What is Astaxanthin?
Astaxanthin is a keto-carotenoid that belongs to the class of chemical compounds called asterpenes. It is built from 5 carbon precursors, which include dimethylallyl diphosphate (DMAPP), and isopentenyl diphosphate (IPP). Astaxanthin can be classified as a xanthophyll. The term is derived from a word that means “yellow leaves” as the yellow plant leaf pigments were the first ones to be recognized of the carotenoids of xanthophyll family. But, currently, this term is used to describe the carotenoid compounds having hydroxyl (-OH), oxygen-containing moieties, or ketones (C=O) like canthaxanthin and zeaxanthin.
Astaxanthin is a metabolite of canthaxanthin and zeaxanthin and contains the functional groups of ketones and hydroxyl. Like most other carotenoids, Astaxanthin is a lipid-soluble, colorful pigment. It obtains its color from the extended chain of conjugated double bonds that lie at the center of this chemical compound. This chain of double bonds also provides a strong antioxidant function to Astaxanthin as it leads to a region of decentralized electrons that can be donated to minimize the action of a reactive oxidizing molecule.
Health Benefits of Astaxanthin
Astaxanthin is a potent antioxidant
Astaxanthin is known to possess an unusual antioxidant activity that can help in the treatment and prevention of several diseases. Antioxidants are molecules that protect the body’s cells and tissues from the damage caused by free radicals that are released in the body during various processes. A free radical is an uncharged molecule, which is short-lived, but highly reactive and has an unpaired valence electron. Due to their unstable nature, they have a tendency to react quickly with other compounds with an attempt to capture the electron needed to gain stability. The free radicals attack the stable molecules to “steal” its electron as a result of which the healthy molecule loses an electron and thus, turns into a free radical. It results in a chain reaction, which once started, can have a cascading effect on several organs in the body and cause disruption of the healthy cells. Astaxanthin can help in protecting these cells from the free radical activity by directly attacking and destroying them. Since the free radicals are produced in the body continuously, a strong antioxidant like Astaxanthin is needed to work towards their destruction before they can cause any damage to the healthy tissues. The health benefits of Astaxanthin owing to its antioxidant property include protection of the cardiovascular system, improved immune system, enhanced bioactivity against Helicobacter pylori, and the prevention of cataract.
This antioxidant action of Astaxanthin also supports its role as an anti-aging supplement and protects the vital organs and skin from the ravages of inflammation and oxidant stress. The antioxidant activity also prevents damage to the mitochondria in the cells of the liver, brain, heart, kidneys and the intestines thus preventing damage that can lead to any acute or chronic disorder such as hepatitis, degenerative heart diseases, renal failure, and colitis.
Astaxanthin in skincare
Astaxanthin can produce a beneficial effect on the skin through a variety of mechanisms. Two clinical studies were performed to know the effect of Astaxanthin on the skin. The first study had an open-label, non-controlled format and involved 30 female subjects. Significant improvement in their skin tone was observed when they were administered 6 mg of Astaxanthin orally per day with 2 ml of the same for topical application for 8 weeks.
It was found that regular use of Astaxanthin could help in reducing the signs of aging and delay their occurrence. The improvement was noticed in the wrinkles, crow’s feet, age spot size, elasticity, skin texture, and moisture content in the subjects at the end of 8 weeks.
This action of Astaxanthin can be attributed to its ability to protect the skin from UV rays in sunlight. The skin cells, when exposed to ultraviolet radiation, can produce the bursts of free radicals, which can later trigger an aging effect resulting in wrinkles, fine lines, and sagging of the skin. It can also promote the development of cancer. When Astaxanthin is applied to the skin, it protects it from the destructive effects of the ultraviolet radiation and thus, delays skin aging.
This suggested that Astaxanthin could improve the health of the skin in all the layers including the corneocyte layer, basal layer, epidermis, and dermis when used in a combination of oral supplementation and local application.
The second study had a double-blind, randomized, placebo-controlled format and involved 36 healthy male participants. An improvement in the wrinkles, skin elasticity and the transepidermal water loss (TEWL) was observed in them at the end of 6 weeks of treatment with 6 mg of Astaxanthin per day. The moisture content of the skin and the level of sebum oil at the cheek zone showed visible improvement. These results suggested that Astaxanthin could be used to improve the skin conditions in women as well as men.
Researchers have explored the use of Astaxanthin for the treatment of sunburns. It can be used as a topical sunscreen to prevent sun tanning and sunburns. It possesses strong ultraviolet light-absorbing properties, which ensure that the damage to the skin due to the UV radiation in sunrays is minimized. It also produces an anti-inflammatory effect, which reduces redness and irritation of the skin caused by sunburns.
It is accepted that inflammation plays a major role in the pathophysiology of several acute and chronic diseases including atherosclerotic cardiovascular disorders. The xanthophyll dietary supplement, Astaxanthin, possesses a demonstrable potential as an anti-inflammatory therapeutic agent and prevents the risk of cardiovascular diseases.
Several clinical studies conducted to assess the safety, and clinical aspects. The bioavailability of Astaxanthin relevant to the inflammation of the cardiovascular system has shown encouraging results. Studies have shown a marked reduction in the inflammation in the heart and the other tissues of the circulatory system along with improved blood rheology. It showed favorable results in patients with a history of myocardial ischemia. Improved reperfusion of the heart and blood vessels with a protective effect on these organs was observed after the administration of Astaxanthin orally and intravenously.
These studies point to the efficacy of Astaxanthin in the management of myocardial infarction.
It can be used by the patients who have suffered a heart attack to improve their chances of recovery and reduce the risk of recurrence. Additionally, Astaxanthin also produces an antioxidant action on the heart, which further protects it from free radical damage and enhances its functions.
Adult hippocampal neurogenesis
A recent study has found that the use of Astaxanthin can help in improving the adult hippocampal neurogenesis and thereby, enhance the spatial memory in the experimental mice. Neurogenesis is the process by which new neurons are generated from the progenitor cells and stem cells. This process plays a major role in neural development and is largely active during prenatal development. In humans, the loss of neurons is thought to be an irreversible process as the dying neurons cannot be replaced. The inability of the nervous system to regenerate these cells is, hence, an important cause of several neurological diseases and impairment leading to memory loss, and cognitive decline. Hence, it is important to prevent the loss of neurons from occurring.
The loss of neurons is often triggered due to the damaging free radical activity on the nerve cells and brain. A study has shown that this loss of neurons can be prevented by using Astaxanthin. It possesses neuroprotective properties, which provide potential benefits for the brain and protect it from any form of damage. It also acts as a strong antioxidant and destroys the free radicals that can otherwise damage the neurons. Thus, the carotenoid Astaxanthin can help prevent the loss of neurons and prevent the occurrence of degenerative diseases.
It can also slow down the progress of these diseases. It works by improving the hippocampus-dependent cognitive functions of the brain and enhancing cell proliferation. It was also found to delay age-related cognitive decline and improve spatial memory.
Enhanced immune response
A study has concluded that Astaxanthin can modulate the immune response and boost its function thus protecting the body against several autoimmune disorders and even cancer. It inhibits cancer cell growth by stimulating the immune cells to initiate their destruction. It also reduces the bacterial load by boosting the response of the immune system against the organisms. It protects the gastric mucosa from inflammation with its anti-inflammatory action and prevents further damage to it with its immune-modulating property. It has been found to offer protection against UVA-induced oxidative stress in rodents and in vitro models.
During a randomized placebo-controlled, double-blind study, the participants with an average age of 21.5 years were administered 0, 2, or 8 mg of Astaxanthin per day for 8 weeks. The immune response of the participants was assessed at the end of the fourth and eighth week and a tuberculin test was performed at the end of the eighth week.
The results showed a reduced DNA damage biomarker after 4 weeks of treatment with Astaxanthin. It was also found that Astaxanthin stimulated the mitogen-induced lymphoproliferation, and increased the cytotoxic activity of the killer cells. It also increased the subpopulations of T and B cells. Subjects that were fed 2 mg of Astaxanthin had a higher tuberculin response compared to the placebo group. The study concluded that Astaxanthin could significantly enhance the immune response in young females.
The immune system protects the body from infections and the emerging cancer cells. However, an overactive immune system can trigger an abnormal response to certain substances that leads to allergic diseases like asthma as well as autoimmune conditions. Studies have demonstrated that Astaxanthin can help balance the functions of the immune system by stimulating its cancer and infection-fighting components while also suppressing the overactive immune response, which can create inflammation and damage. It prevents the stimulation of the immune system in response to exposure to dust, environmental toxins, and other allergens like detergents, cosmetics, and jewelry. It also prevents the immune system from attacking the body’s own cells thus inhibiting the development of autoimmune diseases.
Astaxanthin works by increasing the activity and number of lymphocytes that are responsible for creating the immune response to foreign bodies or infective organisms.
It has been found to be useful in the treatment of allergic diseases like asthma, allergic rhinitis, and atopic dermatitis as well as autoimmune diseases like acute anterior uveitis and systemic lupus erythematosus.
The multiple mechanisms of anti-cancer action exerted by Astaxanthin were studied in a research. It has been shown to possess a preclinical anti-tumor efficacy in both vivo and vitro models. Research has deciphered that Astaxanthin exerts an anti-proliferative, and anti-invasion influence on the different pathways and molecules in the body including activator of transcription 3 (STAT3), signal transducer, and nuclear factor kappa-light-chain-enhancer of the activated B cells. It was also found to have a favorable effect on the peroxisome proliferator-activated receptor-gamma.
These actions prove the potential anti-cancer activity of Astaxanthin that can help in the treatment and prevention of cancer of breasts, prostate, lung, colon, rectum, and the liver.
Astaxanthin also shows great promise as a chemotherapeutic agent for cancer treatment. It stimulates apoptosis, a process of programmed cell death that results in the destruction of abnormal cancer cells. While the commonly used chemotherapy drugs can have a negative effect on the normal cells causing serious side effects, Astaxanthin offers an advantage over them with its protective action on the healthy cells. It causes no damage to the normal cells and destroys the cancer cells selectively.
The anticancer benefits of Astaxanthin have been particularly extended to the skin. It has been found to reduce the risk of melanoma. Though Astaxanthin is widely distributed throughout the body, it has a tendency to accumulate in the skin, which explains its powerful protective effect on the skin and its efficacy in preventing melanoma. It also has the ability to penetrate through all the skin layers, unlike most topical sunscreens that can reach and protect only the outermost layers.
It works by protecting the skin against free radical damage by producing an antioxidant action. It also rejuvenates the skin and stimulates the production of new healthy cells. It provides a potent protection from ultraviolet radiation, which is the most common environmental risk factor for melanoma.
It also promotes early detection and destruction of the malignant cells in the body by boosting the immune surveillance. It inhibits cell replication in the tumor mass in their growth phase by blocking the cancer cell reproductive cycle. It prevents cancer from spreading by decreasing the production of tissue-melting proteins within the tumor mass.
Hence, the use of Astaxanthin along with the conventional modes of cancer treatment is recommended to improve the chances of recovery of the patients with melanoma.
Broad Spectrum Antibiotic
The growing cases of microbial resistance and the slow-paced invention of new antibiotics have been a cause of concern for the medical fraternity. It is becoming increasingly difficult to manage infections as the patients fail to respond to antibiotics due to their inadvertent use that has resulted in the development of resistance against them. Hence, researchers have moved to natural sources to find antibiotics. There is a big focus on Astaxanthin found in microalgae to understand its antibiotic action.
It is found that almost all cells in the body, including those of the eyes, brain, kidney, and heart, can benefit from the use of Astaxanthin. Recent laboratory studies have shown that Astaxanthin can increase the lifespan of patients by improving the body’s defense against infective organisms. Astaxanthin has been found to be useful in the treatment of a range of bacterial infections like bronchitis, sinusitis, pneumonia, cellulitis, osteomyelitis, and dermatitis.
Diabetes and obesity are closely intertwined disorders that cause long-term negative consequences. Diabetes, which is a major component of metabolic syndrome, can be managed effectively with the help of Astaxanthin. It works by managing the most common precursor of diabetes, which is obesity, and by reducing oxidative stress, chronic inflammation, and tissue damage from lipid glycation and protein.
Laboratory studies reveal that supplementing with Astaxanthin can help in maintaining lower blood glucose levels along with improved insulin sensitivity. It also has the ability to boost the secretion of insulin in the pancreas. Hence, it is considered an effective remedy for managing type- 1 and type-2 diabetes.
Dosage of Astaxanthin
|The general dosage of Astaxanthin Supplement is as follows.|
|Children||2 to 4 mg *|
|Adults||4-8 mg *|
|Maximum Possible Dosage||20 to 50 mg Per Day **|
|* Once a day with water or juice|
|** Maximum tolerable dosage & yet not well known.|
|Best Time to Take: Along with Meal|
Certificate of Analysis
|Particle size||100% pass 80 mesh||USP32<786>||Complies|
|Loss on Drying||≤5.0%||Eur.Ph.6.0[2.8.17]||Complies|
|Solvents Residue||Meet Eur.Ph6.0<5.4>||Eur.Ph 6.0<2.4.24>||Complies|
|Total bacterial count||≤1000cfu/g||USP30<61>||Complies|
|Yeast & Mold||≤100cfu/g||USP30<61>||Complies|
Package for Astaxanthin Powder
Shipping for Astaxanthin Powder
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Why Choose FYZ Astaxanthin Powder?
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