There is a nerve in your body that connects your brain directly to your heart, your lungs, and your gut. Scientists call it the vagus nerve. What it does when you worship will change how you think about praise. The vagus nerve is the longest cranial nerve in the human body. It runs from the brainstem all the way down through the neck, chest, and abdomen. It is the primary pathway of what researchers call the parasympathetic nervous system, the system responsible for rest, recovery, digestion, and immune function. When the vagus nerve is activated, heart rate slows, blood pressure drops, inflammation decreases, and the body shifts from survival mode into restoration mode. Researchers have identified three primary activators of the vagus nerve. Deep, rhythmic breathing. Cold water exposure. Singing. Not listening to music. Singing. The act of producing sustained vocal tones activates the vagus nerve directly through the muscles of the throat and the vibration in the chest cavity. Psalm 100:1-2 says make a joyful noise to the Lord, all the earth. Serve the Lord with gladness. Come into his presence with singing. The Hebrew word for joyful noise is rua, meaning to shout, to raise a battle cry, to produce a loud, sustained vocal sound. God did not design corporate worship as a warm-up for the sermon. He designed it as a full-body, neurologically active, physiologically restorative event that shifts your entire system from survival mode into the mode your body needs to heal, receive, and function at its highest level. When you lift your voice in genuine worship, you are not just expressing gratitude. You are activating a nerve God designed that tells every organ in your body it is safe to restore. Your voice was built to heal you. Use it. Dr. Zac Breckenridge

A landmark clinical study with over 1,000 participants reveals the dose-dependent power of nattokinase to shrink arterial plaque, improve lipid profiles, and do it all without side effects. Atherosclerosis and the Limits of Mainstream Medicine Atherosclerosis--the progressive narrowing of the arteries due to plaque buildup--is a leading cause of heart attacks and strokes. For decades, mainstream medicine has leaned heavily on statins and surgical interventions, but these approaches often address symptoms rather than root causes. Worse yet, many patients experience significant side effects from long-term statin use, including muscle pain, liver damage, and increased risk of diabetes. The hunt for a safer, natural solution has brought attention to nattokinase (NK)--a fibrinolytic enzyme derived from fermented soybeans (natto). Long valued in traditional Japanese medicine, NK is now under scientific scrutiny for its potential to dissolve blood clots, reduce blood pressure, and reverse plaque accumulation. The Study: Real-World Evidence in 1,062 Participants Published in Frontiers in Cardiovascular Medicine, this large-scale clinical study evaluated the effects of nattokinase on atherosclerosis progression and hyperlipidemia over 12 months. Participants took either 10,800 FU (fibrinolytic units) or 3,600 FU per day. The findings were nothing short of remarkable: - At 10,800 FU/day, NK led to a significant reduction in the thickness of the carotid artery intima-media and the size of carotid plaques. - Plaque regression rates ranged from 66.5% to 95.4% depending on individual factors. - No adverse effects were reported at this high dose. Conversely, participants taking 3,600 FU/day saw no significant improvement--clearly indicating that the commonly recommended dose may be too low to be effective. This research strikes at the heart of cardiovascular disease mortality. Unlike statin drugs, which aim to suppress LDL levels without addressing arterial integrity or clot risk, nattokinase directly targets the fibrin matrix and plaque structures responsible for occlusion. It represents a root-cause approach--something sorely missing in modern pharmaceutical paradigms.

What can you do when you're stuck in the car with a toddler screaming "I'm hungry!" ?? Any parent knows how important it is to have snacks at the ready. But with all the options out there, how do you find good snacks? Clean meat sticks like Archer or Chomps are great as the protein will tie them over longer! However, for those "better" swaps, I've also included some sweeter fruit based snacks as well. What would you add to this list?? Pure Organic Fruit Bars (Walmart) Fruit Crisps (walmart) Solely Mango Gummies (Target) Bear Fruit Strips (Target, HEB) Archer Mini Beef Sticks (Walmart, Costco, Target, HEB) Simple Mills Peanut Butter Cookies (Kroger, HEB) Perfect Mini Protein Bars, contains some dairy, (Target) Larabar Fruit and Nut Bars (Walmart, Kroger, HEB, Target) Simple Mills Cheddar Puffs (Target, HEB, Walmart)

A new study in Molecular Nutrition & Food Research offers a close look at how refined wheat flour promotes weight gain through a mechanism most people don't consider: reduced energy expenditure rather than excess calorie intake. Researchers gave mice free access to standard chow alongside wheat-based foods including bread and baked wheat flour. The mice strongly preferred the wheat foods and showed significant weight gain by the fourth week. Total caloric intake was comparable between groups throughout the study. What differed was how efficiently the mice burned energy: indirect calorimetry showed reduced oxygen consumption during both the active and resting phases, with no difference in physical activity levels. Wheat-fed mice also developed elevated insulin and leptin, with patterns consistent with leptin resistance emerging over time. Blood metabolite analysis revealed reduced levels of all eight essential amino acids in males (likely because mice were eating wheat instead of more nutritionally complete chow) and elevated fatty acids including palmitic and oleic acid. Liver gene expression confirmed upregulated fat synthesis and lipid transport, suggesting the body was converting excess carbohydrate to fat and packaging it for circulation. When mice stopped eating wheat, weight gain halted within one week and metabolic changes reversed. This is animal data and needs to be interpreted with appropriate caution, but the mechanisms identified here align closely with what we know about refined carbohydrate metabolism in humans.

In 2022, researchers with Thailand's Princess Srisavangavadhana College of Medicine put cabbage leaves' effectiveness for osteoarthritis (OA) to the test against a cooling gel pad or diclofenac gel. One group used a cooling gel pad for 20 minutes once a day, while another group used diclofenac gel four times a day. The third group applied a cabbage leaf for one hour daily. After four weeks, both the cabbage leaf group and the cooling gel pad group had significant improvements in pain as well as Oxford Knee Score, which measures pain and function in the knee. Outcomes were similar for the cooling pad and cabbage leaf groups, and outperformed diclofenac gel. According to the team: "Their therapeutic effectiveness was better than that of diclofenac gel … our cabbage leaf therapy demonstrated substantial pain reduction in patients with knee OA with no side effects. Furthermore, our cabbage leaf therapy is an easily accessible and safe option with a low economic burden in terms of hospital expenses for patients with OA undergoing costly treatments with substantial clinically associated side effects and adverse events." Previous research has also found cabbage leaf wraps to be more effective for knee osteoarthritis than usual care. In one study, women who applied cabbage leaf wraps for four weeks reported significantly less pain than those who received usual care. The researchers noted, "Although it is more convenient to use a cooling gel pad to treat OA knee, it is more beneficial to use cabbage leaf in some areas, especially rural areas where it is an inexpensive home remedy to relieve knee pain." Further, the cabbage leaf resulted in no side effects, while diclofenac gel can cause burning, itching and redness, along with headaches, eye pain, skin ulcers, chest pain and other adverse effects. Cabbages leaves are also useful for relieving pain, engorgement and hardness that can occur during breastfeeding. One systematic review found cold cabbage leaves may work better than routine care for breast pain and breast hardness, while room temperature cabbage leaves may relieve breast engorgement better than a hot water bag.