TOP 4 SPICES THAT REDUCE INFLAMMATION

TOP 4 SPICES THAT REDUCE INFLAMMATION

A decade ago, the word “inflammation” was rarely heard outside of a doctor’s clinic, usually when someone had a swollen ankle or a severe injury. Today, it’s everywhere on social media, termed as the hidden culprit behind everything from stubborn joint pain and brain fog to thyroid imbalances and PCOS.

But even though we hear this word so often, many of us still don’t understand what inflammation actually means or how it affects our health.

So today, I’m going to explain exactly what inflammation means, the signs and symptoms to look out for, and four powerful herbs sitting right in your kitchen that you can start using in your daily routine to help fight inflammation.

What is Inflammation?

Your immune system is a highly intelligent defense force whose intention is to only protect you. The moment you see a threat, like a dangerous animal, your reflex action is to run. Similarly, if your body senses a breach, whether it’s a virus, bacteria, or fungus, a flu, or accidentally hitting your finger with a knife, your immune system’s reflex action is to immediately send little soldiers named white blood cells (WBCs) and cytokines in your bloodstream. These soldiers rush to the front lines to fight off the pathogens, repair the damage, and free you from the infection/ fever/ seasonal flu. This instant response is important. Inflammation is not inherently bad; it’s actually an important part of our immune system that fights off viruses, bacteria, and keeps you alive and well.

This protective response operates in two distinct ways: acute and chronic inflammation. Acute inflammation occurs when these white blood cells and cytokines are released into the blood for a very short period of time to complete a specific rescue mission and then promptly return to their stations. You experience this temporary reflex every time you slice a finger, run a fever to burn off the seasonal flu, get a cough, experience a passing itch, or even when your eyelids blink and you sneeze to expel dust. It is a rapid, localized deployment that fixes the problem and shuts down as soon as the danger passes.

The problem begins when this temporary safety measure turns into chronic inflammation. In this state, your white blood cells and cytokines are constantly released into your blood every single day, every single time, just to keep protecting you. Because the immune system is constantly sensing a perceived threat, whether from high stress levels, caffeine consumption, environmental toxins, or poorly digested food particles, it never gets the signal to switch off

Over time, this constant trigger creates massive pressure on your immune system, eventually your poor immune team gets completely exhausted and just gives up the control on the release of cytokines, these cytokines starts hampering all the normal processes of the body

4 Herbs to Reduce Inflammation

Fortunately, your kitchen cabinet holds some of the most potent, scientifically validated tools to do exactly that. Rather than relying on synthetic drugs that simply mask these symptoms while taxing your liver, functional medicine looks to ancestral, bio-active spices that talk directly to your cellular pathways. By incorporating specific anti-inflammatory botanicals into your daily routine, you can safely signal your white blood cells to stand down and give your immune system the space it needs to heal. Here are the top four powerhouse ingredients that can systematically disarm chronic inflammation from the root.

1. TURMERIC: Your Kitchen’s Natural Inflammation Fighter

That bright yellow turmeric powder sitting in your kitchen contains a powerful natural compound called curcumin.

Here’s why it’s interesting.

Your body has an internal defense system that sends out messages whenever it senses danger. These messages tell your immune system to respond by creating inflammation. This is helpful when you’re fighting an infection or healing an injury. But when your body keeps sending out these messages even when there is no immediate danger, inflammation can continue unnecessarily. Curcumin helps regulate some of these internal messages, preventing your body’s inflammatory response from becoming unnecessarily excessive. This is why turmeric has been widely studied for its potential to support joint health, reduce inflammatory activity and protect cells from damage.

But there’s more!

Curcumin is also being studied for its potential brain health benefits. It may help protect brain cells and support a protein that helps your brain form new connections. This protein plays an important role in memory, learning and keeping your brain functioning well.

How to consume it:

Take half a teaspoon of turmeric and add it to lukewarm water. Add a pinch of black pepper and a teaspoon of extra virgin olive oil or cold-pressed coconut oil. Why black pepper? Because it helps your body absorb curcumin better. You can also add turmeric to your dals, curries, soups and everyday meals.

2. GINGER: More Than Just a Remedy for Bloating

Most of us use ginger when we have an upset stomach, nausea or bloating. But ginger has another interesting benefit. It may help regulate your body’s inflammatory response. Ginger contains natural compounds called gingerols and shogaols, which have been studied for their anti-inflammatory properties.

Here’s something fascinating. Your body has special defense cells that rush to fight infections whenever harmful bacteria or viruses enter your system. Think of them as your body’s security guards; to trap and destroy unwanted invaders, these cells sometimes release tiny net-like structures. These nets help catch harmful organisms before they spread. But when these defense cells become overactive, they can release too many of these nets, potentially contributing to inflammation and other health problems. Interestingly, ginger may help prevent these cells from becoming excessively active.

A 2023 study published in the journal JCI Insight found that ginger supplementation helped reduce this excessive immune activity in participants. This is one of the reasons ginger is gaining attention for its potential role in supporting a balanced immune response. And of course, we cannot forget its digestive benefits. Ginger has traditionally been used to support digestion, ease nausea and help food move through the digestive tract comfortably.

How to consume it:

Take half an inch of fresh ginger, crush or slice it, and boil it in a cup of water for 5 to 7 minutes. You can drink it as ginger tea or add fresh ginger to your soups, curries, stir-fries and juices.

3. KALONJI (BLACK SEED): Your Cells’ Natural Protection Partner

Those tiny black seeds that we often sprinkle over breads and Indian dishes are much more powerful than they look! Kalonji, also known as black seed, contains a special natural compound called thymoquinone.

To understand why this is important, let’s talk about something that happens inside your body every single day. Your body constantly produces tiny unstable particles called free radicals. These are produced naturally when your body creates energy, fights infections and carries out its everyday functions.

Think of them as tiny troublemakers. In small amounts, they are completely normal. But when too many of them build up, they can start damaging healthy cells. Imagine rust slowly damaging the metal parts of a machine. Something similar happens when excessive free radicals damage the protective structures inside your cells.

Over time, this damage can affect how efficiently your cells produce energy and protect themselves. This is where kalonji becomes interesting. Its active compound, thymoquinone, has antioxidant properties. In simple words, it helps protect your cells against damage caused by excessive free radicals. But what’s even more interesting is that it may also encourage your body to produce more of its own protective substances. One of these is called glutathione. Think of glutathione as your body’s internal cleaning and protection team. It helps protect your cells, supports their normal functioning and keeps oxidative damage under control.

So, kalonji doesn’t just provide antioxidant support. It may also help strengthen your body’s own natural defense system.

How to consume it:

You can add a small amount of freshly ground kalonji to your meals, sprinkle it over salads or use it in your everyday cooking. You can also use good-quality cold-pressed black seed oil starting from 1/4th to ½ tsp preferably post meal

4. CLOVE: A Tiny Spice With Big Benefits

Have you ever wondered why cloves are traditionally used for toothaches?

It’s because cloves contain a natural compound called eugenol, which has been studied for its pain-relieving, antioxidant and anti-inflammatory properties. But their potential benefits go beyond oral health.

Let’s talk about allergies. Your body has special defense cells that act like security guards. They are present in your skin, gut and respiratory system. When these cells encounter something, they consider a threat, such as an allergen, they release a chemical called histamine. Histamine is responsible for many of the symptoms we associate with allergies.

For example, it can make the tiny blood vessels in your body more permeable, allowing fluid to move into surrounding tissues.

This is why you may experience symptoms such as:

  • Frequent sneezing.

  • Runny nose and sinus congestion.

  • Itchy skin and redness.

  • Swelling and hives.

Cloves contain eugenol, which has shown the potential to influence some of the processes involved in inflammation. They have also been studied for their ability to fight certain harmful bacteria, particularly those found in the mouth. Their antioxidant properties may offer additional protection against cellular damage.

So, while cloves are no substitute for allergy treatment, they are an interesting spice to include as part of a varied, balanced diet.

How to consume it:

Take two whole cloves and add them to a cup of water. Cover and simmer gently for 5 to 7 minutes. Allow it to steep before drinking. You can enjoy this warm clove infusion after a meal.

The Bottomline

At the end of the day, chronic inflammation isn’t just a random problem in your body. It’s asking for a little more care, a little extra love, and a better understanding of what it needs.

While these spices are incredible tools, they’re only one part of the puzzle. True, lasting healing needs a holistic approach. One that involves stepping out of survival mode, and building a plan that’s tailored to your body and its unique needs.

If you’re experiencing this exhausting cycle of symptoms and want to understand how to include these powerful foods in your daily routine, let’s work together to find the answers. Book a Root-Cause Discovery Call with me to understand the bigger picture and what your body may actually be asking for.

Chronic Inflammation: What’s Triggering It & How Can You Reduce It?

Chronic Inflammation: What’s Triggering It & How Can You Reduce It?

When I see clients in my practice, I often see people coming in with completely different health concerns. Someone is struggling with persistent fatigue, someone has joint pain or brain fog, while another person is dealing with constipation, thyroid imbalances, PCOS, or difficulty losing weight

Now, on the surface, these might look like completely different problems. But when I start looking deeper into their health, their symptoms, and what’s happening inside their bodies, there’s one common factor I see coming up- inflammation.

And what’s concerning is that, over the years, I’ve seen inflammation becoming increasingly common. The symptoms may look different from person to person, but the underlying processes can sometimes overlap.

Now I’m not saying inflammation is bad, you need it to a certain degree as it’s a sign of your resilience to fight with any infection but sometimes, when it becomes chronic, it can contribute to ongoing health problems without you even realizing what’s happening inside your body.

I believe in simplifying health so today, I’m going to explain exactly what inflammation means, the signs and symptoms to look out for, and ways to fight inflammation.

What is Inflammation?

Your immune system is constantly working to protect you, and inflammation is one of the ways it does that. Have you ever noticed that when dust enters your nose, your body immediately tries to flush it out through a sneeze? That’s your body’s natural defense mechanism at work. Your immune system recognizes a potential irritant and triggers a response to help clear it from your nasal passages. Similarly, when your body detects an infection or tissue injury, it activates immune cells and releases signaling molecules called cytokines, which help coordinate the inflammatory response.

Similarly, when your body senses a threat, whether it’s a virus, bacteria, fungus, flu, or an injury like accidentally cutting your finger with a knife, your immune system immediately sends white blood cells (WBCs) and cytokines through your bloodstream. These soldiers rush to the front lines to fight pathogens, repair damage, and help you recover from infection, fever, or seasonal flu. That’s how it’s supposed to work. Your immune system responds to a problem, deals with it, and then brings the inflammatory response under control.

This protective response operates in two ways: acute and chronic inflammation.

Acute inflammation occurs when white blood cells and cytokines are released for a short period to complete a specific rescue mission and then return to their stations. You experience this response when you cut a finger, run a fever during seasonal flu, develop a cough, experience a passing itch, or sneeze to expel dust. It’s a rapid, localized response that fixes the problem and shuts down when the danger passes.

Chronic Inflammation is when white blood cells and cytokines remain active, responding to perceived threats such as high stress levels, caffeine consumption, environmental toxins, or poorly digested food particles. The immune system never gets the signal to switch off. Over time, this constant trigger puts pressure on your immune system, disrupting normal bodily processes. In the gut, they can disrupt the intestinal lining and loosen tight junctions, contributing to increased intestinal permeability (leaky gut) and inflammatory gut conditions such as Crohn’s disease. In the brain, excessive inflammatory signaling can affect neuronal pathways and cognitive function, contributing to brain fog and playing a role in neurological conditions such as Alzheimer’s disease and multiple sclerosis. In the joints, inflammatory chemicals can affect the synovial membrane and contribute to pain and stiffness.

Signs & Symptoms of Chronic Inflammation

  1. BRAIN: Brain fog, poor concentration and difficulty remembering things.

  2. HEAD: Frequent headaches or migraines.

  3. EYES: Dry eyes, redness or puffiness.

  4. MOUTH: Bleeding gums and persistent gum inflammation.

  5. SKIN: Acne, eczema, psoriasis, redness or recurring skin flare ups.

  6. HAIR: Increased hair fall, which may also be linked to nutrient deficiencies or hormonal imbalances.

  7. ENERGY LEVELS: Persistent fatigue, even after a full night’s sleep.

  8. MUSCLES: Muscle aches, stiffness and prolonged recovery after exercise.

  9. JOINTS: Joint pain, swelling and morning stiffness.

  10. GUT: Bloating, constipation, diarrhoea, abdominal discomfort or changes in bowel habits.

  11. METABOLISM: Increased abdominal fat, insulin resistance and difficulty regulating blood sugar.

  12. HEART & BLOOD VESSELS: Chronic inflammation can contribute to atherosclerosis, increasing cardiovascular risk over time.

  13. HORMONES & REPRODUCTIVE HEALTH: Inflammatory conditions can affect hormonal function, menstrual health and fertility.

  14. IMMUNE SYSTEM: Recurrent or persistent inflammatory symptoms, or flare ups of certain autoimmune conditions.

  15. SLEEP & MOOD: Poor sleep, irritability, low mood and increased feelings of anxiety.

Ways to Lower Inflammation

1 . NUTRITION

What you put on your plate is one of the most powerful tools you have to help your body fight inflammation. During chronic inflammation, your immune system is already under threat. It needs time to rest and recover, without constantly dealing with additional stressors. But when you frequently consume refined sugar, refined flour, processed meats, excess caffeine, commercial gluten, and conventional dairy, you’re also exposing your body to chemical preservatives. These compounds damage the gut lining and trigger an immune response by releasing cytokines which in the long run compromise your gut lining, leading to leaky gut. This allows substances to pass into your bloodstream and your immune system never rests. Shifting to an anti-inflammatory diet is a really good strategy to support your body’s recovery. It gives your immune system a break while providing the nutrients your body needs to heal.

  • Eat more colourful fruits and vegetables. Berries, amla, pomegranates, citrus fruits, leafy greens and cruciferous vegetables provide antioxidants and polyphenols that help protect cells from oxidative stress and support a healthy inflammatory response.

  • Prioritise omega 3 rich foods. Chia seeds, flaxseeds, walnuts and hemp seeds provide plant based omega 3 fats that support normal immune function and help regulate inflammatory pathways.

  • Choose fibre rich whole foods. Millets, oats, legumes, beans and vegetables nourish beneficial gut bacteria. These bacteria produce short chain fatty acids, which help maintain the gut barrier and regulate immune function.

  • Include herbs and spices daily. Turmeric, ginger, garlic, cinnamon and cloves contain bioactive compounds that have been studied for their anti-inflammatory properties. Use them regularly in cooking rather than relying on high dose supplements.

  • Add a variety of plant proteins. Lentils, chickpeas, beans, tofu and tempeh provide protein, fibre and beneficial plant compounds that support metabolic health and a balanced inflammatory response.

  • Choose healthy fats over refined and repeatedly heated oils. Nuts, seeds, olives and extra virgin olive oil provide unsaturated fats and antioxidant compounds. Replacing excess saturated fats with unsaturated fats can support cardiovascular health.

  • Feed your gut microbiome. A diverse range of plant foods, including vegetables, fruits, legumes, whole grains, nuts and seeds, supports microbial diversity. Fermented foods such as unsweetened plant based yoghurt can also be included if well tolerated.

  • Drink antioxidant rich beverages. Green tea contains catechins, while unsweetened herbal infusions can help increase fluid intake without adding excess sugar. These beverages can complement an overall healthy dietary pattern.

  • Reduce ultra processed foods and excess added sugar. Frequently consuming sugary drinks, refined snacks and energy dense ultra processed foods can contribute to poor metabolic health, particularly when they displace fibre rich whole foods.

2. HYDRATION

With work, deadlines, and busy schedules, it’s become so common to forget to drink enough water. And to cope with the lethargy in between work, we naturally reach for a cup of coffee, tea, an energy drink, or even a soda to get through the day. When you’re chronically dehydrated, your blood volume drops, making your blood more thick, adding a load on your kidneys in flushing out waste products like uric acid and urea. When these waste products accumulate in your body, they irritate your tissues and contribute to inflammation. On the other hand, consuming energy drinks, sugary sodas, or sweetened commercial coffees, cause a rapid rise in blood sugar and insulin. Over time, excess sugar can contribute to visceral fat, the fat stored around your organs. This excess fat actively releases cytokines in your body.

So aim to drink a glass of water sip by sip every hour during work, keep infused water with lemon, cucumber, mint, or basil leaves handy, and include herbal teas like green tea, hibiscus tea, or dandelion root tea. You can also increase your hydration through soups, Vegetable juices making it easier to stay hydrated throughout the day.

3. MOVEMENT

Your joint cartilage doesn’t have its own direct blood supply. It relies on the movement of synovial joint fluid for nourishment. So, when you’re living a sedentary lifestyle, over time, it starts causing joint stiffness, swelling, and pain. It also causes insulin resistance, which puts an extra load on the pancreas and liver to push that excess sugar and fat out of the system.

When you exercise, your muscles release healing signalling proteins called myokines. These myokines bind to receptors involved in inflammation, preventing inflammatory cytokines from further attacking the body. Regular movement also supports joint health by helping circulate synovial fluid, which lubricates your joints. So, when you keep your muscles active, you’re not just building strength; you’re also supporting joint function and helping your body regulate inflammation.

So, aim for consistent exercise. For most adults, the WHO recommends at least 150–300 minutes of moderate-intensity aerobic activity per week, along with muscle-strengthening activities involving the major muscle groups at least twice a week

4. SLEEP

Your body runs on an internal clock, also known as the circadian rhythm, which regulates several hormones, including cortisol and melatonin. Cortisol helps keep you alert and awake, while melatonin signals to your body that it’s time to wind down and sleep. In a healthy sleep-wake cycle, cortisol naturally rises in the morning to help you wake up, while melatonin levels are low. As evening approaches, cortisol gradually declines and melatonin starts rising, preparing your body for sleep. But with our current lifestyle, high stress levels, erratic schedules, late-night partying, and constant blue light exposure from screens can disrupt this natural rhythm. When you consistently stay up late or have irregular sleep timings, your cortisol rhythm can become disturbed, keeping cortisol elevated at inappropriate hours. This doesn’t just affect your sleep; it can also interfere with your body’s immune regulation, glucose metabolism, and normal metabolic functions. Now, here’s something interesting. When cortisol signalling remains disrupted, it can also influence how efficiently your cells produce energy. Inside your cells, mitochondria are responsible for producing energy in the form of ATP. They do this through a process called the electron transport chain, where electrons derived from the breakdown of nutrients pass through a series of protein complexes to generate energy. However, prolonged sleep disruption and altered cortisol signalling can affect mitochondrial function. When the electron transport chain becomes less efficient, some electrons can escape prematurely and react with oxygen, producing reactive oxygen species (ROS), commonly known as free radicals. At the same time, irregular sleep can weaken your body’s antioxidant defence mechanisms, including glutathione, superoxide dismutase, and catalase, which normally help neutralise excess free radicals. So, essentially, two things are happening: your body may be generating more free radicals, while its ability to neutralise them becomes less efficient. When free radical production exceeds your antioxidant defence capacity, oxidative stress develops. This can damage cellular structures and activate inflammatory pathways, contributing to a cycle of oxidative stress and inflammation.

  • So aim for a consistent sleep schedule of 7 to 9 hours every single night, ideally winding down before 12PM.

  • Before bedtime, practise slow diaphragmatic breathing or box breathing (inhale for 4 seconds, hold for 4, exhale for 4, and hold for 4). This helps calm your nervous system and shift your body towards a more relaxed state.

  • Keep your bedroom clean, change your bedsheets regularly, maintain a dark and quiet environment, and keep the room slightly cool

5. STRESS

Our lifestyles have become so busy these days that we’re almost glorifying multitasking. But in the middle of all this, we don’t even realise that we’re hardly connected to our own breath.Even multitasking can add to this stress, triggering the body’s survival mode, also known as the fight-or-flight response. In this state, essential processes like digestion, metabolism, and hormonal balance take a backseat. Over time, chronic stress can also affect your appetite and disrupt the tight junctions of your intestinal wall, potentially allowing unwanted substances to pass into your bloodstream and contributing to inflammation. So, if you look at the bigger picture, stress is one of the key factors we need to address.

  • Aim to spend 10–15 minutes outdoors in the morning sunlight, walk barefoot on grass or soil.

  • Set aside 10 minutes every day for guided meditation, mindfulness or mantra chanting. Consistency matters more than duration.

  • Spend 10 minutes writing down your thoughts, emotions, worries or things that are overwhelming you. You can also write down 3 things you’re grateful for. This helps you process emotions, declutter your mind and wind down before sleep

6. SUPPLEMENTS

A whole-food diet is the foundation of good health. But years of poor dietary choices, combined with chronic stress, can lead to nutritional deficiencies that food alone may take time to correct when you need faster relief. So targeted supplementation addresses these nutritional gaps and support your body’s natural healing processes.

– Curcumin: Curcumin is the active compound in turmeric. It helps regulate the cytokine release and support joint health. However, it’s poorly absorbed on its own. Combining it with piperine, an extract from black pepper and fat significantly improve its absorption.

– Omega-3 fats: Omega-3s help the body produce specialised compounds called resolvins and protectins, which help resolve inflammation and bring the inflammatory response under control by increasing the release of myokines in cell membranes. They support joint health and help protect against cartilage damage.

– Vitamin D3: Vitamin D plays an important role in regulating immune function by stimulating the release of myokines and shutting down the pathways that trigger the cytokine release

– Boswellia serrata (Frankincense): This plant extract help reduce inflammation by inhibiting the enzyme pathway that increases inflammatory release , potentially helping with joint pain and swelling.

– NAC (N-acetylcysteine): NAC helps replenish glutathione, one of the body’s major antioxidants. Glutathione helps protect the mitochondria, the energy-producing parts of your cells, from oxidative damage. This allows them to function more efficiently and helps reduce cellular stress that can contribute to inflammation.

7. REMOVAL OF ENVIRONMENTAL TOXINS

We don’t even realize how many potentially harmful chemicals we’re exposed to every single day. From the toothpaste we use in the morning to the nail paint we apply on our nails, the lotion we put on before bed, and the food we eat every day, our exposure can come from places we would never expect. Then there’s the food packaging we use, the containers we heat our food in, and the everyday products we rarely question. Lead coming from certain contaminated cosmetics, cadmium from cigarette smoke, arsenic from contaminated rice and aluminum from foil under specific conditions are just a few examples. These heavy metals, when repeatedly enter the body, deplete glutathione synthesis, one of our body’s most important antioxidants without which selenium cannot be made and our thyroid hormone is made of selenium. This oxidative stress affects immune function and contributes to inflammation and thyroid dysfunction. These chemicals also act as endocrine disruptors, meaning they can interfere with how our hormones are produced, regulated, by attaching to the receptors involved in estrogen and testosterone signaling. In some cases, environmental exposures also play a role in autoimmune conditions.

The Bottomline

At the end of the day, chronic inflammation isn’t just a random problem in your body. It’s asking for a little more care, a little extra love, and a better understanding of what it needs.

If you’re experiencing this exhausting cycle of symptoms and want to understand how to overcome your Inflammation, let’s work together to find the answers. Book a Root-Cause Discovery Call with me to understand the bigger picture and what your body may actually be asking for.

Toxic Things In Your Kitchen that you need to Discard Today

We spend so much time making sure our kitchen looks clean. A clean kitchen protects your family from foodborne illnesses, harmful bacteria, and pests. But there’s another side to kitchen hygiene that often goes unnoticed: the things we cook in, store our food in, and use every single day. Some of these everyday items release unwanted chemicals into our food or the air we breathe, even when everything looks perfectly fine. So today, let’s look at the toxic things hiding in plain sight in your kitchen that you should consider discarding or replacing because creating a healthier home starts with paying attention to the little things we often overlook.

Toxic Items in Your kitchen 

1. Plastic Bags, Bottles, Spoons & Containers

Your plastic bags, jars, containers, spoons, and utensils might seem harmless, but the plastic you use every day can expose you to chemicals that interfere with your body’s normal functioning. These plastic products contain chemical additives such as bisphenol A (BPA), phthalates & PFAS. Every time you stir hot soup with a plastic spoon, chop vegetables on a plastic board, or heat food in a plastic container, heat, acidity, and repeated use can increase the release of these chemicals and plastic particles into your food. Once inside your body, microplastics and nanoplastics can enter through ingestion and inhalation, and some of the tiniest particles may even reach your tissues.

Your gut isn’t just digesting your food, it’s also home to trillions of microbes that support your immunity and keep your gut lining healthy. But research suggests that microplastics may disrupt this delicate ecosystem, leading to gut dysbiosis. And the concern doesn’t stop at your gut. Your thyroid, the gland that helps regulate your energy and metabolism, also gets affected by certain plastic-associated chemicals. It relies on iodine to produce thyroid hormones. It needs iodine to convert the inactive form to its active form for energy regulation and metabolism, you can’t make iodine in your body. Persistent plastic use releases huge amounts of fluoride. Now fluoride molecules are very light and easily permeable, so these molecules compete with iodine in your body to attach to thyroid receptors,  leading to hypothyroidism and autoimmune conditions too. Another side to this is BPA’s potential to mimic estrogen hormone, while phthalates can disrupt testosterone activity, affecting reproductive hormone balance, egg and sperm production, and fertility. These particles gradually interfere with neurotransmitters like serotonin and dopamine, heightening susceptibility to anxiety, depression, mood swings, and cognitive decline. 

Now I understand that using plastic has become such an old habit that switching away from it completely can feel overwhelming. But you don’t have to change everything overnight; you can start with small, simple swaps.

Actionable Steps –

  1. Whenever you head to the grocery store, carry a cotton or jute bag instead of bringing home another plastic bag.

  2.  For storing your food, switch to glass jars or stainless steel containers instead of plastic ones.

  3. Replace plastic chopping boards with wooden or other suitable non-plastic alternatives, and use steel utensils and tiffin boxes for everyday use.

  4. Replace all your plastic water bottles with stainless steel or glass bottles for everyday use.

  5. Replace plastic or nylon spatulas with stainless steel, alternatives for everyday cooking.

  6. Instead of plastic cling wrap, use muslin cloth/ steel net to cover bowls. Swap disposable plastic sandwich bags for reusable, washable silicone bags to store snacks and leftovers.

2. Aluminium Foil Wrap

Wrapping our rotis, parathas, and sandwiches in aluminium foil is so common that it almost becomes a reflex. But here’s something worth knowing: when hot food comes into contact with aluminium foil, some aluminium can migrate into your food. When the foil comes into contact with hot, moist, salty, or acidic foods, especially those containing tomatoes, lemon, or vinegar, more aluminium can leach into the food. And the longer the food stays in contact with the foil, the more this transfer can increase. That’s why you might notice the foil’s inner surface turning slightly grey or changing colour after contact with warm or acidic foods.When exposure becomes excessive, particularly in people with impaired kidney function, aluminium can accumulate in the body, adding to the kidneys’ workload as they eliminate it. Aluminium can also interfere with calcium metabolism and bone health. Chronic, excessive aluminium exposure may affect bone mineralisation, weaken skeletal structures, and increase the risk of bone disorders.

Actionable Steps – 

  1. Use unbleached parchment paper to line baking trays or wrap food

  2. Use clean muslin or cotton cloth bags to carry parathas, sandwiches, or dry snacks.

  3. Use glass containers with airtight lids for piping hot snacks 

3. Air fryer 

We’re all trying to eat healthier while enjoying the convenience of modern life, and that’s where the air fryer entered our kitchens, marketed as a guilt-free cooking companion that promises crispy, delicious meals with a fraction of the oil. An air fryer circulates intensely hot air, typically between 180°C and 200°C, around your food using a heating element and a powerful fan. But here’s where the concern begins: some air fryers use non-stick coatings made from synthetic polymers that may deteriorate if scratched, damaged, or overheated beyond their intended limits. Research has also raised concerns about microplastic and nanoplastic release from certain damaged plastic surfaces. These ingested microplastics may affect the intestinal lining, gut barrier function, immune responses, and the balance of gut bacteria. When the intestinal barrier weakens, undigested food enters the bloodstream, contributing to increased intestinal permeability, commonly called leaky gut. So, the goal isn’t to fear modern kitchen appliances, but to understand the materials that come into contact with our food and make informed choices.

Actionable Steps – 

  1. Check the material of your air fryer’s food-contact surfaces, including the basket and tray. If they contain plastic, consider switching to an appliance with suitable non-plastic food-contact surfaces.

  2. Opt for air fryer that has borosilicate glass/ stainless steel container for placing food 

  3. Return to traditional cooking methods like steaming, pressure cooking, or shallow-frying, depending on the dish.

  4. Consider a honeycomb-patterned pan or cast-iron tawa for cooking with less oil.

  5. Choose quality ceramic cookware that is free from PTFE, PFOA, PFAS, lead, and cadmium, and verify the manufacturer’s safety claims.

4. Microwave 

We all love the convenience of a microwave, don’t we? You put your food in, press a button, and within minutes, your meal is piping hot. But have you ever wondered what’s actually happening inside that little box? A microwave uses electromagnetic waves to make certain molecules, particularly water molecules, move rapidly back and forth, generating heat. This process doesn’t just warm your food; according to the concerns raised about microwave cooking, it can also affect molecular bonds and alter certain vitamins, minerals, and nutrients. These changes may rearrange molecules into new configurations, while microwave cooking has also been associated with concerns about harmful byproducts, including radiolytic compounds described as potentially damaging to the brain and other compounds linked to cancer. The bigger concern is what happens when food is overheated, heated improperly, or stored in unsuitable containers. Excessive heating can alter certain nutrients and, depending on the food and cooking conditions, produce unwanted compounds. Your gut then gets to work breaking down proteins into smaller peptides and amino acids, which your body can absorb and use.

Actionable Steps – 

  1. Return to traditional cooking methods, such as reheating food in a covered pan on the stovetop or steaming it when appropriate.

  2. Instead of this , use conventional oven and glass container based air fryer– 

5. Teflon Coated / Non Stick Cookware

We all love non-stick pans, don’t we? Whether you’re making dosas, pancakes, or uttapams, that smooth surface makes flipping food effortless, lets you use less oil, and saves you from scrubbing stubborn food off the pan. Teflon is a brand name commonly associated with PTFE, a synthetic coating that creates an ultra-smooth surface over the metal pan, preventing food from sticking. When a non-stick pan is overheated, at temperatures above approximately 260°C, PTFE can begin to break down and release fumes. These fumes can also be extremely dangerous to nasal passages. Repeated use of metal spatulas, abrasive scrubbers, and everyday wear can damage the coating, causing tiny particles to flake off into your food. Once ingested, these particles can’t be digested by your system so it adds load on your liver and kidneys, as they cannot easily filter them out. These particles bind to albumin, circulate through your organs for decades, and accumulate like other forever chemicals. 

Actionable Steps – 

  1. Discard any  scratched or damaged non-stick teflon pans instead of continuing to cook with them.

  2. Switch to stainless steel cookware for everyday cooking, including sautéing vegetables and preparing curries.

  3. Choose cast-iron or carbon-steel pans for searing, roasting, and cooking with less sticking once properly seasoned.

  4. Consider uncoated ceramic or glass cookware where suitable, and check that it meets food-contact safety standards.

  5. When buying new cookware, check the manufacturer’s specifications and choose options that are free from PTFE and other unwanted coatings if your goal is to avoid them.

6. Wooden Chopping board 

We usually buy wooden chopping boards because they look beautiful, feel premium, and are gentler on our expensive kitchen knives. People tend to keep these boards for years, forgetting that these chopping boards also need timely replacement as the material begins to wear down. Every time you chop vegetables or meat, your knife leaves tiny cuts and removes some of the wood grain. While dish soap and a sponge can clean the surface of it, food particles can get trapped in deeper cuts that are harder to clean properly. And what happens when those food remnants stay trapped, especially when the board is repeatedly left damp? Over time, the combination of moisture and leftover food can create conditions that allow bacteria to survive and multiply, increasing the risk of contamination from pathogens such as Salmonella, E. coli, and Listeria. Now, you might think that wood naturally fights bacteria, and certain types of wood do have properties that can help limit bacterial survival. But that doesn’t mean an old, deeply grooved, poorly maintained chopping board is automatically safe. There’s also the concern about the wood itself breaking down. Unlike food, wood contains cellulose, which our digestive system cannot fully digest and it can irritate the mucosal lining further contributing to infections

Actionable Steps – 

  1. Switch to a stainless steel chopping board.

  2. Wash and thoroughly dry your chopping board after every use.

  3. Keep separate chopping boards for meat and vegetables.

  4. If you’re currently using a wooden chopping board that’s over 8 months old, consider replacing it. Otherwise, soak it for 15 minutes in a mixture of baking soda, lemon juice, apple cider vinegar (ACV), and lukewarm water, then wash it thoroughly.

  5. Avoid leaving your chopping board wet after washing; always allow it to dry completely before storing it.

7. Dish Washer Detergent & Sponge 

We often think that once our dishes look clean and smell fresh, they’re ready to use. But here’s something most of us don’t think about: the dishwashing liquid and the sponge we use every day may be leaving behind more than just a clean shine. Dish washing soap solution contains surfactants that help break down grease, along with fragrances, preservatives, and sometimes antibacterial chemicals. Even though dishes are rinsed thoroughly, small traces of this solution remain on their surfaces and potentially transfer to your food. Synthetic fragrances that are used to make the soap smell fresh, these chemicals gradually surpass the cells and tissues and get clogged to hormone receptors. These solutions have formaldehyde based preservatives in it to extend the shelf life of it but are cancerous to the human body. On the other hand, the  sponges are made of cellulose. Think of your kitchen sponge as a tiny apartment building filled with little holes and passageways. Every time you wash a plate, food crumbs, grease, and moisture get trapped inside these tiny spaces. And because the sponge often stays damp, it creates the kind of environment where bacteria can thrive. Sometimes your househelp leaves that wet sponge sitting in detergent solution for hours without properly cleaning and drying it, it may remain a breeding ground for microbes.

So, every time you wipe a plate with that sponge, you risk transferring some of those microbes back onto the surface. If the dish isn’t rinsed properly either, traces of detergent may remain alongside them.

Actionable Steps – 

  1. Swap your regular sponge for plant-based alternatives like loofah, coconut coir bristles, or wood-pulp scrubbers.

  2. If you prefer using a sponge, choose a biodegradable sponge made from natural materials.

  3. Keep baking soda by the sink. For stuck-on food or grease, sprinkle it directly onto the cookware, add a little water to form a paste, and let it sit for 10 minutes before scrubbing.

  4. Look for formulas made with certified plant-based ingredients that are free from sulphates, parabens, and artificial dyes, while still being effective at removing tough grease and oily residue.

The Bottomline 

We spend so much time worrying about what we eat, counting our calories, choosing organic produce, and buying expensive supplements. But sometimes, we forget to look at the very things our food comes into contact with every single day. The plastic container, the scratched non-stick pan you refuse to replace, these little everyday habits deserve more attention than we give them. Because healthy living isn’t just about what you put on your plate. It’s also about what you use to prepare, cook, and store your food.

And no, you don’t need to throw everything out overnight or turn your kitchen upside down. Start small. Replace what needs replacing, choose safer alternatives where possible, and become a little more mindful of the things you’ve been using on autopilot for years. 

And if you’ve been feeling confused about your health, overwhelmed by where to start, or tired of fixing symptoms without understanding the bigger picture, let’s work together towards finding the answers.

Book a Root-Cause Discovery Call with me to understand the bigger picture and what your body may actually be asking for.

Ways to Lower Your Stress Levels

Ways to Lower Your Stress Levels

I have a feeling I know what your day looks like. And if I had to guess, the last two or three months probably haven’t looked very different either. You wake up, reach for your phone, scroll through the news, and suddenly realize you’re already running late for work. You rush through breakfast while thinking about that boss who makes your life unnecessarily difficult. Then comes the traffic, hours of work, endless deadlines, and somewhere in between, a call from your child’s school that needs your attention. By the time,  day ends, you’re mentally exhausted, physically drained, and left with very little energy for yourself. So, you push through, you decide to meet your friends in the evening, hoping to unwind a little. But as everyone starts sharing their day, you realize their lives are exactly the same as yours.

And, somewhere in that conversation, we just accept that stress is just a normal part of being an adult. That everyone is struggling, everyone is exhausted, and perhaps this is simply how we have to live with it. But I always say just because something is common doesn’t mean it’s normal, or that your body is meant to live with it every single day. Constant stress doesn’t just leave you feeling tired. Over time, it can affect your sleep, mood, energy, and ability to cope with everyday challenges

But, we can’t always control what’s happening around us, rather what we can do is learn to respond to stress differently, give our body the support it needs, and create small pockets of calmness even when life feels overwhelming. 

So, let’s talk about some simple, practical ways to lower your stress levels not by asking you to change your entire life overnight, but by helping you start with the one thing you can begin to influence today, how you care for yourself.

What is Cortisol? How it Affects Your Health?

Before we talk about ways to lower your stress levels, let’s understand what’s happening inside your body when you’re stressed. And one hormone that plays a major role in this process is Cortisol.

Cortisol is a hormone produced by your adrenal glands, which sit right on top of your kidneys. It helps your body respond to stress, regulate metabolism, maintain blood pressure, and manage your sleep-wake cycle. Your cortisol levels naturally peak in the early morning. This helps you wake up, feel alert, and get ready to take on the day.  Another job of cortisol is helping you respond when something stressful happens. Stress is of two types- Acute stress & Chronic stress. Acute stress is short-term stress, situations like accidentally cutting your finger while chopping vegetables, getting a fever, or stuck in traffic, last minute urgent meeting, your body recognizes that something needs attention and activates its stress response. It helps you respond to a challenge, and once the situation passes, your body can begin returning to its normal state.

But when this stress becomes chronic in situations like financial worries, death in family, family responsibilities, and deadlines every single day, sometimes, several times a day

Your body keeps receiving signals that it needs to stay alert. Instead of getting enough time to recover between stressful situations, your stress-response system may remain activated for prolonged periods, disrupting normal cortisol regulation. Your body keeps preparing for the next challenge, even when there’s no immediate physical danger to escape. Over time, chronic stress and prolonged cortisol exposure can influence several systems in your body. One of the first things to take a hit is your digestion and gut health. Why? Because your gut and brain are constantly communicating through a two-way connection called the gut-brain axis, with the vagus nerve acting as a major communication pathway. This is why your appetite changes, digestion slows down or becomes irregular, and in the long run you experience bloating, gas, acidity, constipation, abdominal discomfort or changes in bowel movements.

Over time, it affects the gut barrier, which normally prevents harmful microbes and unwanted substances from easily entering the bloodstream leading to leaky gut, potentially triggering immune responses and inflammation. Prolonged stress can also disrupt the body’s regulation of inflammation and weaken certain immune cells’ ability to fight infections effectively.

High cortisol signals your liver to release more glucose into the bloodstream, even when you’re not physically active. Over time, stress hormones can make your cells less responsive to insulin, making blood sugar regulation more difficult. Combined with poor sleep and changes in appetite, chronic stress may contribute to stronger cravings, weight gain (particularly around the midsection), insulin resistance and an increased risk of type 2 diabetes. Insulin resistance is also commonly associated with PMOS. And the impact doesn’t stop at your gut or blood sugar. Disturbances in gut function can influence brain signalling, mood and cognitive function. Prolonged stress can also affect the hippocampus, a brain region involved in memory and learning, potentially contributing to brain fog, forgetfulness and difficulty concentrating.

What looks like a busy lifestyle can have a much bigger impact than you might imagine. You’re no longer dealing with just a stressful day; you’re dealing with a body that may be finding it harder to recover from one.

5 Types Of Stressors Your Body Responds to 

Stress and stressors aren’t the same. Stress is how your body and mind respond to a situation, whereas stressors are the things that trigger that response. They can come from different aspects of your life, including your physical health, thoughts, relationships, food habits and surroundings. Recognising these triggers can help you understand where your stress is coming from. Let’s look at five types of stressors you might be experiencing without even realising it.

1. Physical stressors

Physical stressors are situations where your body has to deal with a physical challenge or threat. 

Examples – High fever, injury, meeting with an accident, or pushing yourself through intense workouts without giving your body enough rest. Even an illness or infection can put your body under physical stress as it works to recover.

2. Mental stressors

These are the ones that begin in your mind, often through your thoughts, fears, and constant worrying. Examples – Overthinking a conversation that happened days ago, financial stress or putting yourself under pressure to get everything right. 

3. Emotional stressors

Emotional stressors are the situations that take a toll on you emotionally, especially in your relationships and everyday interactions. 

Examples – Arguments with your partner or family, office politics, loneliness, and grief can all contribute to emotional stress. And sometimes, it’s people-pleasing, trying to be perfect, suppressing your feelings

4. Nutritional stressors

Nutritional stressors are related to how your eating habits and nutritional status affect your body’s ability to function properly. 

Examples – Skipping breakfast because you’re running late, surviving on coffee when you’re exhausted, going long hours without eating, nutrient deficiencies, dehydration can also put additional stress on your body, making it harder to maintain stable energy levels.

5. Environmental/ Chemical stressors

Environmental stressors come from the surroundings you’re exposed to every day, sometimes without even noticing their impact. 

Examples – Microplastics, toxic bath and beauty products, polluted air, dust, perfumes with strong fragrances, or scrolling on your phone late into the night

Ways To Regulate Cortisol Levels 

1 . Grounding 

This technique is believed to help your body shift from constant fight-or-flight mode into a state of rest and relaxation, supporting healthy cortisol levels. The basic science behind it is that the earth’s surface carries a mild negative electrical charge, and when you walk barefoot on grass, soil or sand, your skin comes into direct contact with this electrical potential. Think of it as connecting two surfaces with different electrical potentials: when a connection is made, electrons can move between them. This contact allows electrons to move from the Earth into your body, where they help neutralize free radicals, unstable molecules that contribute to oxidative stress and inflammation. Because of this, grounding has been suggested to support the body’s stress response, circulation and heart rate variability, a measure of how your heart adapts to changing demands.

Actionable Step – Aim to walk barefoot on clean and wet grass for at least 20 mins, preferably on morning

2. Pranayama 

Pranayama helps calm your nervous system through slow, deep, conscious breathing that engages your lungs and diaphragm. When you inhale deeply, your diaphragm moves downward, and when you exhale slowly, it moves upward. This slow, conscious and rhythmic breathing of pranayama slows your heart rate, brings you to the present moment, and stimulates the body’s calming pathways. As your body begins to relax, your stress response may settle, helping you feel calmer and more grounded. 

Actionable Step – Practice Anuloma villoma/ Bhramari Pranayama/ Box Breathing for at least 20 mins anytime during the day 

3. Meditation 

Meditation regulates cortisol levels by influencing the brain’s neuroplasticity over time. It helps calm the Default Mode Network (DMN), a network of brain regions that becomes active when you’re daydreaming, imagining or lost in your thoughts. When you’re stressed, this network can keep you caught in a loop of overthinking and worrying, making your brain feel as though something is still wrong. Meditation helps quiet this mental chatter, allowing you to step away from negative thought patterns and build greater hope and resilience to deal with stressful situations.

Actionable Step: When you wake up, practice meditation for a minimum 10 minutes.

4. Take Breathing Breaks 

Taking slow, deep breaths into your belly stimulates the vagus nerve, which connects your brain with several organs, including your heart and gut. This helps activate your body’s relaxation response, slowing your heart rate giving your brain a gentle reminder that you can pause, breathe and allow your body to settle. During a hectic schedule, while replying to emails, attending meetings or concentrating on your screen, we tend to sometimes hold our breath or breathe very shallowly without even realizing it. This is often called screen apnea. Taking short breathing breaks throughout your workday can help interrupt this pattern, release built-up tension and give your nervous system a chance to reset.

Actionable Step: Set a reminder every 50 minutes to pause for 5 minutes. Relax your shoulders, breathe gently into your belly, and make each exhale a little slower than your inhale. No forceful breathing, no rushing.

5. Engaging in your Favourite joyful activity 

When you engage in an activity you genuinely enjoy or are good at, your brain releases feel-good chemicals such as dopamine, endorphins and serotonin, which help support pleasure, motivation and emotional well-being. These positive experiences can help counter the effects of stress and support a healthier stress response. As you become absorbed in the activity, your attention shifts away from overthinking, worrying and replaying stressful situations, giving your mind a much-needed break.

Research suggests that people who regularly engage in enjoyable leisure activities tend to have better health indicators, including lower blood pressure, smaller waist circumference and lower daily cortisol levels, compared with those who spend less time on such activities.

Actionable Step – Spend at least 3 hours in one of your favorite activity during the week

6. Spending time in Nature

Spending time in nature takes your brain out of constant alert mode and helps your body relax. Our brains and bodies evolved in natural environments, and spending all day indoors surrounded by screens and artificial settings keeps us mentally overstimulated. When you step into a park or forest, natural sights like moving leaves, flowing water and drifting clouds gently capture your attention without exhausting your brain. Psychologists call this soft fascination, which gives your mind a break from constant thinking and worrying.

Actionable Step – Spend 30 minutes in nature without any electronic gadgets around .

7. Prioritizing Sleep 

Think of cortisol and melatonin as two best friends sitting on a seesaw. In the morning, cortisol rises to help you feel alert and ready for the day, while melatonin stays low. As evening approaches, cortisol generally declines and melatonin rises, preparing your body for sleep. When you sleep and wake up at a consistent time and aim for around 7–9 hours of quality sleep, you support this natural rhythm, helping your body regulate cortisol and prepare for the next day. Through the gut-brain axis, your gut communicates with your brain via pathways that include the vagus nerve.

Actionable Step – Sleep and wake up at the same time every day, aiming for 8 hours of sleep

8. Reducing Screentime 

Screens don’t just strain your eyes; they can also keep your brain constantly stimulated. Short-form content is designed to capture your attention with quick cuts, new information and endless scrolling. Every swipe gives your brain something new to process, making it harder to step away. Instead of getting a mental break, your brain keeps switching its attention from one piece of content to another, leaving little room for stillness. Screens also emit blue light, which can signal to your brain’s internal body clock that it’s still daytime. At night, this can suppress melatonin, making it harder to fall asleep and potentially disrupting your natural cortisol rhythm. Reducing screen time isn’t just about protecting your sleep; it’s also about giving your brain a break from constant stimulation and allowing yourself to be present without needing the next scroll, reel or notification.

Actionable Step: Set aside 30 minutes each day to disconnect from screens. Replace endless scrolling with a real-world activity, such as taking a walk, journaling, talking to a loved one or simply sitting quietly without reaching for your phone.

9. Practice the Art of not doing anything 

Doing nothing might sound unproductive, but sometimes, it’s exactly what your brain needs to unwind. Think about it: we’re constantly rushing from one task to another, ticking things off our to-do lists, scrolling through content or finding something new to keep ourselves occupied. Even when we sit down to relax, our brain is still processing information. And when you’re constantly thinking about what needs to be done next, your mind never really gets a break. But when you simply sit by a window, watch the clouds or let your thoughts wander without trying to achieve anything, you give your brain a chance to slow down. You’re no longer chasing the next task or trying to solve the next problem. You’re allowing yourself to be present without feeling the need to be productive every minute. This break from constant mental stimulation helps your nervous system unwind and supports your body’s natural stress response.

Actionable Step – Once a week just spend time with yourself doing nothing 

Get Your Nutrition In Check

First things first, simply adding nutritious foods to your diet may not be enough if you’re still consuming foods that are contributing to blood sugar fluctuations, poor sleep or digestive discomfort. The goal is to reduce what’s working against your body while adding the nutrients that support your nervous system, gut and stress response. 

Start by reducing refined sugars and highly refined carbohydrates. These foods are digested quickly, often causing a rapid rise in blood sugar. Your pancreas responds by releasing insulin to bring those levels back down. When you’re already under stress, cortisol can signal your liver to release more glucose into the bloodstream, adding to the body’s work of maintaining stable blood sugar. Frequent spikes and fluctuations can leave you feeling tired, foggy or craving more sugar. Reducing added sugars and replacing refined carbohydrates with fiber-rich options may help support steadier energy and better focus over time. Tea, coffee and energy drinks also need to go out of your system, as they are caffeinated drinks. Caffeine blocks adenosine, a chemical messenger that helps your brain recognize tiredness. This can make you feel alert even when your body needs rest, and too much caffeine may worsen anxiety, jitters and sleep disruption. 

Another red flag is alcohol; it puts your body under severe physiological stress. It disrupts sleep and your body produces more cortisol while you’re intoxicated. As alcohol wear off, some people experience next-day anxiety, a racing heart or shakiness, particularly after heavy drinking. So remove it entirely. 

Include magnesium rich foods like pumpkin seeds, spinach, kale, lentils, 70% dark chocolate as magnesium supports your nervous system and helps calm nerve activity in the brain. Include pumpkin seeds, sesame seeds, chickpeas, lentils and tofu, as zinc supports brain function and helps regulate your body’s stress response. Foods like chia seeds, ground flaxseeds, hemp seeds and walnuts, as omega-3 fats support brain health and normal brain function. Probiotics like kimchi, kombucha, sauerkraut and tempeh to support beneficial gut bacteria and healthy gut-brain communication.

The Bottomline 

Stress is a part of life, and while you may not always have control over what happens around you, you can learn to change how your body and mind respond to it. You cannot always silence the chaos outside, but you can learn to create calm within. And that is where healing begins, not by changing everything around you, but by understanding what your body needs and giving it the support it deserves. Because sometimes, the most powerful change begins within you.

If you’ve been feeling confused about your health, overwhelmed by where to start, book a Root-Cause Discovery Call with me to understand the bigger picture & what your body may actually be asking for.

IS YOUR COOKING OIL CAUSING INFLAMMATION?

Think about the 1 ingredient you probably use in almost every meal, breads, curries, even that quick tadka to add at the end – Cooking oil.

We often spend so much time choosing the right vegetables, protein, grains and spices… but rarely stop to ask what oil we’re cooking all of it in. If the cooking oil you use every single day is contributing to inflammation or oxidative stress, it doesn’t really matter how “healthy” the rest of your meal looks, you’re still adding that oil to your system, meal after meal, day after day.

So in this deep dive, I want to simplify the whole seed-oil conversation for you. We’ll understand what seed oils actually are, what the concern around them is, which oils are better suited for everyday cooking, and what I personally recommend when choosing a cooking oil.

What are Seed Oils ? 

So, seed oils are extracted from the seeds of plants, rather than from naturally oil producing foods like olives, walnuts, avocados. Some of the common ones are soybean, canola (rapeseed), corn, sunflower, safflower, cottonseed and grapeseed oil. Earlier people used oils or fats coming from natural sources like coconut oil, walnut, peanut, sesame seeds. This big shift happened during the 20th century, when industries started making these oils on a large scale to mass-produce. And that’s when they started becoming a staple in packaged foods, restaurants and everyday cooking. 

Just like when rice is processed, the bran and germ are removed, leaving mainly the starchy endosperm behind. Similarly, when these oils are commercially extracted and processed on a large scale, every nutrient is removed, leaving behind a highly concentrated source of omega-6 fats, particularly linoleic acid. That doesn’t mean omega-6 is the villain,your body actually needs it. You can’t make it on your own, so you have to get it from food. Current nutritional recommendations suggest that omega-6 fat only needs to make up a small percentage of your daily intake roughly 1–2% of calories, that’s just 1 Teaspoon a day to meet essential requirements

The concern is more about how much you’re getting, and what happens to these fats when they’re exposed to constant heat, light and oxygen. These fats have multiple double bonds in their structure , and these are like weak points in that structure. The more double bonds they have, the more they will react to oxygen in the atmosphere and the more they become rancid. So when seed  oils are repeatedly exposed to oxygen, heat during processing, those weak points can break down and form aldehydes. They can act as biological irritants and are one reason why the quality, processing and cooking conditions of an oil matter.

Cold Pressed v/s Industrial Refined Seed Oil

Now that we know what seed oils are, the next question is: are all seed oils the same? Not really!

The biggest difference comes down to how the oil is extracted and processed. Seeds are tough and contain much less oil than something naturally oily like coconut, sesame or avocado. So extracting that oil requires either Mechanical Pressure (cold pressing ) or Industrial Processing.

Industrial refining is where seeds are crushed and exposed to high heat and chemical solvents such as hexane to extract the oil hidden behind the fibre of the seed. The oil then goes through processes like bleaching and deodorisation because they smell and have a lot of unwanted compounds. So you lose the essential nutrients. 

On the other hand, Cold pressing is a mechanical process. The seeds or nuts are cleaned, crushed and then pressed under mechanical pressure of ancient stone to release the oil without relying on chemical solvents for extraction and without any high temperature heat. The oil is then filtered or allowed to settle naturally with a use of muslin cloth 

That’s why don’t look at an oil and simply ask, “Is it a seed oil or not?” Instead ask How was it extracted and processed? And how heat stable is it when I’m actually cooking with it?

Long Term Consumption Of Seed Oils 

So what happens when highly refined seed oils and trans fats become part of your diet ? Your gut lining is basically a vast, single-cell barrier held together by tight junctions. Think of them as security guards. Their job is to let nutrients through while keeping bacteria, toxins and undigested food away. But when you’re consuming large amounts of unstable omega-6 fats, that are repeatedly exposed to heat, they oxidize and form highly reactive byproducts. These compounds gradually damage the lining of your gut, even triggering premature cell death.

Research suggests that excess seed oil consumption acts like a food for certain bacteria, supporting the overgrowth of harmful strains like E. coli, while suppressing good gut bacteria that help protect the gut lining. Now you have damaged gut cells and an altered microbial environment.

As these seed oil particles come in contact with your gut, those tight junctions in the lining loosen up, undigested food particles and bacterial products get passed into the bloodstream. Your immune system sees these particles as foreign and responds by sending out immune cells and signals. When this immune system is constantly being triggered, the inflammatory alarm doesn’t get much of a chance to switch off. On cellular level, your cell outer covering is fluid filled, flexible and absorbs nutrients from food. Trans fats make those membranes dehydrated and stiffer. All the important hormones or enzymes need these cells to attach and function properly. So it eventually affects your hormones like insulin, TSH, and tissues throughout the body, including your joints giving symptoms like swelling, pain, stiffness and the chronic aches

Finding Right Balance

So, if you are trying to calm the inflammation created by a modern, seed-oil-heavy diet, you need to understand what your body needs more of, and this is where Omega-3 fatty acids come in. Your body needs both Omega-6 and Omega-3 fats. They’re both essential fatty acids, which simply means your body cannot make them on its own, so you have to get them from your diet. They are 2 sides of the same coin , omega 6 helps your body create an inflammatory response when needed  for example, for blood clotting when you’re injured, for creating immune defence when you’re down with a cold or cough. Omega-3s, on the other hand, help keep that inflammatory response in check when it goes overboard and support the resolution of inflammation. These fats come from plant foods like flaxseeds, chia seeds and walnuts, as well as marine sources like algae 

Historically, humans consumed a much more balanced Omega-6:Omega-3 ratio, estimated to be somewhere around 1:1 to 4:1. Today, because industrial refined seed oils are so common in packaged foods, restaurant meals, dressings and fast food, this ratio has increased dramatically reaching to 15:1 or even 20:1. Because both these fats use the same metabolic pathway to go inside your cells. When there is a huge amount of Omega-6 coming in, it competes with Omega-3 and your body doesn’t get the same opportunity to use it effectively. 

The goal should be to keep the overall balance of both fats into a healthier range by reducing industrial seed oils, consuming cold pressed oils while making sure you’re getting enough Omega-3 sources as well. To fight chronic inflammation, you must consume around 1,000–3,000 mg (1–3 grams) of omega 3 per day.

Checklist to Buy the Right Cooking Oil

Save this checklist for your next grocery run:

  1. Look for “Cold-Pressed” or “Wood-Pressed (Kachi Ghani)” – Choose oils extracted mechanically, without harsh chemical solvents or excessive industrial heat.

  1. Choose the Right Container- Go for dark glass bottles or tins. Avoid plastic containers

  1. Check the Ingredient List- Ideally, it should contain one ingredient only e.g., “100% Extra Virgin Olive Oil.” Avoid hidden blends with refined vegetable or sunflower oil.

  1. Check the Date- Choose the freshest harvest or packaging date you can find. Cold Pressed oils are not meant to sit on shelves forever.

  1. Match the Oil to Your Cooking Method- Check whether the oil is suitable for the heat you’re using. If an oil starts smoking, it’s breaking down that’s your hint to stop or low the gas flame

  1. Never Reuse Frying Oil- Don’t reheat the same oil multiple times. Use only that much oil which is appropriate for single frying session

  1. Don’t Deep-Fry With Delicate Cold-Pressed Oils- Extra virgin olive oil and raw seed/nut oils are nutrient-rich but aren’t the best choice for very high-heat deep frying. Save them for drizzling or finishing.

  1. My Personal Recommendation- For high-heat cooking like sautéing, roasting or pressure cooking, prefer cold pressed avocado, coconut, peanut or sesame oil because they are naturally more stable after heat and resistant to oxidation. For low-heat cooking, salad dressings and drizzling, go for extra virgin olive oil (EVOO) or virgin olive oil to preserve their flavour and beneficial compounds.

The Bottomline 

Just like you choose the right cooking oil for your body’s needs, your health needs a personalised approach too.

If you’ve been feeling confused about your health or overwhelmed about where to start, book a Root-Cause Discovery Call with me. We’ll look at the bigger picture, connect the dots, and understand what your body may actually be asking for.

WHAT YOUR POOP COLOR TELLS YOU ABOUT YOUR HEALTH?

Before you flush your poop today, take a look at it. Yes, seriously.

Because the colour of your poop can give you important clues about your digestion and health that you may be completely overlooking. We’re taught to pay attention to what goes into our body, what we eat, how much water we drink, how much we exercise. But we rarely pay attention to what comes out. And your bowel movements reflect what’s happening inside, from something as simple as a food you ate, to changes in digestion, medications or supplements, and sometimes signals that shouldn’t be ignored. One unusual poop doesn’t automatically mean something is wrong. But knowing what’s normal for you makes it much easier to recognise when something has changed.

So, in this article, I’ve decoded the different colours of poop, what each one could be trying to tell you, and when it’s time to take action , so you can listen to your body now, before a symptom becomes a bigger problem.

Where Does Your Poop Get Its Color From?

Ever wondered why your poop is usually brown in the first place? Let’s go back to where it all starts, Your Red Blood Cells.

Your red blood cells live for around 120 days. So what happens after that? New ones are constantly being made, while the old ones have to be broken down. And this is where your liver and spleen come to the rescue. They break down these old red blood cells, and one of the major byproducts of this process is bilirubin, a yellow-orange pigment. In fact, your body produces around 250–350 mg of bilirubin every day, and about 80–85% of it comes from the breakdown of old red blood cells. Your liver then takes this bilirubin and adds it to bile, that helps your body digest fats. Your gallbladder stores this bile and releases it into your small intestine when you eat. Once the yellow-orange bile enters your intestines, your gut bacteria take over. They feast on the bilirubin and convert it into a pigment called stercobilin. 

And stercobilin? It’s brown. This pigment mixes with your digestive waste and is largely responsible for giving your poop its characteristic brown colour. Pretty fascinating, right? 

What you eat matters too. Think of that beetroot or pomegranate juice you had for breakfast, or the spinach gravy you had for lunch. Look, your small intestine is good at absorbing nutrients but it is not designed to absorb heavy, complex plant pigments. If these colored molecules aren’t completely absorbed into your bloodstream, they remain in the digestive tract, mixing directly with the digested food waste  Another layer is gut transit time, which means how long your food and digestive waste take to travel through your gut. Your gut bacteria need time to break down the bilirubin coming through your bile and convert it into the brown colour of your stool. When food moves too quickly through your intestines like during diarrhoea, or when you are under Chronic stress or anxiety, there is less time for your gut bacteria to interact with and break down the bile pigments. This can make your stool appear yellowish or greenish. On the other hand, when things move too slowly, like with constipation, your colon has more time to absorb water from the stool. The result? Harder, drier and more concentrated stool that can also appear darker.

So, now that we understand what influences the colour of your stool, let’s decode what each colour could be trying to tell you.

Brown

Brown is the classic poop colour, so if your poop is normally somewhere between light brown and a deeper coffee-like brown, that’s generally the colour you’d expect to see. Healthy stool can naturally range from light tan or golden-brown to a deeper brown. Even the shade can vary from day to day depending on what you’ve eaten, your bile flow and how quickly things are moving through your gut.

But colour is only one part of the picture. Pay attention to how your poop looks and feels too. If your stool is sausage-shaped, smooth, formed, comes out easily in one movement, and doesn’t have an unusually foul smell, that’s generally a good sign.

It can indicate that:

  • Your digestion and stool formation are functioning well

  • Your gut transit time is in a healthy range

  • Your stool has an appropriate water content

  • Your pancreas, liver, gallbladder are functioning in sync

One more thing! If your poop despite being brown, has a very strong, unusual or persistent foul odour, don’t simply ignore it. It can sometimes be associated with changes in gut bacteria, indigestion, infections, food intolerances or sensitivities, or poor fat digestion and absorption. In some cases, persistent digestive symptoms may also warrant looking deeper for an underlying condition. This is where it’s important to understand that your poop isn’t a diagnosis,  it’s a clue. If something consistently feels off, work with a qualified functional medicine practitioner to understand what may be happening underneath.

Yellow 

Now, let’s talk about yellow poop. Sometimes, yellow stool is simply because of what you ate. Foods rich in beta-carotene or naturally yellow or orange foods like carrots, sweet potato, turmeric or papaya can temporarily turn your stool yellow. But that’s just one part of the story. When your poop is consistently pale yellow, greasy, foul-smelling or floating on the pod, that’s when you need to look a little deeper. 

It indicates – 

  • Your gut is unable to digest and metabolise fats

  • Your gut transit time is too fast 

  • Your bile duct is blocked

  • Underlying issues in your pancreas, liver, gallbladder are functioning in sync

To understand why, let’s understand what normally happens to the fat you eat. Your liver produces bile, which needs to reach your intestine to help with fat digestion. And pancreas releases an enzyme called lipase, which chops those fats into tiny, absorbable pieces that your body can actually use. But sometimes, this pathway gets disrupted, your bile duct can become blocked and bile flow stops, or in conditions like hepatitis or liver cirrhosis, high fat diets, stress, your liver’s own ability to produce bile & metabolise fats gets compromised. So, a massive wave of raw, undigested oil moves into the large intestine. Your gut bacteria are suddenly overwhelmed. They don’t have enough time to turn the mixture brown because the grease acts almost like a slip-and-slide, speeding everything through the colon. So the stool retains that bright yellow colour of the early-stage bile and digestive fluids. Because oil is lighter than water, the stool can become buoyant enough to float right to the top of the toilet bowl. In the long run you also struggle to absorb the critical vitamins that require fat to enter your bloodstream. If this happens chronically, your body can miss out on essential fat-soluble vitamins A, D, E and K, along with healthy fatty acids

Green

Yellow stools were about fat malabsorption and how bile was not acting on food properly but green stool is related to bile moving too fast through a hyperactive digestive tract, giving it no time to change color.

It can indicate:

  • You have chronic inflammation in the intestine

  • Bile is flowing too fast 

  • You have an underlying parasitic or bacterial infection, such as E. coli

  • It’s  more commonly seen in people who have had their gallbladder removed, especially those following a keto/high-fat diet where your liver is forced to produce large amounts of bile to digest those heavy fats and excess bile flush through the system quickly, leading to a bright green stool.

Normally, your body recycles about 95% of its bile acids in the final section of the small intestine. But when this loop fails  a condition known as Bile Acid Malabsorption (BAM),  the raw bile acids enter the colon. Bile acids are highly acidic and irritating to the lining of the large intestine. When they enter the colon prematurely, they act as a natural laxative, pulling water into the bowel and causing cramping, urgency and loose, green stools.  So, when your stool is chronically green, it can mean that your digestive timeline has broken down, and raw, unconverted bile is reaching your colon. And over time, this combination of fast transit time, and disrupted bile flow can lead to ulcerative colitis, dehydration, fatigue, anal skin irritation 

Red  

Sometimes, red stool can simply be because of what you ate. Beetroot, red peppers, tomatoes, cranberries, dragonfruit or red velvet cake can temporarily tint your stool red and this can be easily recognised so no need to panick but if it’s persistent combined with lower abdominal pain then it can indicate:

  • Lower GI (colon, rectum, or anus) problems, such as haemorrhoids or anal fissures

  • Gut transit time that is too slow

  • Chronic constipation and straining

Sometimes when you don’t get enough soluble and insoluble fibre, rush through meals without chewing properly, and don’t drink enough water, your digestive transit time can slow down drastically. Without enough fibre to bulk up the waste and enough water to keep it moving, the stool becomes dry and incredibly hard to pass, so you need to strain to push your stools. That pressure builds up in your lower pelvis, causing the delicate blood vessels around the anus to swell, stretch and eventually burst. That’s how you see  blood or red colour stools. Forcing a hard, oversized stool can physically tear the sensitive skin lining the anus. These tiny tears known as anal fissures cause a sharp, glass-like cutting pain during a bowel movement, followed by blood. If you only see red once after a bout of constipation, improving your diet, hydration and fibre intake will help resolve the issue.But if it  continues for more than three consecutive days, don’t wait. In severe or ignored cases, chronic blood loss can lead to anaemia, profound systemic fatigue and can even become life-threatening. So, stop guessing and seek professional medical help immediately.

Black

Just like red stool, true black stool is also an important medical indicator but it points to a problem in the upper digestive tract. It can indicate:

  • Upper GI bleeding

  • Peptic ulcers, including those associated with H. pylori

  • Tears in the oesophageal lining caused by severe coughing

When bleeding occurs in the upper gastrointestinal tract, such as the oesophagus, stomach or beginning of the small intestine, the blood along with the food you eat  immediately comes into contact with highly concentrated stomach acid. Your stomach acid then breaks down the haemoglobin ( the protein that carries oxygen and gives blood its red colour). The iron of that blood becomes oxidised, changing the colour to black tarry stools 

And the process doesn’t stop there.

Your digestive enzymes like pepsin and pancreatic enzymes, along with your good gut bacteria, continue breaking down the proteins and fats within those blood cells coming from some random internal bleeding, releasing sulfur-rich compounds giving a foul and pungent smell. 

Sometimes, it’s because of iron medications and medicines containing bismuth can also contribute to black stools. So, if your stool suddenly becomes black, especially if it is tarry, sticky and has an unusually strong, foul odour, you need to look into a deeper picture 

The Bottomline

Remember, stool colour is just one piece of the puzzle, your stress, sleep, recovery, physical activity, eating habits, medications, surgeries and health concerns matter too.

If you’ve been feeling confused about your health, overwhelmed by where to start, book a Root-Cause Discovery Call with me to understand the bigger picture & what your body may actually be asking for.

Why are More Couples Struggling to Conceive Today ?

Why are More Couples Struggling to Conceive Today ?

As a functional nutrition practitioner, I get to speak with healthcare professionals from different fields through podcasts, panel discussion, interviews and fertility is one topic that comes up more often than you’d think and I hear the same thing- “Over the decades, infertility cases have increased”

Honestly this makes sense, times have changed and so is the way we live. People are now aware and comfortable talking about IVF, fertility treatments, sperm quality, miscarriages and reproductive health, while specialised fertility centres, testing and assisted reproductive technologies have also become more accessible.

Ironically, on the other hand, infertility affects around 1 in 6 people globally, that’s approximately 17.5% of the adult population, according to the World Health Organization. And it naturally makes you pause and think

Is this simply a matter of age, hormones and genetics? Or could our lifestyle be playing a role too?

So today, let’s understand what infertility actually means, how male and female fertility can be influenced, and what some of the underlying factors behind infertility can look like.

What is Infertility?

From a medical standpoint, infertility generally means not being able to get pregnant after 1 year of unprotected sex and actively trying. At this point, it’s recommended to visit a specialist. And if you are navigating this right now, please know you are far from alone

Honestly, if you look at infertility through a functional lens, it’s not just a final medical diagnosis. I really believe it’s actually our body’s protective way of raising its hand and saying, “Hey, I don’t feel entirely safe or fueled enough to grow and nourish a human right now.” When your cells are dealing with hidden inflammation, gut issues, unmanaged stress, or crashing energy, your brain goes in a high alert mode, it hits the pause button on crucial processes like hormone production and reproduction to protect your survival.

You see, conventional medicine usually looks at fertility on a very surface level, they tend to focus heavily on your maternal age and basic hormone levels. Their standard route is to run a checklist of tests and then immediately prescribe antibiotics, hormone pills, or aggressive therapies. Their primary agenda is simply to force conception at all costs. But that’s exactly where functional nutrition comes in. I firmly believe that if we don’t address the underlying root causes, the same issues will just bounce back, or you could face complications down the road. Your egg quality and sperm require massive amounts of energy just to mature, fertilise, and divide properly. To create that energy, your body needs a good supply of nutrients like vitamin B12, folate, zinc, iron, vitamin d. But your gut is the foundation, it has to be healthy enough to actually absorb them. If your gut is inflamed, your hormone production, metabolism and regular elimination completely go on a toss.The beautiful part about understanding the root cause is realizing that you have so much power to change the environment within you. With the right mindset, targeted nutrition, and a little supplemental support, you can easily reach your ultimate goal of a vibrant, healthy pregnancy.

Male & Female Infertility 

Pregnancy is actually the final step of a much longer, intricate process. On the male side, producing healthy sperm is a vulnerable 90-day race, the cells require a cool environment 2–3°C below core body temperature and massive cellular energy to fuel it’s speed. Yet, today’s modern lifestyle is characterized by toxic chronic stress, poor sleep, sedentary habits, floods the male body with oxidative stress, causing sperm DNA fragmentation and cellular fatigue. 

On the female side, the body demands an equally abundant nutrient reserve to sustain a regular ovulatory cycle. A  woman loses an average of 30 to 50 mL of blood during every single menstrual cycle, a monthly depletion that rapidly drains critical stores of iron, B12, active folate, and vital proteins. If her lifestyle is fueled by processed, pro-inflammatory foods or unmanaged stress, her gut becomes too inflamed to absorb these crucial nutrients, causing the brain to completely shut down hormone synthesis and ovulatory signalling. Ultimately, whether it is protecting delicate sperm membranes from cellular damage or replenishing a woman’s vital nutrient reserves, optimal fertility cannot be forced with a pill, it must be nourished daily through an intentional, health-first lifestyle

Root Causes Of Infertility

A variety of problems cause or increase your risk of infertility. Here are the top root causes of infertility that you need to be aware of:

1. Excessive use of Plastics 

Plastics contain endocrine-disrupting chemicals (EDCs), such as BPA and phthalates, which can interfere with the body’s natural hormonal signaling. BPA can mimic estrogen, while phthalates can disrupt androgen and testosterone activity. These chemicals can interfere with the Hypothalamic-Pituitary-Gonadal axis, which regulates the hormones essential for healthy egg and sperm production. And here’s what I want you to understand,  the concern isn’t about one single plastic exposure. It’s about the repetitive exposure you experience over time. So, if you’re planning to conceive, start reducing avoidable plastic exposure at least 3 months before trying, especially repeated food-contact exposure. So, choose glass or stainless steel for storing your food and water, never heat food in plastic, and minimize packaged or canned foods wherever practical.

2. Sedentary Lifestyle 

Modern life has made us increasingly sedentary. We sit for hours, move less, and whatever we’re eating isn’t being utilized as efficiently by the body. Over time, this can affect our metabolism and contribute to insulin resistance.

And here’s where it starts affecting fertility.

In men, insulin resistance and poor metabolic health can affect sperm motility. In women, it can contribute to PCOS, hormonal imbalance and delayed luteal phases, all of which can interfere with the normal reproductive process.

So when we talk about fertility, physical activity isn’t just about staying fit. Your body needs movement to support healthy metabolism, and healthy metabolism is an important part of reproductive health. According to ASRM guidelines, aim for at least 150 minutes of moderate physical activity per week + strength training twice a week to support metabolic and reproductive health.

3. Chronic Stress & Poor Sleep

Today’s lifestyle is busy. Really busy. We are constantly running from one thing to another, work, relationships, deadlines, traffic, meetings, messages, notifications and somewhere in between all of this, we barely even notice ourselves. We don’t notice our breath, our body, or how stressed we actually are.

And here’s the problem.

When we’re so invested in this busy lifestyle, even the smallest things can trigger us. Getting late for a meeting, traffic, fights in relationships. These may seem like small stressors, but when they keep happening repeatedly, the body can stay in a fight-or-flight state, with cortisol and adrenaline remaining elevated. Your immune system goes on high alert mode, shutting down all the basic processes like digestion, hormonal balance, metabolism, ovulation, sperm count

And when this is combined with poor or inconsistent sleep, it disturbs your circadian rhythm , the internal clock that helps regulate sleep and hormone production, making it even worse. Women should aim for around 9 hours of sleep, while men should aim for around 8 hours, ideally maintaining a consistent sleep–wake schedule. Wake at a consistent time and get morning sunlight soon after waking to help anchor the circadian clock, which regulates sleep, mood and hormone rhythms.

4. Poor Nutrition 

Today’s heavy reliance on junk food, refined sugar, seed oils, and adulterated ingredients acts as a direct dietary assault on reproductive health. Consuming refined sugars triggers rapid blood sugar spikes, forcing the pancreas to overproduce insulin. Over time, this chronic insulin resistance signals the female ovaries to overproduce male hormones (androgens), which physically halts regular egg maturation and blocks ovulation. For men, a landmark study in Human Reproduction (2026) established a direct link between high ultra-processed food (UPF) intake and reduced sperm health, lower conception rates, and slower early embryo development. 

5. Excessive Smoking & Alcohol

Smoking and excessive alcohol consumption are not just lifestyle choices when it comes to reproductive health. Both can increase oxidative stress and are associated with poorer reproductive outcomes, smoking can impair egg quality and ovarian reserve in women and reduce sperm concentration and motility in men, while heavy alcohol use can disrupt reproductive hormones and sperm production. The best practice is to quit smoking and avoid alcohol before trying to conceive; for men, staying completely away for at least 3 months allows a new cycle of sperm production to develop without these exposures.

6. Hormonal contraception: an important conversation

The birth-control pill is another topic that deserves nuance. The pill works by suppressing ovulation, and fertility generally returns after stopping it. However, for some women, the pill may have been prescribed for symptoms such as painful periods, acne or irregular cycles. These symptoms can sometimes be associated with underlying conditions such as PCOS or endometriosis. When contraception is stopped, those symptoms may reappear  not necessarily because the pill caused the condition, but because the underlying issue was still present. This is why reproductive health shouldn’t be reduced to simply controlling symptoms. 

7. Hypothyroidism

This tiny gland has a much bigger role in fertility than people realize. The thyroid produces mainly T4, which is converted into the more active T3 in the body. TSH is the hormone from the brain that tells the thyroid how much thyroid hormone to produce. Together, this thyroid system helps regulate metabolism, energy production and several processes throughout the body,  including reproductive function. So when this system goes haywire, it’s not just your metabolism that gets affected. Thyroid dysfunction can influence nutrient utilization, energy metabolism and hormone signaling, while also interfering with the reproductive axis. In women, hypothyroidism can affect ovulation, menstrual cycles, follicular development and the hormonal environment needed for conception. It has also been associated with conditions such as PCOS and luteal-phase dysfunction. In men, thyroid hormones also interact with the reproductive system and can influence testosterone-related pathways, spermatogenesis and sexual function. 

8. Estrogen Dominance 

Another factor we need to look at is what is commonly called estrogen dominance , when estrogen activity is relatively high compared with progesterone, or when estrogen is not being metabolized and cleared efficiently. When this balance gets disrupted, women can experience symptoms like breast tenderness, mood changes, irritability, heavy or painful periods and other menstrual changes. Estrogen and progesterone need to work in balance throughout the menstrual cycle, and disruption in this balance has also been associated with conditions that can affect fertility. A review published in Cells in 2022 explains how dysregulated estrogen signaling is associated with several gynecological conditions, including abnormal foetal bleeding, pelvic pain and miscarriages

The Bottomline 

We may not be able to control every chemical in our environment, every pollutant we breathe or every stressor life throws at us.

But we can control many of the signals we send our bodies every single day.

What we eat.
How we move.
How we sleep.
How we manage stress.
What we smoke, drink and expose ourselves to.

Fertility shouldn’t become something we think about only when we’re struggling to conceive. Perhaps the better approach is to protect reproductive health long before we need it. Because taking care of your fertility isn’t just about creating a baby someday. It’s about creating a healthier body today.

If you’ve been feeling confused about your health or overwhelmed about where to start, book a Root-Cause Discovery Call with me. We’ll look at the bigger picture, connect the dots, and understand what your body may actually be asking for.

What if it’s not high, but LOW Stomach Acid?

What if it’s not high, but LOW Stomach Acid?

Nowadays, we think acidity, bloating, reflux, and indigestion are normal parts of daily life. We rush through meals at our desks, swallow our food half-chewed, and handle stressful workloads all at once. As a result, pills, medications, and antacids have become permanent staples in our first-aid boxes, purses, and desk drawers, we pop them like candy at the first hint of discomfort. But just because something is common doesn’t mean it is normal.

Your body isn’t designed to live in constant digestive distress or rely on a daily pill to process a basic meal. When that familiar burn or bloating appears, your first instinct may be to assume your stomach is overflowing with a volcano of acid. But what if the reality is the exact opposite? What if your discomfort is actually a desperate cry for more stomach acid?

In this article, I’ll help you understand why low stomach acid can be an overlooked cause of digestive symptoms, how it affects digestion and nutrient absorption, and a simple way to test your stomach acid at home.

The Real Reason You Get Reflux

To understand why digestive symptoms can occur, we first need to understand the physiology of stomach acid and how it supports digestion. At the junction between your esophagus and stomach is a ring of muscle called the lower esophageal sphincter (LES). It acts as a barrier, opening to allow food into the stomach and helping prevent stomach contents from flowing back into the esophagus. Digestion begins long before food hits your mouth. It starts in the brain through the “cephalic phase” of digestion. When you look at, smell, and anticipate food in a relaxed state, your brain signals your stomach to pump out stomach acid.

This phase prepares the stomach for food by stimulating gastric secretions, including HCL and digestive enzymes. Adequate stomach acid is very important for protein digestion and nutrient absorption. If it’s too low, pepsin activation becomes less efficient, contributing to symptoms such as fullness, bloating, and indigestion. It can also lead to iron, b12, calcium & zinc deficiency.

When you eat quickly, don’t chew properly, or eat while distracted or stressed, your body stays stuck in “fight-or-flight” mode and the brain fails to send the necessary signals to your gut. Consequently, your gastric juice secretion plummets, leading directly to dangerously low stomach acid.

Stomach acid is the exact chemical trigger that tells the LES valve to lock shut. Hence the valve stays lazy, weak, and wide open. Because that physical gate remains open, unchewed food sits in the stomach and ferments. This physical pressure builds up like a shaken soda bottle and literally forces the LES valve to stretch open mechanically, letting acid splash upward.

How Conventional Antacids Ruin Gut Health & lead to Nutrient Deficiencies –

Once the LES (lower esophageal sphincter) opens, you start experiencing recurring acid-reflux symptoms, it’s natural for you to reach for an antacid as the ultimate solution. But conventional antacids have essentially one job- neutralize and suppress stomach acid. And this is where things go on toss. A healthy stomach is naturally highly acidic, with a pH typically around 1–3, and this acidity helps in controlling the pathogens that enter and survive in the digestive tract. When you take antacids, it significantly raises gastric pH to 5–7, making it alkaline. This allows a greater number of surviving bad bacteria to pass through the large intestine and reach the small intestine, where they can feed on undigested food, multiply in number and ferment the food. When bacteria begin accumulating in the small intestine where they should not be present in such high numbers, this can contribute to SIBO (Small Intestinal Bacterial Overgrowth).

At the same time, changes in the normal microbial environment can disrupt the balance between good and bad bacteria in the large intestine, contributing to Gut Dysbiosis. And now, instead of dealing with just reflux or acidity, a person starts experiencing another set of problems like indigestion, bloating, gas and constipation. And the impact doesn’t stop there. Vital vitamins and minerals such as iron, calcium, B12, magnesium and zinc rely on an acidic gastric environment for proper bioavailability, so prolonged acid suppression interferes with their absorption, leading to nutrient deficiencies

How to Spot Low Stomach Acid

The Baking Soda Test

  • Step 1: First thing in the morning on an empty stomach, mix ¼ teaspoon of baking soda into 120ml of room-temperature water.

  • Step 2: Drink the mixture quickly & immediately start a timer on your phone.

  • Step 3: Note how long it takes to burp, you should experience a distinct, healthy burp within two to three minutes. If it takes longer than three to five minutes, or if you don’t burp at all, it means your stomach acid is dangerously low

Rebuilding the Valve, Not Suppressing the Symptoms

My approach focuses on fixing the valve function naturally and restoring your body’s innate digestive fire that has been ruined by antacids. Here is my actionable, food-support protocol to heal the system from the inside out:

Step 1 – Restore The Digestion

When it comes to fixing the digestive environment, I believe in removing the digestive load first. I believe in taking away what is not serving your gut at this moment, so it gets some space to settle and recover. So, I start by temporarily eliminating gluten, dairy, heavy legumes and pulses, highly spicy foods, and even raw vegetables. Why? Gluten and dairy are removed because, in people who are sensitive to them, they can aggravate gut irritation. Heavy legumes and pulses contain compounds such as phytates and can be harder to digest, contributing to gas and bloating. Similarly, large amounts of raw vegetables bring in a higher fiber load, which can feel difficult to handle when the digestive system is already irritated. So, for the time being, I prefer to simplify things and reduce anything that may further aggravate the gut.

Once the digestive load is out, we slowly move towards creating a better digestive environment. I like to include simple digestive herbs such as ginger, coriander, fennel (saunf) and ajwain to support digestion and make meals easier on the gut. Ginger, in particular, has been one of my go-to herbs because of its digestive and gastric-motility-supporting properties. I also add 1 tablespoon of ACV with the mother, diluted in water, around 20 minutes before meals, as an additional support for what I like to call the body’s digestive fire, as long as it suits the individual and does not worsen their gut issues. For a time being I include boiled or steamed vegetables instead of raw vegetables, because when the gut is already struggling, a very high fiber load increases fermentation, irritation and digestive pressure. A low-FODMAP approach, especially when someone has been regularly using antacids or acidity medications is very effective, so I ensure those guidelines.

Step 2 – Strategic Hydration Timing

Water is vital, but timing is everything. Avoid chugging massive glasses of ice-cold water directly during your meals, as this dilutes your precious digestive enzymes. Instead, sip room-temperature water consistently between meals, stopping about 15 minutes before you eat. To further assist the valve, include a warm cup of ajwain, fennel (saunf), or ginger tea, peppermint tea between meals to naturally calm spasms and accelerate stomach emptying.

Step 3 – Targeted supplements

The next step is supporting the gut with right supplementation. I usually look at this from two angles: supporting digestion and fixing the nutrient deficiencies.

  • Betaine HCl is essentially a source of hydrochloric acid. When taken with a meal, it helps recreate the acidic environment needed in the stomach for proper digestion. Adequate stomach acidity helps activate pepsin, the enzyme responsible for breaking down proteins, and supports the release of nutrients such as vitamin B12 from food proteins.

  • Digestive enzymes can help the body break down the meal more efficiently; I prefer taking the enzymes after the first couple of bites so they are present alongside the food being digested.

  • Then I bring in Zinc Carnosine that helps support the mucosal lining and supports the gut’s natural repair. Think of it as giving the gut lining the support it needs to strengthen its protective surface before we focus on rebuilding the microbial environment.

  • Finally, I add Probiotics to support the microbial ecosystem. I focus on specific beneficial strains that can support a healthier microbial balance.

  • And depending on the individual’s symptoms, dietary intake and blood work, nutrients such as vitamin B12, iron, magnesium will also need to be addressed if there is an identified deficiency or increased risk of deficiency

Step 4 – Calm The Nervous System

Your gut and brain are constantly communicating with each other, and one of the major pathways connecting them is the Vagus Nerve. This means what you feel can influence how you digest, how your gut moves and even how comfortable you feel after a meal. That is why, when it comes to healing a person, I look beyond digestion and food, I also work on the nervous system.

  • First thing in the morning, step outside. For the first 15 minutes after waking up, get natural morning light and avoid reaching for your phone or other electronic gadgets. Rather than literally staring at the sun, allow natural daylight to reach your eyes indirectly.

  • If possible, spend the next few minutes walking barefoot on wet grass. This gives you gentle physical movement first thing in the morning and can become a beautiful grounding practice that helps you slow down and reconnect with your body. The movement itself can also support normal intestinal motility and digestion.

  • Before meals, I introduce Box Breathing , slow, controlled breathing with 4 counts for the inhale, hold, exhale and hold. This gives you a moment to pause, become aware of your breath and shift your attention towards the meal instead of eating in a rushed or distracted state.

  • Aim to chew every single bite 20 to 30 times until it reaches a liquid consistency. This mechanical breakdown naturally stimulates your body’s own production of gastric juices & takes the heavy lifting off your stomach.

  • You can then incorporate pranayama and Bhramari into your daily routine. These breathing practices encourage slower, more mindful breathing and can help promote a calmer nervous-system state, which is important because digestion works best when the body is not constantly operating in a heightened stress response.

  • And finally, 4-7-8 breathing can be used whenever you need to slow down especially towards the evening or before sleep. The goal isn’t to add another complicated task to your day. It is simply to teach your body that it is safe to slow down, digest and recover.

The Bottomline

True digestive freedom doesn’t come from suppressing your stomach’s natural functions with a pill, it comes from supporting its mechanics with intentional, daily practices through lifestyle and nutrition. By prioritizing how you eat and what you feed your gut, you can train that lazy esophageal valve to close tightly, protect your tissues, and process your food effortlessly.

Let’s chat in the comments below, tell me your biggest symptom trigger, and let’s rebuild your gut together.

Why do you wake up with body aches?

Why do you wake up with body aches?

Ever wonder why crawling out of bed can feel like a chore, leaving you with heavy limbs and stiff joints? What if your morning body aches aren’t actually a “normal part of getting older” or simply a sign that you slept badly? You wake up feeling stiff, heavy, and exhausted, as if your body has been working through the night instead of resting. Your joints ache, your muscles feel sore, and even after a full night’s sleep, your energy is nowhere to be found.

Today, I’ll share reasons why this happens and, more importantly, what you can do about it.

What Could Be Happening Inside Your Muscles?

Inflammation is normally a protective process, when you are injured or fighting an infection, your immune system releases small armies by WBCs called cytokines, to coordinate repair, and once the threat is resolved, it settles. But if this inflammation stays elevated for too long, your body can get stuck in a state of constant alert. Over time, this can affect your tissues and pain pathways, making you more prone to persistent pain, fatigue, and slower muscle recovery.

How does this inflammation happen in joints, you ask ?

Think of them as having a smooth, cushioning layer that helps the bones move against each other without difficulty. Around this cushioning there’s a thin lining that helps keep the joint lubricated and protected. Because of today’s lifestyle, poor eating patterns, stress, lack of sleep, the body remains in an inflammatory state, so the joint is repeatedly stressed, irritated, or injured, this lining gets thin which can irritate the surrounding tissues. Over time, it creates small holes in cushioning tissue and creates more irritation inside the joint, setting up a cycle of inflammation, tissue damage, which is why what once felt like ordinary stiffness can gradually turn into persistent joint pain and, in some people, a more sharp body aches.

Your Gut may be part of the story

It all begins when your microbiome loses its healthy balance. Chronic stress, a highly processed diet, poor sleep, & frequent consumption of antibiotics disrupt the delicate balance between the good and harmful bacteria living in your gut . As the bad bacteria multiply, the gut lining becomes irritated, making its tight junctions loose and porous. This “leaky filter” allows undigested food particles and bacterial toxins to seep directly into your bloodstream.

As these toxins circulate, they travel straight to the joints and start settling inside the clean synovial fluid, the natural fluid meant to lubricate and cushion your movements. This inflammatory activity increases the volume of fluid within the joint, creating a sense of pressure, fullness, and tightness. So if you repeatedly wake up feeling stiff, heavy, sluggish, or achy, especially when this is accompanied by digestive issues, it’s perhaps time to look beyond the joint and start looking at what is happening in your gut and everyday eating habits.

When Stress & Sleep keeps the Inflammation switch On

When you sleep, your body gets a chance to repair and recover from the physical stress of the day. Your muscles and joints are at rest, allowing the tissues a normal circulation and clear away inflammatory buildup. When you consistently sleep poorly, this recovery is affected, while inflammatory signals can remain higher. These signals can make the nerves around an already irritated joint more sensitive, so they respond more strongly to the same amount of irritation. Over time, this can lower your pain threshold, meaning something that would normally feel like mild stiffness or discomfort can start feeling much more painful.

Don’t Overlook Vitamin D

While fixing your gut and sleep routine can make a big difference, there is another piece that is often ignored , Vitamin D. Most people know it as the “sunlight vitamin,” but it also helps regulate your immune system and keeps its inflammatory response under control. Lack of Vitamin D increases irritation around the joints and activates processes that contribute to the breakdown of cartilage, the smooth, protective layer that cushions your joints. This is why, if you are dealing with ongoing joint pain or stiffness, it is worth checking your vitamin D levels rather than simply assuming they are fine. Aim for an optimal 25(OH)D level of around 60-80 ng/mL.

How I Support My Clients

Instead of focusing only on reducing the ache, I look at inflammation, cellular energy, gut health, nutrition, sleep, stress, movement, and recovery, identifying the factors that may be keeping your body in a state of poor recovery and creating an environment where your muscles, joints, and nervous system can recover better.

I begin by reducing unnecessary inflammatory triggers, particularly highly processed foods and refined sugars, gluten and dairy. Refined sugar, modern wheat and processed white flour can quickly raise your blood sugar, which can trigger inflammatory signals in the body. Over time, excess sugar can also promote breakdown of cartilage. Conventional dairy on the other hand contains proteins like A1 casein and whey that can trigger immune reactivity, disrupt gut integrity, and drive systemic joint inflammation. Highly processed seed oils, especially when they make up a large part of your lifestyle can contribute to inflammatory signaling, and higher levels in osteoarthritic joints. During this phase, I also remove common foods such as corn, soy, and eggs to reduce potential dietary triggers and then assess how your body responds before gradually reintroducing them.

I then focus on adding –

  • Anti-inflammatory foods – Inclusion of colorful vegetables, leafy greens, berries, citrus fruits, extra-virgin olive oil, avocado, etc. Include Sulphur-rich vegetables such as overcooked broccoli, kale, cabbage, garlic and onions as well. These foods provide antioxidants, polyphenols, fibre and other compounds that support the body’s natural inflammatory balance. A Mediterranean-style eating pattern has the strongest evidence for supporting joint health and reducing inflammation.

  • Anti Inflammatory herbs- Include turmeric, ginger, garlic, cinnamon, rosemary, cloves, black pepper and green tea regularly as these herbs and spices contain compounds that can support the body’s antioxidant and inflammatory pathways.

  • Adequate Protein – I will gradually increase the protein intake once the elimination phase is over, aiming 1gm/kg of body weight per day, using sources such as dal, lentils, chickpeas, beans, tofu, tempeh, soy, peas, quinoa, nuts and seeds. This gives your body the amino acids it needs for muscle maintenance, tissue repair and recovery.

  • Omega-3-rich foods Include hemp seeds, walnuts, chia and flax seeds that act as lubricant between joints and cartilage

  • Magnesium-rich foods – pumpkin seeds, almonds, leafy greens, and cacao, for muscle relaxation and nerve function.

  • Hydration -Keep your hydration consistent throughout the day. A simple strategy is to have 3 sips of water every hour.

  • Reduce Stress & Prioritise Sleep – Include simple practices like pranayama and box breathing to help calm the nervous system and manage the body’s stress response. When the nervous system becomes calmer, it can also help regulate immune activity and inflammatory signaling. Over time, this may help prevent the inflammatory response from staying unnecessarily switched on and support the body’s natural recovery process.

Targeted Supplements

Depending upon nutrient status and the severity of joint discomfort, I use targeted supplementation as a powerful tool and bridge which allow reaching optimal biological levels faster, promotes recovery, and reduce systemic inflammation

Vitamin D3 + K2

This is one combination that has given me some of the best results with my clients, because it works on our immune cells and regulates the production of inflammatory markers, which ultimately reduce inflammation, muscle aches and joint stiffness. What’s surprising is how common Vitamin D deficiency is, especially in India. Many people dealing with persistent fatigue, muscle aches or unexplained joint stiffness are simply unaware that their levels are low. So before assuming that your joint stiffness is something you just have to live with, simply get your Vitamin D levels checked. I generally consider 50–70 ng/mL as an optimal functional range

Curcumin

Chronic stress, poor sleep and an imbalanced diet can compromise your gut environment, making the intestinal barrier more vulnerable and allowing bacterial toxins and other unwanted particles to enter circulation. This is where curcumin can act like a shield. It helps strengthen the gut barrier, also supports a more balanced immune response and reduces the production of inflammatory mediators. In other words, it can work on both sides of the problem, helping limit the amount of inflammatory material entering the bloodstream, while helping your immune system deal with what is already there. This can ultimately help reduce the inflammatory activity that contributes to joint swelling, discomfort and that stiff feeling when you wake up.

Omega-3

Omega-3 is one of my go-to supplements when it comes to joint inflammation. Think of it as a natural lubricant and cooling support for your joints , it helps calm irritation around the joint, supports healthy cushioning, and makes movement feel smoother and more comfortable. By helping bring down inflammatory activity, it can ease that stiffness and discomfort you often feel when you first start moving in the morning..

Boswellia serrata

Boswellia Serrata is a herb traditionally used to support joint health and manage inflammation. Its active compounds, called boswellic acids, work on an enzyme involved in the inflammatory process and help reduce the production of leukotrienes, inflammatory compounds that can contribute to swelling, pain and stiffness in the joints. As these inflammatory compounds come down, the irritation around the joint can settle, making movement more comfortable and reducing that stiff, achy feeling.

Magnesium

Sometimes that morning stiffness or achy feeling can also come from tight, contracted muscles around the joints. Magnesium plays an important role in muscle relaxation by helping regulate calcium inside the muscle cells. When Vitamin D is adequate, magnesium gets absorbed and it helps the muscles relax which can reduce excessive tightness, cramps and that stiff, tense feeling.

The Bottomline

Your knees, hips, wrists, and other joints don’t have to be in pain. Following a healthy diet and lifestyle and taking the right supplements, you can move freely and enjoy your life painlessly.

Have you noticed specific triggers that make you wake up feeling stiff or sluggish?

Let’s chat in the comments below or book a discovery call with me for a personalized, root-cause-based approach

What Your Stool Is Trying to Tell You About Your Gut Health?

Let’s be honest for a second- when was the last time you actually looked in the toilet bowl before flushing?

I know, I know, it sounds a little gross. But as a functional nutritionist, it’s one of the things I ask my clients about. On a daily basis, people track their steps, protein intake and track the meals, yet often ignore the minute clues their bodies try to give them through different symptoms. Your bowel movements and stools are one of them, they carry a valuable insight into your digestion, gut motility, hydration, and how well you may be absorbing the nutrients.

So, here’s your simple guide to decode what your stool may be telling you about your gut and what you can do about it.

Why Your Daily Bowel Movements Matter More Than You Think?

Your stool is a direct reflection into your internal health because its physical characteristics are influenced by your gut microbiome, a community of trillions of bacteria living inside you. The key to understanding this is Gut Transit Time. It is the total time your food takes to travel through your digestive tract & eliminate from the body. Think of your gut as a conveyor belt. When it moves at a healthy pace, your colon has enough time to absorb water and your gut bacteria also gets time to break down nutrients, producing a smooth, sausage-shaped stool that is easy to pass. But when it doesn’t function well due to several reasons like having an Inflammatory diet, stress, dehydration or any infection, your body has less time to absorb moisture from the food, resulting in loose or watery stools. When it is too slow, because of an Inflammatory diet, lack of fibre, the colon absorbs too much water, leaving stools hard and difficult to pass, causing Constipation. This is why your stool’s shape, texture, and frequency matters to understand the environment your gut microbes are living in.

What Does a Healthy Stool Look Like?

You can easily examine this with a simple chart called Bristol Stool Chart. It’s a simple tool that categorizes stool into seven types based on what you see in the bowl. Those seven types are – 

Group 1:Types 1 & 2– Constipation

If your stool looks like Type 1 or Type 2, it usually means your stool is moving through the colon more slowly than ideal. As stool sits for a long time in the colon, it naturally loses its moisture. The longer it stays there, the more moisture is removed, making the stool drier, harder and more difficult to pass.  

Possible Contributing Factors –

  • Lack Of Fibre: Fibre adds bulk to stool and helps retain water, making it softer and easier to pass. So Aim to consume at least 20 different vegetables throughout the week to increase fibre variety and provide a variety of fibres on which gut bacteria thrives

  • Inadequate Hydration: Fluids help keep stool softer. Sip 2–3 times every hour rather than waiting until you’re thirsty, and aim for around 3 L of fluids across the day

  • Low Physical Activity: Regular movement can support normal bowel motility, while prolonged inactivity may contribute to slower transit.Try a gentle 10–20 minute walk after meals to build regular movement and support post-meal glucose control.

  • Stress And Poor Sleep: Your brain and gut are constantly communicating. Stress can influence gut motility, while sleeping less than 8hours affects bowel habits.

  • Inadequate fats – Don’t eliminate fats completely. When fat reaches your small intestine, it triggers the release of digestive enzymes which help coordinate digestion and gut movement. If your diet is consistently very low in fat, especially alongside low fibre and inadequate overall food intake, constipation can become more likely. Include healthy sources such as nuts, seeds, avocado, olive oil and ghee as part of a balanced diet.

  • Gut Dysbiosis: Changes in the composition or function of your gut microbes may influence stool consistency and bowel motility. If you frequently experience bloating or a “balloon-like” belly, consider assessing your overall gut health. Add bifidobacterium

  • Low stomach acid – When there isn’t enough stomach acid, food may not be broken down as efficiently, which can affect the digestive process further down the gut. In some people, this can contribute to bloating, bacterial overgrowth and changes in gut function and constipation can be one of the symptoms.

Group 2: Types 3 & 4 – The Gold Standard

This is the sweet spot we aim for, representing a balanced gut transit time that supports proper nutrient absorption and bacterial harmony. Type 3, shaped like a sausage with tiny cracks on the surface, means you’re doing pretty well, but your gut may benefit from a little more hydration or healthy fats. The ultimate goal is Type 4,  smooth, soft sausage that passes effortlessly without straining, holds its shape in the bowl, and reflects good hydration, adequate fiber intake, and healthy gut motility.

Group 3: Types 5, 6 & 7 – Diarrhea and Inflammation

This group suggests that your digestive system is moving too quickly for the colon to properly reabsorb fluids and nutrients. Type 5 is the first warning sign that suggests that food is moving through your gut faster than ideal. It’s not full-blown diarrhea yet, but may be triggered by stress, a food intolerance. With Type 6, stools become fluffy, ragged, and mushy, indicating even faster transit and possible gut irritation. This can occur with food sensitivities, bacterial overgrowth, IBS. Type 7 is entirely liquid, with no solid pieces. At this stage, rapid transit can significantly increase fluid and electrolyte loss, making rehydration and identifying the underlying trigger the priority.

Possible Contributing Factors – 

  • SIBO: An overgrowth of bacteria in the small intestine can interfere with normal digestion and is associated with bloating, gas and diarrhea in some people. Persistent bloating, especially after meals, alongside loose stools may warrant proper evaluation rather than self-treating for SIBO.

  • Infections: Viral or bacterial infections and food poisoning can suddenly speed up bowel movements and cause watery diarrhea. During acute diarrhea, prioritise fluids and electrolytes and seek medical care if symptoms are severe or persistent.

  • Food Sensitivities/ Intolerances: Certain foods can trigger loose stools in susceptible people. Track your symptoms and look for consistent patterns rather than unnecessarily restricting your entire diet.

  • Gut Irritation (IBS) / Inflammation: Inflammation in the digestive tract can affect the colon’s ability to absorb water and may cause urgency, loose stools and sometimes mucus or blood. Persistent diarrhea, blood in stool, fever or unexplained weight loss needs medical evaluation.

The Bottom Line

At the end of the day, your body is constantly communicating with you through your physical symptoms and the everyday environment you create for it. As a functional nutritionist, I want you to remember that your digestion is not just a collection of symptoms to manage, it is a deeply intuitive biofeedback loop.  Persistent constipation, diarrhoea, blood in the stool, unexplained colour changes, or ongoing digestive symptoms are your body’s way of asking for attention not something to simply normalize. If your digestion has been trying to tell you something, it may be time to start listening.

Let’s chat in the comments below, or book a root-cause discovery call with me to build a personalised gut-healing strategy based on your symptoms, lifestyle, and health goals.