Category: Gut friendly, microbes

10 facts on Grains: Why are low GI grains healthier? 🙌

by drjurisharma, posted in antioxidant, Antioxidant,anti inflammatory, immune boosting, anti cancer, Blog, Blood sugar levels, diabetes, exercise insulin levels, insulin sensitivity, body, health, lifestyle, dietary, exercise, herbs, water, liver, stroke, cancer, hepatitis, Cholesterol, Food, Fruits, veggies, berries, Gut friendly, microbes, healing, health, Heart disease, milk, dairy, curd, yoghurt, Nature,, potato, self healing, Wholesome grains, brown rice, whole wheat bread, flour, millet, oats, buckwheat, steel cut oats, corn, starch, sugar, carbohydrate, glycemic index, low GI, foods, fruits, vegetables

1. Grains are naturally grown from plants like grasses, which are a staple food for humans across the world. Grains are seeds and have basically 3 main parts: a hard outer covering called Bran, which is fibrous in nature. The second covering is called the Germ, which is the most nutritious part and contains vitamins, healthy fats and minerals. The innermost layer is the endosperm, which is a rich supply of starches, the energy source. Whole grain contains all the 3 layers. Commonly found grains are rice, wheat, oats, barley, corn and millet.

2. Grains, after they are harvested, are taken to milling and grinding plants and are cleaned and go through different processes like grinding, separation and bleaching. Depending upon the treatment they undergo, there are different grain types:

• Whole grains, where the three layers are restored, such as brown rice, whole grain wheat, oats. Whole grains are considered the most nutritious grains.

• Refined grains are fine in texture when the germ and bran layers are removed, such as white rice and refined flour.

• Enriched grains are those where nutrients like vitamins and minerals removed after refining are added back, such as enriched white rice.

• Fortified grains are grains that, after milling and grinding, are added with extra nutrients which may not be naturally found, such as fortified with iron and folic acid.

3. Whole grains are wholesome for health, providing starch (energy), vitamins, minerals and fibre. The known health benefits:

• Feeling of fullness helps in portion control and thereby in weight management.

• Lowers insulin levels.

• Lowers bad cholesterol and helps to raise HDL.

• Lowers blood pressure.

• Fibre helps to regulate bowel habits, reduces the risk of heart diseases, diabetes and stroke.

4. Much needed substitutes of regular white rice, white flour pasta, white bread with wholesome grains for daily requirement are:

• Whole grain bread, whole grain pastas, whole grain cereals.

• Quinoa

• Brown rice, black rice, red rice.

• Oatmeal

• Millet, barley, bulgur

• Pop corn

5. Glycemic index (GI): Some grains, after eating, give you instant energy and slowly make you feel worn out. While eating some types of grains doesn’t make you hungry for a long time and gives you enough energy throughout the day. This is because the glycemic index of different types of grains varies. The rate at which the body breaks down a particular type of grain and raises the blood sugar level determines the glycemic index of that grain. It depends on how much processed and refined the grains have been through. The GI ranks from 0-100, with the lowest being the healthiest starch.

• Low GI (less than 55): They are the least processed grains and gluten-free, like millet and quinoa,

• Mid GI (55- 70): Processed to some extent but still contains the bran of the grains like brown rice, whole wheat bread.

• High GI (greater than 70): Refined flour, white rice, white bread.

6. Low GI grains: The rate of 1-100 scale at which the starch is metabolised into sugar and raises the blood sugar level is considered the GI (glycemic index) of that particular grain. The highest GI is white bread, white rice, pastas and potatoes. Low GI grain is when the starch is slowly released for digestion, which is within 0-55. Examples are :

• Brown rice, steel cut oats, quinoa.

• Barley, millets, bulgu

• Sweet potatoes and non-starchy veggies like broccoli, cauliflower, spinach, carrots, beans.

• Fruits like apples, oranges, cherries and berries.

7. Health benefits of Low GI grains :

• No sugar spikes: The low GI grains release the sugar slowly and prevent sugar spikes.

• Fibre is high: These grains have high fibre and make you full for a long time and don’t make you hungry.

• Nutrient-dense: Millet, Barley, Oats, Quinoa, and buckwheat are great sources of fibre, nutritional powerhouses of vitamins, minerals and antioxidants.

8. Common myths:

• Low GI grains are tasteless and bland: In fact, depending on the palate, different methods of preparation can make these grains taste flavourful and a rich energy source.

• Portion matters: Eating large portions isn’t healthy. Always maintaining portion control and appropriate meal timings actually count.

• Too much fat: Adding too much oil and fats like cheese, butter, and oils makes a meal tasty. This isn’t true; in fact, adding natural spices, herbs, a variety of veggies, and less oil can make a meal flavourful and tasty.

• Fruits have high GI: Not true, as many fruits and berries have moderate GI and can be consumed on a daily basis.

9. Apart from grains, other food items with low GI are:

• Dairy like plain, unsweetened Greek yoghurt.

• Meat, fish, poultry, eggs

• Lentils and beans

• Leafy greens, cruciferous vegetables like broccoli, cabbage.

• Avocado has healthy fats.

• Citrus fruits, berries, apples

• Nuts, seeds

10. Takeaway: Whole grains are naturally occurring grains which are least processed, so they contain the required nutrients and fibre, which are necessary for one’s health and wellbeing. Once the grains are milled, crushed, or refined, they lose the valuable nutrients which are beneficial. So, refined grains and food items may taste better but ultimately do more harm than good. Therefore, research has shown that choosing whole grains, the least processed ones, always provides the complete package of nutrients and fibre, which are essential for good health and prevent chronic lifestyle diseases which have become so ingrained in today’s time.

Thanks for reading.

Peace and love 🙏

10 facts: Are Artificial flavouring substances safe?

by drjurisharma, posted in Artificial flavours, flavouring compounds, chemical compounds, vanilla extract, natural flavours, artificial sweeteners, sugar, chemical engineered foods products, organic foods, Blog, brain, Brain, nervous system, gastrointestinal disease, autism, cancer, canned food, cognitive health, dairy, curd, yogurt, deep fried food, Food, Gut friendly, microbes, healing, health, Lung cancer, milk, dairy, curd, yoghurt, Nature,, Science, self healing, wellness

1. Artificial flavouring substances are usually used in foods, beverages and some medicines too, to enhance the taste, aromas, natural-like flavours and to extend the shelf life. These artificial flavouring substances are chemical compounds produced in the laboratory to give characteristic taste and smell. Unlike natural flavours, which are naturally available, these chemical compounds are made from petroleum or synthetic agents and mixed with alcohol or propylene glycol, which acts as a solvent. The process of making and purifying artificial flavours has to maintain safety protocols, and the standards are approved by the Food and Drug Administration (FDA) and other Food authorities.

2. Laboratory-made chemical compounds are easy to extract, less expensive and can mimic the required taste and smell. Widely used in products like bakery items, processed food, candies, beverages, processed meat and dairy items. Some of the common examples of artificial flavours are:

• Ethyl vanillin, which mimics natural vanilla

• Ethyl propionate, which gives a fruity flavour

• Benzaldehyde, which gives a cherry flavour

• Diacetyl, which mimics a buttery flavour

• Smoke flavourings are smoke obtained from heated steam from wood, a mixture of carboxylic acids and phenolic compounds.

3. Natural flavouring /Artificial flavouring: Natural flavourings are nature-derived compounds from plants and animal sources, obtained by extraction and distillation through physical, enzymatic and various microbiological processes. Such as vanilla derived from natural vanilla pods, citral from lemongrass.

Artificial flavouring substances are synthetic chemical compounds which are nature-identical but not natural substances. They are produced in the laboratory by many chemical-engineered substances by flavouring preparations, thermal processes, distillation, smoke flavourings and flavouring precursors. Examples of artificial flavours are vanilla flavour derived from ethyl vanillin, Methyl anthranilate which mimics grape flavour, and isoamyl acetate, which mimics banana flavour. Artificial flavours are preferred more than natural flavours as they are cheap, easily available and easier to produce in a laboratory.

4. Artificial flavourings are safe as long as they meet strict safety regulations and are approved by different regulatory bodies and Food Safety International expert committees. Some of the well-known regulatory bodies are:

• US FDA (Food and Drug Administration)

• EFSA (European Food Safety Authority)

• International Expert Bodies like FEMA (Flavour and Extract Manufacturers Association), JECFA (Joint FAO/WHO Expert Committee on Food Additives).

• Country-specific authorities such as FSSAI (India’s Food and Safety Standards Authority), BfR (German Federal Institute of Risk Assessment).

5. Why artificial flavours? The main goal behind using artificial flavours in various food items, bakery products, and processed foods is to mimic a certain flavour, taste, smell, and crunchiness, which makes a person crave such items and stimulates the sensory organs. While consuming any kind of food, the taste receptors detect certain compounds in that particular food item and send a stimulus to the brain via nerves, which actually create the sensation of taste. So, artificial flavours are engineered in such a way that they can create a specific taste similar to a natural flavour and stimulate the taste receptors so that the person becomes addicted to that particular food item.

6. Artificial flavours and health: Though artificial flavours are safe in small quantities for consumption, some side effects are reported, such as allergic reactions, headache, fatigue, stomach pain, dizziness and chest pain. Some studies have shown a link between certain diseases and artificial flavours such as:

• Artificial flavouring compounds like diacetyl can be carcinogenic and pose a health risk.

• Artificial flavours and artificial sweeteners are found to disturb the gut bacterial flora. But more studies are required in this topic.

• Artificial colour (yellow) tartrazine is linked to allergic reactions.

• Artificial flavours and colours are linked to affecting brain health, memory and ADHD in children.

• Addiction and obesity are issues that have been linked to artificial flavours in some research and can affect the brain. The taste bud receptors send signals to the brain, which in turn releases dopamine to give pleasure. Some studies show that artificial sweeteners affect the hunger and satiety centre and lead to weight gain.

7. A wide range of products where artificial flavours are mostly used include:

• Snacks: Cookies, candies, shakers, chips and many snack items.

• Soft drinks and energy beverages.

• Bakery items.

• Dairy items like yoghurt, ice creams, flavoured milk.

• Processed meats.

• Sauces, mayonnaise, ketchups, dressings.

8. Common names of artificial flavours which should be known by individuals so that they can be aware and selective while buying snacks, bakery or processed food in a supermarket.

• Ethyl vanillin, ethyl maltol, ethyl propionate.

• Diacetyl

• Benzaldehyde

• L-menthol

The best way to avoid eating artificial flavours and colours is to select minimally processed food items, plain dairy products, whole foods, unprocessed meat items and preferably organic food items.

9. Safe quantity: There is no standard safe quantity of artificial flavours and colours worldwide. But there are international committees, food regulatory authorities, and other regulatory bodies in each country to regulate the quantity of artificial flavours used in each of the food items before they go for consumption. Acceptable Daily Intake (ADI) limits are set for compound-specific limits, which are standardised by local food safety authorities and are decided by strict testing and toxicity tests before approval.

Wholesome food/ Natural Foods

10. Takeaway: Artificial flavouring is very common in a wide range of food items. Realistically, you may not completely avoid food flavourings. But it is always a wise choice to prefer natural wholesome food items to processed flavouring food items as far as health is concerned. Moreover, both artificial and natural flavourings have similar effects on health, as one cannot rule out which is healthier or safer. Therefore, it is a matter of habit formation and lifestyle choices for individuals, parents and children to learn to make healthier choices for wholesome food and minimal use of processed food items.

Thanks for reading.

Peace and love 🙏

10 facts : Although honey 🍯 is similar to sugar, why it is still considered a healthier option ?

by drjurisharma, posted in antioxidant, Antioxidant,anti inflammatory, immune boosting, anti cancer, Bee,, Blog, brain, Brain, nervous system, gastrointestinal disease, autism, cancer, cognitive health, Cooling, freezing, storage, Food, Gut friendly, microbes, healing, health, Heart friendly, weight friendly, gut healthy, constipation,, Honey, beehives, polyphenols, antioxidants, anti inflammatory, cough, cardiovascular diseases, neurological diseases, Nature,, Science, self healing, wellness

1. Honey is about 80% sugar, mostly fructose and glucose and is considered a natural sweetener. Since it is a derivative of plant nectar, it is a storehouse of bioactive compounds like polyphenols, flavonoids, vitamins, minerals and antioxidants. It is a blend of many natural substances, depending upon the different varieties of flowers whose nectar is collected by the bees. Because of its nutritional profile, honey has tremendous health benefits and is considered a healthy sweetener.

Beehives

2. Though honey is rich in sugar, it is a powerhouse of nutritional content in raw, unprocessed form. Depending upon the sources, the nutritional content can vary. Pasteurised honey is processed, filtered and can have a lesser quantity of flavonoids and polyphenols. Besides the antioxidant properties, honey includes calcium, potassium, vitamins, copper, iron and zinc. It also contains a trace amount of protein. Depending upon the varieties of flowers’ nectar, climatic conditions, examples of honey varieties are:

• Clover honey

• Wildflower honey

• Orange blossom honey

• Alfaalfa honey

• Buckwheat honey

• Rare variety like Manuka honey, found in New Zealand

3. Sources: Honey is the only natural sugar source which is produced by insects that humans consume. It is best when consumed raw and unrefined. Supermarket honey available is usually processed, pasteurised honey. Honey should be best sourced from local markets and local farmers, where the content is “pure honey” without any additives. These types of honey are lighter in colour and consistency. Darker varieties are stronger in flavour and nutritionally rich. Honey should be preserved in a glass bottle or plastic airtight container, below 32 degrees F.

4. Crystallisation: This is a natural process of honey where it is transformed from a liquid to a solid state depending upon the temperature and how it is stored. Crystallisation of honey doesn’t mean that the honey is spoiled. Honey with a higher content of sugar (fructose, glucose) is quickly crystallized like Alfalfa and clover types. Crystallisation happens as the dense sugar molecules start to hold the water permanently, which is, in fact, a sign of pure, unadulterated honey. The honey can be restored to its liquid form by putting the honey jar in a warm water container. Boiling water should be avoided as the nutritional content can be compromised.

5. Storage: Honey doesn’t require refrigeration. Its shelf life is around 2 years. Refrigeration and cold temperatures can lead to crystallisation of honey. It can be stored at room temperature at 20 to 25 degrees C or around 60 degrees F, ideally in an airtight glass container. It can also be stored in a food-grade plastic container. In the kitchen, it can be placed in a dry, dark place or pantry, avoiding direct sunlight.

6. Health benefits: As honey is rich in sugar, it should be consumed in small quantities rather than in large amounts. For centuries, the latest research has shown that honey has promising health benefits and healing properties. Some of them:

• Antioxidant rich so consuming raw, unrefined honey on regular basis can have anti-inflammatory benefits.

• Promote balance of blood sugar levels than regular refined sugar.

• Improves heart health by maintaining blood pressure, regulate heart beats.

• Since it has anti-bacterial properties , it can promote wound healing.

• Suppress sore throat and cough and support respiratory health.

• Supports gut health and is helpful in case of irritable bowel disease.

• Anti-fungal, anti-bacterial & anti-cancer.

7. Brain health: Research suggests that honey has amazing benefits for brain health and can prevent neurodegenerative diseases. Manuka honey is the best for brain health. Some of the neurological benefits of honey are:

• Unlike a refined sugar rush, honey can provide a natural, steady energy flow to neurons.• Flavonoids and phenolic acids can prevent free radical oxidative stress and cell damage in neurons.

• Supports memory by protecting brain cell mitochondria and elevates BDNF (brain-derived neurotrophic factor).

• Studies show honey is neuroprotective and prevents cognitive decline.

• Honey naturally contains melatonin, which supports sleep, and naturally removes toxins from the brain that build up while awake.

8. Alleviate cough: Studies have shown that honey is effective in soothing a cough. Drinking honey with a little warm water during a cough can help to form a coating in the throat. Its anti-bacterial and anti-inflammatory properties help as a healing aid for infections. Moreover, honey is safer as a home remedy than over-the-counter medications. It can be given to all age groups except children below 1 year of age, when there is a risk of food poisoning. Research shows that honey is far better than medicines like diphenhydramine (anti-histamine) and has a similar effect to drugs like dextromethorphan (cough suppressant ) and Salbutamol ( asthma drug).

9. Though honey is a natural sugar alternative, it is usually safe and healthy for daily consumption in moderation. There is no such standard recommendation, but experts suggest that 6-7 teaspoons daily should not be exceeded. WHO guidelines suggest that daily consumption of free sugar should not exceed 10% of daily intake. Since it has therapeutic benefits, its daily consumption can be beneficial for both gut health and the immune system. While using honey as a sugar substitute, other refined sugar food items should be completely avoided, as there are chances of weight gain (due to extra calories), sugar spikes in insulin-sensitive diabetics.

10. Takeaway: Research has shown for decades that honey is healthy with tremendous therapeutic effects when consumed in moderation as a wellness habit. Honey can replace the intake of refined sugar in several ways, such as:

• For dessert, yoghurt or breakfast bowls.

• Herbal teas, green teas.

• Morning, on an empty stomach with warm water as an aid to digestion and immunity.

• Honey should be avoided in boiling water or while cooking, as it may damage its nutritional value.

Thanks for reading.

Peace and love 🙏

10 facts: Sleep wake cycle linked to cortisol 👐

by drjurisharma, posted in antioxidant, Antioxidant,anti inflammatory, immune boosting, anti cancer, Blog, Blood sugar levels, diabetes, exercise insulin levels, insulin sensitivity, body, health, lifestyle, dietary, exercise, herbs, water, liver, stroke, cancer, hepatitis, brain, cognitive health, Cortisol, stressful, stress, sleep, sleep deprivation, anxiety, depression, wakefulness, hormones, melatonin, fear, pain, emotions, Food, Gut friendly, microbes, gut health, gut bacteria, hormones, Gastrointestinal, GI tract, healing, health, mental health, muscle, body, nature, self healing, spiritual, Supplement, wellness

1.Cortisol is a stress hormone released from the adrenal glands, which is ideally secreted during a fight-or-flight response. However, in today’s world, our daily lives are filled with stressful situations, such as competition, comparisons, peer pressure at work, negative people, and relationships stress. As a result, cortisol is released not just in short bursts but remains chronically elevated. This persistent high level of cortisol keeps the body in a constant state of stress, leading to chronic inflammation, sleep problems, and various diseases.

2.Cortisol plays essential role in the body for survival. But when cortisol is elevated for a longer period of time can lead to health issues like weakened immunity, metabolic syndrome and mental health issues. The functions of cortisol are :

– Maintaining blood pressure

– Elevating blood sugar levels

– Regulating the circadian rhythm

– Facilitating the utilisation of energy from carbohydrates, proteins, and fats

– Reducing inflammation

3. Sleep-wake cycle follows a synchronised rhythm with the night and daytime. During the sleep phase, the body goes through different stages, such as:

• Non-REM stage: The phase where the body and mind, being awake, slowly move to a calmer state before falling asleep. Followed by a stage where the body’s core temperature drops, brain waves slow down. After this, a stage emerges where the heartbeat, breathing, and brainwaves slow down, entering a deep state of relaxation.

• REM state: This stage occurs normally after the deep sleep phase. In this phase, people have vivid dreams, and intense dreaming appears. There is weakened muscle activity similar to temporary paralysis. This stage is important as the brain is cleaning out the buildup of waste and toxins.

4. HPA axis: The hypothalamic-pituitary-adrenal axis is responsible for the neuroendocrine regulation. Hormones like melatonin and cortisol from the HPA axis modulate the sleep-wake cycle. When there is disruption of this axis disturb the sleep cycle. Studies show that there are reciprocal interactions between sleep regulation and the HPA axis. Stressful situations like PTSD, emotional trauma, and chronic workload can lead to long-standing sleep issues like insomnia, sleep deprivation, and lack of restorative sleep, which in turn lead to disruption of the HPA axis and vice versa.

Insomnia

5. The HPA axis and sleep have a significant interconnection. Good quality sleep, deep sleep causes an inhibitory effect on the HPA axis, whereas hyperactivation of the HPA axis leads to overload of glucocorticoids, wakefulness, and loss of sleep. Sleep disorders related to HPA dysfunction are:

•Insomnia is a common sleep disorder which is found to have a connection with an increase in ACTH and consistent cortisol levels and arousal of the central nervous system.

•Obstructive sleep apnea or daytime sleepiness has been associated with elevated pro- inflammatory cytokines, IL-6 and TNF.

Weight gain

6. Elevated cortisol level: Studies show that sleep deprivation has a direct connection to elevated cortisol levels, long hours of wakefulness in the daytime, glucocorticoid overload, and disruption in the HPA axis. These directly affect the well-being of the individual and increase the risk of obesity and type 2 diabetes. Other symptoms of elevated cortisol levels are:

• Weight gain

• High blood pressure

• Weakness of bones

• Muscle weakness

Stressed

7. Cortisol level: Normally, there is a spike of cortisol level in the morning, known as the awakening response, and it continues for about 60 minutes thereafter. Then, gradually the level-starts dropping and reaches the lowest level towards the evening/midnight. The factors which can affect the cortisol levels are:

• Stress

• Disturbed routine sleep schedule

• Morning light may cause the surge

• Cushing’s syndrome

Overworked/ stressed

8. Stress and cortisol level: Cortisol is a steroid hormone which is released from the adrenal glands in the body’s response to stress. Cortisol also releases sugar from the liver to combat stress. In addition to this, sleep and stress are also closely linked. Prolonged stress can lead to sleep disorders like acute insomnia. The types of stress when cortisol is secreted are:

•Short-term stress

•Long-term stress

•Trauma, both psychological and physical.

Dark chocolate

9. Food and cortisol: Certain foods can support gut health, reduce stress and lower the cortisol level naturally:

• Whole grains and natural fibres – Whole grains are rich in polyphenols, which can support gut health and reduce stress and cortisol. Fibrous foods like vegetables, fruits, and berries contain both polyphenols and antioxidants that help reduce cortisol levels.

• Dark chocolate (70 – 80%) – Flavonoids in dark chocolate can lower the stress response and cortisol from the adrenal glands.

• Green tea contains polyphenols, catechins, and L-theanine, which can lower stress reactivity.

• Probiotics/Prebiotics are linked to healthy gut health, reduce stress and cortisols.

• Healthy fats in nuts, fatty fish, and seeds rich in omega3-fatty acids reduce stress and support mental health.

• Water – Consuming water throughout the day prevents dehydration and controls the cortisol level.

Meditation
Community/ kindness/ volunteer work

10. Natural habits that can keep the cortisol level under control:

• Good sleep routine – Firstly, keep away from cell phone or any kind of distraction at least 1 hour before bedtime, avoiding alcohol, caffeine intake and nicotine 5-6 hours before bedtime, maintain a bedtime schedule; going to bed and waking up the same time every day is important for sleep hygiene.

• Daily routine exercise, nature bathing, walking or any kind of physical activity.

• Practise deep breathing techniques like Pranayama, mindfulness breathing, Meditation, yoga, tai-chi.

• Maintaining your mental health by managing your personal relationships, staying away from negative people and a negative environment, cultivating hobbies, laughing, and listening to music.

• Spirituality – believing in spiritual faith, attending spiritual workshops, meditation, community spirit, kindness /charity /voluntary works, helps maintain cortisol levels.

Thanks for reading.

Peace and love 🙏

10 Essential Insights on Resistant Starch and Managing Blood Sugar Spikes 🙌

by drjurisharma, posted in Blood sugar levels, diabetes, exercise insulin levels, insulin sensitivity, body, health, lifestyle, dietary, exercise, herbs, water, liver, stroke, cancer, hepatitis, Buzzing, starch, carbohydrates, sugar, potatoes, rice, pasta, Cooling, freezing, storage, Food, Gut friendly, microbes, healing, health, Infection,inflammation, Obesity, weight loss, self healing

1. Resistance starch is a new buzzword nowadays. But what exactly is resistance starch? Starches are a major portion of our everyday diet. They are usually found in grains, legumes, potatoes, and many other foods. Unlike simple starches, resistance starch passes through the digestive tract, the stomach and the small intestine undigested, and reaches the colon, where it is fermented by gut bacteria, like soluble fibres. Therefore, they are very gut-friendly, hence are potentially beneficial to health.

2. Several studies have identified the components of starches in different types of food, which are resistant to digestion, and can be very beneficial in the prevention and control of chronic diseases. Evidence has shown that starches present in food, which are rapidly digested, have significantly contributed to the growing risk of chronic diseases like diabetes, obesity, and colon cancer. Ongoing studies have shown that resistance starches are highly resistant to digestion by digestive enzymes like amylase in the small intestine and pass through the colon, where they are fermented by the microbiota.

3. Five types of resistance starches have been identified such as :

• Type1 : Physically inaccessible starches like whole grains, coarsely grounded grains.

• Type 2: Granular starch like raw potato, raw banana starch.

• Type 3: Retrograde starch like cooked and cooled starch.

• Type 4: Chemically modified starch.

• Type 5: Amylose lipid complex.

4. Carbohydrates are simple in structure, like white rice, white bread, cakes, or refined food items. Resistance starches are complex carbohydrates which pass through the stomach and small intestine undigested and move to the large intestine to be fermented by the gut-friendly bacteria. Some examples of resistance starches are: Brown rice, whole grains, quinoa, lentils, plantains, oats and potatoes.

5. Simple starches are digested by the stomach enzymes and are responsible for spiking blood sugar and worsening insulin sensitivity. While resistance starches cannot be digested by the stomach enzymes, they travel through the small intestine and reach the colon. In the colon, they are fermented by the microbes and produce short-chain fatty acids like Butyrate. Butyrate improves insulin sensitivity, lowers inflammation, and provides food for gut-friendly bacteria.

6. Starch Retrogradation: It is a process where gelatinised starch molecules crystallize and become resistant to digestion in the stomach and small intestine. This trick can be done by cooling the simple starches after cooking and storing them in the refrigerator. Just before eating, heat them so that the content of resistance starch can be increased. Therefore, the effect of cooling the cooked rice or potatoes, bread can decrease the post-prandial glucose and insulin spike.

7. Simple ways to have resistance starches or increase the resistance starches content are:

• Cooking the rice, potatoes or pasta, and cooling them.

• Freeze and store them in the refrigerator.

• Reheating them before consuming.

8.Pairing food like carbohydrates with protein and fat can help in controlling the glucose spike and improving insulin sensitivity. Pairing potatoes with butter or olive oil, or rice with lentils or beans, is a common example. Acidifying the meal by adding lemon, vinegar, or fermented food can lower the rate of starch breakdown.

9. Again, food orders are another important trick to improve insulin sensitivity and lower the glucose spike. Instead of having carbohydrate first, it is wiser to eat the protein like eggs, meat or fish first, followed by vegetables and lastly the carbohydrate portion. This way, it will slow down the glucose digestion. Such behavioural change while following the food order either at home or in a restaurant can help to improve the metabolic response.

10. Eating a meal and then immediately sitting down to work, using the laptop, or taking a nap can negatively impact your metabolic response. Instead, after finishing your meal, consider taking a light walk or engaging in a gentle activity like cleaning or washing dishes. These activities can stimulate your calf muscles, particularly the soleus muscle, which can quickly utilise a significant amount of glucose. By sustaining contractions, this muscle helps burn glucose, contributing to better blood sugar control.

Thanks for reading.

Peace and love 🙏