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Semaglutide (Wegovy), the "miracle weight-loss drug" that recently became a hot topic because it helped the world's richest man, Elon Musk, successfully lose weight, has once again appeared in the New England Journal of Medicine (NEJM). This new study shows that Semaglutide, which has been approved for weight loss in obese or overweight adults, can also help adolescents lose weight and contribute to heart health! The study, published in the New England Journal of Medicine (NEJM) on November 2, 2022, showed that obese adolescents who used somaglutide once a week saw their body mass index (BMI) drop by 16.1%, compared to a 0.6% rise in the placebo group in this international Phase 3a clinical trial. SomalutideSomalutide (Semaglutide), developed by Novo Nordisk, was originally developed for the treatment of diabetes and is a glucagon-like peptide 1 (GLP-1) receptor agonist, which mimics its effects by reducing hunger, eating less, and consuming fewer calories, and is therefore effective in weight loss. In February 2021, the New England Journal of Medicine (NEJM) published the results of a large-scale global clinical trial showing that somatostatin was outstandingly effective as a weight-loss drug, with the experimental group that received 2.4 mg of somatostatin subcutaneously every week losing an average of 15.3 kilograms of body weight compared to the placebo group. Specifically, three-quarters of the people lost more than 10 percent of their body weight, and more than one-third lost more than 20 percent of their body weight, a "game-changing" weight-loss effect that is the first time a human being has achieved through a drug a weight-loss effect that could only be achieved through surgery. The paper's author, Professor Silva Arslanian of the University of Pittsburgh School of Medicine, says that obesity rates are rising all over the world, and usually we make recommendations such as eating more vegetables, not eating fried foods, and not drinking sodas. But unfortunately, we live in an environment that is so conducive to obesity that these recommendations are actually very difficult to implement. That's why we really need safe and effective medications to treat obesity. To assess whether somatostatin is also effective in adolescents, the research team recruited 201 obese or overweight adolescents aged 12-18 years at multiple centers. Participants were divided in a 2:1 ratio into a somalutide group and a placebo group, and throughout the trial, the somalutide group received subcutaneous injections of 2.4 mg of somalutide once a week, and all received concurrent lifestyle interventions, namely a healthy nutritious diet and physical activity. One hundred and eighty of the 201 participants completed the 68-week clinical trial, and at the end of the 68 weeks, BMI had decreased by an average of 16.1% in the somalutide group, compared to a 0.6% increase in the placebo group. Ninety-five of the 131 people (72.5%) in the somalutide group lost more than 5% of their body weight, while only 11 of the 62 people (18%) in the placebo group lost more than 5% of their body weight. Somalutide was significantly superior to placebo in reducing body weight and improving cardiometabolic risk factors. Somalutide was higher than placebo in the incidence of gastrointestinal adverse events (62% vs. 42%). Serious adverse events occurred in 15 of 133 (11%) people in the somalutide group compared with 6 of 67 (9%) people in the placebo group. Obesity affects nearly one in five children and adolescents worldwide. Moreover, obesity is associated with shorter life expectancy and an increased risk of developing serious health problems such as type 2 diabetes, heart disease, non-alcoholic fatty liver disease, sleep apnea, and certain cancers. Obese teens are also more likely to experience depression, anxiety, low self-esteem and other psychological problems. The results of this clinical trial showed improvements in cardiovascular risk factors in the somalutide group compared to the placebo group, including waist circumference, the blood glucose indicator HbA1c, total cholesterol, LDL and very LDL cholesterol, triglycerides and liver enzymes. This suggests that their heart health also improved with somatostatin. In addition, the somalutide group also performed better on weight-related quality of life indicators compared to the placebo group, largely due to improved body comfort scores. The research team said that this is the first weight loss drug associated with improved quality of life in adolescents.

Plant extracts have a very high safety for consumption because they are less resistant and less prone to additive residues and certain toxic side effects. In recent years, the research and development of plant extracts as raw materials for functional food and beverage has become a hot research topic in various countries. In the new coronavirus ravaged Europe and the United States now, foreign consumers are crazy to buy botanicals to ward off influenza. Plant extracts are substances derived from plants (e.g., herbs, spices, essential oils, etc.) that are extracted or processed using appropriate solvents or methods (e.g., concentration, distillation, extraction, separation, drying). 01 How are plant extracts categorized? According to the different traits, they can be divided into plant oils, extracts, powders, crystals, etc.; according to the function, they can be divided into growth promoters, immunomodulators, antioxidants, flavoring agents, deodorants, mildew inhibitors, product quality improvers, etc. According to the different components of extracts, they are divided into alkaloids, flavonoids, polysaccharides, glycosides, volatile oils, organic acids and other compounds. 02 Main components of plant extracts (1) Alkaloids, i.e. plant alkaloids, are important active ingredients in herbal medicine, common ones are e.g. small cleavers in Rhizoma Coptidis. (2) Flavonoids have antibacterial, anti-inflammatory, antioxidant and other biological activities, common flavonoids such as propolis, soy isoflavones, anthocyanins, tea polyphenols. (3) Polysaccharides have the effect of lowering serum cholesterol, anticancer and anti-cancer, and regulating immunity, such as Ganoderma lucidum polysaccharides, shiitake mushroom polysaccharides, and algal polysaccharides. (4) Glycosides are substances made by combining sugar with phenols and flavonoids. Different types of glycosides have different physiological activities and have various functions. 03 Are plant extracts food additives or food? At present, there is no uniform regulation on the use of plant extracts as food ingredients in China, and some substances are regulated in different forms. According to GB2760 Rules for the Use of Food Additives, some plant extracts can be used as food additives, which can be mainly categorized according to their functions: (1) Antioxidants: rosemary extract, tea polyphenols, licorice antioxidants, etc; (2) Natural flavors: clove bud tincture, bay leaf extract, ginger extract, licorice extract, aloe vera extract, etc; (3) Colorants: beet red, caramel color, curcumin, paprika, citrus yellow, etc; (4) Sweeteners: somatosweet, stevioside, rosmarin, etc.

The color of human skin is influenced by the pigmentation system. Melanin is the product of melanocytes, and the content and distribution of these pigments are the main factors determining skin color. Melanocytes are one of the important constituent cells of the skin, with dendrites. The synthesized melanin is secreted into keratinocytes through the dendrites, and then discharged from the body with the shedding of keratinocytes, which exists in the basal layer of the epidermis and affects the skin color of human beings. Whitening products are mainly designed around inhibiting melanin formation, transit and accelerating melanin shedding. Today let's take a look at what common whitening efficacy ingredients are found in skin care products. The "Star" Ingredient, Niacinamide When it comes to niacinamide, many people know that it can whiten the skin, which is one of the most common ingredients in whitening products, niacinamide can "hide" the melanin, so as to achieve the effect of whitening. Niacinamide, also known as vitamin B3, is one of the B vitamins. Its whitening mechanism mainly consists of: 1) inhibiting the formation of melanin particles; 2) inhibiting the transfer of melanin to keratinocytes; 3) accelerating the transfer of melanin from keratinocytes to the stratum corneum and promoting the shedding of the stratum corneum. Clinical observation and research show that skin care products with niacinamide can further reduce the number and range of pigmentation of human skin, etc. Long-term use of skin care products containing niacinamide can promote skin color fading and produce the efficacy of spot removal and whitening. Niacinamide-containing cosmetics are not suitable for everyone Pregnant women should not use niacinamide, niacinamide overdose may have the risk of causing fetal malformation. It is also not recommended for use during breastfeeding. It should not be used by people with intolerant skin. Niacinamide may contain the impurity niacin, which may cause redness, swelling, hot pain and allergy to the skin. For safety reasons, if this is the first time you use a niacinamide product, test for allergies by applying it to the inner arm or skin behind the ear. Melanin Blocker, Arbutin Arbutin is an added ingredient in skin whitening cosmetics. It was originally discovered from the bearberry leaf and is the main active ingredient in the leaf, hence the name arbutin. Arbutin effectively inhibits the biological tyrosinase enzyme in the skin, blocking the formation of melanin. In addition, arbutin accelerates the breakdown and metabolism of melanin by binding itself directly to tyrosinase. Arbutin can effectively reduce skin pigmentation and get rid of pigmentation and freckles, and is the main raw material commonly used in whitening cosmetics. Scientific purchase of arbutin-containing products 1. Look at the content In fact, the content of arbutin is not the higher the better, because arbutin has photosensitivity, the concentration is too high instead of certain safety risks. Arbutin content is too high, can cause skin erythema, stinging, contact eczema and other adverse reactions, therefore, as a whitening ingredient in cosmetics, arbutin content in 2% or less safer. 2. Look at the ingredients Arbutin can be divided into three categories according to different structures: deoxyarbutin, α-arbutin and β-arbutin. Deoxy arbutin has the strongest antimelanin effect, but its use is easy to release hydroquinone, which may lead to allergy or carcinogenic risk, a number of countries have deoxy arbutin or its toxic metabolite hydroquinone included in the banned ingredients, so you can not use arbutin containing deoxy arbutin products. In addition, in terms of activity, α-arbutin is 10-15 times higher than β-arbutin. In terms of safety, α-arbutin is more stable and less prone to discoloration and degradation, so it is better to buy products containing α-arbutin, that is, more friendly to the human body. 3. Look at the preservation As mentioned above, the decomposition product of arbutin, hydroquinone, is a nationally banned ingredient. Due to the high toxicity and irritation of hydroquinone, and the risk of carcinogenicity in long-term exposure, China's "Technical Code for Cosmetic Safety" (2015 edition) lists hydroquinone as a banned ingredient for cosmetics. Arbutin-containing whitening products will slowly decompose at high temperatures of 40-50 degrees Celsius, generating very small amounts of hydroquinone, which in turn causes harm to the human body. Therefore, you should pay attention to the preservation environment of arbutin-containing cosmetics, and place them in a low-temperature and light-avoidance place when storing them to avoid risks.

The manufacturing methods of fruit powder The manufacturing methods of fruit powder can vary, but here are some common processes: 1. Washing: The fruits are thoroughly washed to remove any dirt or contaminants. 2. Peeling or Deseeding: Depending on the type of fruit, the outer peels or seeds may be removed. This step is optional and can vary based on the specific fruit being processed. 3. Cutting or Slicing: The fruits are cut or sliced into smaller pieces to facilitate the drying process. 4. Drying: There are different methods for drying fruits, such as air drying, sun drying, freeze drying, or dehydrating using specialized equipment. Each method has its own advantages and disadvantages, but the goal is to remove the water content from the fruits, resulting in a powdered form. 5. Grinding: Once the fruits are completely dried, they are usually ground into a fine powder using specialized machinery like a grinder or mill. This helps to achieve a consistent texture and particle size. 6. Packaging: The fruit powder is then typically packaged in suitable containers, such as jars or pouches, for storage and distribution. It's important to note that specific fruit powders may have variations in their manufacturing processes based on factors like fruit type, desired end-product characteristics, and intended applications. Which kinds of fruit powders are popular in the market? There are several popular fruit powders that are widely available in the market. Some of these include: 1. Strawberry powder: Made from dried and ground strawberries, it is known for its vibrant color and sweet flavor. 2. Blueberry powder: Obtained from dried and powdered blueberries, it is rich in antioxidants and has a slightly tart taste. 3. Mango powder: Made from dried and powdered mangoes, it has a sweet and tangy flavor and is commonly used in beverages, desserts, and sauces. 4. Raspberry powder: Produced from dried and ground raspberries, it has a tart and fruity flavor profile. 5. Banana powder: Made from dried and powdered bananas, it is often used as a natural sweetener and flavoring agent in various food products. 6. Acai powder: Derived from freeze-dried acai berries, it is known for its deep purple color and is highly regarded for its antioxidant properties. 7. Pineapple powder: Produced from dried and powdered pineapples, it has a tropical and tangy flavor, making it popular in smoothies, desserts, and marinades. 8. Lemon powder: Made from dehydrated and powdered lemons, it has a citrusy and tangy taste and is commonly used as a natural flavoring agent. These are just a few examples, and the availability of fruit powders may vary based on your location and market demand.

Fruit powders are gaining popularity as convenient and nutrient-dense alternatives to fresh fruits. They are essentially dehydrated and finely ground fruit products that retain the flavor, color, and nutritional content of the original fruit. While I don't have access to the latest news, I can provide you with some general information about fruit powders. 1. Nutritional Benefits: Fruit powders are a concentrated source of vitamins, minerals, and antioxidants found in fresh fruits. They can provide a range of health benefits and can be a convenient way to incorporate fruit nutrients into your diet. 2. Versatility: Fruit powders offer versatility in culinary applications. They can be used in smoothies, baked goods, desserts, sauces, dressings, and even savory recipes to enhance flavors and provide natural colorings. 3. Long Shelf Life: One significant advantage of fruit powders is their extended shelf life compared to fresh fruits. Properly stored powder can remain usable for an extended period, making it a convenient option for those wanting the benefits of fruits without concerns about spoilage. 4. Concentrated Flavor: Fruit powders can elevate the taste of various foods and beverages due to their concentrated flavor profiles. They provide a convenient and consistent way to add fruit flavors to recipes, even when fresh fruits are not readily available. 5. Nutrient Retention: The process of dehydrating fruit to make powder helps preserve many of its nutritional components. However, it's important to note that certain heat-sensitive vitamins and enzymes may be partially degraded during the drying process. 6. Natural Coloring: Fruit powders can be used as natural food colorings. They provide vibrant hues to various recipes without the need for artificial dyes or additives. 7. Source of Dietary Fiber: Many fruits are naturally high in dietary fiber, and fruit powders can still retain a significant amount of it. Incorporating fruit powder into your diet can contribute to your recommended daily fiber intake. It's essential to note that while fruit powders can offer nutritional benefits, they should not be considered as a complete replacement for fresh fruits in a well-balanced diet. Fresh fruits provide additional benefits, such as water content and some nutrients that may be lost during the dehydration process. To stay up to date with the latest news and information about fruit powders, I recommend checking news sources, food industry publications, and health blogs that cover these topics.

In China, "spiciness" is a major feature of many local dinner tables. From Sichuan's spicy hot pot to Hunan's chopped pepper fish head to Shaanxi's oil splashed hot pepper noodles, from south to north, there are always diners who have a unique preference for spicy. Recently held the second China Digital Chili Industry Development Conference released data show that China is the world's largest consumer of chili pepper, while the annual output of chili peppers ranked first in the world, planting coverage of the country's 28 provinces (districts, municipalities), the industry continues to expand. China accounts for nearly half of global chili pepper production Chili pepper, also known as spicy eggplant and sea pepper, is an important vegetable species. Data show that the current annual planting area of chili peppers in China is more than 30 million mu, accounting for about 10 percent of the country's vegetable planting area, which is at the forefront of all types of vegetables. "From being used only for ornamental purposes when it was introduced to China more than 400 years ago, to its later edible and medicinal uses, the diverse value of chili peppers has been continuously discovered, and the scale of cultivation has expanded." Lin Qiao, deputy research librarian of the Institute of Agricultural Information of the Chinese Academy of Agricultural Sciences, introduced that chili peppers are rich in nutrients, diverse in flavor and growth, and can be eaten fresh or processed into products such as chili sauce, dried chili peppers and chili oil; in addition to its edible value, chili peppers also have important economic and social values, and capsaicin, capsaicin and capsaicinoids have applications in medical, food and industrial fields. In recent years, the global chili pepper planting area and production has been growing steadily, and China's chili pepper industry has also entered a rapid development stage. According to the statistics of the Food and Agriculture Organization of the United Nations, more than 30% of global chili peppers are planted in China from 2000 to 2021, and China's chili peppers planted area accounts for 36.72% of the global planted area in 2021, which is about 5.59 percentage points higher than that in 2000, and it is the major country in the world for chili peppers planting. In terms of production, both global and Chinese chili pepper production have increased significantly in recent years, with China accounting for nearly half of the global production, making it the world's largest chili pepper major producer. Not only to meet the domestic demand, China's chili peppers are also on the table of global consumers. According to reports, globally, chili peppers and their products have more than 1,000 kinds, more than 2/3 of the countries or regions planting or eating chili peppers. Currently, China is one of the major exporters of chili peppers, which are categorized into dried and fresh chili peppers, including unground dried chili peppers, ground chili peppers, and fresh or frozen chili peppers. According to the official website of the Agricultural Trade Promotion Center of the Ministry of Agriculture and Rural Affairs, China's chili pepper exports were valued at $1.7 billion in 2022, up 11.6% year-on-year. Among them, the export value of dried chili peppers is 1.56 billion U.S. dollars, up 8.1% year-on-year; the export value of fresh chili peppers is 140 million U.S. dollars, up 71.2% year-on-year; the top three export markets for China's chili peppers are the U.S., Japan, and Spain, in that order, which account for a total of 41.1% of the total chili peppers' export value together. At present, the rapid development of the pepper industry around, but also facing product homogenization, germplasm resources to tap the lack of utilization, high-end product competitiveness needs to be improved and other issues, the relevant localities should also further give play to local characteristics, optimize the layout of the industrial structure in accordance with local conditions, to cultivate more resistant to disease, adapted to the mechanization of production and harvest of varieties, to enhance the entire level of mechanization of the production and management of chili peppers. At the same time, the development of more pepper products to meet the needs of different markets, improve brand reputation, recognition, brand effect to achieve value-added pepper products, industry income. Hunan Insen Biotech mainly exports natural and synthetic capsaicinoids. Capsaicin, also known as Capsaicin, white crystalline powder, belongs to organic compounds, is an extremely pungent vanillamide alkaloid, the chemical name is anti-8-methyl-N-vanillin-6-nonenyl amide, the molecular formula is C18H27NO3. It has the functions of antibacterial, antioxidant, anti-tumor, anti-inflammatory and analgesic, and it is widely used in the fields of food and health care, pharmaceuticals, planting, aquaculture, paint industry and military, etc. It has high quality and high value-added properties. military and other fields, with high application value.

Introduction: In today's world, where synthetic chemicals dominate the market, many people are turning back to nature to find alternative remedies. One such promising area is plant extracts, which have been used for centuries in traditional medicine systems across different cultures. These extracts, sourced from various parts of plants - leaves, stems, roots, flowers, and seeds, offer a wide range of therapeutic benefits. Let's delve deeper into the world of plant extracts and explore their incredible healing potential. The Science Behind Plant Extracts: Plant extracts contain a complex mixture of bioactive compounds, including phenolic compounds, alkaloids, flavonoids, terpenoids, and essential oils. These compounds play a crucial role in the plant's defense mechanisms, protecting them from diseases, pests, and UV radiation. When used on humans or animals, these bioactive compounds interact with our physiological systems, promoting health and well-being. Health Benefits of Plant Extracts: 1. Anti-Inflammatory Properties: Many plant extracts exhibit potent anti-inflammatory properties, which can help alleviate conditions such as arthritis, asthma, and inflammatory bowel disease. For instance, turmeric extract contains curcumin, a powerful anti-inflammatory compound that has been shown to reduce inflammation and pain. 2. Antioxidant Effects: Oxidative stress caused by free radicals is linked to various diseases, including cardiovascular diseases, cancer, and aging. Plant extracts rich in antioxidants, such as green tea, grape seed, or pomegranate extract, help neutralize free radicals and protect our cells from damage. 3. Skin Health: Numerous plant extracts have proven beneficial for our skin. Aloe vera extract, known for its soothing properties, is commonly used to treat burns, wounds, and skin irritations. Other extracts, such as chamomile and lavender, possess anti-inflammatory and antimicrobial properties, making them ideal for treating acne and calming sensitive skin. 4. Mood Enhancement: Certain plant extracts, such as lavender and lemon balm, have been shown to have calming effects on the nervous system. They can help reduce anxiety, promote better sleep, and improve overall mood. These natural alternatives come without the unwanted side effects associated with pharmaceutical medications. 5. Digestive Health: Plant extracts like ginger and peppermint have long been used to alleviate digestive issues such as indigestion, nausea, and bloating. Ginger extract, for example, aids in the breakdown of food, boosts digestion, and relieves stomach discomfort. 6. Immune System Support: Echinacea, elderberry, and ginseng are all plant extracts well-known for their immune-boosting properties. These extracts help strengthen our immune defenses, assisting the body in fighting off infections and improving overall immune health. Conclusion: Plant extracts offer a natural and holistic approach to health and healing. As we understand more about the intricate chemistry of plants, their extract formulations continue to expand, providing us with an ever-growing selection of therapeutic options. However, it is crucial to remember that before incorporating plant extracts into your health regime, it is advisable to consult with a healthcare professional or a certified herbalist. They can guide you through appropriate dosage, potential interactions, and ensure your safety. Embracing the power of plant extracts allows us to tap into nature's bountiful offerings. From inflammation reduction and antioxidant effects to promoting skin health and elevating mood, these natural remedies hold immense potential to support our well-being in a more sustainable and holistic manner. Let's explore the vast world of plant extracts and harness their healing benefits for a healthier, happier life.

Diabetes mellitus is a common chronic metabolic disease that can cause a variety of health problems, including male infertility. In recent years, a widely studied biomolecule called nicotinamide mononucleotide (NMN) has attracted the interest of researchers because it is thought to have potential for improving male infertility caused by diabetes. How does NMN affect men? What are the benefits and effects of NMN for men? W+NMN USA will explore how NMN may play a role in this regard and the potential benefits associated with other health issues. Research from the W+NMN Headquarters Laboratory in New York, USA, has found that NMN can help improve sperm quality and increase sperm count and motility. This could be a key improvement factor for diabetics. 1. NMN reverses diabetes-induced testicular dysfunction. Liao and his colleagues treated mice with a chemotherapy drug called streptozotocin, which is toxic to pancreatic cells and is known to induce type II diabetes in mice. Their diabetic mouse model showed significantly lower sperm counts and a higher percentage of abnormal sperm.NMN treatment reversed the reduced sperm counts and abnormal sperm abundance in diabetic mice. Ma et al . (2022 | ABBS) NMN increases sperm count and decreases abnormal sperm, with diabetic mice (DM) showing a large decrease in sperm count (A) and an increase in abnormal sperm (B) compared to healthy mice (Ctrl), but NM (DM + NM) restores these defects. To study the ability of NMN to restore testicular structure in diabetes, Liao and his colleagues examined the size of tubes in the testes called vas deferens, which produce sperm precursor cells (spermatozoa) in the testes. Type II diabetic mice had significantly reduced vasculature area and diameter compared to non-diabetic mice, but NMN repaired these defects. Because structural integrity confers functional capacity, these findings suggest that NMN may reverse diabetes-induced male infertility. (Ma et al., 2022 Abbs ) NMN treatment restored spermatogonial tubule size. Spermatogenic tubule area and diameter were reduced in diabetic mice (DM) compared to healthy mice (Ctrl), but were restored by NMN treatment (DM+NMN). Because type II diabetes is associated with impaired glucose, which energizes cells during glycolysis, Liao and his colleagues examined the abundance of key glycolytic enzymes in the testis. While enzyme levels were significantly reduced in the testes of diabetic mice, NMN restored their abundance. These results suggest that NMN restores glucose utilization in the testes of diabetic mice, which may provide the cellular energy needed for spermatogenesis, potentially reversing infertility. 2. Reversing male infertility caused by diabetes mellitus. Antidiabetic drugs such as pioglitazone and metformin can restore glycolysis in the testes, potentially restoring fertility in men with diabetes.The results of the study by Liao and colleagues suggest that NMN may offer an alternative pathway for restoring male fertility. Future studies should examine how pioglitazone, metformin and NMN compare to restore fertility in diabetic men. Healthy diet and exercise also offer ways to combat the effects of diabetes and potentially restore male fertility. In any case, the possibility of NMN restoring fertility in diabetic men means that people of childbearing age with diabetes may soon have the option of having children. 3. NMN for the improvement of male fertility has obvious effect. Previously, the United States W + NMN headquarters laboratory researchers through a number of long-term experiments on mice proved that nmn can indeed be very good to improve the quality of male sperm, improve male libido. For men with decreased libido and sperm quality, taking NMN can play a very good role in improving their sex drive and preventing impotence and sexual function decline. Whether it is for older men who want to revive the male or want to prepare for pregnancy are very suitable. Especially for patients with diabetes, many diabetics have more or less reproductive problems. This is due to the fact that diabetes can damage our testicular tissue, which can lead to a decline in sperm quality and problems with sexual function, and even lead to infertility. Taking NMN can increase the level of NAD+ in the body, which can regulate the metabolic level and insulin in the body. 4. NMN reduce insulin sensitivity problem. W+NMN headquarters laboratory in the United States research shows that NMN diabetic patients usually have insulin sensitivity problems, which may be related to male infertility. nMN is believed to be able to improve the level of intracellular NAD + (nicotinamide adenine dinucleotide), which in turn enhance insulin sensitivity. This effect may have a positive impact on improving diabetes-induced male infertility. 5. NMN can help reduce oxidative stress. Diabetes is often accompanied by an increase in oxidative stress, which has a negative impact on male fertility. NMN, as an antioxidant, can help reduce oxidative stress and maintain the health of spermatozoa, thus helping to improve male infertility. 6. NMN helps regulate the immune system and vascular health. People with diabetes are often characterised by impaired immune system function, and NMN is thought to help regulate the immune system and improve immune function, thus helping to reduce chronic inflammation. Diabetes can damage blood vessels, leading to problems with erectile function. Studies with W+NMN in the US have shown that it can improve vascular function and increase blood flow, which may be beneficial in improving erectile function and quality of sexual life. The above is about the benefits and functions of taking nmn for men. As the functions and roles of NMN are being explored, NMN is becoming more and more popular. Finally, while NMN has shown some potential to improve male infertility caused by diabetes, diabetics should always manage their disease under the guidance of a physician and carefully consider any potential supplements. However, NMN, as a promising biomolecule, provides an interesting direction for researchers to explore new ways to improve male infertility. With further research, we may gain a better understanding of how NMN can play a role in this area, thus providing more hope and solutions for diabetics.

Food additives play a crucial role in the production and preservation of food products. These substances are added to foods to enhance taste, appearance, texture, and to extend shelf life. With the increasing demand for processed and packaged foods, the use of food additives has become widespread in the food industry. This article will discuss the importance of food additives in ensuring food safety and quality. One important role of food additives is enhancing the taste and flavor of food products. Many additives, such as sweeteners and flavor enhancers, are used to improve the palatability of foods. Sweeteners like sucralose and stevia are commonly added to low-calorie and sugar-free products, providing a sweet taste without the added calories. Similarly, flavor enhancers like monosodium glutamate (MSG) are added to savory dishes to intensify their taste and make them more appetizing. Food additives also contribute to the appearance and texture of food products. Colors, for instance, are added to enhance or restore the visual appeal of food items. Natural colors derived from fruits, vegetables, and spices are commonly used, as well as synthetic ones that are carefully tested for safety. Texture modifiers, such as thickeners and stabilizers, are added to improve the consistency of various food products, including sauces, dressings, and dairy products like yogurt. These additives help maintain a desirable mouthfeel and prevent separation or clumping. Another critical function of food additives is to extend the shelf life of perishable foods. Antioxidants and preservatives are added to prevent spoilage and inhibit the growth of harmful microorganisms. These additives help maintain the quality and safety of food products for a longer period, reducing food waste and decreasing the risk of foodborne illnesses. Food additives also play a crucial role in food safety. Antimicrobial agents, for example, are added to prevent the growth of harmful bacteria and other microorganisms that can cause food poisoning. In addition, acidity regulators and pH stabilizers are used to control the pH levels in foods, preventing the growth of bacteria that thrive in alkaline or acidic environments. These measures ensure that food products reach consumers with minimal risk of contamination. Furthermore, food additives can enhance the nutritional value of certain products. Fortified foods are enriched with vitamins, minerals, and other essential nutrients to address specific dietary deficiencies. For example, iodized salt is fortified with iodine to prevent iodine deficiency, while folic acid is added to grain products to reduce the risk of neural tube defects in pregnancies. However, it is essential to note that the use of food additives must be regulated to ensure their safety. Regulatory bodies, such as the Food and Drug Administration (FDA), set strict guidelines on the types and amounts of additives that can be used in food products. These agencies evaluate the safety of food additives by conducting extensive research and testing to determine their potential effects on human health. In conclusion, food additives are of great importance in the food industry. They enhance the taste, appearance, and texture of food products, extend their shelf life, and contribute to food safety. When used appropriately and regulated effectively, food additives can play a vital role in ensuring that consumers have access to a diverse range of safe, high-quality, and enjoyable food options.

As technology continues to advance, mankind's pursuit of health and longevity is growing. In recent years, a molecule called NMN (nicotinamide mononucleotide) has attracted widespread attention in the field of anti-aging. Many studies have proved that NMN has significant anti-aging effects, and is therefore known as the "miracle drug of anti-aging". So, how does NMN achieve this miraculous effect? This article will provide a detailed analysis. What is NMN? NMN is a substance found in our bodies, also known as nicotinamide adenine dinucleotide, which is a coenzyme that is essential for cellular energy production. However, as we age, the amount of NMN in our body decreases, which is a major cause of aging. How is NMN anti-aging? The anti-aging effects of NMN are mainly in the following aspects: 1. Increase NAD+ level: NAD+ is one of the key coenzymes in the human body, responsible for participating in thousands of biochemical reactions. As we grow older, the level of NAD+ in our body will gradually decrease, and NMN can effectively replenish this substance, thus increasing the level of NAD+ and helping the body to maintain vitality. 2. Repairing DNA: DNA is the substance that constitutes genes and is also an important factor in determining our physical characteristics. As we age, DNA can become damaged, which can lead to a range of diseases. NMN can help the body stay healthy by repairing this damaged DNA. 3. Lengthening telomeres: Telomeres are a special section of structure at the end of chromosomes, which have an important impact on our health and longevity. Research has found that NMN can help lengthen telomeres, thereby slowing down the aging process. Current state of NMN research and future prospects. Despite the encouraging effects of NMN, current research is still in its infancy and further studies are needed regarding its safety and efficacy for long-term use. In addition, how to produce NMN on a large scale and economically is also a problem to be solved. Overall, NMN, as a new anti-aging strategy, opens a new window for us. With the continuous progress of scientific research technology, we have reason to believe that future anti-aging drugs will be safer and more effective.

1. Analysis of the Competitive Landscape of China's Plant Extract Industry At present, China's plant extracts belong to the emerging health raw materials industry, the threat of substitutes is relatively small; segmented products, market concentration is low, part of the market segments to form a monopoly pattern but the overall point of view of the degree of competition among existing enterprises is still general; upstream suppliers of plant raw materials for plant extracts and plant production and testing equipment, of which raw material costs accounted for more than 90% of the industry bargaining power of the upper reaches of the raw material is relatively low. In contrast, the plant extracts industry on the production of equipment bargaining power is relatively strong, mainly due to plant extracts equipment manufacturers are more, the industry has a greater choice of products, buyers have a more obvious advantage. Plant extracts are important raw materials for the production of downstream industries, such as pharmaceuticals, cosmetics, food and beverage industries will more or less use to plant extracts, so a single market fluctuations on plant extracts to bring less impact, plant extracts on the downstream industry bargaining power is stronger. At the same time, due to the high technological threshold of the industry, the threat of potential entrants is small. 2. The United States is the most important export region for Chinese plant extracts. The U.S. is the largest export market for China's plant extracts, and strong exports to it drove the rapid growth of herbal extracts exports, with China's exports to the U.S. amounting to $770 million in 2021, accounting for 25.41% of the total exports of plant extracts, up 25.7% year-on-year. The spread of the epidemic has boosted the demand for major health products, plant extracts as the raw material for dietary supplements in the United States, strong demand pulling China's exports of plant extracts to grow at a high rate. 3. Prospect analysis of China's plant extract industry In the future, with the gradual growth of China's traditional Chinese medicine industry and food industry, the market scale of China's herbal extract industry will also continue to expand. Foresight based on the growth rate of China's plant extract industry market size in previous years, 2023-2028, China's plant extract industry market size will grow at a compound growth rate of 10%, is expected to 2028, China's plant extract industry market size will reach 7.8 billion U.S. dollars.

On hot summer days, when the heat is unbearable, a bottle of ice-cold cola has become the joy of many people's hearts. Nowadays, with people's growing concern for health, various beverages have boasted the advantages of zero-sugar and zero-calorie. However, do you understand that these so-called zero-sugar, zero-calorie drinks hide an artificial sugar substitute - aspartame. Aspartame is a common food additive designed to provide sweetness to foods and beverages without adding calories. However, according to a statement from the World Health Organization (WHO), the artificial sugar substitute "aspartame" is classified as a potential carcinogen, along with a number of other substances such as mobile phone radiation, sauerkraut, pesticides, and petrol, as a "Group 2B carcinogen". Aspartame is a non-sugar artificial sweetener that is often used as a substitute for sucrose and is widely added to a variety of foods and beverages, especially products labelled as "zero sugar, zero calories". Because it provides sweetness with few added calories, it is popular with many people who are trying to lose weight or control their sugar intake. Globally, aspartame is found in more than 6,000 products, and the following are some of the most common foods that contain aspartame: Sugar-free soft drinks/cola. Sugar-free chewing gum. Sugar-free diet drinks. Low-sugar flavourings, such as "sugar-free syrups" and other products. Sugar-free gelatin, more commonly found in sugar-free jellies. Cough drops. Sugar-free desserts such as cakes and candies. Although most food and beverage products containing aspartame are labelled as "healthy" or "diet" alternatives, scientific studies have not proven that these products are effective in reducing the risk of diabetes or obesity. In fact, studies have shown that sugar-free beverages with aspartame may have adverse health effects. Additionally, aspartame may increase appetite, causing people who consume sugar-free beverages with aspartame to consume more calories at a later date. This may, in turn, lead to weight gain, which is contrary to the original goal of losing weight. In addition, the sweetness of aspartame may affect people's perception of sweet foods, leading them to prefer high-sugar foods, which can further increase their intake of sugar. The 3 chemicals in aspartame are very damaging to the liver! According to Professor Ma Yufang from the Department of Oncology at Wuhan Jiho Hospital, aspartame will be hydrolysed and absorbed in the gastrointestinal tract after ingestion, releasing "methanol", "aspartic acid" and "phenylalanine". The metabolism of methanol occurs first in the liver, where it is oxidised to formaldehyde and then to formic acid. However, methanol is not a harmless substance. Not only does it cause direct liver damage, it is also directly toxic to liver cells and potentially carcinogenic. Several studies have raised concerns about the potential carcinogenic risk of aspartame. One of these animal studies found that early life stage exposure to aspartame may increase the likelihood of developing cancer in later life in mice. In addition, a study conducted by a team of researchers led by the University of Paris in France confirmed the association between aspartame consumption and specific cancer risks. The study found that subjects who consumed aspartame-containing products had a particularly high risk of developing breast cancer, as well as cancers associated with obesity. These included colorectal, stomach, liver, oral, throat, oesophageal, ovarian and endometrial cancers. However, these studies do not completely prove that aspartame directly causes cancer, but rather hint at a potential association with specific cancer types. In addition, the team also noted that aspartame does not appear to affect the risk of pancreatic cancer, but men who consume aspartame may face an increased risk of developing non-Hodgkin's lymphoma and multiple myeloma. Aspartame is more than just cancer? Beware of foetal dysplasia, neurological disorders In addition to the potential cancer risk, excessive consumption of aspartame may also have other adverse health effects. Studies have shown that consumption of artificial sweeteners during pregnancy may increase the risk of preterm birth and later allergic diseases in the foetus. In addition, artificial sweeteners may lead to poor glucose and insulin tolerance, altered gut microbiota composition, weight gain, and an increased risk of developing type 2 diabetes in the foetus after birth. Aspartame exposure may also have neurological effects, including neurological and behavioural disorders such as headaches, involuntary convulsions and depression. These effects are attributed to the metabolism of aspartame, resulting in the production of phenylalanine, aspartic acid, and methanol, which can cross the "blood-brain barrier" and interact directly with neurotransmitters. In addition to its direct effects on the central nervous system, aspartame may interact with the gut microbiota, leading to the release of "corticosterone" and "adrenocorticotropic hormone" (ACTH), which may have a serious impact on the body's circadian rhythms and hormonal regulation. When making dietary choices, it is crucial to maintain a moderate intake of aspartame and other additives, adhere to a varied and balanced diet, and choose natural and less processed foods. In the pursuit of good taste, we should be more health conscious and pay attention to the additives in food and their effects on the body. Only by considering and choosing wisely can we help maintain good health and enjoy a good life. Maintaining a balanced diet and lifestyle is the key to our common pursuit of health and well-being.

What are sweeteners? Sweeteners are divided into artificial and natural sweeteners, but the line is not clear, for example, some artificial sweeteners are extracted from natural plants or sucrose itself, while some natural sweeteners are extracted and processed in a way that alters their properties and are not as natural as we might think. Both artificial and natural sweeteners are sugar substitutes, but unlike sucrose they have little to no energy, so many drinks are sweetened to control energy and help with weight control. How do sweeteners work? Our tongues are covered with many taste buds, each containing several taste receptors that detect different flavours. When eating, the taste receptors encounter food molecules, and the perfect fit between the receptor and the molecule sends signals to the brain, enabling it to recognise flavours. For example, a sugar molecule binds perfectly to a taste receptor, allowing the brain to recognise sweetness. Sweetener molecules are similar enough to sugar molecules to allow sweet receptors to bind to them. But different enough from sugar that the body can't break it down. This provides sweetness without adding calories. Do sweeteners cause cancer? Sweeteners have been controversial since the discovery of the first artificial sweetener, saccharin, in 1879. It has been accused of causing a range of health problems from headaches and dizziness to cancer. While some studies have linked artificial sweeteners to cancer, many more have found them to be safe. Although no clear link to cancer has been found, artificial sweeteners may have other equally worrying effects on health. Can sweeteners help with weight loss? The effect of sweeteners on weight loss is unclear, and some studies have found that switching to low-calorie sweeteners can lead to moderate weight loss and may help people manage their weight. Other studies have found that using sweeteners for weight loss may have the opposite effect. People who regularly consume sweeteners (both natural and artificial) gain weight and are at higher risk of obesity, type 2 diabetes and cardiovascular events because sweeteners may cause glucose intolerance by interfering with intestinal bacteria, which can lead to overeating and weight gain. To add to the confusion, a recent study found that Australians consume less sugar than they did 20 years ago, but obesity rates are still rising. The question of whether sweeteners play a role in weight loss is one on which even scientists cannot reach a consensus.

Curcumin is a yellow pigment extracted from the rhizome of Curcuma longa, a member of the ginger family, and is an acidic polyphenol with unsaturated aliphatic and aromatic moieties in the main chain. It has been recorded that turmeric has been consumed by the people of the Indian subcontinent for 5,000 years. Curcumin is currently a natural product of great interest to scientists around the world, with about 4,500 papers on curcumin published in various scientific journals worldwide in the last two decades. Numerous studies have shown that curcumin has a variety of biological activities, such as antioxidant, anti-infection, anti-inflammatory, anti-coagulation, anti-atherosclerosis and tumor growth inhibition, etc. The nano-actives with particle size less than 30 nm developed by nano-transport system (NDS) allow curcumin to be stably wrapped in nano-carriers, which can significantly increase the absorption efficiency and bioavailability, well overcome the original defects and maintain the advantages It can be applied more conveniently and widely.

1.Policy support Cistanche extract belongs to the raw materials of plant extracts, which is in line with the future industrial development direction As the refined and deep-processed products of natural plants, the plant extraction industry can effectively improve the added value of natural plants, and its application areas are also conducive to promoting the enhancement and improvement of people's living standards, therefore, it is also supported by national policies, for example, the Outline of National Medium and Long-term Science and Technology Development Plan (2006- For example, the National Medium and Long-Term Science and Technology Development Plan (2006-2020) clearly states that "focus on research and development of deep and clean ecological processing technologies for major agricultural products and agricultural and forestry specialty resources". Due to market demand and policy support, the future development of the plant extraction industry is predictable. 2.Wide application of raw material products Cistanches extract has a large market demand space The application fields of plant extracts cover many fields such as medicine, health food, dietary supplements and cosmetics, with good application extensibility and large market space. In addition, with the improvement of science and technology and production technology, new varieties of extracts are emerging and new application scenarios of known extracts are expanding, and the market demand space of plant extracts will also expand. Cistanches extracts have natural properties and conform to today's consumers' concept of returning to nature, and the pollution-free green products have huge development space and broad market prospects both at home and abroad. 3.Wide market sales Market influence will continue to expand with the changing competitive situation in the market, industry players face the development problem of not only ensuring product quality and stable supply, but also maintaining and consolidating their market position by means of technology research and development and expanding production capacity. Therefore, the head enterprises in the industry, by virtue of their dominant position in terms of market, products, scale and cost, are conducive to seizing market opportunities and capturing market share, thus continuing to expand their market influence. In addition, as China's Cistanche extract market, foreign exports occupy an important position, and it takes a certain period to be familiar with international trade rules and understand the characteristics of different regional markets. Therefore, practitioners who already have rich trade experience in multiple countries will benefit from the first-mover advantage. At present, Cistanche extracts are mainly exported to Korea, Japan, the United States, Singapore, Eastern Europe, etc.

Aspartame Aspartame is 200 times sweeter than sucrose. Aspartame is the most commonly used sweetener in sugar-free colas owned by Coca-Cola and PepsiCo. Some studies have pointed to a possible link between aspartame and weight gain and cancer. But since FDA approval in 1981, no convincing evidence has been found linking aspartame to weight gain and cancer. The World Health Organisation and the American Dietetic Association have stated that moderate intake of aspartame does not pose a health risk. Aspartame breaks down into three products when ingested: aspartic acid, methanol and phenylalanine. The levels of these chemicals are relatively low compared to other foods, such as milk. All three products are safe for the general population, but some people with a genetic disorder called phenylketonuria (or PKU) cannot metabolise phenylalanine. Acesulfame Potassium Acesulfame is approximately 200 to 250 times sweeter than sucrose. It has a similar sweetness to aspartame and also contains few calories. One of the characteristics of acesulfame is that it has the effect of enhancing sweetness when mixed with other sweeteners, so it is often mixed with aspartame. Acesulfame can be widely used in solid beverages, sauces, preserves, gummies, and various foodstuffs used as sweeteners for the table. Acesulfame is not metabolised and does not accumulate in the human body, 100% of it is excreted from the body in urine in its original form. The use of acesulfame in strict compliance with the standards and regulations will not cause harm to the health of consumers. Cyclamates Sweeteners Sweeteners are 50 times sweeter than sucrose and are used in cooking and baking. 40% of sweeteners taken orally by humans are excreted in urine and 60% in faeces, with no accumulation. But it has been banned in the United States and Japan since 1970 due to the discovery of bladder cancer in mice fed with sweetener in 1969. However, more than 80 countries, including China and the European Union, allow the addition of sweeteners to food, but there are clear limits. The advantages of sweeteners are better sweetness, lower after-bitterness than saccharin, and lower cost; the disadvantages are low sweetness, high dosage, and easy to use over the limit. The latest research shows that sweeteners on the proliferation of osteoblasts and differentiation has a significant inhibitory effect, often consume sweeteners content exceeds the standard of the beverage or other food, will be due to excessive intake of human liver and nervous system harm, especially for the metabolism of the detoxification capacity of the weaker elderly, pregnant women, children, the hazards of the more obvious. Saccharin It is 300 to 500 times sweeter than sucrose and is eaten with a slight bitter and metallic taste remaining on the tongue. It is a particularly sweet white crystal extracted from black, sticky, smelly coal tar by extracting toluene, treating it with sulphuric acid, phosphorus pentachloride and ammonia, then oxidising it with potassium permanganate, and finally crystallising and dehydrating it. Uncle Dai in the early 1970s studied a link between hair flavoured saccharin and bladder cancer, but later studies have shown that these results were only in rats and lacked evidence of causing cancer in humans. However, it should still be reduced or avoided. There are a few cases of consumers consuming large quantities of saccharin for a short period of time in total ignorance of its dangers, causing thrombocytopenia resulting in acute haemorrhage, multiple organ damage, etc., and leading to malignant poisoning incidents. Sucralose Sucralose is 600 times sweeter than sucrose. Sucralose was approved by the FDA in 1998, and although one study suggested that sucralose may negatively affect the immune system, follow-up studies have not found a correlation.The CSPI considers it safe, and some studies have concluded that it is not carcinogenic. In patients with diabetes, the intake of sucralose can limit calorie and carbohydrate intake. After sucralose enters the body through the mouth, most of it is excreted directly in the faeces as sucralose protoforms, with a small residue excreted through the urine. Following Canada, countries such as the United States, Japan, the European Union, Australia and New Zealand have confirmed the safety of sucralose and approved its use. China also officially approved the use of sucralose in 1997. More than 100 countries have now approved the use of sucralose as a food sweetener in a wide range of food applications. Xylitol Xylitol sweetness is comparable to sucrose Sugar alcohols contain calories. But they have fewer calories than sugar, (xylitol gives the body one-tenth the calories of sucrose for the same sweetness) which makes them an attractive alternative and they do not cause tooth decay like sucrose. Because it contains fewer carbohydrates than sucrose and the body can not fully absorb sugar alcohols, so sugar alcohols are usually used in diabetic sugar-free food, but excessive consumption will still lead to increased blood sugar (although xylitol itself penetrates into the cells with insulin has nothing to do, but xylitol is a link in the metabolic cycle, producing other metabolites still need insulin to participate in the pancreas, which will aggravate the burden of pancreas) large amounts of consumption can cause bloating and diarrhoea Xylitol is not related to the metabolic cycle. Therefore, xylitol should be used in moderation.

Chitosan, also known as deacetylchitin, is obtained from the deacetylated chitin widely found in nature, with the chemical name of-1, 4-polyglucosamine. Chitosan (CHITOSAN) is a high polymer active ingredient extracted from Marine organisms, known as the "sixth life element of the human body". Due to the advantages of safety and non-toxic, antibacterial, strong adsorption, antioxidant, moisturizing, biodegradable and other advantages, chitosan materials are widely used in medicine, food, environmental protection, cosmetics and other fields, and play an important role in wound repair, food preservation, sewage purification, skin care. Role of chitosan in cosmetics: 1. Safe, non-toxic and low stimulation, and skin-friendly. 2. With antibacterial properties: it can assist anticorrosion and reduce anticorrosion materials; accelerate repair, repair acne and barrier damaged barrier skin. 3. Strong adsorption: absorb heavy metals, pigments and electrostatic dust caused by makeup and environmental pollution. 4. Moisturizing and locking water: it can be used for: red, red blood silk, after the sun repair, barrier damage, acne explosion, daily hydration, etc Chitosan is not only used in skin care products, but also important in daily necessities such as hair care fluid and bath fluid. If the use of chitosan excellent film-forming characteristics, can be used in a variety of hair gel and shampoo. Chitosan was first used as a food additive, and in recent years began to be used in cosmetics, which has become a new favorite in the cosmetics industry. Advantages of chitosan in cosmetics: 1. With excellent biocompatibility and film formation, it can fully maintain the nutrients. 2. It has antibacterial function and significant whitening effect. 3. Has the function of moisturizing, stimulating cell regeneration and modifying the skin. Common types of chitosan: According to the dissolution method, chitosan is divided into acid-soluble and water-soluble chitosan. Acid-soluble chitosan is divided into deacetyl degree of 85%, 90% to 95% chitosan, raw materials from neighboring countries are black tiger shrimp shell, domestic crab shell, domestic shrimp shell, small dragon shrimp shell (generally used in the south), north red crab crab shell, imported snow crab crab shell; water-soluble chitosan is divided into chitosan hydrochloride, chitosan quaternary ammonium salt and carboxymethyl chitosan. Industrial grade chitosan (deacetylation of more than 85%) is mainly used in pesticides, fertilizers, soil amendments, seed dressing agent, feed additives, sewage treatment, paper industry and coatings. Refined grade chitosan (deacetylation degree above 95%) is commonly used in medical dressings, drug slow-release agents, etc Health care mechanism of chitosan 1. Adjust blood lipid: l Block fat absorption, reduce low-density cholesterol (LDL) and neutral fat, raise high-density cholesterol (HDL), control body weight, and inhibit blood pressure rise. l Prevent and control tumors and inhibit cancer cell metastasis. l Have the effect of immune strengthening and cell activation, inhibit aging, regulate biological function detoxification and beauty freckle. l Have special effects to prevent the deterioration of liver diseases. l Prevention and control of osteoporosis. l The higher the purity, the better the effect. l Chitosan preferred blue Bay chitosan, which is the highest purity product in chitosan. 2. Regulate blood sugar level: l It can improve the acidic constitution of diabetic patients, and make insulin play a role in a more suitable humoral PH value environment, so as to improve the sugar metabolism in the body. l Chitosan can activate cells, increase the consumption of blood sugar in somatic cells, and activate insulin cells, which is conducive to the increase of patients's own insulin levels, thus reducing blood sugar. l It has the function of invigorating spleen and tonifying kidney, promoting blood circulation and guiding stagnation, cooling blood and detoxifying blood. Clinical studies have proved that it is beneficial to improve the disorder of nitrogen metabolism in diabetic nephropathy, to guide the benign reaction of lipid metabolism, and to effectively prevent or delay the progression of diabetic toxicity. 3. Reduce weight: l Chitosan is in the acidic environment, and the amino group in its chemical structure is replaced by hydrogen ions, with a strong positive charge, and it is combined with fat and bile acids in the intestinal tract, which can block the digestion and absorption of fat, clean up the intestine, and reduce the cholesterol and neutral fat in the blood. l Chitosan can activate somatic cells, enhance the consumption of blood sugar in somatic cells, and reduce body fat. l Chitosan is different from the general weight loss food to suppress appetite or cause diarrhea to achieve the purpose of weight loss. Chitosan can eat people who want to lose weight at ease without affecting the effect of nutrient absorption. The standard for high-quality chitosan First of all, the source and quality of raw materials should be strictly controlled. That is to say, the material source of shrimp and crab shell is fixed, and the quality inspection report or certificate of each batch of raw materials. Second, each step and parameter control of the production process, repeated verification of the process parameters, environmental conditions and operation specifications in the process of chitosan production, and operator system training, to ensure the standardization of chitosan production. Third, the whole process of sterilization mode verification and sterilization control. Fourth, the purity of chitosan is very important, deacetyl reached more than 95% can be applied to the product, high bioavailability, good absorption. Otherwise, it's easy to have allergies. Our (Insen Biotech) is specialized in Chitosan for years, and can provide whole list of Chitosan now, including Food, Cosmetic, Pharmaceutical, Industrial and Agricultural Grade Chitosan. Welcome to visit our factory and build long-term cooperation.

Material introduction Fullerene (Fullerene) is the third allotrope discovered by elemental carbon, which is a series of closed cage-like all-carbon molecules composed of five-membered and six-membered rings. Any substance that is composed of a single carbon element and exists in a spherical, elliptical or tubular structure can be called a fullerene, and fullerene refers to a class of substances. Fullerenes have a perfect symmetrical structure, as well as an exotic electronic structure, with high hardness, good stability, and superconductivity. Spherical fullerenes (also called footballenes) represented by C60 are the most common form. With the deepening of research, in recent years, embedded fullerenes, carbon nanotubes, giant carbon tubes, Fullerenes in various forms such as polymers. With perfect three-dimensional topological symmetry, it has the reputation of "nano prince" Fullerene has a perfect three-dimensional topological symmetry structure, special stability in the nanoscale range, and exotic electronic structure, which make it have great application potential in many high-tech fields. Its representative member C60 is also known as the "nano prince". Hunan Insen Biotech provide Fullerene C60, Fullerene C70, Fullerenols and Fullerene Carbon Soot. Pls feel free to contact us if you need any of them. Application field Semiconductor wafers, catalysts, lubricants, solar cells, diamond films, superconducting materials, cosmetics- Industry Development Trend 1. New nano-carbon materials with broad application prospects As a new type of carbon nanomaterials with many excellent properties, fullerenes will find important applications in life sciences, medicine, astrophysics and other fields. Relying on its excellent electronic properties, fullerenes are expected to be used in optical converters, signal conversion and data storage. on optoelectronic devices. 2. The application is still in its infancy, and cost reduction and improvement of preparation technology are the keys in the future Limited by high cost and preparation technology, the application of fullerene is still in its infancy, but the huge market capacity has prompted countries to invest huge amounts of money in the preparation and application of fullerene, so as to prepare for the occupation of the market in the future. 3. There is a big contrast between resource scarcity and demand The huge demand is in sharp contrast with the scarce resources. It is urgent to find a method for synthesizing fullerenes in large quantities, thereby reducing the cost of application. Market size forecast According to BCC research data, the global fullerene market size was US$4.7 billion in 2016, while carbon nanotube materials, a family of fullerenes, are expected to reach US$670 million by 2020. Applications Military: Impact-resistant coatings on armored vehicle surfaces, high-hardness surface gears, high-temperature and radiation-resistant electronics- Life sciences: Fullerene-based magnetic resonance contrast agents and novel agents for the treatment of cancer are developing rapidly. Sensor: Fullerene sensors have the advantages of reproducibility, simple production process, can effectively increase the active surface area of electrodes, and support the composite of nanoparticles with other materials. Industrial Lubrication: Fullerene additives can extend lubricant life by 30%. Photovoltaic: Fullerenes can be used as an ideal acceptor material in solar cell applications, such as PCBM, NCBA, ICMA, etc., and can also expand their applications in different fields including light converters, field effect transistors, etc. Cosmetic: Fullerenes can bind free radicals and have strong antioxidant capacity. Adding them to cosmetics can activate skin cells.

Why there is so many glutathione supplements on the market? Glutathione is a peptide composed of glycine, cysteine and glutamic acid and it plays a vital role in the body. It is produced by the liver and is involved in many bodily processes. Glutathione is involved in tissue building and repair, making chemicals and proteins that the body needs, and immune system function. Glutathione is also an important antioxidant, it can remove free radicals in the human body, clean and purify the environmental pollution in the human body, thereby improving people's physical and mental health. Since reduced glutathione itself is susceptible to oxidation by certain substances, it can protect the sulfhydryl groups in many proteins and enzymes from being oxidized by harmful substances such as free radicals in the body, so that molecules such as proteins and enzymes can exert their physiological functions. Glutathione may seem similar to other well-known antioxidants like vitamin C and vitamin E, but it's worth noting that unlike most antioxidants, your body can make glutathione on its own. But glutathione deficiency increases susceptibility to oxidative stress, which may be the underlying cause of many diseases, including cancer, heart disease, Parkinson's and Alzheimer's, so we need dietary or supplements to maintain it. The Glutathione supplied by Lyphar is reduced glutathione more with more than 98% purity, widely used for healthcare and cosmetic fileds. Basic Information for Insen Glutathione Product name: Glutathione Appearance: White powder CAS No.: 70-18-8 Assay: 98%min Grade: Food and Cosmetic Grade Stock: Available Who needs to supplement glutathione? Most young and healthy people have adequate glutathione levels. However, some groups of people often have insufficient glutathione levels to meet their physical needs. These include the very young, the elderly, and the people chronically exposed to excessive toxins, stress, and poor diets, and even athletes and people who drink excessively and smoke. And in adults, glutathione levels start to decline significantly as early as age 30 and continue to decline with age. More worryingly, in an increasingly polluted and toxic environment, the age at which this decline begins to occur appears to be getting younger and younger. Research consistently shows that classic diseases of aging, as well as most other chronic diseases, are mediated by free radical damage and inflammation. They also showed that these chronic and degenerative diseases are always accompanied by reduced glutathione levels. It has also been clinically proven that glutathione can improve cancer, MS, Alzheimer's, Parkinson's, IBS, diabetes, heart disease and other diseases and degenerative diseases. Babies and young children have an increased need for glutathione because their cells are dividing and multiplying rapidly, and all of this cellular activity generates large amounts of free radicals. It also creates a large potential for DNA damage during replication. Nature has created a way to meet this glutathione challenge by providing needed glutathione precursors in breast milk. But with people's perceptions and the physical condition of mothers, breastfeeding is no longer the only way to feed, so babies who can't be well fed will also contract some diseases due to lack of glutathione. While more and more people are realizing the importance of glutathione supplementation, there are some people who are not suitable for supplementation, including those who have undergone organ transplants and those who have received immunosuppressive therapy. Function of glutathione 1. Immune function Glutathione is the building block of our immune system, and so is our immunity when GSH levels are low. By increasing your GSH levels, you can improve your body's ability to fight infection and disease. 2. Anti-aging Free radicals and oxidative damage are some of the main causes of aging. They damage our cells and bog down our bodies, leaving us tired, old and unhealthy. Glutathione can help eliminate free radicals. 3. Anti-inflammatory Inflammation is deadly, pure and simple. It is considered the main cause of almost every disease we know of. Yes, it's a natural and even healthy immune response, but when it lasts longer than necessary, it can lead to serious health problems and chronic pain. 4. Detoxification Glutathione is a potent chelator involved in cellular reactions, transport and excretion of toxic heavy metals. It is also a biomarker of toxic metal overload. Chelated heavy metals are absolutely vital to our health, especially as we age. We absorb heavy metals every day through the water we drink, the food we eat, and even from amalgam fillers and antiperspirant deodorants. With adequate glutathione levels, the body is able to flush these heavy metals out of the body, reducing the stress and damage they cause to our cells. If you can combine glutathione supplements with a healthy lifestyle to minimize exposure to toxic heavy metals, you can significantly improve cognitive and nervous system development and function throughout the aging process. 5. Antioxidants Glutathione's antioxidant properties are extraordinary, which is why it has earned the body's title of "Antioxidant Master". Glutathione is present in every cell and flushes our body of toxins, free radicals and heavy metals that pose a threat to our health and well-being. Like a magnet, it collects all these harmful substances and expel them from the body. In its active or reduced form, glutathione acts as a powerful antioxidant, and once it is used up or oxidized, it begins the recycling process. The efficiency of this recycling process determines the ratio between reduced and oxidized GSH in the body. The more reduced glutathione in the system, the better, indicating low levels of cytotoxicity and strong immune function. 6. Protects the liver Since glutathione is closely related to our body's detoxification, it's no surprise that it has the highest concentrations in the liver. The most important detoxification organ of the human body. Glutathione is also closely related to liver health and function, and when GSH levels are high, the liver has less work to do and it has a chance to repair itself. This helps reduce liver inflammation that leads to cirrhosis and impaired liver function. 7. Cognitive Health Heavy metals and free radicals can wreak havoc on our brains, and they're especially hard to get rid of. This is due to the highly selective permeability of the blood-brain barrier. Only selected amounts of antioxidants can cross the blood-brain barrier to detoxify and repair the brain. Increasing the availability of these antioxidants can help provide the brain with the necessary tools to repair damage already done and prevent further damage. Heavy metals pose a particularly high threat to our cognitive health and function. Years of exposure accumulate in the brain, causing severe damage to surrounding brain cells. This can lead to the progression of cognitive impairments such as dementia, Alzheimer's disease and many other problems. Supporting glutathione levels can help detoxify the brain and ensure that heavy metal deposits never have a chance to seriously damage the brain. This can help avoid the underlying causes of many cognitive impairments and even improve cognitive function and memory throughout the aging process. 8. Skincare As a major anti-aging antioxidant, glutathione is widely used to help fight the signs of aging. Glutathione can be used topically in glutathione creams or taken orally in pill or capsule form, and glutathione can have huge skin health benefits.

Hunan Insen Biotech is one of the professional manufacturer of cosmetics raw materials in China, and Carbomer is one of the main items in our company, the brief introduction is as follows. Carbomer is a high molecular polymer of acrylic acid-bonded allyl sucrose or pentaerythritol allyl ether. Calculated according to the dry product, the carboxylic acid group (-COOH) should be 56.0% to 68.0%. Carbohydrate, also known as carbomer, is an acrylic cross-linked resin obtained by cross-linking with acrylic acid such as pentaerythritol. It is a very important rheology modifier. The neutralized carbomer is an excellent gel matrix. It has important uses such as thickening and suspension, simple process and good stability, and is widely used in lotions, creams and gels. Carbomer series: ◎ Carbopol 940: Short rheology, high viscosity, high clarity, low ionic resistance and shear resistance, suitable for gels and creams. ◎ Carbopol 941: Long rheology, low viscosity, high clarity, moderate ionic resistance and shear resistance, suitable for gels and emulsions. ◎ Carbopol 934: Cross-linked polyacrylic resin, topical drug delivery system, stable at high viscosity, for concentrated gels, emulsions, suspensions. ◎ Carbopol 1342: Cross-linked polyacrylic resin, topical delivery system, excellent rheology modifier in the presence of electrolytes, polymeric emulsification. ◎ Carbopol 980: Cross-linked polyacrylic resin, topical delivery system, crystalline clear gel, water or alcohol solvent. ◎ Carbopol ETD 2020: Acrylate/C10-30 alkyl acrylate cross-chain copolymer, long rheology, low viscosity, high clarity, high ion resistance and shear resistance, suitable for clear gels. ◎ Carbopol AQUA SF-1: Liquid, long rheology, can be formulated into clear formulations, has excellent compatibility with a variety of ingredients, acid-returning thickening, can be used in surfactant systems. ◎ Carbopol Ultrez 21: Acrylates/C10-30 alkyl acrylate cross-chain copolymer, short rheology, for gels, detergents, high electrolyte products, creams, lotions. ◎ Carbopol Ultrez 20: Acrylates/C10-30 Alkyl Acrylates Cross-Chain Copolymer, Long Rheology, Shampoo, Shower Gel, Cream/Lotion, Electrolyte Skin Care, Hair Care Gel. ◎ Pemulen TR-1: Acrylate/C10-30 alkyl acrylate cross-chain copolymer, thickening emulsifier, short rheology, used in creams and lotions. ◎ Pemulen TR-2: Acrylate/C10-30 alkyl acrylate cross-chain copolymer, thickening emulsifier, long rheology, for emulsions. Function: ◎ Can be used as emulsifier 1. Not limited by HLB value and PlT 2. Can emulsify any liquid oil at room temperature 3. Emulsify waxes if the wax is melted during the manufacturing process 4. No re-emulsification when re-wetting, easy to prepare waterproof emulsion without film-forming agent 5. Can be prepared: moisturizing creams, lotions, cleansers, sunscreen products, alcohol-free perfumes, fragrance hair conditioners (enhancing shine, easy to comb), hand washes, low-consistency sprayable emulsions and transparent microemulsions, etc. ◎ Used in skin care products Hydrophilic thickener, stabilizing emulsifier, suspending agent, gelling agent, with good transparency, it needs to maintain medium to weak alkaline to have consistency, so it cannot coexist with acid activating ingredients, in addition, Carbomer is also afraid of salts Therefore, it is impossible to add mineral ions, otherwise the consistency will disappear and it will be irritating to the eye mucous membrane. For high molecular weight polymers, the higher the number (eg Carbomer 940), the larger the polymer molecule. Here is the website of our company---www.insengroup.com, you can get more details about the items on our web, also can find our contact there, just keep us noticed if you want to know any thing about our items, more details will be updated accordingly.