Author name: supremo

Nano Curcumin is a highly absorbable form of the active compound in turmeric. Studies suggest it can improve risk factors for heart disease, decrease insulin resistance by helping to lower blood sugar, increase good cholesterol, and reduce inflammation. The relationship between traditional health and wellness practices and modern science has led to breakthrough discoveries in health supplements. You’ve seen a remarkable gem, golden spice in regular cooking practice, and golden milk turmeric lattes. For thousands of years, people have used turmeric not just for its color and flavor, but for its medicinal properties. Research has shown that the active compound in turmeric, called curcuminoids, has been used for centuries for its surprising health benefits. Ideally, around 2-5% curcumin can be extracted from the underground stems of the turmeric plant. What is Nano-Curcumin? Nano Curcumin is a nano-sized formulation of polyphenolic curcumin, or broken down into microscopic particles. This process makes it incredibly higher in aqueous solubility, making it greater bioavailability for your body to absorb and significantly promising therapeutic modality. You get more of curcumin’s benefits because your body can actually use it. This “higher-solubility” & “bioactive-elements” form of curcumin is capable of preventing or even reversing some regular lifestyle diseases, such as diabetes, metabolic syndrome, influenza, menstrual pain, and research shows can help your body fight back against some of the worst chronic diseases, including inflammatory gastrointestinal tract diseases, osteoarthritis and rheumatoid arthritis, etc.  If you want to get the best results from the primary bioactive substance of curcumin, one has to get the nano formation of curcumin supplement in the purest form. Nano curcumin supplements are among the popular supplements that are synthesized into nanoparticles using nanotechnology by extracting polyphenolic curcumin. Moreover, this curcumin abstract substance could ensure high solubility and better absorption in the body. The Benefits of Nano Curcumin Supplementation For Cardiovascular Health! Cardiovascular disease is the prime cause of death worldwide, posing negative impacts on society. The leading cause of cardiovascular diseases, including obesity, uncontrolled blood pressure, type-2 diabetes, metabolic syndrome, NAFLD (Nonalcoholic Fatty Liver Disease), and unhealthy levels of lipids (fats) in the bloodstream, which in turn leads to many cardiovascular disease. Nano Curcumin is a medicinal herb used as a cardiovascular support supplement, which has been shown to improve our cardiovascular health. The main polyphenol compound of curcumin is abundantly found in the main stem of Curcuma longa (turmeric). Major prospective studies investigating the therapeutic effects of cardioprotective properties on the principal active compound of polyphenol curcumin, and how nano curcumin supplement helps lower the risk factor of cardiovascular incidence. A recent major meta-analysis using random variables in clinical trial pools results has shown that Nano Curcumin supplementation provided some amazing support. The study results show that a randomized, double-blind, placebo-controlled clinical trial was conducted, and nano curcumin supplements were linked to an improvement in the glucose profiles by lowering fasting blood glucose levels are weighted mean differences by up to -18.14 mg/dL, insulin weighted mean differences by up to -1.21 mg/dL, and average insulin resistance (Homeostatic Model Assessment for Insulin Resistance) weighted mean differences by up to -0.28 mg/dL. Surprisingly, using nano curcumin supplements led to increased HDL cholesterol with weighted mean differences of 5.77 mg/dL. Nano-curcumin supplements also demonstrated positive results in anti-inflammatory effects by lowering CRP levels (C-reactive protein), with weighted mean differences by up to -1.29 mg/L. This evidently supports that nano-curcumin can lower systolic blood pressure (SBP). The Benefits of Nano Curcumin Supplementation For Metabolic Health! Diabetes is a typical lifestyle disease occurring among people across the world. Type 2 diabetes mellitus (T2DM) is often a widespread form of diabetes, which is marked by insulin resistance and dysfunction of pancreatic glucose-stimulated insulin secretion. This has been the leading cause of developing T2DM, and is a condition where your body’s cells start to ignore insulin’s signal to take in sugar from your blood. This happens due to higher levels of LDL, triglycerides, total cholesterol counts, and lower levels of HDL, which are very common among diabetic patients.   The same research that highlighted nano curcumin’s heart benefits also showed its positive effects on insulin resistance. By helping to lower blood sugar and insulin levels, it appears to make the body more sensitive to insulin’s signals again, especially for the millions of people suffering from high blood sugar. The lack of adequate medical benefits in consideration of significant improvement after using synthetic diabetic drugs, thereby adding efficacy and precision to the use of plant extracts as natural compounds, has increased. The use of medicinal herbs has been used as far back to mankind itself, and is considered as safe with fewer experiencing negative side effects. The nanoparticles of curcumin have greater bioavailability, solubility, and perceived effectiveness. So, using nano curcumin supplements is giving favorable results as the best form of a natural source of curcumin. The availability of hydrophobic polyphenol substances in Curcumin (diferuloylmethane) has many different kinds of biological and pharmacological benefits, especially reducing blood cholesterol levels, lowering blood glucose levels, antioxidant and anti-inflammatory properties. Curcumin is also very effective in controlling oxidative damage by neutralising free radicals. Anti-Inflammatory Effects of Nano Curcumin in Inflammatory Diseases:    Inflammation plays a complex pathological role in the human body. The inflammatory response typically occurs in response to noxious stimuli and tissue deformation to keep the body’s biological systems stability. A little achy, a little tired, and certain chronic…body is inflamed. That feeling is often due to chronic inflammation. It is our body’s alarm system getting stuck in the “on” position. It’s referred to as our body’s survival mode. While short-term inflammation is good (it helps heal a cut or fight an infection caused by injuries and invaders like germs), in consideration of that, long-term inflammation is a troublemaker. It can contribute to a whole host of chronic diseases, from joint pain, arthritis, pancreatitis, cardiovascular, neurodegenerative disease, inflammatory bowel disease(IBD), and nonalcoholic fatty liver, even affecting your mood, which in turn exacerbates the risk of chronic inflammation. So, how do you calm

Share When a couple is desperate to have a baby, the conversation often focuses on the ambivalent female partner’s health. But that’s only giving one side of the story.    Male fertility is a complex interplay of multifactorial conditions that lead to sperm epigenetic alterations—accounting for up to 50% cases where couples have trouble conceiving. So, if couples have trouble conceiving despite having frequent and unprotected intercourse, it is considered an inability to conceive.   Understanding male fertility can feel intimidating and is a 50% contributor to the cases!      Multiple factors have been identified as major causes and are closely linked with male infertility, including; Endocrine disorders: Failing to release hormones the way it is supposed to be. Enlarged scrotum: Abnormalities of both external and internal organs (testis, scrotum, and penis – varicocele). Ejaculatory duct obstruction: Blockage in the sperm ejaculatory ducts. Abnormalities in Sperm Production: Aspermia (no semen during ejaculation), Hypospermia (abnormally low semen volume every time), Azoospermia (no sperm in the semen), Oligozoospermia (less than 15 million sperm/mL in semen), Asthenozoospermia (low sperm motility). Lifestyle problems: This includes taking tobacco products, higher alcohol intake, illicit drug misuse, poor diet & sleep quality, sedentary lifestyle, and physical inactivity, etc. Psychological issues: Feelings of sadness, depression, anxiety disorders, grief, etc.  Continuous stimulation of the penis will result in the ejaculation of a white-grayish testicular fluid, called semen. Semen or seminal fluid contains a mixture of sperm cells (1/600 inch long or 0.05 millimeters in size) mainly made in the testes, start the maturation process of spermatozoa in the epididymides, and are discharged during sexual arousal, once the sperm starts to ejaculate and come in contact in the cervix and uterus to bind the egg in a fallopian tube, sperm capacitation process takes place.   The WHO has recommended some measured parameters for good semen quality and motility.   Parameter Value Ejaculation volume >1.5 mL Semen pH >7.2-8.0 (below 7 indicates lower conception chances and above 8 may indicate weak sperm motility, plus the donor is infected) Seminal fructose levels >13 μmol/ejaculate Total sperm number 39 million/ejaculate or above  Sperm morphology >4% normal forms threshold using the Tygerberg method Sperm concentration 12-16 million/mL Vitality >58% live sperm Progressive motility >32% or more Viscosity  <2 cm after liquefaction                The Cellular Damage: Oxidative Stress Resulting In Sperm DNA Fragmentation! (Published in Metabolites, April 2025)   Sperm DNA fragmentation can be a result of many external contributors, including smoking, drinking, infections, pollutants, etc. However, many researchers now hold the belief that oxidative stress is the largest contributor to sperm DNA fragmentation. A number of studies have shown that males have a higher level of SDF (Sperm DNA fragmentation) associated with male infertility due to poorly condensed chromatin, resulting in sperm DNA and chromosomal abnormalities. This refers to the DNA becoming broken or damaged in the sperm’s nucleus, a condition called Sperm DNA Fragmentation (SDF).   Noticeably, a higher DNA Fragmentation Index was mostly found in oligozoospermic males compared to males with normal sperm parameters (normozoospermic males), so high DFI sperm have lower rates of successful fertilisation.     It can cause major problems, including: Failure to conceive naturally Low success rates with IVF and ICSI Increased risk of miscarriage This is why a man can have a “normal” sperm count but still face fertility challenges. The poor quality of the DNA likely relates to defective spermatogenesis and is as important as the number of sperm.   Intrinsic apoptosis, abnormal protamine content in sperm and excessive ROS production are believed to be major contributors to the higher concentrations of SDF. Good parameters of sperm DNA integrity mean males have low sperm DFI, leading to an increase in pregnancy outcomes.   According to the current available evidence, it is a widely held view that a DFI value ≤ 15% indicates normal, 15< DFI <30% is average, while a value of DFI ≥ 30% is considered as High DFI levels, which means significantly fragmented DNA or set as DFI abnormal group.   ≥ 30% DFI  is considered to have a high sperm DNA fragmentation majorly contributes to male infertility. (Source)     What Makes Male Fertility?   For successful fatherhood, you need healthy and fertile sperm; your sperm should have thick semen, a smooth oval-shaped head (5-6 μm long and 2.5-3.5 μm wide) and an uncoiled normal tail. Doctors usually look at three key factors: Count: Are there enough sperm in/millilitre per ejaculation of semen? Motility: Can they efficiently swim or move well? Morphology: Do they have an oval-shaped head? One of the most common issues is low sperm motility, a condition called asthenozoospermia. In simple terms, it means the swimmers aren’t strong enough to complete their long journey to reach the egg, and this is considered a major contributor to male infertility. According to reports published on Basic and Clinical Andrology by a group of scientists, Gou, C., Zhou, Z., Chen, Z., et al.: Studies have shown that ASZ is solely responsible for around 19–20% of male infertility cases. The Root Cause: Phenomenon Caused by Cellular Rust (Oxidative Stress) [Published in Medicina (MDPI), June 2024]   So, what causes all this damage? One of the major causes at the cellular level is called oxidative stress.   Studies have proved that when a sperm function is low, harmful effects of excessive reactive oxygen species, and abnormally shaped sperm can potentially induce cell DNA damage, including DNA denaturation and SDF, lipids and proteins. Hence, human asthenozoospermia damages the integrity of the sperm plasma membrane and function.   So male fertility, according to WHO, is the inability or failure to make a fertile female get pregnant.   The specific hormones involved include: Follicle-Stimulating Hormone (FSH) is released  from the anterior pituitary gland (gonadotropic cells) Gonadotropin-Releasing Hormone (GnRH) is secreted from the brain’s Hypothalamic neurons  Inhibin Hormone is secreted from the Sertoli cells Luteinizing Hormone (LH) is secreted from the pituitary gland  Testosterone is secreted primarily from the testicles    Your Wellness Factor in Your Sperm Fertility Journey!   To map your

Share Regular strength training gives you resistance to stress in skeletal muscles, commonly perceived as high-intensity anaerobic exercise. Our body’s adaptive response to high-intensity exercise mediates the post-acute phases of mitochondrial response, making the athlete’s training hit their peak power. It improves your muscle strength and joint flexibility, and lowers your chance of injury and falls. Right after your heavy power lift, picking up a training for a century bike ride, or an endurance test on a grueling triathlon, you felt exhilarating and severe debilitating pain in muscles, called Delayed-onset muscle soreness (DOMS). DOMS is the severe swelling, muscle tightness, or muscle tenderness that mostly appears in elite athletes as a result of a tear in muscle fibers after attending a new form of strenuous exercise, often peaks 1–2 days after lifting heavy, and lasts for 72 hours. And to add insult to injury after lifting heavy at the gym, tension-generating muscles overstretched in response to eccentric exercise lead to microtrauma (microtear formation within muscle fibres), which is characterized by damage to muscle fibers, tendons, or bones, resulting from repetitive motions or stress. Your Muscles on Stress: A Controlled Waste! In addition to alteration of intracellular Ca²⁺ homeostasis, which enables changes in structural elements of cell membranes and the ability of fluids to pass. The structural muscle damage and the wasting of muscle tissue, exercise-induced muscle damage, and breakdown of intracellular proteins cause myoglobin, lower the amount of creatine kinase in blood serum, and promote the release of lactate dehydrogenase (LDH), which means intercellular damage occurs, and develops acute local inflammation. Does this sound very familiar? You trained for months, you ate a balanced and protein-rich diet, you did the Back squat, Bench press, and Deadlift. So why does your body feel so broken down and your immune system become weak after participating in endurance exercise? One important amino acid out of 20 different amino acids, you’ve probably heard about: L-glutamine. Glutamine is the most abundant amino acid, found in blood plasma and skeletal muscle, which promotes the concentration of amino acid content within muscle tissue. What is Glutamine, Anyway? Glutamine is characterized as a nonessential amino acid. It is synthesized well by cells from CDs-gluc (glucose‐derived carbons) and metabolized in amino acid containing nitrogen. Think of it as your body’s jack-of-all-trades. It helps build protein, supports gut health, and, most importantly for our story, it’s the primary source of energy for your immune cells. Your body can make its own glutamine, means it is commonly synthesized naturally in skeletal muscle, so it’s considered a “nonessential” amino acid. But it’s also “conditional.” That means under normal conditions, you make abundant. But during periods of intense biological stress—like, say, both lengthy and high-intensity exercise such as running 26.2 miles—your body’s depleted plasma glutamine concentration and demand for more glutamine levels. It needs more than it can produce, and it starts pulling it from wherever it can. The Great L Glutamine Supplement Benefits: Short Sprints vs. The Long Grind! Here’s where things get interesting. The type of exercise you do changes how your body handles glutamine. Short, Intense Workouts (The Sprinter): If you do a high-intensity interval training (HIIT) session or 20-30 min easy sprinting up a hill or pulling 20Kg extra on bench press sets, your body actually increases its glutamine production. You felt painful muscle contractions and tightening to help manage the byproducts of that intense effort. The workout is over before your body has time to get into a serious deficit. Prolonged, Endurance Exercise (The Marathoner): This is where the problem starts. During a long, steady-state effort in a structured workout such as a marathon or a long-distance cycle, your body depletes the source of energy, rhabdomyolysis happens, and you lose fluid, your body goes into survival mode. Fuel Crisis: Your primary fuel stores (muscle glycogen) run low, and boost ATP synthesis during high-intensity exercise. Your liver and kidneys get good amount to make muscle glycogen for energy (a process called gluconeogenesis). Their go-to source? L-Glutamine supplement. They start pulling it from your blood faster and supply it to the muscle tissues. Stress Hormones: Prolonged exercise spikes your cortisol levels in the bloodstream to near maximal levels. Increased cortisol is a stress hormone that means your body to break down tissue and need blood glucose. This process also drains your glutamine content. Immune System on High Alert: Your immune system, working hard to manage the inflammation from muscle damage, also starts consuming massive amounts of glutamine. It’s a perfect storm. Your body is robbing Peter (your muscles and immune system) to pay Paul (your immediate energy needs). Studies show that after a marathon, an athlete’s plasma glutamine levels can plummet and stay low for hours, even days. The Immunity Connection: Why You Get Sick? In mammals, glutamine increases the number of cellular responses to stimuli like antigens or mitogens, both are responsible for strengthening the immune system and boosting the body’s ability to fight infection and build better immunological memory. The theory proves the need for glutamine concentration for both ATP production and de novo nucleotide pathways in immune cells, which suggests that the decrease in plasma glutamine below ∼600 μmol/L worsens immune function. Your immune cells—the lymphocytes that fight off viruses and bacteria—are dying. Without their primary glutamine levels, they can’t multiply or function effectively. Your body’s defenses are compromised. This effect can be even more common as we get older. Scientists have a term for the low-grade, chronic inflammation that comes with aging: “inflammaging.” An older athlete already operates with a baseline level of inflammation. Add the acute stress and glutamine depletion from a long term, and it’s a setback that can make recovery much longer and often lead to falling sick. Overtrained and Getting Pain in Muscles? The Truth About Glutamine and Your Recovery! You’re pushing hard to make bigger muscles. You follow your training plan to the letter, hit your extra reps, and never miss a lag day. But something feels off. Your performance

Share Weightlifting demands brute strength; it’s an all-out effort, including deadlifts, full-range-of-motion heavy-weight leg squats, heavy barbell bench presses for chest muscle, bicep curls, throwing weights, wrestling, and gymnastics, all of which require neuromuscular coordination to work together in repeated intervals. This heaviest pull-off weight is essential for the strength of our muscles, and our nervous system and muscle tissues are engaged heavily to enable body movement, which means it sets our mind to be ready to end up lifting heavy, so we feel brave to explode in a gym session to lift the heaviest easily. A Purposeful walk, let’s do it in determination! You step up with determination at the gym, you know that pain gives you the strength for tomorrow. Sometimes you may enjoy a high-intensity workout routine in each session that you actually maintain over the long term. You walk into the gym, and a little voice in your head says, “Today, we are lifting heavy.” You pick up the bar, and it feels like a monster. This incredible pull during strength training does more than just make you strong. It gets your mind ready to lift heavy, so your courage and willpower feel you brave enough to honour your personal best. Physical Effort Yields Rewards! Every drop of sweat can transform your body, you start to burn calories. This physiology of lifting heavy demands the critical role of nutrition for your body. You need essential vitamins, minerals, amino acids, complex carbohydrates, protein, unsaturated fatty acids, antioxidants, and other nutrients that help boost your energy. Good nutrition can optimise your performance before, during and after competition days. It supports your rigorous training program and helps you bounce back faster (effective recovery) between gym sessions. Credible science behind widely accepted diet plans and lifting weights contributes to a supportive element for nearly all athletes. It makes you stronger, gives you more stamina, lifts your endurance, gives you more power, makes you faster and overall increases your resilience. For this winning journey, nutritional interventions and substantial improvement in diet policies, strategies, and programmes could ensure faster post-exercise recovery, and visible muscle growth is indispensable in exceeding limits to create tomorrow’s success and sustain growth. We analyse here some comprehensive reviews and explore how weightlifters can optimise their performance through targeted nutritional strategies, including why weightlifting muscle strains happen. We will also figure out what the common symptoms and causes of Muscle strains are. And how can nutrition play a role to speed up muscle strain recovery after prolonged exercise? Resistance training is a common pursuit for many Americans, from fitness-conscious individuals to world-class athletes. Sports medicine and exercise science expert Dr. Alexios Batrakoulis (PhD, FACSM, ACSM-EP, ACSM-CPT, EIM* in Clinical Exercise Physiology) says, “Muscle strengthening using functional and traditional training remains a major and considerable strenuous exercise giving a substantial development and evidently showing its significant result on health and boosting endurance.” Another sports medicine expert, (MS, PhD, ACSM-EP) Dr. Rachelle Reed adds,  “Strength training programs are a key part of the mainstay of body strength and core muscle training across the world. Now, many people do practise routine strength training as their longevity programme, strong muscle keeps physical function well, and strong muscles improve our movement, boost blood circulation, and lift our energy levels, and help maintain quality of life.” What’s Happening with Exercise-Induced Muscle Damage (EIMD)? We’ve three major muscle tissues, including cardiac, smooth, and skeletal muscles. All three major types are built upon complex cellular components, Skeletal muscle, cardiac functions, and smooth muscle tissue. And skeletal muscle often plays a major role to ensure our primary movements and posture. Do you feel muscle sore (pain due to damaged muscle tissues) a day or two after a rigorous workout session? That’s called EIMD. It commonly happens when a new athlete participates gets damages their muscles when participating in a new workout, learn new techniques in the gym to target major muscle groups, or pumps up the volume or intensity of their routine. EIMD can make you feel a little performance drop for a while, and it is commonly caused by striated muscles or sarcomere muscle cells (constant tension due to isometric muscle contraction). You might feel more tired, your muscles might not be as strong, and you might just feel sore. The worst of it usually hits you 24 to 48 hours after your workout. Why Muscle Strains Happen? Exercise-induced muscle damage has been a major topic in sports science and exercise integrity research for over 30 years. It refers to a condition that happens when short changes in the architecture of cells, called higher myofibrillar disruption, happen after strenuous eccentric contractions due to heavy-weight and flow-restricted exercise, leading to disrupted skeletal muscle power and strength, triggering delayed onset muscle soreness, muscle swelling, a reduction in normal arc of movement, and an increased in protein-rich fluid flows into the interstitial cells, and a rise in skeletal muscle temperature.      Muscle strains happen when muscle fibers tear or may cause overstretch of a muscle fibers or tendon. This often happens when your muscle is stretched too far or too fast. Think about it: a muscle strain is an overstretched of fibrous tissues or a tear in a muscle. In weightlifting, this can happen if you lift too much weight without a good warm-up, use bad form, or don’t let your muscles rest between sessions. Symptoms of a Muscle Strain! You will know it when you feel it. Here are some signs: A sharp pain in the muscle Swelling and bruising Trouble moving the muscle Pain when you touch the muscle A muscle cramp or a spasm You decide to try something new, maybe adding weighted squats to train your glutes, hamstrings, and quads or a different kind of deadlift heavy to target multiple muscle groups. The next day, you feel muscle stiffness mostly in your lower and upper middle back. Your muscles are sore. This is a common effect of  Exercise-Induced Muscle Damage (EIMD)! EIMD may lead to

Understanding the Role of Soy Isoflavones in Managing Menopausal Symptoms in Perimenopausal and Postmenopausal Women! Menopause marks a major chapter in a woman’s life and the continuum onset of 12 months without a menstrual period—about one-third of women’s lives are spent in this phase. However, many women find the menopause symptoms are unacceptable things in routine life and believe they must simply put up with them. That doesn’t have to be the case. Did you know that understanding menopause and taking natural menopause support supplements with micronutrient effects like soy isoflavones and calcium carbonate can really make a purported health benefit to perimenopausal and postmenopausal women? What Happens During Menopause? Menopause triggers the end of a woman’s reproductive years and the permanent cessation of the menstrual cycle, and a decline in estrogen levels among women over the age of 50. Seemingly, on the surface, it means periods ending permanently, but there’s much more happening beneath the surface of Menopause. Women’s body undergoes a lot of changes during the onset of Menopause, including hormone levels declines, especially estrogen, which drops sharply, weak bones, early fatigue, and many more changes in quality of life. This causes everything, including physiological changes such as your skin looking older and suffering irregular sleeping cycles. Common Characteristics of Menopause! If you’re into menopause, your body may produce lower levels of estrogen, and you’ll start to experience all or a number of symptoms in your life. On your transition into menopause, your body may turn on some or all of the following symptoms: Hot flashes become more common. Bones become weakened due to loss of bone mineral density. Even feels pain in bones. Joints may ache or cause painful movements. Every day, experience mood swings. Vaginal walls become dry and often feel pain during sex Low interest in sex (decreased libido) Low of memory Sleep troubles might lead to full-blown fatigue or anxiety. In short, menopause can significantly alter your daily life. Symptoms Can Vary – Some Feel It More Than Others! During menopause, the ovaries stop releasing eggs, and hormone levels such as estrogen and progesterone start declining. Similarly, the above-mentioned physical and emotional symptoms can vary greatly from one woman to another. Means not all women experience menopause the same way. Some barely notice a change, while others face symptoms that genuinely disrupt their daily lives. These symptoms can include hot flashes, night sweats, mood swings, fatigue, sleep cycle problems, etc. For example, insomnia is often a major issue for menopausal and postmenopausal women. This happens because of lower levels of estrogen and melatonin when women have undergone menopause; these hormones greatly regulate sleep cycles. Your sleep problems can then affect mental focus, leading to irritability and overall quality of life. Menopause Isn’t Just About Age! Menopause before the age of 40 gets marked as premature menopause, or more technically, primary ovarian insufficiency (POI). Women with POI can still have irregular periods. Even though this is less common, it highlights how diverse the menopausal experience can be. The Numbers Are Scaring: Globally, among all of the female population 10% females are postmenopausal women. Every year, about 25 million women worldwide go through menopause. By 2030, experts estimate that 1.2 billion women will be going through or have gone through menopause, especially 47 million new entrants each year. (Source: “The demography of menopause – Author Kenneth Hill“). This shows just how important it is for health services and communities to recognise and support these women. Why Menopausal Health Needs Special Attention? Menopausal and postmenopausal women face health challenges different from those of men of the same age or younger women. Lower estrogen levels affect bone health, loss of libido, sleep troubles, fatigue, heart health, and skin elasticity. So, keeping your nutrition on track and proper diet plans should contribute to these unique needs, all of which could aim to support strong bone health, improve mental health, personal wellbeing, and skin health. Bring Natural Support: Nutraceuticals and Phytoestrogens! Many women look for natural ways to ease menopausal symptoms. Nutraceuticals, which are natural compounds found in foods or menopause support supplements that help replenish some of the menopausal-related symptoms, specialise in menopause women offer some hope to women with menopause. Nutraceuticals are found in a few natural bioactive molecules in foods or supplements can deliver additional health benefits beyond their common nutritional value. SUPREMO NUTRITION’s Ultimate Menopause Support supplement especially contains a multi-nutrient blend including soy isoflavones, calcium carbonate, sodium borate, Vitamin D3, E, and sodium selenite – which support women during their menopause phases, including perimenopause, menopause, and post-menopause. Soy isoflavones are best known for weak estrogenic or mimicking thyrotropin hormone functions. Phytoestrogens found in plants mimic estrogen and can interact with hormone receptors in the body. One of the most studied groups of phytoestrogens is isoflavones, abundantly found in soybeans. Research shows soy isoflavones may help reduce menopausal hot flashes. A meta-analysis reviewing 16 studies with around 1,700 participants found these compounds reduced menopausal hot flashes by about 25% beyond what a placebo could do. However, the effects take time — it could take over 12 weeks for noticeable benefits and up to a full year to see significant improvement. NOTE: Over 80% of women experience hot flashes and night sweats, which are treated as common menopause symptoms.  Can Affect Mood and Energy Levels: Menopause can affect mood and energy levels, too. Some studies suggest soy isoflavones might improve mood swings and reduce fatigue, although more research is needed. These findings give women more options to try supplementation with soy isoflavones alongside traditional treatments. Final Thoughts! Women’s menopause isn’t a one-size-fits-all experience. Women’s menopause symptoms are indeed varying widely, and the best approach is to focus on finding out the individual nutritional needs to lower down menopausal symptoms. The growing number of women transitioning through menopausal and postmenopausal phases worldwide means more attention must go into research and care for this group. Supremo Nutrition’s commitment to women’s health is to give priority to their nutritional

Loss of libido is predominantly common and causes trouble in males over 40 years of age in the UK and US adults! Expression of sexuality is a basic human instinct. Males have an innate biological urge to have sex with females. People often feel reluctant to talk about it. But it’s human nature to find it enjoyable. Let’s talk openly about something a lot of folks deal with but few want to chat openly about—loss of libido, or as many call it, a loss of sex drive. It’s more common than you think. As per data, one in five men and even more women run into this issue at some point in their sexual response cycle (sexual response cycle—is entirely physical and emotional arousal, and men often engage in sex or masturbation). Now, why does libido drop? What are the reasons men lose their libido? It’s closely linked to work-related stress, sudden mental trauma, the chaos of a disorganised family, or sudden changes in life’s biggest moments, such as pregnancy, having a baby, or breastfeeding, can take the wind out of your sails. It’s like your body and mind say, “Hey, we’ve got bigger fish to fry right now.” Totally understandable. However, people suffering an unexpected loss of libido or low sex drive sneaks up suddenly – especially when it persists for a period of time or keeps returning – can also mean falling levels of sex hormones, some sort of serious medical issues, lack of proper nutrition, or lifestyle problem, which can be upsetting to both partners in a relationship. What defines a low libido or Low Sex Drive? It’s simply when your interest in sex drops compared to what you’re used to. Maybe you want sex less often or feel a weak desire. Sometimes it’s just temporary; other causes, it stays for a long time. So, do not get confused with something related but different—erectile dysfunction, or ED. ED happens when a man can’t achieve or when a penile erection isn’t hard enough to enjoy sex. There is no clear definition of time durability, but it usually lasts six months or more. Most men over 40 commonly experience ED, and problems are commonly seen when men get older and live with other co-morbidities. Symptoms of ED often show up with many health problems like cardiovascular disease, diabetes, cancer, immune disorders, or high blood pressure. Some sort of physiological and biochemical processes affect blood flow to the cavernosal arteries, weak nerves, changes in hormones, smooth corpus cavernosum, or multi-layered structured tunica albuginea, as a result, men suffer from erectile dysfunction. In fact, nearly half of the men with known coronary artery disease may suffer from ED. It can be a sly early warning sign of bigger cardiovascular issues. So, suffering from ED might be telling you to check your heart health. Now, beyond the medical terminology, the problem can sometimes affect your relationship. Ever heard the phrase, “Familiarity breeds contempt or derision”? Well, it might just kill the passion in your bedroom. Long-term relationships can turn into a little routine, and that erotic thrill can fade over time in certain degrees of relationships. Do you know the real reasons for your loss of sexual desire? If sex feels hard or uncomfortable—like inability to achieve harder erections or feel insufficient pleasure with women, or issues with premature, delayed ejaculation for men—that’s another burden. These are real problems, and luckily, most of them can be reversed once you start adding good nutrition to your diet. In recent times, it’s common to see sex drives take a nosedive; obviously, low libido is often tied to several factors that creep up on us, like too much stress raises the cortisol hormone, and its related genes might affect testosterone levels in humans, chronic hyperglycemia or type 2 diabetes mellitus, or just simple getting older. Here’s the real-talk breakdown of what might be going on if your desire has gone “Missing In Action”. Stress, Anxiety, and Being Dead Tired! Think about the last time your job ran you ragged or your life felt like a non-stop treadmill. Prolonged mental exhaustion and anxiety can drain your energy and tired. It’s a serious health issue that makes you experience abrupt changes in mood that can last for a long time. These feelings of sadness make you abstain from daily activities, including your sex life. When you’re constantly anxious or fatigued, your body changes to denial mode or pushes pleasure right to the back burner. If you don’t get a break soon, that low sex drive can last for a long time or forever. Sometimes, the answer is small lifestyle tweaks—sleep more, at least 8 to 9 hours a day, consume less caffeine, take proper nutrition to boost libido, and do strenuous exercise on a regular basis. At other times, you may need to consult your doctor to determine the cause. When Sadness Isn’t Just Sadness! If you’re feeling down for a few days, that’s life. But continued sadness turns to depression. That’s a whole different beast. This isn’t just feeling blue—we’re talking about overwhelming sadness, feelings of hopelessness, and a lack of interest in things once we enjoyed, including sexual arousal. It’s a serious health issue and can destroy your daily groove. If this sounds familiar, check your health, including food habits. Good libido support supplements have important dietary components, including Tribulus terrestris fruit extracts, Withania somnifera root extract, and Maca root extract, all of which act together to give aphrodisiac substance and provide estrogen-like effects on the human body. Once you start taking with your daily meal, it can improve your libido even better.  The Booze and Drugs Factor! A couple of beers once a week? That’s fine. But downing a bottle every night? Not so good. Too much alcohol is a libido killer. You slowly lose your sensory systems and your sex drive. Men should keep to two to three units a day maximum, women one to two. And drug misuse—it destroys your sex