Have you recently been diagnosed with or fighting against type 1 or type 2 diabetes? Are you helping a loved one who suffers from diabetes? In both cases, you have come to the right place. Here, you will gain more profound knowledge about diabetes and the approaches you can take to alleviate its burden.
This article is not only a scientific-based guide to a healthier lifestyle for people with diabetes but also is a Ceracare review, one of the most promising natural supplements uniquely formulated to manage high blood sugar or hyperglycemia. Wherever you are with diabetes, I want you to make sure that you can still live the life you deserve. All that needs to be done is to take action and be consistent with it. Let's start with a brief overview of diabetes, its symptoms, risk factors, and how to cope with it.
Diabetes mellitus or diabetes is a group of metabolic syndrome. Metabolic syndrome or metabolic disorder is a cluster of health conditions including high blood sugar, high blood pressure, and abnormal cholesterol or triglyceride levels. Metabolic diseases increase the risk of heart problems and diabetes.
On the other hand, diabetes is a chronic health condition that negatively affects the conversion of food into glucose (blood sugar). Glucose is the main form of fuel for the brain and the other major body organs. In the process of digestion, the food breaks down into glucose molecules and is released into the bloodstream.
In general, there are three main types of diabetes. Firstly, diabetes type 1, also known as insulin-dependent diabetes, and juvenile-onset diabetes. Secondly, diabetes type 2, also known as adult-onset diabetes and insulin-independent diabetes, and thirdly, gestational diabetes, only occurs during pregnancy. Read more about the definition of diabetes and type of diabetes from the American Diabetes Association.
It may take months or even years for the pancreas cells to be entirely dysfunctional, leading to insulin-dependent diabetes. But the symptoms may show up in a couple of weeks, and once they appeared, they should be taken seriously. Some of the juvenile diabetes symptoms are very similar to other common health issues and may not be taken seriously. If there is a history of insulin-dependent diabetes in your family, or you guess you could have diabetes type 1, you must consult with your doctor immediately. The adverse effects of untreated insulin-dependent diabetes can be severe or even fatal.
Again, symptoms of type 1 diabetes can appear suddenly. These symptoms include but not limited to:
Contrary to juvenile diabetes, where the pancreas cannot produce insulin, in diabetes type 2 or adult-onset diabetes, the body cannot use the insulin properly to keep the blood sugar at normal levels. Approximately 90-95% of people who are diagnosed with diabetes have adult-onset diabetes. Non-insulin-dependent diabetes is usually diagnosed in adults, and it may take several years to develop. Its symptoms may not be noticeable, so it needs regular blood sugar tests for people at risk of developing this type of diabetes. Adult-onset diabetes can be delayed or prevented with a healthy and active lifestyle, good eating habits, and blood sugar lowering supplements.
Symptoms of type 1 diabetes and type 2 diabetes are very similar. However, people diagnosed with type 2 diabetes may not show the signs of the disease for years, and their symptoms often develop gradually over time. In contrast, insulin-dependent diabetes symptoms may develop very quickly in several weeks. If you have the following conditions, you probably are at risk of developing type 2 diabetes:
There is no suitable pancreatic function in individuals with diabetes type 1 to regulate the insulin release into the blood -or- the body cells can not utilize the insulin properly in diabetes type 2 patients. Without insulin or proper insulin activity, the body is unable to store the glucose in the liver and muscles nor make any fat tissues for later uses; thus, a high concentration of glucose of sugar exists in the bloodstream leading to high blood sugar or hyperglycemia condition.
If elevated blood sugar is left unattended and not treated quickly, it may result in serious health problems such as kidney damage, vision loss, heart problems, and diabetic coma. In diabetic coma or ketoacidosis, since the body cannot effectively use blood sugar to produce energy, it starts breaking down the fat as an alternative source of energy. Ketones are the byproducts of fat metabolism in the body. Since the body cannot tolerate a high concentration of ketones in the bloodstream, it discharges them by frequent urination. In the long run, the body cannot eliminate all the ketones produced in fat catabolism, which will result in a high concentration of ketones in the blood. This condition is known as ketoacidosis or diabetic coma. A diabetic coma is a life-threatening condition and needs immediate attention.
People with chronic (prolonged) high blood sugar are prone to skin complications (dermopathy) due to bacterial and fungal infections, which cause itchiness and pain. Consistent hyperglycemia may also damage the nerves in the hands and feet, leading to tingling, numbness, and weakness. In severe cases, high blood glucose can damage autonomic nerve cells resulting in sexual dysfunctionality and uncontrolled urination. Finally, hyperglycemia can damage blood vessels in the eye, leading to vision loss or blindness.
The statistics show that 1 out of 5 people who are above 65 years old have diabetes. This number only includes 450 million diagnosed cases of diabetes in adults, which is expected to increase to 700 million by 2045. However, half of the people with high blood sugar remain undiagnosed and not included in the statistics. Diabetes caused more than 4 million deaths and around 700 billion dollars in expenditure only in 2019. Unfortunately, about 400 million people are at risk of developing type 2 diabetes. Thus, in people with a family history of high blood sugar or having risk factors of developing diabetes, managing blood sugar is crucial read more about diabetes statistics.
In the course of high-intensity exercises such as running, weight lifting, dancing, and swimming, since muscles intensely need the glucose for contractions and energy expenditure, they will burn the excess glucose that exists in the bloodstream. In addition, physical activities will facilitate blood sugar transportation into the cells, which temporarily reduces insulin resistance and hyperglycemia.
Insulin is a hormone that helps to digest carbohydrates by breaking them into their building blocks, mainly glucose. Insulin is an essential hormone that also manages the conversion of glucose into fat for the body's future needs.
In diabetes type 1 and diabetes type 2 patients, since the body cannot produce or efficiently utilize insulin, ingesting carbohydrates will induce hyperglycemia. Therefore, counting carbohydrate intake will remarkably help to reduce blood glucose.
In addition, foods rich in fibers such as fruits, vegetables, and whole grains will slow down the metabolism of carbs. This process will help the body regulate blood sugar more effectively and lower the odds of sugar spikes by gradually converting carbs into sugars.
During a stressful event, the body secretes stress hormones such as cortisol and glucagon to control the tension. These hormones will increase the blood glucose to pump the body with more fuel to fight against external or internal stress stimuli.
Studies have shown that relaxation techniques such as yoga and meditation will help lower hyperglycemia by reducing the secretion of stress hormones. Read more about the effect of meditation on reducing high blood sugar
In alternative or complementary medicine, herbal preparations and medicinal plants are widely used as an alternative for chemically based drugs used in western medicine. It has been estimated that around one-third of diabetic people use alternative medicine to control their blood glucose levels.
Individuals with type 1 or type 2 diabetes may look for supplements that can help manage their high blood sugar and treat other health conditions commonly accompany diabetes, like high blood pressure.
More than 400 herbs and plants are beneficial in managing hyperglycemia, reducing insulin resistance, and preventing diabetes-related complications. Among the long list of these hypoglycemic herbs and supplements, some are strongly supported by scientific researches. Bitter melon, cinnamon, chromium, and alpha-lipoic acid are promising supplements that can effectively help manage hyperglycemia when used in a proper diabetic diet.
Ceracare is a unique formulation of naturally based ingredients that is designed to target the root cause of diabetes and insulin resistance. Based on research published in Science in July 2019, the accumulation of ceramide lipids in the blood plasma is a major cause of insulin resistance and diabetes type 2. Reducing the concentration of ceramide lipids in the boy will decrease insulin resistance and improves adult-onset diabetes symptoms. The role of ceramide lipids in insulin resistance
In the same context, Ceracare blood sugar lowering supplement, with the aid of its precisely crafted detoxifying formula, helps the body flush the ceramide lipids from the bloodstream. The manufacturer of this product, based on the feedbacks and of Ceracare users, claims that:
In this Ceracare review, the main ingredients of Ceracare are thoroughly investigated for any scientific evidence of their effectiveness in treating or alleviating the symptoms of diabetes and high blood sugar. The positive effects of each Ceracare ingredient on managing hyperglycemia will prove the potency of Ceracare formulation.
In the powerful formulation of the Ceracare supplement, a combination of essential vitamins, minerals, and coenzymes, which are proven to be effective for the efficient metabolism of carbohydrates, fats, and proteins in the body, are precisely selected. Based on numerous scientific studies, Vitamins C, Vitamin E, Biotin, Magnesium, Zinc, Manganese, and Chromium are effective micronutrients to control and regulate blood sugar levels in the body that are building blocks of Ceracare supplement.
Ceracare is mainly designed to detoxify and eliminate harmful ceramide lipids from the bloodstream. The accumulation of ceramide lipids in the body is strongly associated with metabolic disorders, primarily type 2 diabetes.
The next part of Ceracare detoxifying formulation is composed of a proprietary blend of herbs and plants, which are the frontline of the fight against diabetes for many centuries in eastern traditional medicine. Liquorice root, Banaba leaves, Cinnamon bark, Guggul, Yarrow flower, Bitter melon, and White mulberry leaves are the natural components of Ceracare proven to be effective against hyperglycemia by modern pharmaceutical sciences. In this Ceracare review, these ingredients will be scientifically investigated for their effectiveness in lowering blood sugar levels in the body.
Liquorice root (Mulethi) has been used for thousands of years in traditional medicine to calm digestive and pulmonary disorders. Recent studies have also shown that liquorice contains more than 300 active compounds, which possess remarkable properties to protect and recover respiratory, nervous, alimentary, cardiovascular, and endocrine systems.
In 2012, researchers from the Max Planck Institute of molecular genetics discovered a group of active substances named Amorfrutins, promising lower hyperglycemia. Amorfrutins are found mainly in liquorice root and in the fruit of Amorpha fruticose, which is native to America. Amorfrutins have anti-inflammatory, hypoglycemic (blood sugar lowering) properties and can also prevent fatty liver disease. Fatty liver is a common disorder in patients with adult-onset diabetes with symptoms such as fatigue, abdominal pain, and weight loss.
Amorfrutins can bind to PPARγ receptor on the cell nucleus's surface and increase fat and glucose metabolism in the cells by activating several genes. This mechanism will reduce glucose and specific fatty acids such as ceramide lipids concentration in the blood. The accumulation of ceramide lipids in the blood plasma is a crucial factor in resistance to insulin and is the root cause of developing diabetes type 2.
In addition, liquorice is a potent therapeutic agent for diabetes owing to its antioxidant and hypoglycemic properties. Liquorice inhibits a series of physiological changes that result in resistance to insulin, free radical damage, and oxidative stress; thus delays the onset of diabetes. Some research also suggested that liquorice can prevent and treat kidney damage, which is very common in diabetes.
Due to these remarkable properties, the active components of liquorice have been used in Ceracare blood sugar support formula to help maintain the blood glucose levels at a healthy state.
Banaba, or Lagerstroemia speciosa, also known as Giant Crape Myrtle and Jarul (Pride of India), is a tropical tree native to Southeast Asia. Banaba is primarily found in Malaysia, India, and the Philippines.
Almost every part of the Banaba tree has therapeutic activities. Banaba tree's bark is often used to treat diarrhea, and Banaba root and fruit extracts are used for their analgesic or pain-relieving properties.
Banaba leaves extracts have been used in eastern traditional medicine to treat diabetes for centuries. Jarul leaves have more than 40 active components (pharmacophores), where corosolic acid and ellagic acid are the major ones. The blood sugar lowering properties of Banaba is attributed to both corosolic acid and ellagic acid.
Corosolic acid is a potent and fast-acting blood glucose-lowering agent, inducing hypoglycemia in human subjects within an hour. Corosolic acid also has antioxidant and antihyperlipidemic activities, reducing the side effects of hyperglycemia.
Hypoglycemic and hypolipidemic properties of banaba leaves are attributed to improved lipid metabolism (specifically ceramide lipids), improved glucose transport into the cells, and more efficient glucose metabolism in the cells that can lower the concentration of blood sugar in the blood and induce hypoglycemia.
Corosolic acid can also decrease insulin resistance and inhibit the hydrolysis of sucrose in the intestine, which also lowers blood sugar levels.
Ellagitannins are another pharmaceutically active component of Banaba leaves. Ellagitannins convert into ellagic acid in the intestine. Studies have shown that ellagic acid can lower blood sugar levels by improving insulin sensitivity and inhibiting the conversion of carbohydrates into glucose. Studies on the adverse effects of Banaba leaves, corosolic and ellagic acid, have proven their safety for human subjects. Banaba leaf extract, including its major ingredients (corosolic and ellagic acid) is used in Ceracare antidiabetic formula to improve high blood sugar. You can read more here about effects of banaba leaves to lower high blood sugar.
Cinnamon with the scientific name Cinnamomum verum, C. zeylanicum and cassia (C. aromaticum) have been used as a spice, preservative, flavoring agent, and medicinal drug for thousands of years. Cinnamon grows in tropical regions of Southeast Asia, South America, and the Caribbean, and it was once more valuable than gold among the ancient civilization.
In 1990, a polyphenol compound was found in cinnamon, which showed potent insulin-like properties and could alleviate diseases related to insulin resistance and metabolic syndromes, such as diabetes and cardiovascular complications. Moreover, herbs or spices such as cinnamon with insulin-like or insulin-potentiating agents will increase insulin efficiency in regulating the blood sugar in the body.
The studies suggest that the active ingredients of cinnamon can prevent developing insulin resistance by improving insulin signaling and insulin sensitivity in skeletal muscles. Cinnamon enhances the expression of glucose transporter protein (GLUT4) in muscles, which increases the uptake and consumption of blood sugar in the muscles. Cinnamon also suppresses retinol-binding protein (RBP4) expression, which induces resistance to insulin in plasma and fat tissues.
There is a strong connection between inflammation in the body and adult diabetes, where increasing the immune cells in response to inflammation increases insulin resistance.
Tristetraprolin is an anti-inflammatory agent secreted by the body in response to inflammation and offers partial protection against insulin resistance development. The production of Tristetraprolin is remarkably reduced in patients having diabetes. Cinnamon rapidly increases the expression of Tristetraprolin and improves insulin sensitivity.
In this Ceracare review, We briefly showed that cinnamon and its active ingredients have beneficial effects on insulin sensitivity, glucose uptake, and consumption in the muscles and antioxidant and anti-inflammatory properties. Cinnamon barks are one of the main components of Ceracare pills, which will lower the risk of diabetes and hyperglycemia complications.
Guggul is one of the 5-medicinal plants polyherbal, formulated using Terminalia Chebula, Emblica Officinalis, Terminalia belerica Linn (Triphala), Commiphora Mukul, and Piper longum. These plants are known for their activity against high blood glucose, high blood cholesterol, and reactive oxygen species.
Guggul is gum explicitly extracted from the Commiphora Mukul tree found in India, Pakistan, and Bangladesh. In Ayurveda, the ancient traditional system of medicine in India, guggul is used to treat metabolic disorders such as obesity and diabetes and inflammatory diseases such as rheumatism and arthritis. It is also known as guggula and gugar, and many commercial anti-inflammatory formulations are using guggul as their main constituents.
Guggul contains various active ingredients, such as diterpenoids, lignans, ester, and aliphatic esters. Guggulsterone is one of the major constituents of guggul, known for its activity against hyperglycemia and hyperlipidemia (high blood cholesterol). Guggulsterone can interact with carbohydrate and lipid metabolism pathways, which are switched off or sluggish due to diabetes burden. Guggulsterone also has immense potential for treating diabetes in the form of a blood cholesterol-lowering agent and can reduce the concentration of ceramide lipids in the bloodstream due to its inhibitory effect against PPARγ enzyme. The unique feature of ceramide detoxification of guggulsterone can increase insulin sensitivity and improve glucose uptake and consumption in peripheral organs such as muscles. Studies also showed the anti-obesity potential of guggulsterone.
In general, guggul is an active phytochemical in Ceracare supplement with proven multiple potentials to manage metabolic disorders, specifically adult-onset diabetes.
Yarrow flower, also known as Achillea, is another component of Ceracare supplement. Achillea is one of the oldest known botanicals used by humans. The aerial part of the yarrow (Achillea) has commonly been used in traditional medicine since 3000 years ago. The name of the Achillea originates from Trojan hero Achilles, which used this plant to heal his wounds. The achillea genus is comprised of more than 130 herbs that are spread from Europe to Asia.
Several Achillea species are being used in the cosmetic and pharmaceutical industries. Yarrow extracts have several pharmacological properties such as anti-inflammation, pain-reducing, and antioxidant, which make them effective in treating wounds, inflammations such as colds and fever, and reducing pain. Achillea flower has also traditionally been used to lower blood sugar in people with diabetes.
Reactive oxygen species and free radicals are continuously formed during the body's normal operating condition, and if not quenched by antioxidant systems, will result in inflammation and oxidative stress. In both type 1 and 2 diabetes, the generation of these harmful species is remarkably increased, making a solid bond between oxidative stress and diabetes. On the other hand, interleukin-1β (IL-1β) is an inflammatory molecule responsible for the destruction of pancreas cells and the development of juvenile (insulin-dependent) diabetes.
The research has shown that yarrow, due to its dual anti-inflammatory and antioxidant activities, can decline oxidative stress and the autoimmune response in the pancreas and delay the onset of type 1 and type 2 diabetes.
Juniperus species, commonly known as juniper, are widely found throughout the Northern Hemisphere. Extracts and essential oils obtained from juniper berries have a long history of application as blood glucose-lowering agents in folklore medicine around the world. Dried juniper berries are used in Europe, the decoction of leaves and berries is used in Jordan, Morocco, Algeria, and juniper beverages used in Korea to treat hyperglycemia. Recently, many studies have been carried out to elaborate on the antidiabetic and hypoglycemic potentials of Juniperus species.
The results of these studies have proven that almost all parts of Juniper berries, especially leaves and fruits, have promising anti-hyperglycemic properties compatible with their folkloric usage. Juniper berries can reduce the blood sugar level by exciting pancreas cells to secrete more insulin and slow down the rate of insulin decomposition by inhibiting the enzyme responsible for breaking down the insulin hormone to its starting materials.
In addition, phenolics, flavonoids, fatty acids, and other chemical constituents of Juniperus species also have potent antioxidant and cholesterol-lowering activities that reduce the complications of diabetes. Juniper berries are used in Ceracare supplement for both antioxidant and insulin-like properties.
Chromium is a common element in the earth and exists in several forms, where trivalent chromium is found in foods and nutritional supplements. In Ceracare, a combination of chromium and biotin is used. In this Ceracare review, the effect of this unique mixture has been scientifically investigated.
A study in 1950 showed that brewer's yeast contains a factor that can prevent diabetes. This factor was identified to be a biologically active form of chromium, which reduced blood sugar levels in the study models. In 1970, a patient with severe hyperglycemia condition was supplemented with chromium. After two weeks, the patient's glycemic status improved, and the need for insulin injection was significantly reduced.
A large body of research in humans has shown that chromium is an essential co-factor in the efficient action of insulin in the body. In addition, epidemiologic studies also demonstrated that tissue levels of chromium in patients who have diabetes, especially those with existing cardiovascular diseases, are reduced compared to healthy individuals. Growing evidence also suggests that supplementation with chromium, in the form of chromium picolinate and at high doses, reduces insulin resistance and improves glucose metabolism in individuals with glucose intolerance, juvenile and adult diabetes. Chromium picolinate can lower some of the risk factors for cardiovascular disease, particularly in overweight individuals, by reducing harmful lipids such as ceramides from the blood plasma. Chromium is one of the main components of Ceracare ceramide detoxifying formula.
Biotin is another ingredient of Ceracare diabetes management capsules. Biotin is a member of the B vitamin family. It is water-soluble and plays a critical role in the metabolism of carbohydrates and lipids. Biotin can also increase the expression of specific genes that can reduce glucose concentration in the blood, such as hepatic and pancreatic glucokinases. The studies have also shown that supplementation with biotin can decrease the plasma lipids and cholesterol in type 2 diabetes patients.
Interestingly, the co-supplementation of biotin and chromium picolinate can enhance chromium absorption from the blood and increase the tissue level of chromium. The co-administration of chromium and biotin can also decrease the concentration of lipids, specifically ceramide lipids, in patients with diabetes type 2 to a greater extent compared to chromium alone. The studies have shown that biotin-chromium administration can improve glucose tolerance and reduce fasting blood glucose and fructosamine concentration in the blood.
Bitter melon (Momordica charantia) or bitter gourd is a bitter taste fruit that grows in Asia, South America, and the Caribbean. Bitter melon fruit, juice, or dried powder has a long history of applying folklore medicine for its benefits. Bitter melon is extensively used in antidiabetic formulation, including Ceracare, for its unique properties. In this Ceracare review, we will go through some of the numerous benefits of bitter melon to lower high blood glucose.
Bitter melon is a good source of vitamin C and A and contains several other vital micronutrients such as folate, potassium, and zinc. Bitter gourd also has blood cholesterol-lowering and weight management benefits.
Many studies on bitter gourd have proven its ability to reduce blood sugar levels, specifically in individuals with type 2 diabetes, from various pathways. For instance, bitter melon can lower blood sugar by increasing insulin secretion. Bitter melon can protect pancreas cells from destruction by autoimmune cells and facilitate glucose consumption in the tissues. Bitter gourd can increase the capacity of the liver and muscles to store glucose, and it can decrease hyperglycemia by increasing the breakdown of glucose into its building blocks.
In addition, bitter melon has been shown to decrease and improve several markers of high blood sugar, including hemoglobin A1c and fructosamine in diabetic patients.
In Ceracare supplement, bitter melon has been formulated into a proprietary blend with other antidiabetic herbs to help lower blood glucose levels.
Mulberry (Morus) plant grows in America, Asia, and Europe and is native to China. Mulberry includes several species, such as white mulberry (M. alba), red mulberry (M. rubra), and black mulberry (M. nigra). Mulberry leaves have medicinal, culinary, and industrial applications.
Different parts of the white mulberry plant, including fruit, bark, leaf, and root have been used in traditional medicine for several centuries to treat or alleviate the symptoms of various health problems such as diabetes, cancer, atherosclerosis and boost the immune system due to its strong antioxidant properties.
Recent pharmacological studies on white mulberry leaves have revealed that it contains a wide variety of pharmacologically active ingredients such as alkaloids, polysaccharides, and essential oil that can reduce high blood sugar and can be used in patients with diabetes mellitus. The alkaloids in white mulberry leaf have high antioxidant and anti-inflammatory activities that can prevent the harmful ceramide lipids and regulate blood sugar levels in the blood. Mulberry leaves also have trace minerals and vitamins that can boost their antioxidant properties.
In general, white mulberry has significant hypoglycemic, antioxidant, and anti-inflammatory properties, which can help to improve the health condition of individuals suffering from metabolic diseases such as high blood glucose.
Ceracare is made of 100% natural and safe ingredients. Every capsule is manufactured in the USA in a GMP-certified and FDA-registered facility.
The herbs and plants used in Ceracare formulation are proven to be effective, powerful, and at the same time, safe for the body. It has shown positive results in men and women in any age range.
Ceracare should be taken once daily, with the evening meal and a half glass of water. Ceracare should be taken for 3 consecutive months to allow the body to cleanse and detoxify ceramide lipids that induce insulin resistance.
Absolutely! Ceracare is guaranteed 100% customer satisfaction. Ceracare can be returned within 60-days of purchase in case of undesirable results, and you will be refunded as soon as possible.
Ceracare is offered a massive 70% discount of $107 for each bottle for a short time. So, at 70% discount, each bottle (30 day supply) is available for $69. Although to help the customers benefit more from Ceracare and be more consistent with its application, 3 bottles (90 day supply) and 6 bottles (180 day supply) are offered at a higher discount, with $59 and $49 for each bottle, respectively.