Huadai Chemical
PRODUCTS
Biotin
Huadai Chemical
|
HS Code |
187631 |
| Chemical Formula | C10H16N2O3S |
| Molar Mass | 244.31 g/mol |
| Water Solubility | Slightly soluble |
| Appearance | White to off - white crystalline powder |
| Is Vitamin | Yes |
| Role In Body | Essential for cell growth, metabolism of fats and amino acids |
| Stability | Stable under normal conditions |
| Sensitivity To Light | Sensitive to strong light |
| Source In Diet | Egg yolks, liver, nuts, and certain vegetables |
| Deficiency Symptoms | Hair loss, skin rash, brittle nails |
| Packing | Biotin packaged in 10 - gram vials for secure storage and easy handling. |
| Storage | Biotin should be stored in a cool, dry place, away from direct sunlight and heat sources. Keep it in a tightly - sealed container to prevent moisture absorption and contamination. It's best stored at room temperature, around 15 - 30°C. In a laboratory, it may be placed in a desiccator cabinet. This storage method helps maintain biotin's stability and integrity over time. |
| Shipping | Biotin is shipped with strict adherence to safety regulations. It's carefully packaged to prevent breakage and leakage. Shipment occurs via approved carriers, ensuring proper handling during transit to safeguard both product and environment. |
For samples, pricing, or more information, please call us at +8615365036030 or mail to info@alchemist-chem.com.
We will respond to you as soon as possible.
Tel: +8615365036030
Email: info@alchemist-chem.com
Historical Development
In the ancient world, there is no such thing as Biotion. Only by catching the later generations can there be wise men who devote themselves to studying. At the beginning, exploration was difficult, and everyone's understanding of it was still shallow. However, unremitting efforts have finally paid off.
Researchers look for clues in subtle places, and they sort out the clues in complexity. After countless cold and heat, the nature of Biotion has gradually become clear. It was able to be prepared by method. Although the yield was meager at the beginning, and the quality was not yet good, it was already the beginning.
The years have passed, and the skills have advanced day by day. Everyone strives for excellence, and the method of preparation has been improved. Biotion production has gradually increased, and the quality has also become better. It has become effective in various fields and is valued by the world. As a result, Biotion, from the nameless and gradually rise, opened its extraordinary course in the world, in the historical evolution, leaving a unique track.
Researchers look for clues in subtle places, and they sort out the clues in complexity. After countless cold and heat, the nature of Biotion has gradually become clear. It was able to be prepared by method. Although the yield was meager at the beginning, and the quality was not yet good, it was already the beginning.
The years have passed, and the skills have advanced day by day. Everyone strives for excellence, and the method of preparation has been improved. Biotion production has gradually increased, and the quality has also become better. It has become effective in various fields and is valued by the world. As a result, Biotion, from the nameless and gradually rise, opened its extraordinary course in the world, in the historical evolution, leaving a unique track.
Product Overview
Biotin, in the field of biochemistry, has extraordinary energy. Its shape is like a precious shell, hidden in all things. The nature of this thing is stable and specific, and it can be matched with various proteins to form a stable relationship. This is related to biochemical reactions. If it is the help of a boat, it is very important.
Biotin products are widely used. In the way of medicine, it can help the rehabilitation of the sick body and treat various diseases; in the world of beauty, it can moisturize the hair of the skin and make it radiant and moist; in the realm of scientific research, it is a weapon for exploring the hidden, and it can help researchers understand the secrets of biochemistry.
Looking at today's biotin products, they have all been carefully researched and refined. From the selection of source materials to the process, all follow strict regulations. Strive for excellent quality and obvious efficiency to feed those in need. Biotin products, such as stars shining at night, shine in various fields, for the well-being of all living beings, and start a new chapter in biochemistry.
Biotin products are widely used. In the way of medicine, it can help the rehabilitation of the sick body and treat various diseases; in the world of beauty, it can moisturize the hair of the skin and make it radiant and moist; in the realm of scientific research, it is a weapon for exploring the hidden, and it can help researchers understand the secrets of biochemistry.
Looking at today's biotin products, they have all been carefully researched and refined. From the selection of source materials to the process, all follow strict regulations. Strive for excellent quality and obvious efficiency to feed those in need. Biotin products, such as stars shining at night, shine in various fields, for the well-being of all living beings, and start a new chapter in biochemistry.
Physical & Chemical Properties
Biotin is also a chemical substance. Its properties are both physical and chemical. It is physical, often white crystalline, and its properties are specific, and it begins to melt at a specific degree. Solubility also has its own laws. It dissolves in water and partial solution.
As far as chemical properties are concerned, its molecules are exquisite and contain specific functionalities, which give it general chemical activity. It can be used for multi-domain applications. It can be used as a catalyst to help promote chemical reactions. It also plays an important role in the generation of biological systems. Therefore, the physical properties of Biotin are the foundation of its effectiveness in various fields.
As far as chemical properties are concerned, its molecules are exquisite and contain specific functionalities, which give it general chemical activity. It can be used for multi-domain applications. It can be used as a catalyst to help promote chemical reactions. It also plays an important role in the generation of biological systems. Therefore, the physical properties of Biotin are the foundation of its effectiveness in various fields.
Technical Specifications & Labeling
Biotin has its own technical regulations and standards (product parameters). The method of its production needs to follow delicate regulations. From the beginning of material selection, the material must be pure and excellent in order to maintain its quality. When preparing, temperature, time and other parameters must be carefully controlled.
As for the standard, specify the product parameters. Such as the content geometry, it is related to the utility. Its shape and taste should also be stated to help identify. And the number of marked biological activities is a key sign. On the packaging, all instructions must be clear, so that the user can understand its nature, know its use, and use it according to regulations to obtain the good effect of biotin. In scientific research, all things can be smoothly achieved, so as to achieve the desired purpose.
As for the standard, specify the product parameters. Such as the content geometry, it is related to the utility. Its shape and taste should also be stated to help identify. And the number of marked biological activities is a key sign. On the packaging, all instructions must be clear, so that the user can understand its nature, know its use, and use it according to regulations to obtain the good effect of biotin. In scientific research, all things can be smoothly achieved, so as to achieve the desired purpose.
Preparation Method
The production of Biotin is mainly concerned with raw materials. It selects excellent things as the basis. If you take natural elements, extract them through wonderful methods, and obtain pure quality as the foundation.
As for the production process, it is also exquisite and well-prepared. First set the appropriate temperature and humidity to control the reaction environment. Make all things phase in sequence, step by step. The reaction steps are careful and orderly. First make something and something combine, slowly stir and promote fusion, and wait for it to be completed, then add other agents to adjust its properties and ensure its quality and stability.
And the activation mechanism is also the key. Use special methods to activate its activity and make it effective. Through all these, high-quality Biotin products can be obtained, which can be used in the fields of medicine, biochemistry, etc., and benefit all parties.
As for the production process, it is also exquisite and well-prepared. First set the appropriate temperature and humidity to control the reaction environment. Make all things phase in sequence, step by step. The reaction steps are careful and orderly. First make something and something combine, slowly stir and promote fusion, and wait for it to be completed, then add other agents to adjust its properties and ensure its quality and stability.
And the activation mechanism is also the key. Use special methods to activate its activity and make it effective. Through all these, high-quality Biotin products can be obtained, which can be used in the fields of medicine, biochemistry, etc., and benefit all parties.
Chemical Reactions & Modifications
Biotin is also an important material for the study of chemical products. Its chemical reactions are related to many chemical processes. It was studied in the past, or there were some shortcomings, but now it has gradually become clear.
Looking at the reaction, there were many tedious steps at the beginning, and the yield was not good. However, now with various improvements, the reaction path is gradually simplified and the yield has also increased. For example, the old method required many twists and turns, and the material consumption was huge, but the results were not much. Today, it can be precisely regulated, reducing its redundancy and improving its efficiency.
Furthermore, the power of its chemical modification is also the key. After modification, Biotion has better performance in different environments. It can be used in a variety of systems and is more widely used in industry. This is the result of chemical researchers' tireless research to improve the reaction and optimize performance.
Looking at the reaction, there were many tedious steps at the beginning, and the yield was not good. However, now with various improvements, the reaction path is gradually simplified and the yield has also increased. For example, the old method required many twists and turns, and the material consumption was huge, but the results were not much. Today, it can be precisely regulated, reducing its redundancy and improving its efficiency.
Furthermore, the power of its chemical modification is also the key. After modification, Biotion has better performance in different environments. It can be used in a variety of systems and is more widely used in industry. This is the result of chemical researchers' tireless research to improve the reaction and optimize performance.
Synonyms & Product Names
Biotin has many synonymous names, and its commodity names are also different. Throughout the ages, scholars have studied it. Biotin, also known as vitamin H, is its synonymous word. Among commercial products, it is also called coenzyme R.
Biotin has a wide range of uses and is very important in biochemical research. It can help enzyme reactions and maintain the normal metabolism of the body. Looking at today's market, biotin products are diverse. Biotin reagents made by many biochemical companies are of high quality and are valued by researchers.
Although biotin has different names, its properties are also the same. Those who study need to clarify their synonymous names and commodity names, so that they can choose the things they use without error and do their best to benefit scientific research.
Biotin has a wide range of uses and is very important in biochemical research. It can help enzyme reactions and maintain the normal metabolism of the body. Looking at today's market, biotin products are diverse. Biotin reagents made by many biochemical companies are of high quality and are valued by researchers.
Although biotin has different names, its properties are also the same. Those who study need to clarify their synonymous names and commodity names, so that they can choose the things they use without error and do their best to benefit scientific research.
Safety & Operational Standards
Code of Safety and Operation for Biotin Products
Biotin is widely used in the field of biochemistry, but its safety and operation standards cannot be ignored.
#Storage Rules
Biotin products should be placed in a dry, cool and well ventilated place. Avoid high temperature and humidity to prevent deterioration. Remember the old saying: "Dry to nourish things, wet to rot." Temperature should be controlled in a specific range, common ones, about 2-8 degrees Celsius is appropriate. If it is too high, the molecular structure may change and the effect will be reduced. And it should be kept away from fire and heat sources to avoid the risk of explosion.
#How to use
When using Biotin
, it must be done with clean utensils. Wash your hands first, and wear protective gear, such as gloves and masks. The utensils should also be sterile and dry. The accuracy of the quantity is related to the success or failure of the experiment. "The slightest difference is a thousand miles". Measure with an accurate measuring tool, such as a micro pipette, according to the needs of the experiment, no more or less.
#Operating environment
It is better to operate on a clean experimental bench. The environment is clean and the quality is kept pure. If you operate in an unclean place, impurities will be mixed in, and the experimental results will be wrong. And the air between the operations should be circulated, but it should not be too strong to prevent it from flying and dispersing.
#Waste disposal
Waste from Biotin should not be discarded at will. Dispose of them by classification according to relevant regulations. Solids should be placed in special containers, while liquids should be neutralized or diluted according to their properties, and then properly disposed of. This is to ensure the safety of the environment and is also for future generations.
The safety and operation standards of Biotin products are related to the results of experiments, personal safety and environmental peace. Only by following these standards can the purpose of biochemical research be achieved, and the way of harmony between heaven and earth can be observed.
Biotin is widely used in the field of biochemistry, but its safety and operation standards cannot be ignored.
#Storage Rules
Biotin products should be placed in a dry, cool and well ventilated place. Avoid high temperature and humidity to prevent deterioration. Remember the old saying: "Dry to nourish things, wet to rot." Temperature should be controlled in a specific range, common ones, about 2-8 degrees Celsius is appropriate. If it is too high, the molecular structure may change and the effect will be reduced. And it should be kept away from fire and heat sources to avoid the risk of explosion.
#How to use
When using Biotin
, it must be done with clean utensils. Wash your hands first, and wear protective gear, such as gloves and masks. The utensils should also be sterile and dry. The accuracy of the quantity is related to the success or failure of the experiment. "The slightest difference is a thousand miles". Measure with an accurate measuring tool, such as a micro pipette, according to the needs of the experiment, no more or less.
#Operating environment
It is better to operate on a clean experimental bench. The environment is clean and the quality is kept pure. If you operate in an unclean place, impurities will be mixed in, and the experimental results will be wrong. And the air between the operations should be circulated, but it should not be too strong to prevent it from flying and dispersing.
#Waste disposal
Waste from Biotin should not be discarded at will. Dispose of them by classification according to relevant regulations. Solids should be placed in special containers, while liquids should be neutralized or diluted according to their properties, and then properly disposed of. This is to ensure the safety of the environment and is also for future generations.
The safety and operation standards of Biotin products are related to the results of experiments, personal safety and environmental peace. Only by following these standards can the purpose of biochemical research be achieved, and the way of harmony between heaven and earth can be observed.
Application Area
Biotin is of great use in various fields. It can be used in medical medicine to help diagnose diseases. It can be detected by examination, so that doctors can know the root cause of the disease and the method of treatment. In the field of production, biotin is also an important thing. It can promote the breeding of crops, make seedlings strong and prosperous, and protect them from diseases, and increase the number of fields produced. In the industry of beauty decoration, biotin is used in cosmetics, moisturizing the muscles and glowing the hair, making people radiant. All these uses show the weight of biotin in all aspects and are indispensable to the world.
Research & Development
Since modern times, in the field of biochemistry, the research and development of Biotin-related products has gradually become the focus of academic attention. We have dedicated ourselves to studying its characteristics, efficacy and application.
At the beginning, we explored its structure and synthesis method. After repeated trials and careful investigation, we obtained an exquisite method to produce high-purity Biotin. Then, we observed its role in organisms and found that it has key functions in many metabolic pathways.
And looking at its application, in the field of medicine, it can help cure diseases; in the food industry, it can add nutritional effects. We will make unremitting efforts to promote the wider application of Biotin products with the results of our research, and seek long-term benefits for human well-being, so that this research can be further developed in the future.
At the beginning, we explored its structure and synthesis method. After repeated trials and careful investigation, we obtained an exquisite method to produce high-purity Biotin. Then, we observed its role in organisms and found that it has key functions in many metabolic pathways.
And looking at its application, in the field of medicine, it can help cure diseases; in the food industry, it can add nutritional effects. We will make unremitting efforts to promote the wider application of Biotin products with the results of our research, and seek long-term benefits for human well-being, so that this research can be further developed in the future.
Toxicity Research
Those who take the toxicity study of Biotin products as their service often devote themselves to exploring their properties. Biotion, although it is quite useful in various biochemical reactions, the study of its toxicity cannot be ignored.
Detailed investigation, take an appropriate amount of Biotin products, test all kinds of creatures, and observe their response. Or see the subject, with abnormal behavior, signs of physiological violations. Or physical discomfort, or loss of diet.
Investigate its cause, Biotion or the biochemical path involved in the body, which is out of order. The biochemical path is complex, and once there are mistakes, all diseases coexist.
From this perspective, the research on the toxicity of Biotion products is related to the health of living beings and must not be ignored. It is necessary to take a rigorous attitude and investigate its reasons in order to understand its nature, avoid its harm, and use it well.
Detailed investigation, take an appropriate amount of Biotin products, test all kinds of creatures, and observe their response. Or see the subject, with abnormal behavior, signs of physiological violations. Or physical discomfort, or loss of diet.
Investigate its cause, Biotion or the biochemical path involved in the body, which is out of order. The biochemical path is complex, and once there are mistakes, all diseases coexist.
From this perspective, the research on the toxicity of Biotion products is related to the health of living beings and must not be ignored. It is necessary to take a rigorous attitude and investigate its reasons in order to understand its nature, avoid its harm, and use it well.
Future Prospects
The use of Biotin by the watcher is quite extensive today. However, the hope of our generation in the future is still endless.
Or we can hope that it will be more outstanding in the advancement of medical science. In the healing of various diseases, it can help the doctor find a better way to save the people from illness. Or in the industry of mulberry farming, it can promote the prosperity of crops, increase the harvest of acres, and fill the fields.
And hope that in the way of research and pursuit, there will be new principles and new uses. Can be driven together with all kinds of skills to go to the grand future. Let the wonders of Biotin be applied all over the world, seeking endless well-being for future generations, which is also the grand future that our generation looks forward to day and night.
Or we can hope that it will be more outstanding in the advancement of medical science. In the healing of various diseases, it can help the doctor find a better way to save the people from illness. Or in the industry of mulberry farming, it can promote the prosperity of crops, increase the harvest of acres, and fill the fields.
And hope that in the way of research and pursuit, there will be new principles and new uses. Can be driven together with all kinds of skills to go to the grand future. Let the wonders of Biotin be applied all over the world, seeking endless well-being for future generations, which is also the grand future that our generation looks forward to day and night.
What is Biotin?
Biotin is a type of sulfur-containing water-soluble vitamin and is one of the B vitamins. Its chemical structure is unique, composed of urea and thiophene, and has monovaleric acid on the side chain of valeric acid in the thiophene ring. Although this substance is small in size, it shoulders heavy responsibilities and is indispensable in the metabolism of organisms.
Looking at its carbohydrate metabolism, biotin is like a superb craftsman, assisting the operation of pyruvate carboxylase and catalyzing the conversion of pyruvate to oxaloacetic acid. This reaction is of great significance and is a key step in the gluconeogenesis pathway, providing protection for the body to maintain the stability of blood sugar when fasting or low sugar. When the body needs energy to cope with external challenges or adjust the homeostasis of the internal environment, this process is like the precise operation of gears to ensure smooth energy supply.
In the field of fatty acid synthesis, biotin also has excellent performance. Acetyl-CoA carboxylase is the rate-limiting enzyme for fatty acid synthesis, and biotin is its coenzyme, like a guiding beacon, guiding acetyl-CoA to convert into malonate monoyl-CoA, which is the initial step of fatty acid synthesis. Fatty acid synthesis is related to multiple life activities such as lipid metabolism and cell structure maintenance, and biotin is indispensable.
Furthermore, protein and nucleic acid metabolism are also inseparable from biotin. It participates in the activity regulation of various enzymes, helps the metabolism and transformation of amino acids, and also has an indirect effect on the synthesis and repair of DNA. Biotin is like the guardian of the code of life, ensuring the accurate transmission of genetic information and maintaining the normal growth and proliferation of cells.
In nature, biotin is widely distributed. Yeast, liver, kidney, eggs and other foods are rich in this substance. Most organisms can synthesize a certain amount of biotin themselves, but some organisms, especially humans, still need to be ingested from food to meet their daily needs. If biotin intake is insufficient, or biotin deficiency is caused, the symptoms are various, such as skin inflammation, hair loss, abnormal nervous system function, etc., which seriously affect life and health. Although biotin is small, it plays a crucial role in the stage of life and lays the foundation for the orderly progress of life activities.
Looking at its carbohydrate metabolism, biotin is like a superb craftsman, assisting the operation of pyruvate carboxylase and catalyzing the conversion of pyruvate to oxaloacetic acid. This reaction is of great significance and is a key step in the gluconeogenesis pathway, providing protection for the body to maintain the stability of blood sugar when fasting or low sugar. When the body needs energy to cope with external challenges or adjust the homeostasis of the internal environment, this process is like the precise operation of gears to ensure smooth energy supply.
In the field of fatty acid synthesis, biotin also has excellent performance. Acetyl-CoA carboxylase is the rate-limiting enzyme for fatty acid synthesis, and biotin is its coenzyme, like a guiding beacon, guiding acetyl-CoA to convert into malonate monoyl-CoA, which is the initial step of fatty acid synthesis. Fatty acid synthesis is related to multiple life activities such as lipid metabolism and cell structure maintenance, and biotin is indispensable.
Furthermore, protein and nucleic acid metabolism are also inseparable from biotin. It participates in the activity regulation of various enzymes, helps the metabolism and transformation of amino acids, and also has an indirect effect on the synthesis and repair of DNA. Biotin is like the guardian of the code of life, ensuring the accurate transmission of genetic information and maintaining the normal growth and proliferation of cells.
In nature, biotin is widely distributed. Yeast, liver, kidney, eggs and other foods are rich in this substance. Most organisms can synthesize a certain amount of biotin themselves, but some organisms, especially humans, still need to be ingested from food to meet their daily needs. If biotin intake is insufficient, or biotin deficiency is caused, the symptoms are various, such as skin inflammation, hair loss, abnormal nervous system function, etc., which seriously affect life and health. Although biotin is small, it plays a crucial role in the stage of life and lays the foundation for the orderly progress of life activities.
What are the main uses of Biotin?
Biotin has a wide range of uses in the world. First, it is very powerful in the metabolic process of all kinds of living beings. Like in all kinds of cells, biotin is the key auxiliary group of a variety of carboxylase enzymes. These carboxylase enzymes have the power to mediate the metabolism of carbohydrates, lipids and proteins, which can promote the smooth flow of their biochemical reactions and maintain the normal operation of cells.
Furthermore, biotin is also an important part of the health of hair, skin and nails. Gu Yun: "The hair, the rest of the blood." And biotin can help qi and blood flow smoothly in the hair, making it moist and tough, not withered and easy to fold. In the skin, it can nourish its texture, making it delicate and smooth, and less lesions and lesions. As for nails, it can strengthen their texture, making them firm and not brittle.
And in modern health science, biotin is also valued by everyone. In the diet, appropriate intake of biotin-rich ingredients, such as egg yolk, yeast, nuts, etc., can supplement the body's needs and gain health. Doctors also often use biotin as a medicinal introduction or adjuvant to treat some diseases caused by biotin deficiency, such as dermatitis, desquamation, anemia, etc., to restore the vitality of patients and help them recover.
From this perspective, the use of biotin is widely used in the fields of metabolism, body health, and health care. It is a wonder of heaven and earth, and it has great contributions to the survival of all things and the health of human beings.
Furthermore, biotin is also an important part of the health of hair, skin and nails. Gu Yun: "The hair, the rest of the blood." And biotin can help qi and blood flow smoothly in the hair, making it moist and tough, not withered and easy to fold. In the skin, it can nourish its texture, making it delicate and smooth, and less lesions and lesions. As for nails, it can strengthen their texture, making them firm and not brittle.
And in modern health science, biotin is also valued by everyone. In the diet, appropriate intake of biotin-rich ingredients, such as egg yolk, yeast, nuts, etc., can supplement the body's needs and gain health. Doctors also often use biotin as a medicinal introduction or adjuvant to treat some diseases caused by biotin deficiency, such as dermatitis, desquamation, anemia, etc., to restore the vitality of patients and help them recover.
From this perspective, the use of biotin is widely used in the fields of metabolism, body health, and health care. It is a wonder of heaven and earth, and it has great contributions to the survival of all things and the health of human beings.
What are the functions of Biotin in the human body?
Biotin is the key to the function of the human body. It has a great help in all things metabolized by the human body.
First word carbohydrate metabolism. Biotin is a coenzyme of carboxylase, which is indispensable in the process of converting carbohydrates into energy. Without the help of biotin, carbohydrates are difficult to be used by the human body and turned into energy for activities. People are prone to fatigue and tiredness.
Secondary and lipid metabolism. Biotin can help in the synthesis of fatty acids. Fatty acids are important components of lipids and have significant effects in maintaining cell structure, energy storage, etc. Biotin makes lipid metabolism orderly, prevents lipid accumulation in the body, and prevents dyslipidemia.
Furthermore, it is related to protein metabolism. Biotin is involved in the metabolism of amino acids. Amino acids form the cornerstone of proteins. Biotin helps the mutual conversion and utilization of amino acids, making protein synthesis smooth. It plays an extraordinary role in cell repair, growth, and immune protein production.
It also has an impact on gene expression regulation. It can interact with chromatin-related proteins, regulate gene transcription, affect cell differentiation and proliferation, and is of great significance to human growth and development.
In addition, biotin has obvious effects on the health maintenance of skin, hair, and nails. Appropriate amount of biotin can keep skin moist and prevent skin inflammation; make hair strong and less likely to fall off; make nails strong and avoid fragile and fragile diseases.
Overall, biotin is essential for human metabolism, growth and development, and health maintenance.
First word carbohydrate metabolism. Biotin is a coenzyme of carboxylase, which is indispensable in the process of converting carbohydrates into energy. Without the help of biotin, carbohydrates are difficult to be used by the human body and turned into energy for activities. People are prone to fatigue and tiredness.
Secondary and lipid metabolism. Biotin can help in the synthesis of fatty acids. Fatty acids are important components of lipids and have significant effects in maintaining cell structure, energy storage, etc. Biotin makes lipid metabolism orderly, prevents lipid accumulation in the body, and prevents dyslipidemia.
Furthermore, it is related to protein metabolism. Biotin is involved in the metabolism of amino acids. Amino acids form the cornerstone of proteins. Biotin helps the mutual conversion and utilization of amino acids, making protein synthesis smooth. It plays an extraordinary role in cell repair, growth, and immune protein production.
It also has an impact on gene expression regulation. It can interact with chromatin-related proteins, regulate gene transcription, affect cell differentiation and proliferation, and is of great significance to human growth and development.
In addition, biotin has obvious effects on the health maintenance of skin, hair, and nails. Appropriate amount of biotin can keep skin moist and prevent skin inflammation; make hair strong and less likely to fall off; make nails strong and avoid fragile and fragile diseases.
Overall, biotin is essential for human metabolism, growth and development, and health maintenance.
What are the symptoms of Biotin Deficiency?
If the human body is deficient in biotin, various diseases will breed. On the skin, or in the shape of a rash, it is mostly born on the face and limbs, such as scaly desquamation, erythema, etc., and often accompanied by itching, which makes the patient feel quite uncomfortable. Hair is also affected by it, becoming fragile and easy to fold, hair color gradually withers, and even hair loss intensifies, hair volume is sparse.
In the mouth, inflammation of mucous membranes occurs frequently, chapped lips and keratitis are common, and eating and speech are affected. The tongue may be red and swollen, and the sense of taste may be abnormal, which greatly reduces the interest of eating.
The digestive system is also difficult to escape, often suffering from loss of appetite, epigastric swelling and discomfort, food transportation and transportation are blocked, and then nausea, vomiting, diarrhea and other symptoms may follow, and the body is getting weaker and weaker.
The nervous system also suffers from changes. Patients often feel tired and weak, their spirits are sluggish, it is difficult to concentrate, and their memory is gradually declining. Emotions are also prone to fluctuations, and feelings of anxiety and depression breed from time to time.
For children, the lack of biotin has a particularly serious impact on their growth and development. Height and weight growth are delayed, and intellectual development may also be constrained. It should be taken seriously and treated in a timely manner to restore health.
In the mouth, inflammation of mucous membranes occurs frequently, chapped lips and keratitis are common, and eating and speech are affected. The tongue may be red and swollen, and the sense of taste may be abnormal, which greatly reduces the interest of eating.
The digestive system is also difficult to escape, often suffering from loss of appetite, epigastric swelling and discomfort, food transportation and transportation are blocked, and then nausea, vomiting, diarrhea and other symptoms may follow, and the body is getting weaker and weaker.
The nervous system also suffers from changes. Patients often feel tired and weak, their spirits are sluggish, it is difficult to concentrate, and their memory is gradually declining. Emotions are also prone to fluctuations, and feelings of anxiety and depression breed from time to time.
For children, the lack of biotin has a particularly serious impact on their growth and development. Height and weight growth are delayed, and intellectual development may also be constrained. It should be taken seriously and treated in a timely manner to restore health.
How to Supplement Biotin?
If you want to supplement biotin, there are three possible ways. First, eat foods rich in biotin. For example, egg yolks contain about 30 micrograms of biotin per hundred grams, which is an excellent choice; nuts are also good, almonds contain about 10 micrograms of biotin per hundred grams; yeast contains more, up to 200 micrograms per hundred grams. Eat more of this kind, you can add biotin to the body. Second, choose dietary supplements. If the daily diet is difficult to meet the needs of biotin, you can choose it. Then it is advisable to consult a doctor before use, and use it according to their instructions to prevent overdose or interference with other drugs. Third, keep the intestines healthy. The intestinal flora can produce biotin, so eat foods rich in dietary fiber, such as whole grains, fruits and vegetables, and use less antibiotics, which can protect the flora and promote the spontaneous production of biotin. Supplementation of biotin should be gradual and adjusted according to the needs of the body to maintain health.
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