In this article you will find more about collagen in sun damaged skin, and a modern topical product to help protect and reverse sun damaged collagen in skin on a daily basis.
"An estimated 90% of skin aging is caused by the sun" also
"Survey showed that 46% of women attending a menopause clinic had skin issues arising from the menopause."Studies have shown that sun-damaged skin exhibits significantly reduced collagen production, leading to wrinkles and loss of skin elasticity, and research suggests that applying collagen-based treatments can help restore collagen levels and improve the appearance of photoaged skin by stimulating fibroblast activity and promoting collagen synthesis; however, the effectiveness can depend on the delivery method and formulation of the collagen product used.
Reduced collagen in sun-exposed areas:
Studies have demonstrated that skin exposed to chronic sun damage has a lower concentration of collagen compared to protected areas, indicating that UV radiation disrupts collagen production.
Collagen peptides as potential treatment:
Research has explored the use of collagen peptides, smaller fragments of collagen, which can penetrate the skin more readily and potentially stimulate collagen synthesis in photodamaged skin.
Mechanisms of action:
Collagen peptides (e.g. hydroxyproline & hydroxyproline) work by activating fibroblasts, the cells responsible for collagen production, and by reducing oxidative stress caused by UV radiation.
Topical application limitations:
No, not all collagen is equal because there are different types of collagen, the source and size of collagen can affect its effectiveness. There are now more studies on a much safer, alternative source of active collagen, mainly from aquatic life. Active collagen and its peptides FCP (fish collagen peptides) have already been extracted from the skin of salmon, cobia, hoki, tilapia or silver carp (link)
Combined treatments:
Some studies suggest that combining collagen treatments with other anti-aging ingredients like antioxidants (astaxanthin) can further enhance the benefits for sun-damaged skin.
A "novel" collagen treatment could refer to a new approach to stimulating collagen production in the skin, potentially involving advanced delivery methods like nano-sized collagen particles to enhance collagen regeneration in skin in a more precise manner.
STUDY:
Pawel the CEO of VitaCare has abundant knowledge and when I told him that I was going through (more like being dragged through) pre menopause symptoms myself, he recommended me their supplement Axanta (supplement that contain astaxanthin link) as a complimentary supplement to collagen supplementation and preventing menopause "side effects".
Astaxanthin is an antioxidant that may help with a number of symptoms and health concerns that can occur during menopause.
Menopause symptoms should be recognised more than it has been. In some serious cases, it's impossible for them to lead a normal life. I think it's not fair at all but it is what it is and I would try anything to ease the symptoms and stay looking young. So I will try these supplements and see how it goes! Exciting!
Details of Axanta below:
Benefits
Skin health: Astaxanthin can help with wrinkles and dry skin.
Cardiovascular health: Astaxanthin may help with high blood pressure, oxidized LDL, and increased blood sugar.
Inflammation: Astaxanthin may help with chronic inflammation.
Menopausal symptoms: Astaxanthin may help with hot flashes, joint pain, moodiness, and bladder problems.
Hair growth: Astaxanthin may help with hair growth by supporting the immune system.
How it works
Astaxanthin is a botanical dye that helps scavenge free radicals. It's sometimes called "Super Vitamin E" because of its antioxidant activity.
Research
Early research suggests that taking astaxanthin daily for eight weeks may help with menopausal symptoms. Other studies have shown that astaxanthin can increase antioxidant status and decrease oxidative stress.
Some animal studies suggest that astaxanthin may increase estrogen levels, but more research is needed in humans. Astaxanthin is an antioxidant that may help with ovarian damage and fertility.
How astaxanthin may affect estrogen levels
Follicular granulosa cells
Astaxanthin may increase the secretion of estrogen and progesterone in these cells.
Ovarian development
Astaxanthin may stimulate ovarian development by increasing the transcript levels of fshr and er.
Oocyte maturation
Astaxanthin may promote oocyte maturation in infertile women undergoing assisted reproductive technology (ART).
Other effects of astaxanthin
Antioxidant defense
Astaxanthin may enhance antioxidant defense by activating the Nrf2/HO-1 signaling pathway.
Inflammatory responses
Astaxanthin may regulate inflammatory responses that are responsible for infertility-associated disorders like endometriosis and PCOS.
Apoptosis
Astaxanthin may mitigate apoptosis of the granulosa cells (GCs).
Breast cancer
Astaxanthin may inhibit proliferation and migration of breast cancer cells.
Comments