Coffee is a popular beverage enjoyed by many around the world, and it is known to offer several potential health benefits. It's important to note that the effects of coffee can vary from person to person, and moderation is key.
Here are some potential health benefits associated with coffee consumption:
1. Rich in Antioxidants: Coffee is a significant source of antioxidants, which help neutralize harmful free radicals in the body. Antioxidants contribute to overall health and may play a role in reducing the risk of certain diseases.
2. Improved Mental Alertness: Caffeine, a natural stimulant found in coffee, can enhance cognitive function, improve mood, and increase alertness. It may help with concentration and reduce the perception of fatigue.
3. Enhanced Physical Performance: Caffeine can stimulate the nervous system, leading to increased adrenaline levels. This can be beneficial for physical performance by improving endurance and reducing the perception of effort during exercise.
4. Potential Weight Management Aid: Caffeine is often included in weight loss supplements because it can boost metabolic rate and enhance fat burning. However, the effects may vary among individuals.
5. Reduced Risk of Certain Diseases: Some studies suggest that regular coffee consumption may be associated with a lower risk of certain diseases, including Parkinson's disease, Alzheimer's disease, and certain types of cancer, such as liver and colorectal cancer.
6. Liver Health: Coffee has been linked to a reduced risk of liver diseases, including liver cirrhosis and liver cancer. It may also help protect against non-alcoholic fatty liver disease (NAFLD).
7. Improved Mood and Depression Prevention: Some research suggests that coffee consumption may be associated with a lower risk of depression and a reduced risk of suicide.
8. Heart Health: Moderate coffee consumption has been linked to a lower risk of heart failure and may have a protective effect on the cardiovascular system.
9. Type 2 Diabetes Prevention: Some studies suggest that regular coffee consumption may be associated with a lower risk of developing type 2 diabetes.
It's important to consume coffee in moderation, as excessive caffeine intake can lead to negative effects such as insomnia, increased heart rate, and digestive issues. Additionally, individual responses to coffee can vary, and those with certain health conditions should consult with a healthcare professional regarding their coffee consumption.
Since many people are alone when they suffer a heart attack, without help,the person whose heart is beating improperly and who begins to feel faint, has only about 10 seconds left before losing consciousness.
However, these victims can help themselves by coughing repeatedly and very vigorously. A deep breath should be taken before each cough, and the cough must be deep and prolonged, as when producing sputum from deep inside the chest.
A breath and a cough must be repeated about every two seconds without let-up until help arrives, or until the heart is felt to be beating normally again.
Deep breaths get oxygen into the lungs and coughing movements squeeze the heart and keep the blood circulating. The squeezing pressure on the heart also helps it regain normal rhythm. In this way, heart attack victims can get to a hospital. Tell as many other people as possible about this. It could vtheir lives!!
A cardiologist says If everyone who gets this mail sends it to 10 people, you can bet that we'll save at least one life.
Rather sending jokes pls contribute by forwarding this info which can save a person's life.
DISCOVER HOW TO EARN PASSIVE INCOME WHILE YOU SLEEP
Earning money in Network Marketing while you sleep is theoretically possible, but it typically requires significant effort and time investment upfront to build a sustainable income stream. In network marketing, also known as multi-level marketing (MLM), individuals earn commissions not only for the sales they generate directly but also for the sales made by the people they recruit into the company and their downline.
Here are some ways you might earn money in network marketing while you sleep:
1. Building a Strong Team: By recruiting and training a team of distributors who are motivated and capable of making sales, you can leverage their efforts to generate passive income. As your team members make sales and recruit others, you earn commissions from their activities, even when you're not directly involved.
2. Online Marketing and Automation: Using online marketing techniques such as social media, email marketing, and content creation, you can attract leads and customers to your network marketing business while you sleep. By setting up automated systems and funnels, you can continue to generate leads and sales even when you're not actively working.
3. Global Business: Network Marketing companies often operate globally, allowing you to build a business that spans different time zones and geographic regions. By having team members and customers in different parts of the world, you can potentially earn money while you sleep as transactions occur across different time zones.
4. Passive Product Sales: If you have an established customer base or a large network of distributors, you may continue to earn passive income from product sales, repeat orders, and subscriptions even when you're not actively promoting or selling products.
5. Residual Income: Many Network Marketing companies offer residual income opportunities, where you earn ongoing commissions from the sales and activities of your team members and customers. Over time, residual income can provide a steady stream of passive income that continues to grow as your network expands.
While earning money in network marketing while you sleep is possible, it's essential to approach it with realistic expectations and understand that success typically requires consistent effort, dedication, and persistence. Building a successful network marketing business often involves actively engaging with your team, providing support and training, and continually working to grow your network and customer base.
Would You Like to Learn More About a Business Opportunity that Has The Potential to Replace Your Current Working Income Without Quitting Your Job?
You really ought to try it, either full-time or over weekends. We have a great business opportunity. You can run it from home full time or part time, or any combination.
The aging process damages blood vessels, even when conventional risk factors such as cholesterol and blood pressure are within normal ranges.
Despite aggressive intervention with diet, exercise, supplements, and drugs, pathological changes still occur in the arterial wall that predispose aging adults to vascular diseases. The encouraging news is that a non-prescription method has been developed to address the underlying reason why arteries become occluded as people reach the later stages of their lives.
For the past 35 years, the standard way to treat coronary atherosclerosis has been to bypass the blocked arteries. Recuperation from coronary bypass surgery can take months, and some patients are afflicted with lifetime impairments such as memory loss, chronic inflammation, and depression.
The scientific literature reveals that atherosclerosis is associated with high blood levels of homocysteine, C-reactive protein, insulin, iron, low-density lipoprotein (LDL), and triglycerides, along with low levels of high-density lipoprotein (HDL) and testosterone. Optimizing blood levels of these substances can dramatically reduce heart attack and stroke risk.
Prescribing a "statin" drug is what today's doctors typically do to prevent and treat coronary atherosclerosis. Cholesterol and LDL, however, are only partial players in the atherosclerosis process.
ANATOMY OF THE ARTERY
Are the blood vessels that bear the full force of each heartbeat. Laypeople often think of arteries as flexible tubes whose only function is to carry blood that flows continuously throughout the body. In reality, arteries are dynamic, functioning muscular structures that in good health expand and contract to facilitate circulation and maintain optimal blood pressure.
The artery's outer layer mostly consists of connective tissue and provides structural containment for the two layers beneath. The middle arterial area comprises elastic smooth muscle that provides the contractile strength to make possible the artery's expansion and contraction with each heartbeat. The inner layer -known as the endothelium- consists of a thin area of endothelial cells whose integrity is crucial if atherosclerosis is to be prevented.
A vital function of the endothelium is to form a barrier to prevent toxic substances in the blood from entering the elastic smooth muscle in the middle vessel wall. Another specialized function of the endothelium is to react to mechanical forces such as blood pressure and blood flow generated by the heart's beating action. The endothelium releases substances into cells of the middle layer smooth muscle that changes the tone or firmness of the artery.
When endothelial cells sense an injury, they produce signals that prompt smooth muscle cells in the middle arterial wall to change. These changes result in the smooth muscle cells moving toward the site of vascular injury, where they reposition themselves just beneath the endothelial cell layer. In reaction to injury, endothelial cells also produce substances that signal circulating blood cells to stick to the endothelium (instead of effortlessly flowing through the vessel). Atherosclerosis gradually forms in response to this initial injury to the endothelium
Changes in the Aging Endothelium
As we grow older, some of the specialized functions of our endothelial cells become blunted. The self-renewal process weakens. The endothelial barrier becomes leaky. Signals to the middle wall smooth muscle cells that regulate their function become altered.
Smooth muscle cells behave as if in reaction to endothelial injury, migrating to the endothelium, where they multiply and produce matrix proteins that gradually occlude the blood vessel. The addition of these smooth muscle cells and matrix proteins within the sub-endothelial space results in thickening of the artery's inner wall. In older arteries, the inner wall becomes a battleground where multiple reactions occur that are similar to the process of chronic injury. The inner wall dysfunction that occurs in the aging artery provides fertile soil for the seeds of atherosclerosis. All of these processes whereby normal endothelial function is compromised are collectively referred to as endothelial dysfunction
How Atherosclerosis Develops
Atherosclerosis is so common in older adults that some experts used to think it was part of normal aging. An alternative view is that atherosclerosis is a disease process that takes advantage of changes that occur within the aging artery.
The vascular aging process and atherosclerotic process influence each other and become intertwined as we age. The more severe vascular aging is, the easier it is for atherosclerosis to take hold. The more severe atherosclerosis is, the greater its impact on diseases associated with vascular aging, such as stroke and heart attack. Thus, it appears that with advancing age, atherosclerosis and the aging process combine forces.
An often-used analogy for atherosclerosis is a "clogged pipe". This misguided perception either leads to bypass surgery or a procedure in which the blocked coronary artery is forced opened with a balloon catheter (angioplasty) and a stent is implanted to keep the artery open. While these surgical procedures have become necessary for many people, the "clogged pipe" analogy is an inaccurate way to view the process of atherosclerosis.
The Arterial Wall Under Attack
High blood pressure, elevated LDL and triglycerides, low HDL, cigarette smoking, diabetes, obesity, and lack of exercise contribute to endothelial dysfunction and the subsequent development of atherosclerosis.
Additional endothelial-damaging factors include excess levels of glucose, insulin, iron, homocysteine, fibrinogen, and C-reactive protein, as well as low HDL and free testosterone (in men).
Homocysteine is particularly dangerous because it can induce the initial injury to the endothelium. Homocysteine then facilitates oxidation of the fat/LDL that accumulates beneath the damaged endothelium, and finally contributes to the abnormal accumulation of blood components around the atherosclerotic lesion.
Fibrinogen is a clotting factor that accumulates at the site of the endothelial lesion. Fibrinogen may contribute to plaque buildup or participate in blood clot-induced blockage of an artery after an unstable atherosclerotic plaque ruptures.
Glucose at even high-normal levels may accelerate the glycation process that causes arterial stiffening, while high-normal fasting insulin inflicts direct damage to the endothelium.
High levels of iron promote LDL oxidation in the damaged endothelium, while low levels of testosterone appear to interfere with normal endothelial function.
Ang Diabetes ay nangyayari kapag ang iyong blood glucose o blood sugar levels ay masyadong mataas. Ang glucose ay energy na nagbibigay lakas sa iyong katawan, nagbubuo at nagkukumpuni ng mga cells at mga body tissues. Kinu-convert sa glucose ng iyong katawan ang iyong mga kinain upang iimbak o magsilbing enerhiya para magamit sa susunod na pangangailangan.
Subalit ang glucose ay ‘di kaagad napapakinabangan ng iyong katawan ng walang tulong ng insulin, isang hormone na nabubuo ng iyong pancreas, na tumutulong umayos o mag-control ng iyong blood sugar. Ang insulin ay tumutulong para maiwasan ang sobrang pagtaas ng iyong blood sugar (hyperglycemia) o sobrang pagbaba nito (hypoglycemia).
May diabetes ka kapag ang levels ng glucose or sugar sa iyong dugo ay mas mataas kaysa sa normal. Sa diabetes, ang iyong katawan ay maaaring ‘di nakakapag-produce ng sapat na insulin (type 1 diabetes) o kaya ay ‘di epektibong nagagamit ng iyong katawan ang na-produced nitong insulin (type 2 diabetes).
Kapag walang sapat na insulin, ang glucose ay manatili sa iyong system. Sa katagalan, ito’y mag resulta sa seryusong kumplikasyon. Nakakapinsala ito ng organs at tissues ng iyong buong katawan, katulad ng iyong kidneys, mata, puso, at mga nerves.
Ang diabetes ay maaaring magresulta sa stroke, heart disease, pagkabulag, matinding dehydration, paulit-ulit na infections (dahil ang sobrang mataas na glucose levels ay maaaring mag resulta sa mabagal ng pag galing o pag recover ng iyong katawan), posibleng pagputol ng bahagi ng iyong katawan (katulad ng paa at kamay) o kaya ay humantong sa coma o kamatayan.
Kung minsan ay sadyang nararanasan ang pagbaba o pagtaas ng blood sugar levels ng kahit mismong taong walang diabetes. Subalit kapag ang iyong blood sugar levels ay sumobrang taas na ay mag resulta ito sa hyperglycemia. Nangyayari ito kapag ang iyong diabetes ay ‘di nagagamot ng mabuti. Ang iba pang mga kadahilanan ay maaaring bunga ng isang karamdaman, physical activity choices, prescription medications, o kaya ay ang hindi maayos na pag-inom ng diabetes medication.
Kumplikasyon na maaring maidulot ng Hyperglycemia
Ang paulit-ulit na pagkakaroon ng hyperglycemia ay maaring humantong sa stroke, heart attack, or circulation disorders na maaring maging sanhi ng pagkaputol ng paa o kamay, kidney disease (nephropathy), nerve damage (neuropathy), pagkabulag o diabetic eye disease (retinopathy).
Ang Hypoglycemia, sa kabilang dako, ay nangyayari kapag ang iyong blood sugar levels ay sobrang baba. Ito ay maaring sanhi ng maling pag gamit ng insulin o hindi tamang pag inom ng gamot na pangpababa ng sugar levels, higit lalo kapag nalaktawan mo ang iyong diabetes medication. Ang iba pang mga kadahilanan na maaring mag resulta sa sobrang pagbagsak ng iyong blood sugar ay ang sobrang pag-inom ng alak, hindi maayos na pag ehersisyo, o kaya ay ang pagkain ng wala sa tamang oras.
Kumplikasyon na maaring maidulot ng Hypoglycemia
Kapag ‘di naagapan, ang hypoglycemia ay maaring mag resulta sa severe confusion o pagkawala sa sarile, mawalan ng malay, seizures, coma, or death.
Sanhi ng Diabetes
Hanggang ngayon ay ‘di pa rin batid ang tunay na sanhi ng diabetes. Ang katawan ng mga taong may type 1 diabetes ay walang kakayahang lumikha ng sapat na insulin dahil may problema sa kanilang pancreas, kung kaya’t kinakailangan nilang mag-inject ng insulin upang makabuo ng glucose.
Hinala ng scientists ay mismong sariling immune system ng mga taong may diabetes ang sumisira sa kanilang pancreas. Maaring sanhi ito ng virus infection. Ang karamdaman ng iba ay maaring sanhi ng genes or environmental factors. Samantala, ang type 2 diabetes naman ay maaring sanhi ng insulin resistance (ang iyong katawan ay ‘di kayang i-absorb o gamitin ng maayos ang insulin).
Ang type 2 diabetes ay maaari ring sanhi ng combination of genetics, environmental, and lifestyle factors. Maari kang tamaan ng diabetes kapag ‘di ka gaanong gumagalaw o ikaw ay sobrang mataba. Ang labis na katabaan ay maaring mag resulta sa cells resistant to insulin. Kung minsan, may mga gamot na maaring makapanghina o makagambala sa insulin function.
Mga Tips na Makakatulong para Maiwasan ang Diabetes:
Andrographis paniculata | DXN Andro-G
Nagtataglay ng kakayahang magpalakas ng immune system, ang Andrographis paniculata ay pinaniniwalaang nakakapigil sa maraming karamdaman.
Ayon sa mga pag-aaral, ang mabisang halamang ito ay nagtataglay ng anti-inflammatory (nagbabawas ng pamamaga); antibiotic (kumukuntra sa bacterial infections); hepatoprotective (proteksyon sa atay at gall bladder); antipyretic (pangpahupa ng lagnat); antimalarial (panguntra sa malaria), anti-thrombotic (pamigil sa blood clot); hypoglycemic (pampababa ng blood sugar level); anti-microbial (panlaban sa sipon, flu, at respiratory infections); expectorant (pangtanggal ng plema, sipon at iba pang mikrobyo sa respiratory tract); vermicidal (kuntra bulate ); antifungal (panguntra sa mga fungal infections).
Lion’s Mane
DXN LION’S MANE TABLET
Nature’s nutrients for your nerve cells.
Ang Lion’s Mane mushroom ay pinaniniwalaang napaka masustansya at napaka mahalagang pagkain sa China at sa Japan.
Nagtataglay ng halos lahat ng amino acids na kailangan ng katawan, ang natatanging kabute na ito ay sagana sa nutrients, minerals, polysaccharides, adenosine, and vitamin B12, at marami pang iba.
Ginagamit itong medicinal mushroom na maaring makatulong sa pag-regulate ng blood lipid levels (pag-iimbak ng enerhiya) at maari ring makatulong sa pagpapababa ng blood glucose levels.
DXN Poria S
Hango sa mycelium ng Poria cocos
ng DXN Poria Mushroom S ay hango sa Poria cocos, 100% mycelium of Poria cocos.
Malawakang ginagamit sa
Chinese herbalism, ang Poria Mushroom ay nakagawiang gamiting pampalakas at pampalusog ng katawan.
DXN RG/GL!
May taglay na Ganoderma extract, ang tambalan ng dalawang produktong ito ay maaring magdulot ng NUTRITIVE and HEALTH benefits sa iyong katawan.
The Magic Effect Of Ganoderma:
Ganoderma has always been shrouded with a mysterious curtain for more than a thousand years. People only know ‘‘Ganodermas can keep one young and give one a long life if taken continuously”, but no one had ever scientifically investigated why it is so effective.
Important components of Ganoderma:
Organic Germanium (Ge): Can increase the oxygen absorbed by the blood up to 1.5 times: can promote metabolism: prevent tissue degeneration. According to the research of Dr Kazuhiko Asai, Ganoderma contains 800 – 2000 p.p.m. of germanium. This is 4-6 times more than ginseng.
Polysaccharides: These can improve the body’s immune system, eliminate viruses. Japanese pharmaceutical companies have refined it to medical quality and it has been approved by the Koseisho Health Department in Japan for insurance medicine.
Its bitter taste. It is under constant study by the Japanese medical and pharmaceutical fields. The efficacy is a result of the interrelation of germanium and polysaccharides. Some plants may contain one or the other, but Ganoderma is much more effective. The combination of components is different from other plants and all of the components must be preserved to insure efficiency.
DXN BEE POLLEN
Ang DXN Bee Pollen ay hango sa natural na bee pollen. Tinagurian bilang “Nature’s Most Complete Food”, ang Bee Pollen ay natural source of protein, minerals, amino acids, and enzymes.
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