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Remember that day! You woke up feeling all the energy in the world. You did not
procrastinate. You dominated the tasks you set out to do and finally went to bed feeling you made the world a better place.
We’re being a bit dramatic, but you know what we are talking about.
You performed at your peak! Now imagine a whole week like that, a year or a lifetime
like that day!
Peak performance matters and the only way to achieve this is by driving your body
with the right mix of fuels.
Most Indians find themselves navigating through hospital corridors in the last decade of their lives, depleting hard-earned savings as their quality of life falls dramatically. We’ve seen this, growing up, our parents looking forlorn while they navigated doctors’ opinions, treatments and hospitals. This “hospital-chasing’ model of health is inescapable across the globe.
But it doesn’t have to be this way!
By taking care of your health now, you can live & live well into your 80s & 90s!
Longevity isn't just about adding years to your life—it's about enhancing the quality of those years.
It all starts with a decision to live healthier. Think of your body as a car—your car! You add premium fuel to get around, keep it clean, and never miss service and maintenance dates.
But do you treat your body the same way? You wouldn’t add
kerosene-laced fuel to your car, but you consume unhealthy foods. You clean
your car daily but neglect the inner workings of your body. You never skip a service appointment, but do you have a yearly schedule for preventive health
check-ups?
Just like your car, your body can be tuned for peak performance, to give you the
best mileage, (yearage?)…
longevity!
Harvard professor and leading expert in aging, known for his research on sirtuins and NAD+ in longevity.
Renowned for his work on fasting and the development of the Fasting-Mimicking Diet to promote longevity.
Nobel laureate, famous for his discovery of induced pluripotent stem cells (iPSCs) with implications for regenerative medicine.
Longevity researcher focusing on caloric restriction's role in extending lifespan and preventing age-related diseases.
Stanford neuroscientist who shares insights on brain function and performance optimization through his 'Huberman Lab' podcast
Functional medicine physician advocating for muscle-centric health, emphasizing protein intake and resistance training for disease prevention.
Can Berberine Help Fight H. pylori and Iron Deficiency? Iron deficiency is often associated with inadequate dietary iron, heavy menstrual bleeding or poor iron absorption. But there is another potential contributor that receives less attention: a bacterial infection in the stomach. Helicobacter pylori, commonly known as H. pylori, is a bacterium that can colonize the stomach lining. While many people with this infection experience few or no symptoms, it can contribute to chronic gastritis, peptic ulcers and, in some cases, iron deficiency anemia. Researchers are also investigating Berberine, a plant-derived compound, for its potential antibacterial activity against H. pylori. But how are these three connected? And can Berberine actually help? What Is H. pylori, and How Can It Affect Iron Levels? H. pylori is a bacterium that can survive in the stomach and disrupt the normal functioning of the stomach lining. It is one of the most common chronic bacterial infections worldwide. Its connection with iron deficiency is particularly interesting because the stomach plays an important role in making dietary iron available for absorption. Research has associated H. pylori infection with unexplained or persistent iron deficiency anemia, although not everyone with the infection develops low iron levels. There are several possible explanations for this relationship. 1. It Can Interfere With Iron Absorption The stomach helps prepare dietary iron for absorption in the small intestine. Stomach inflammation and changes in gastric acid secretion associated with H. pylori infection may interfere with this process. This can make it more difficult for the body to obtain sufficient iron from food, particularly in people who already have low iron stores. However, H. pylori does not simply switch off stomach acid. The effect on acid production varies depending on the location and severity of the inflammation. 2. The Bacteria Also Needs Iron to Survive Iron is essential for many bacteria, including H. pylori. The organism has mechanisms that allow it to acquire and use iron within the stomach environment. This creates a competition for an essential nutrient between the host and the bacterium. However, the idea that H. pylori directly steals enough iron to cause anemia in every infected person oversimplifies the evidence. The relationship involves several interacting mechanisms. 3. Chronic Inflammation and Ulcers Can Contribute to Iron Loss Persistent H. pylori infection can cause gastritis, which is inflammation of the stomach lining. In some cases, it can also lead to peptic ulcers. When ulcers bleed, even slowly, they can contribute to ongoing iron loss. Chronic inflammation may also affect the body's ability to use and regulate iron normally. For some individuals, these processes may contribute to iron deficiency that persists despite taking iron supplements. Why Treating the Infection Matters Iron supplements can help replenish iron stores, but they may not address an underlying cause of iron deficiency. Clinical research has found that eradicating H. pylori can improve iron-related outcomes in some people with otherwise unexplained or treatment-resistant iron deficiency anemia. The evidence is not identical across every population, and iron supplementation may still be necessary to restore iron levels. This is why persistent iron deficiency may warrant further investigation rather than simply increasing the amount of iron consumed. A healthcare professional may recommend testing for H. pylori, alongside blood tests such as a complete blood count and serum ferritin, depending on the individual's symptoms and medical history. Where Does Berberine Come Into the Picture? Berberine is a naturally occurring plant alkaloid that has been studied for its potential antimicrobial and anti-inflammatory properties. Research into its interaction with H. pylori has opened up interesting questions about how this compound may influence bacterial activity and gut health. But not all Berberine formulations are the same. How an ingredient is formulated can influence how much of it becomes available for the body to use. 1. Potential Antibacterial Activity Laboratory research suggests that Berberine may inhibit the growth of H. pylori under certain experimental conditions. This has led researchers to investigate whether the compound could contribute to strategies for managing the infection. However, laboratory findings alone cannot establish whether an oral Berberine supplement reaches the stomach lining at concentrations sufficient to eradicate the bacterium in humans. 2. Potential Effects on Inflammation Because H. pylori can trigger inflammation in the stomach lining, researchers have also explored Berberine's effects on inflammatory pathways. Some preclinical research suggests that Berberine may influence pathways involved in inflammatory responses. Whether these effects translate into meaningful improvements in H. pylori-associated gastritis in humans remains uncertain. 3. Could Berberine Improve Standard Treatment Outcomes? Another area of research is whether Berberine could be used as an adjunct to conventional H. pylori eradication therapy. Some clinical studies have investigated Berberine-containing treatment regimens, including combinations with established medications. However, the available evidence is not sufficient to conclude that Berberine consistently makes standard treatments more effective. Results depend on the treatment combination, study design, population and local antibiotic resistance patterns. Berberine should not be considered a proven replacement for prescribed eradication therapy. What About Berberine's Absorption? Berberine is known for having relatively low oral bioavailability, meaning that only a limited proportion of an oral dose reaches systemic circulation in its unchanged form. Researchers have explored different formulations and delivery approaches to address this limitation. However, better absorption does not automatically mean better results against H. pylori. The relevant concentrations in the stomach and stomach lining, the formulation used and the overall treatment regimen all matter. Claims about improved bioavailability should therefore be distinguished from evidence of successful bacterial eradication in human clinical trials. Can Berberine Treat Iron Deficiency Anemia? At present, Berberine should not be regarded as an established treatment for iron deficiency anemia. Its potential antibacterial effects are an area of ongoing research, but there is insufficient evidence to recommend Berberine alone for eradicating H. pylori or correcting anemia. If H. pylori is contributing to iron deficiency, the priorities are to identify the infection, treat it with an appropriate prescribed regimen and replenish iron stores when needed. It is also important to investigate other possible causes of iron deficiency, including heavy menstrual bleeding, dietary insufficiency and gastrointestinal blood loss. Berberine can cause gastrointestinal side effects and may interact with medications. Anyone considering it alongside prescribed treatment should consult a healthcare professional first. The Takeaway The relationship between H. pylori and iron deficiency highlights how a stomach infection can affect more than digestive comfort. By contributing to stomach inflammation, altering the gastric environment and sometimes causing bleeding, H. pylori may play a role in persistent iron deficiency anemia. Berberine is being studied for its potential antibacterial and anti-inflammatory properties, including its possible role in H. pylori treatment. However, promising laboratory findings and early clinical research should not be confused with established clinical recommendations. The most evidence-based approach is to investigate the underlying cause of iron deficiency, confirm and appropriately treat H. pylori when present, and monitor iron levels as part of recovery. FAQs Can H. pylori cause iron deficiency anemia? Yes. Research has linked H. pylori infection with iron deficiency anemia in some individuals. Possible mechanisms include impaired iron absorption, chronic inflammation and blood loss from ulcers. Does Berberine kill H. pylori? Laboratory studies suggest that Berberine may inhibit H. pylori under certain conditions. However, evidence is insufficient to establish Berberine alone as a reliable treatment for eradicating the infection. Can Berberine help iron absorption? There is currently insufficient clinical evidence to conclude that Berberine directly improves iron absorption or corrects iron deficiency. Can I take Berberine with iron supplements? The combination should be discussed with a healthcare professional, particularly if you take other medications or are receiving treatment for H. pylori. Berberine can cause gastrointestinal side effects and has the potential to interact with medicines. Should I stop taking iron supplements if I have H. pylori? No. Do not stop prescribed iron supplementation without medical advice. Treating the infection and replenishing iron stores may both be necessary. How is H. pylori treated? Treatment generally involves a prescribed combination of acid-suppressing medication and antibiotics, sometimes with bismuth. The specific regimen depends on clinical guidelines, prior antibiotic exposure and resistance considerations. Follow-up testing is generally recommended to confirm eradication. What is Metaberine™? Metaberine™ is a bio-optimized Berberine ingredient developed by Zeus Hygia. Gataca uses 200 mg of Metaberine™ in its 5-in-1 Berberine formula, alongside Chromium, Alpha-Lipoic Acid, Green Tea Extract and Milk Thistle Extract. The ingredient is designed for enhanced bioavailability, although its specific effects on H. pylori have not been established in clinical studies. References Frontiers in Microbiology (2025). Research on H. pylori, iron-related mechanisms and Berberine.https://www.frontiersin.org/journals/microbiology/articles/10.3389/fmicb.2025.1552630/full PubMed – The Efficacy of Berberine-Containing Quadruple Therapy on Helicobacter Pylori Eradication in Chinahttps://pmc.ncbi.nlm.nih.gov/articles/PMC7010642/
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Magnesium Helps You Sleep. But That's Not Even Half the Story. For some reason, magnesium has become the mineral of bedtime. Open Instagram and you'll hear: “Take magnesium before bed.” “Magnesium for deep sleep.” “Magnesium for relaxation.” And yes, magnesium has been studied in relation to sleep. But if that is the only thing you know about magnesium, you're missing a much bigger story. Because your body doesn't only need magnesium at 10 PM. It uses it all day. Magnesium is involved in more than 300 enzymatic reactions and physiological processes throughout the body. Which means calling it a “sleep supplement” is a little misleading. Sleep may be one of the reasons people start paying attention to magnesium. It is definitely not the only reason it matters. Your Muscles Use Magnesium Every Day Every time you move, your muscles are working through a complex series of signals and reactions. Magnesium plays an important role in normal muscle and nerve function and is involved in the processes that allow muscles to contract and relax. This is one reason magnesium belongs in conversations about exercise and physical activity. Not because magnesium is a magic recovery powder. But because adequate magnesium is part of normal physiological function. Your muscles don't suddenly start needing magnesium when you go to the gym. They're using it when you walk, stretch, climb stairs and move through your day too. Magnesium Is Part of How Your Nervous System Communicates Your nervous system is constantly sending messages. Your brain communicates with your body. Your nerves communicate with your muscles. Your body is continuously receiving and responding to information. Magnesium is involved in normal nerve function and signalling, making it one of the many nutrients working quietly in the background while your body does what it needs to do. It's not glamorous. You probably won't “feel” your magnesium working. But not everything important in the body needs to be dramatic. Magnesium Is Closely Connected to Energy This part deserves more attention. When we talk about energy, we usually think about coffee, carbohydrates or sleep. But at the cellular level, magnesium is involved in energy metabolism and reactions involving ATP. ATP is often called the body's energy currency. And magnesium is deeply involved in how your cells produce and use it. That doesn't mean magnesium gives you instant energy. You won't take it at 3 PM and suddenly feel like you've had two coffees. Its role is more fundamental than that. Magnesium helps support the normal processes that allow your body to make and use energy in the first place. It Is Also Involved in Protein Synthesis Your body is constantly building, breaking down and repairing. Magnesium is involved in protein synthesis and numerous cellular processes that keep this system running. Again, not particularly Instagram-worthy. But incredibly important. The body is not a collection of separate systems working independently. Muscles, nerves, energy metabolism and cellular function are constantly interacting. And magnesium shows up across the entire picture. So Yes, Let's Talk About Sleep Too Sleep is still part of the story. Magnesium has been studied for its relationship with relaxation and sleep, and maintaining adequate magnesium status is important for normal physiological function. But it would be strange to reduce a mineral involved in hundreds of reactions throughout the body to one bedtime benefit. That's like calling water a workout drink. Technically, it can be. But you're missing most of the point. The Bigger Magnesium Conversation Maybe magnesium doesn't need to be marketed as the next miracle sleep hack. Maybe we should talk about it for what it actually is: An essential mineral your body uses throughout the day. Your muscles use it. Your nervous system uses it. Your cells use it. Your energy metabolism depends on it. And yes, your body uses it while you're asleep too. Sleep may be where the conversation starts. But magnesium has been busy long before bedtime. Conclusion: Magnesium has earned its place in the sleep conversation, but that's far from the whole story. From supporting normal muscle and nerve function to playing a role in energy metabolism and protein synthesis, magnesium is involved in essential processes happening throughout your body, all day long. You may think about magnesium at bedtime. But your body doesn't. Because magnesium doesn't clock in at night. It gets to work all day. FAQs 1.Is magnesium just a sleep supplement? Yes & No. Magnesium is an essential mineral involved in more than 300 enzymatic reactions and plays roles in normal muscle function, nerve function, energy metabolism and other cellular processes. 2. What does magnesium do in the body? Magnesium contributes to several essential functions, including normal muscle and nerve function, energy metabolism, protein synthesis and normal cellular processes. 3. Why is magnesium important for energy? Magnesium is involved in reactions related to ATP, the molecule often described as the body's cellular energy currency. It supports normal energy metabolism rather than acting as a stimulant. 4. Does magnesium help with muscle function? Magnesium plays an important role in normal neuromuscular function and is involved in the processes associated with muscle contraction and relaxation. 5. Why is everyone suddenly talking about magnesium glycinate? Magnesium glycinate has become popular because it is a form commonly chosen for regular supplementation and is known for its gastrointestinal tolerance. 6. What should I look for in a high-quality magnesium glycinate supplement? Look at more than just the dose. The quality and source of the raw material, the form of magnesium and whether it is a properly characterised amino acid chelate can all be worth considering. 7. What is TRAACS® Magnesium? TRAACS® is Balchem’s specialised system for amino acid chelated minerals, developed by Albion® Minerals. It helps ensure the magnesium is properly chelated with the amino acid glycine, creating a consistent, high-quality Magnesium Glycinate designed for better absorption and gentle digestion. 8. Where is it sourced from? Our TRAACS® Magnesium Glycinate is sourced from Balchem, USA, through its globally recognised Albion® Minerals ingredient technology.
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When we search for magnesium online.. and things get confusing very quickly. There are just many.. like, Magnesium oxide. Magnesium citrate. Magnesium malate. Magnesium L-threonate. Magnesium glycinate. At this point, you might reasonably wonder: Isn't magnesium just… magnesium? Not quite. Magnesium is the mineral your body needs, but the form it's paired with can change how the supplement behaves. That can affect things such as absorption, how much elemental magnesium it contains and how your digestive system responds to it. Which is why choosing magnesium isn't always about finding the bottle with the biggest number on the front. It's about understanding what's actually inside. Magnesium Oxide: High on the Label, Not Always the Best Choice Magnesium oxide is one of the most common forms you'll come across. It contains a relatively high percentage of elemental magnesium, which can make the numbers on the label look impressive. But elemental magnesium isn't the only thing worth considering. How well a form is absorbed matters too. Magnesium oxide is generally considered less bioavailable than several organic forms of magnesium. Magnesium listed on a label doesn't automatically mean more magnesium available to your body. Magnesium Citrate: The Popular One Magnesium citrate is another commonly used form and is generally considered to have good absorption. It is also known for its effect on the digestive system, which is why it is sometimes used in products intended to support bowel movements. For some people, that may be useful. For someone looking for a magnesium supplement to take every day, however, digestive tolerance can become an important consideration. Magnesium Malate: Magnesium Meets Malic Acid Magnesium malate combines magnesium with malic acid, a compound involved in cellular energy pathways. It is often discussed in relation to energy and exercise, although that doesn't mean taking magnesium malate works like an energy drink. Magnesium itself plays an important role in energy metabolism, regardless of the supplement form you choose. Magnesium L-Threonate: The Brain-Focused Form Magnesium L-threonate has become popular in conversations around brain health and cognition. It has been studied for its ability to influence magnesium levels in the brain, making it different from the more general-purpose magnesium supplements people usually take. It is also typically more expensive, which makes it a more specialised choice rather than an obvious option for everyone. Magnesium Glycinate: Why Is Everyone Talking About It? Magnesium glycinate is magnesium combined with glycine, an amino acid. It has become increasingly popular because it is often chosen for its absorption profile and good gastrointestinal tolerance. This makes it particularly interesting for people looking for a magnesium supplement they can comfortably take as part of their daily routine. But there is one more thing worth looking at. Not all magnesium glycinate ingredients are necessarily created or processed in exactly the same way. The quality of the raw ingredient, the manufacturing process and whether the magnesium is present as a properly formed amino acid chelate can all be relevant when comparing products. So if you're choosing magnesium glycinate, don't stop at the front label. Turn the bottle around. Look at the form. Look at the source. And understand what you're actually taking. Because sometimes, the word after “magnesium” matters just as much as the word magnesium itself. Conclusion Choosing a magnesium supplement isn't simply about picking the bottle with the highest number on the label. The form of magnesium can influence absorption, elemental magnesium content and how well the supplement is tolerated. Magnesium oxide, citrate, malate, L-threonate and glycinate all have different characteristics, making the right choice dependent on what you're looking for. The key is to look beyond the word “magnesium.” Check the form. Understand the source. Consider the quality of the ingredient. Because when it comes to choosing a magnesium supplement, the word after magnesium may matter just as much as the word itself. FAQs 1.Which form of magnesium is best? There isn't one form that is automatically best for everyone. The right choice can depend on why you're taking magnesium, your diet and how well you tolerate different forms. 2.Why is magnesium glycinate so popular? Magnesium glycinate is commonly chosen because it combines magnesium with glycine and is generally considered a well-tolerated form for regular supplementation. 3.What does chelated magnesium mean? Chelated magnesium refers to magnesium bound to another molecule, often an amino acid, in a specific chemical structure. 4. What should I look for when choosing a magnesium supplement? Look beyond the total magnesium number. Consider the form of magnesium, the amount of elemental magnesium, ingredient quality, the source of the raw material and how well the product is likely to fit into your routine. 5. What is Albion® TRAACS®? Albion® TRAACS® is a high quality amino acid chelate system used for certain mineral ingredients. It is globally recognized to deliver Magnesium glycinate which is consistent, absorbed well and gentle on the stomach. 6.Where is this sourced from? Our magnesium is sourced from Balchem, USA, a global leader in specialty ingredients and the company behind Albion® Minerals, known for its chelated mineral technology. This form is designed for better absorption and is easier on the stomach. 7. What benefits do you get? Magnesium is involved in 300+ reactions in the body, supporting everything from energy production and muscle and nerve function to sleep and relaxation. The glycinate form is also valued for its good absorption and tolerability, making it easier on the stomach. 8. Why does the source of magnesium matter? The source and manufacturing of the raw ingredient can influence its quality, consistency and how accurately the ingredient is characterised.
Learn moreGataca's primary focus is providing innovative performance and longevity supplements to India & Products that support cellular health, energy and healthy aging. Gataca aims to empower individuals to unlock their full potential for a vibrant, long life.
Unlike many brands, Gataca specializes in high purity performance and longevity supplements. Our unwavering commitment to quality and a holistic approach to well-being sets us apart as a premier supplements company in India
While Gataca may not be the absolute first longevity company in India, they are certainly among the pioneers in offering a thoughtfully curated range of performance and Longevity Products in India.
Yes, NMN supplements have been shown to be effective in various scientific studies. NMN is a precursor to NAD+, an essential coenzyme involved in cellular energy production and metabolism. By increasing NAD+ levels, NMN supplements can support cellular health and healthy aging.
While NMN Supplements India does not completely stop the aging process, it has been shown to support healthy aging and longevity through its ability to increase NAD+ levels and promote cellular repair and rejuvenation. By increasing NAD+ levels, NMN can help maintain cellular health, improve mitochondrial function, and potentially slow down certain aspects of aging-related decline.
It is not recommended that you take NMN at night. Depending on your goals, NMN can be taken at various times during the day. It is not recommended to take NMN in the evenings or at night as it can have a negative influence on your sleep cycle.
To order Gataca's performance & longevity supplements online in India you can visit our official website and buy our collection of products.
It's always best to consult with your healthcare specialist before taking any new supplements, if you are currently on medications. Some supplements may interact with certain medications, and your doctor can advise you on the safety and potential interactions based on your specific health condition and medication regimen.
To achieve healthy aging and longevity, a multifaceted approach is recommended. This includes maintaining a balanced diet, regular exercise, proper stress management, and supplementing with high-quality products like Gataca's range of products that support performance, cellular health and longevity. Additionally, staying mentally and socially active can contribute to overall well-being and longevity.
No, NMN supplements is not the same as vitamin B3 (niacin). While both are related compounds and belong to the vitamin B3 family, NMN is a different form that serves as a direct precursor to NAD+ (nicotinamide adenine dinucleotide), a vital coenzyme involved in numerous cellular processes, including energy production and longevity pathways.