis, as well as the visible top layers of the epidermis. Young skin is smooth and elastic and contains large amounts of HA that helps keep the skin stay young and healthy. The HA provides continuous moisture to the skin by binding up to 1000 times its weight in water and literally acts like a sponge to retain a supple and firm skin tone and youthful appearance. HA plumps the skin and enhances volume to create the same firm and soft skin we had in our youth. Often, changes can be seen in as little as 30 minutes and last up to six months or longer. With age, the ability of the skin to produce HA decreases leaving the skin unhealthy and wrinkled.

The Anatomy of Skin

Epidermis: Less than a millimeter thick, the epidermis is composed of three types of cells, the most populous of which are the moisture-rich keratinocytes.As these keratinocyte cells migrate up towards the skin surface from the base of the epidermis where they are produced, they lose water, begin to harden, and eventually die. The dead keratinocytes are then integrated into our sebum or surface skin oil and help form the outermost protective layer of the epidermis (the stratum corneum) until they are eventually sloughed off and replaced.

Dermis: Just beneath the epidermis is the dermis, the thickest of the skin's three layers. The primary cells at work here are called fibroblasts. They maintain the dermis's network of collagen and elastin proteins, which, in turn, form the structure of the skin and give it its elasticity and resilience.

Besides the dermis's nourishing system of tiny capillaries and langerhans-producing lymph nodes, it is also home of the sebaceous glands. These glands generate the protective sebum that travels via tiny hair follicles from the dermis to the epidermis where it lubricates and protects the skin's surface. Although an over-production of sebum can result in skin that is excessively oily, too little sebum is equally problematic, leaving skin parched and vulnerable to wrinkling.

Subcutaneous Tissue (Hypodermis): 

Composed primarily of adipocyte fat cells, the innermost layer of the skin is the subcutaneous tissue and is largely responsible for providing insulation and padding, as well as housing sweat glands and a system of tiny muscles connected to our hair follicles. As we age and the subcutaneous tissue thins, our skin begins to sag and the epidermis contracts, causing wrinkles to appear.

ECM (ground substance):

The extracellular matrix (ECM) is a gelatinous (gel-like) fluid that surrounds almost all living cells and is essential to life. It gives structure and support to the body and without it, we would just be a trillions cells without a shape or function. It is essentially the mortar between the bricks. The skin, bones, cartilage, tendons and ligaments are examples where the ECM is located in the body. The ECM is composed of material (fibrous elements) called elastin and collagen surrounded by a gelatinous substance (Hyaluronic Acid). HA's roles in the ECM is to prevent the stretchy fibers in the body from overstretching and drying out by continually bathing them in this nutritious water base gelatinous fluid. It also serves as a wonderful medium through which nutrients and waste are transported to and from the cells of these structures. This fluid would not exist if it was not for the ability of the HA molecule to bind up to 1000 times its weight in water.

Free Radicals

Free radicals are a natural byproduct of metabolization, and they exist all around us in the form of environmental toxins and even sunlight. Simply put, a free radical is a molecule (often oxygen) that can exist with one electron instead of two. Because electrons like to be in pairs, free radicals leave a path of instability in their wake as they seek to replace this missing electron by stealing it from another. When they do, they create instability in the violated molecule which continues this destructive cycle.

So what does this have to do with our skin? Free radicals have been found to be a prime culprit in the premature aging of skin, causing collagen cells to bond inappropriately (called 'collagen cross-linking') and therefore break down over time. As collagen and elastin in the dermis break down, the dermis becomes thinner, leaving the epidermis above it with less padding and causing wrinkles to form.

Since there's really no getting away from free radicals, we need to develop effective techniques for managing their effects inside our body as well as in our skin. This is where antioxidants come in. These heroic little molecules (vitamins E, carotenes and flavonoids chief among them) trap free radicals by bonding with them without becoming unstable themselves. This renders the free radical molecule harmless.

The best way to protect your skin -- and the rest of your body -- against the detrimental effects of free radicals is to take a multifaceted approach. Take care of your insides by eating a balanced diet rich in antioxidants. This means eating lots of fruits and vegetables and using Hyalogic’s skin care products enriched with green tea extracts, such as the Epilsilk Skin Perfecting Lotion and the Episilk™ Age Spot Lightening (ASL) serum, both of which are an excellent source of antioxidants!

Next, protect your skin against the damaging effects of the sun. Wearing adequate sunscreen and ensuring that you moisturize your skin will help defend you against potentially dangerous ultraviolet rays.


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Changes Occurring in Aging Skin

Posted by Ada Hersko on March 11, 2012 0 Comments

There are many changes to that happen to aging skin, which damage all skin layers and all its tissues. It is possible to distinguish between changes caused as a result of internal changes, hereditary and hormonal changes, and changes caused by the external factors: pollution, smoking, dryness, mental stress, cold, bathing/cleansing materials and mainly by sun radiation.

Internal, Hereditary and Hormonal Causes:

Entail deterioration of quantity of tissues, lessening of cells and deceleration in their activity. This will be reflected in slow-down of cell regeneration, decrease in thickness of external skin layer, and lessening of pigment cells. In addition, a deceleration will occur in the regeneration and restoring process of connective tissues, the collagen and elastin and deceleration in the activity of sebum and perspiration glands etc. It should be pointed out that the main cause under this group is the heredity factor.

External and Environmental Causes, including Sun Radiation:

At first stages, these causes entail thickening and increasing of all tissues, but this increase is mainly in quantity and does not involve improvement in quality. Sun rays cause, for instance, thickening of the epidermis layer. This thickening is liable to cause with time development of cancerous skin tumors (damaging the cell nucleus in the DNA).

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