LET’S BOOST THE NUMBERS.

LET’S BOOST THE NUMBERS.

Inadequate sperm production and quality is one of the most common reasons for male infertility as it decreases the odds of one of the sperms fertilizing the egg for conception.
According to the World Health Organization, the normal concentration of sperm is at least 20 million per ml of semen. Fewer than 15 million sperm per ml is considered a low sperm count, also called oligozoospermia. Conception problems are associated with fewer than 40 million moving sperm in the ejaculate.

GETTING TESTED

If you have been trying to get pregnant for more than a year, make sure that both of you go and get infertility testing.
The results of a good test would be a sperm count of 20 million or more sperm with healthy motility and morphology. Suboptimal levels are less than 20 million sperm. If you find that your sperm levels are low or are having issues with mobility, motility or morphology. You need solutions we will proffer.

CAUSES OF LOW SPERM COUNT

Infection.
Some infections can interfere with sperm production or sperm health or can cause scarring that blocks the passage of sperm. These include inflammation of the epididymis (epididymitis) or testicles (orchitis) and some sexually transmitted infections, including gonorrhea or HIV. Although some infections can result in permanent testicular damage, most often sperm can still be retrieved.

Ejaculation problems.
Retrograde ejaculation occurs when semen enters the bladder during orgasm instead of emerging out of the tip of the penis. Various health conditions can cause retrograde or lack of ejaculation, including diabetes, spinal injuries, and surgery of the bladder, prostate or urethra.
Certain medications also might result in ejaculatory problems, such as blood pressure medications known as alpha blockers. Some ejaculatory problems can be reversed, while others are permanent. In most cases of permanent ejaculation problems, sperm can still be retrieved directly from the testicles.

• Antibodies that attack sperm : Anti-sperm antibodies are immune system cells that mistakenly identify sperm as harmful invaders and attempt to destroy them.
• Tumors: Cancers and nonmalignant tumors can affect the male reproductive organs directly, through the glands that release hormones related to reproduction, such as the pituitary gland, or through unknown causes. Surgery, radiation or chemotherapy to treat tumors can also affect male fertility.
• Undescended testicles: During foetal development one or both testicles sometimes fail to descend from the abdomen into the sac that normally contains the testicles (scrotum). Decreased fertility is more likely in men with this condition.
• Hormone imbalances: The hypothalamus, pituitary and testicles produce hormones that are necessary to create sperm. Alterations in these hormones, as well as from other systems such as the thyroid and adrenal gland, may impair sperm production.
• Defects of tubules that transport sperm : Many different tubes carry sperm. They can be blocked due to various causes, including inadvertent injury from surgery, prior infections, trauma or abnormal development, such as with cystic fibrosis or similar inherited conditions.
Blockage can occur at any level, including within the testicle, in the tubes that drain the testicle, in the epididymis, in the vas deferens, near the ejaculatory ducts or in the urethra.
• Chromosome defects : Inherited disorders such as Klinefelter's syndrome — in which a male is born with two X chromosomes and one Y chromosome instead of one X and one Y — cause abnormal development of the male reproductive organs. Other genetic syndromes associated with infertility include cystic fibrosis, Kallmann's syndrome and Kartagener's syndrome.
• Celiac disease: A digestive disorder caused by sensitivity to gluten, celiac disease can cause male infertility. Fertility may improve after adopting a gluten-free diet.
• Certain medications: Testosterone replacement therapy, long-term anabolic steroid use, cancer medications (chemotherapy), certain antifungal and antibiotic medications, some ulcer medications and other medications can impair sperm production and decrease male fertility.
• Prior surgeries: Certain surgeries might prevent you from having sperm in your ejaculate, including vasectomy, inguinal hernia repairs, scrotal or testicular surgeries, prostate surgeries, and large abdominal surgeries performed for testicular and rectal cancers, among others. In most cases, surgery can be performed to either reverse these blockages or to retrieve sperm directly from the epididymis and testicles.

ENVIRONMENTAL CAUSES

Sperm production or function can be affected by overexposure to certain environmental elements, including:
• Industrial chemicals:Extended exposure to benzenes, toluene, xylene, herbicides, pesticides, organic solvents, painting materials and lead might contribute to low sperm counts.
• Heavy metal exposure : Exposure to lead or other heavy metals also can cause infertility.
• Radiation or X-rays : Exposure to radiation can reduce sperm production. It can take several years for sperm production to return to normal. With high doses of radiation, sperm production can be permanently reduced.
• Overheating the testicles: Elevated temperatures impair sperm production and function. Although studies are limited and are inconclusive, frequent use of saunas or hot tubs might temporarily impair sperm count.
Sitting for long periods, wearing tight clothing or working on a laptop computer for long stretches of time also might increase the temperature in your scrotum and slightly reduce sperm production.

HEALTH, LIFESTYLE AND OTHER CAUSES

Other causes of low sperm count include:
• Drug use. Anabolic steroids taken to stimulate muscle strength and growth can cause the testicles to shrink and sperm production to decrease. Use of cocaine or marijuana might reduce the number and quality of your sperm as well.
• Alcohol use. Drinking alcohol can lower testosterone levels and cause decreased sperm production.
• Occupation. Certain occupations might be linked with a risk of infertility, including welding or those associated with prolonged sitting, such as truck driving. However, the data to support these associations is inconsistent.
• Tobacco smoking. Men who smoke might have a lower sperm count than do those who don't smoke.
• Emotional stress. Severe or prolonged emotional stress, including stress about fertility, might interfere with hormones needed to produce sperm.
• Weight. Obesity can impair fertility in several ways, including directly impacting sperm and by causing hormone changes that reduce male fertility.
• Sperm testing issues. Lower than normal sperm counts can result from testing a sperm sample that was taken too soon after your last ejaculation; was taken too soon after an illness or stressful event; or didn't contain all of the semen you ejaculated because some was spilled during collection. For this reason, results are generally based on several samples taken over a period of time.

Risk factors
A number of risk factors are linked to low sperm count and other problems that can cause low sperm count. They include:
• Smoking tobacco
• Drinking alcohol
• Using certain illicit drugs
• Being overweight
• Having certain past or present infections
• Being exposed to toxins
• Overheating the testicles
• Having experienced trauma to the testicles
• Being born with a fertility disorder or having a blood relative with a fertility disorder
• Having certain medical conditions, including tumors and chronic illnesses
• Undergoing cancer treatments, such as radiation
• Taking certain medications
• Having a prior vasectomy or major abdominal or pelvic surgery
• Having a history of undescended testicles

DIET & NUTRIENTS FOR HEALTHY MALE FERTILITY

• Diet has a big impact on sperm health and male fertility. What you are eating today is impacting the sperm that will be swimming 3 months from now.
• Study findings show a range of 42 to 76 days from the time of sperm production to ejaculation in normal men.
• The changes that you make today are impacting the sperm you will be using two to three months from now. This means that it will take about 2-3 months for diet, herbs and supplements to have an effect on sperm health.
Here are the nutrients specifically needed for a male fertility diet, they should be added to the diet as well as supplemented:
• Zinc
• In men, zinc is considered one of the most important trace minerals for fertility; increasing zinc levels in infertile men has been shown to boost sperm levels, improve the form, function and quality of the sperm thus decreasing male infertility.
Food sources: Calf liver, oysters, beef, lamb, venison, sesame seeds, pumpkin seeds, yogurt, turkey, peas, and shrimp. Zinc can be damaged by cooking so it is important to eat some foods high in zinc in their raw forms.
• Selenium
Selenium is necessary for the creation of sperm. In studies, men with low sperm counts have also been found to have low levels of selenium.
Food sources: Brazil nuts, liver, snapper, cod, halibut, tuna, salmon, sardines, shrimp, and turkey.
• Vitamin E
Vitamin E has been shown in studies to improve sperm health and motility in men. Studies have also shown a diet deficient in Vitamin E to be a cause of infertility in rats. The meaning of the name for vitamin E ‘Tocopherol’ literally means to bear young. Vitamin E is an important antioxidant to help protect sperm and egg DNA integrity.
Food sources: Sunflower seeds, almonds, olives, spinach, papaya, and dark leafy greens.
• Folic acid – New research suggests that folic acid can boost sperm health. Men with low levels of folate had increased risks for sperm that contained too little or too many chromosomes. If an egg is fertilized by an abnormal sperm it could result in a birth defect such as downs syndrome, or an increased chance of miscarriage.
Food sources: Liver, lentils, pinto beans, garbanzo beans, asparagus, spinach, black beans, navy beans, kidney beans, and collard greens.
• Vitamin B12 – Also known as cobalamin, vitamin B12 is involved in cellular replication and studies indicate a deficiency can lead to reduced sperm count and motility. Supplementation is advised for any man whose sperm count is less than 20 million or has a motility rate of less than 50%. Studies indicate that supplementation with vitamin B12 at 1,000mcg per day may increase sperm count.
Food sources: Clams, oysters, muscles, liver, caviar (fish eggs), fish, crab, lobster, beef, lamb, cheese, and eggs.
• Vitamin C – For men, vitamin C has been shown to improve sperm quality and protect sperm from DNA damage; helping to reduce the chance of miscarriage and chromosomal problems. Vitamin C also appears to keep sperm from clumping together, making them more motile.
Food sources: Abundant in plants and fruits including red peppers, broccoli, cranberries, cabbage, potatoes, tomatoes, and citrus fruit.
• Necessary for every cell in the body for energy production, CoQ10 is an important antioxidant that helps to protect cells from free radical damage, thus protecting DNA: it is necessary for sperm motility in semen. Additionally, studies have shown that CoQ10 can increase sperm health.
Food sources: Found most abundantly in seafood and organ meats, though it is very difficult to obtain through the diet. CoQ10 Ubiquinol supplementation is the best way to obtain CoQ10 – keep in mind that amounts in the body decline with age. 

The good news is that many of these essentials for boosting sperm are contained in the famous “Swissgarde Sperm boosting pack”. Contact our Health Management Consultant on 08035656966 for information on how to get yours.

HOW WELL DO YOU KNOW THE B-VITAMINS?

HOW WELL DO YOU KNOW THE B-VITAMINS?

B vitamins are a class of water-soluble vitamins that play important roles in cell metabolism. Though these vitamins share similar names, research shows that they are chemically distinct vitamins that often coexist in the same foods. In general, dietary supplements containing the major eight are referred to as a vitamin B complex. Individual B vitamin supplements are referred to by the specific number or name of each vitamin. Some are better known by name than number. We shall take a look at the various names they bear.

Each B vitamin is either a cofactor (generally a coenzyme) for key metabolic processes or is a precursor needed to make one

VITAMIN B1 (ALSO KNOWN AS THIAMINE)

Thiamine, also known as thiamin or vitamin B1, is a coenzyme in the catabolism of sugars and amino acids. It is a vitamin found in food and used as a dietary supplement. As a supplement it is used to treat and prevent thiamine deficiency and disorders that result from it, including beriberi, Korsakoff's syndrome, and Korsakoff's psychosis. Vitamin B1 is found in many foods including yeast, cereal grains, beans, nuts, and meat. It is often used in combination with other B vitamins, and found in many vitamin B complex products.

Thiamine plays a central role in the release of energy from carbohydrates. It is involved in RNA and DNA production, as well as nerve function. Its active form is a coenzyme called thiamine pyrophosphate (TPP), which takes part in the conversion of pyruvate to acetyl coenzyme A (CoA) in metabolism.
It can be found in the following Swissgarde products: Skin,hair and nail / Power Powder /Stress Active and Diavite

VITAMIN B2 (ALSO KNOWN AS RIBOFLAVINE )

Riboflavin, also known as vitamin B2, is a vitamin found in food and used as a dietary supplement. Vitamin B2 is needed in order to break down proteins into amino acids, fats, and carbohydrates in the form of glucose. This helps convert nutrients from food into usable bodily energy that helps to maintain a healthy metabolism. As a supplement it is used to prevent and treat riboflavin deficiency and prevent migraines. It may be given by mouth or injection. It is nearly always well tolerated. Normal doses are safe during pregnancy.
It is found in milk, eggs, malted barley, liver, kidney, heart, and leafy vegetables. The richest natural source is yeast. Riboflavin occurs in the free form only in the retina of the eye.
Riboflavin is involved in release of energy in the electron transport chain, the citric acid cycle, as well as the catabolism of fatty acids .
It can be found in the following Swissgarde products: Skin,hair and nail / Power Powder / Stress Active and Diavite.

VITAMIN B3 (ALSO KNOWN AS NIACINE)

Niacin also known as nicotinic acid, is an organic compound. Niacin is composed of two structures: nicotinic acid and nicotinamide. There are two co-enzyme forms of niacin: nicotinamide adenine dinucleotide (NAD) and nicotinamide adenine dinucleotide phosphate (NADP). Both play an important role in energy transfer reactions in the metabolism of glucose, fat and alcohol. Food sources of Niacin include : fish, chicken, turkey, pork, liver, peanuts, beef, mushrooms, green peas, sunflower seeds, and avocados.
It can be found in the following Swissgarde products: Skin,hair and nail / Power Powder /Stress Active and Diavite

VITAMIN B4 (ALSO KNOWN AS CHOLINE )

Sometimes referred to as “Vitamin B4”, choline (and also known as adenine or carnitine), is a distant member of the B-complex family and is known as one of the “lipotropic” factors. Lipotropic means that choline possesses properties that prevent the excessive accumulation of fat in the liver.
Although not officially deemed a Vitamin per the FDA definition, make no mistake about it, choline is an essential and vital nutrient for our health.
Why do you need Choline?
• Crucial component of the neurotransmitter acetylcholine, which is necessary for muscle movement and brain function.
• Crucial component of phosphatidlycholine which is necessary for cell membrane integrity.
• Crucial component of sphingomylelin which is found in myelin sheaths (a type of insulating material) that protects and is essential for the proper functioning of the nervous system.
• Regulates liver function and minimizes excessive fat deposits.
• Necessary for normal fat metabolism.
• Involved with methylation.
It can be found in the following Swissgarde products: Fat Burner / Skin, hair and nail / Stress Active and Diavite

VITAMIN B5 (PANTOTHENIC A)

The “Anti-Stress” Vitamin
Pantothenic Acid is water soluble and is the main component that makes coenzyme A (CoA) in the body.
CoA is found in all living cells making pantothenic Acid essential to sustain life.
Beta-alanine, also a component of vitamin B5, is metabolized from the amino acid alanine.

Why do you need Vitamin B5 (Pantothenic Acid)?
Pantothenic Acid (as CoA) is vital for:
• Carbohydrate, fat and protein metabolism
• Supporting adrenals with hormone production, including melatonin
• Maintenance and repair of all cells and tissues
• Synthesis of essential lipids
• Synthesis of neurotransmitters
• Aids in the manufacture of vitamin D
• Helps produce red blood cells

The highest concentration of CoA is in the liver with the next highest concentration being in the adrenal glands.
This is important for two reasons:
1. The high concentration of CoA in the liver makes it possible for the body to detox the many toxic substances we are exposed to, including alcohol.
2. With high concentrations of CoA in the adrenals, the adrenals are able to make the hormone corticosterone. This hormone is critical as it helps the body to respond to the many kinds of stress we encounter.

It can be found in the following Swissgarde products: Skin,hair and nail / Power Powder /Stress Active / Memorite and Diavite

VITAMIN B6 (PYRIDOXINE)

Pyridoxine is water soluble and thought to be involved in more body processes than any other nutrient, making Vitamin B6 one of the most important. It is a coenzyme in many enzymatic reactions in metabolism.
Why do you need Vitamin B6 (Pyridoxine)?
Pyridoxine is vital for:
• Ischemia
• Protein metabolism
• Conversion of tryptophan into niacin
• Nerve Function
• Red blood cell metabolism
• Maintaining blood glucose level
• Aiding in DNA and RNA production

Pyridoxine is required for more than one hundred enzymes involved in protein metabolism. When pyridoxine enters the body, it is converted into a coenzyme called pyridoxal phosphate. However, this conversion is dependent on the aid of another “B” Vitamin, Vitamin B2 (Riboflavin). It is actually this form of pyridoxine that is used in protein metabolism which is crucial to our health.
Pyridoxine is a necessary co-factor in the conversion of tryptophan (an amino acid) into niacin. Without available pyridoxine, classic pellagra (niacin deficiency) occurs. Niacin is used to produce nicotinamide adenine dinucleotide (NAD) and nicotinamide adenine dinucleotide phosphate (NADP), two of the most important coenzymes within a cell. You can now see how a deficiency of pyridoxine could lead to a domino effect that can negatively impact your health.
Pyridoxine is also essential for red blood cell metabolism. Hemoglobin, the iron-containing pigment in red blood cells, carries oxygen to your tissues. Without pyridoxine, hemoglobin cannot be produced. Thus a deficiency of pyridoxine can result in a type of iron deficiency anemia
Pyridoxine is also involved in the formation of important hormones such as adrenalin and insulin. It helps to keep blood glucose (sugar) levels in a normal range. When blood glucose levels are low, pyridoxine is needed to convert stored carbohydrates into glucose, which returns blood glucose levels to normal.
Finally, pyridoxine is also a necessary component for the synthesis of DNA and RNA, and is required by the nervous system for normal brain function.
It can be found in the following Swissgarde products: Super Cider / Skin, hair and nail / Power Powder / Stress Active and Diavite

VITAMIN B7 (BIOTIN)

Vitamin B7 (Biotin), also known as vitamin H, is water soluble and actually a coenzyme, as opposed to a ‘vitamin’ per say.It is required for many bodily functions.Interestingly, some have found biotin helpful for preventing hair from turning gray.

Why do you need Vitamin B7 or H (Biotin)?
Biotin is vital for:
• Synthesis of fatty acids
• Aids in fat metabolism
• Aids in carbohydrate metabolism
• Aids in maintaining proper blood glucose levels
• Aids in amino acid metabolism
• Necessary for healthy skin and hair
• Cell growth
• Helps to transfer carbon dioxide
Often Thought As The “Prenatal” Vitamin.Vitamin B9 (Folic Acid) is also known as folate.It is a water-soluble vitamin that is extremely important during times of rapid cell division; such as in pregnancy. It is also vital for the production of healthy red blood cells.
It can be found in the following Swissgarde products: Skin, hair and nail and Diavite

VITAMIN B8 (INOSITOL)

Inositol is a B-vitamin-like nutrient found naturally in whole grains, beans, nuts, and fruits. It is also made by the body and is available as a dietary supplement. It is popularly referred to as Vitamin B-8.
There are nine types of inositol occurring in nature. Two forms, myo-inositol and D-chiro-inositol, have specific functions in our cells. Over the last several years, research has found that a certain ratio of these two forms seems to work better than either form alone. That ratio is 40 to 1, meaning forty parts myo-inositol to one part D-chiro-inositol.
Inositol is a carbohydrate and it tastes sweet but the sweetness is far less than common sugar (sucrose). Inositol is a word used in dietary supplements whereas myo-inositol is the preferred name. Myo-inositol is highly utilized in the structural foundation of secondary messengers and eukaryotic cells. Inositol is also an important component of structural lipids and its various phosphates (PI and PPI).

Inositol is water soluble and part of the “B” family of vitamins. As with choline, it is a precursor of phospholipids which are a necessary component of cell membranes. This is important because phospholipids are vital for the electrical current and nutrient transport across and inside of cells.

Why do you need Vitamin B8 (Inositol)?
Inositol is vital for:
• Prevention of fatty build-up in the liver
• Prevention of fatty build-up in the heart
• Promotes healthy hair growth
• Aids in metabolism of nutrients into energy
• Essential nutrient for the brain
• Vital for nerve transmissions
Inositol and choline, though quite different chemically, appear to work synergistically in that they are both essential components of phospholipids, the most important lipids (fats) in plants and animals. Together, inositol and choline make what’s known as lecithin. Lecithin assists in the absorption of Vitamin B1 (thiamin) and Vitamin A, indirectly making inositol and choline crucial vitamins.
It has also been observed that inositol increases the effectiveness of Vitamin E, an important anti-oxidant.

It can be found in the following Swissgarde products: Skin,hair and nail / Stress Active / Fat burner and Diavite

VITAMIN B9 (FOLIC ACID)

Often Thought As The “Prenatal” Vitamin.Vitamin B9 (Folic Acid) is also known as folate.It is a water-soluble vitamin that is extremely important during times of rapid cell division; such as in pregnancy.It is also vital for the production of healthy red blood cells.

Why do you need Folic Acid (Vitamin B9)?
• Cell Division
• Maintenance of new cells
• Synthesis of DNA
• Amino acid metabolism
• Nucleic acid metabolism
• Required to make normal red blood cells
It can be found in Swissgarde’s Diavite and Power powder.

VITAMIN B12 (COBALAMIN)

Vitamin B12 (Cobalamin)
Known as the “energy” vitamin, this water-soluble vitamin has many important functions vital for health.
Perhaps the most vital function is its role as a neurotransmitter (such as with serotonin and dopamine), needed for the transmission and regulation of nerve signals.
Why do you need Vitamin B12 (Cobalamin)?
• Maintains healthy nervous system; especially the nerve sheaths
• Aids in blood formation
• Aids in the production of DNA and RNA
• For Production of the amino acid methionine
• For Fat and carbohydrate metabolism
• Neurotransmitter metabolism
• Aids in regulating circadian rhythms

Two factors are required for proper absorption of Vitamin B12:
1. The presence of sufficient gastric acid (hydrochloric acid) in the stomach
2. The presence of Intrinsic factor
Because a large number of people suffer from gastrointestinal disturbances such as constipation, diarrhea, and heartburn, it is more than likely that a subclinical Vitamin B12 deficiency is far more prevalent than what was previously thought.
Making matters worse, widespread use of antacids makes the absorption of Vitamin B12 nearly impossible.

Some people lack intrinsic factor, which results in a condition known as pernicious anemia. For unknown reasons, this condition doesn’t usually become apparent until mid-adulthood.
It is contained in Swissgarde’s Power Powder, Diavite and Stress Active

Now , you know about the B Vitamins in our Swissgarde products.

SWISS STARS ( FOR DISTRIBUTORS ONLY)

hello peeps, here is the Swiss Stars for the month of March, with so much to get. this is awesome !!!!!
WELCOME TO THE MONTH OF MARCH. CHEERS.

GETTING A CLEARER UNDERSTANDING OF YOUR GYNAECOLOGICAL TESTS

GETTING A CLEARER UNDERSTANDING OF YOUR GYNAECOLOGICAL TESTS

The world of women’s health includes certain tests and screenings designed to help identify growths, like fibroids, polyps, and cysts, in order to protect you from the threat of cancer. How do you know what each of these growths mean, and which ones are something that you need to worry about? To understand the world of masses within the female reproductive system, you need to learn the difference between a polyp and a cyst, and how these growths differ from a fibroid. This is because not all of these growths can be cancerous, and some can become cancerous if they go undetected or untreated.

ARE FIBROIDS CANCEROUS?

Within the tissues of the uterus, you can commonly develop fibroids, which are also known as leiomyomas or myomas for short. These growths can vary in shape, size, and location, as they can be found on the outside or deep within the uterine tissue. Women between the ages of 30 and 40 are the most likely to have a fibroid diagnosis, but younger and older women can develop fibroids as well. If you experience severe menstruation changes, abdominal pain, cramps, infertility, or bowel or urination problems, tell your doctor. They can check for fibroids during a routine pelvic exam, ultrasound, or laparoscopy, which involves a probe-like tube that allows a surgeon to view and treat accessible growths.Fibroids are benign growths, which means they are not cancerous, and rarely require medical treatment. However, a small portion of women may need to have their fibroids removed if they experience chronic symptoms. Medical professionals use hormone therapy to treat severe symptoms, and in extreme cases, surgery may be an option. It’s important to note that not all surgical options leave a woman unable to carry a child because a full removal of the uterus, or hysterectomy, is not always necessary.

Herbs have been shown to crush these tumors and at the same time crush regulate hormones that have been postulated to be a likely cause. This is the reason why we have given our fibroid pack to lots of women and the testimony has been amazing.

CAN POLYPS BE CANCEROUS?

Polyps grow on the inner lining of the uterus, called the endometrium, and can push themselves out into the inner cavity of the uterus. Polyps can also be found growing in the lining of your cervix. These ball-like structures look like they are emerging from the end of a stalk jutting from the uterine lining of your uterus or cervix. Unlike fibroids, polyps can be malignant growths (meaning they can be cancerous), but this usually only happens rarely with older, postmenopausal women.

Unfortunately, polyps can be easily mistaken for fibroids because they look similar in imaging tests and they can both cause heavy menstrual bleeding, cramping, and abdominal pain. Therefore, in order to determine the malignant or benign nature of polyps, your doctor will need to remove them and send them to a pathologist for testing. If benign polyps cause you pain, or if your doctor discovers your polyps are malignant, surgery can be performed to remove these growths.
We administer the same set of products for this challenge with encouraging results.

ARE CYSTS SIGNS OF CANCER?

Cysts can become the most painful type of growth and can also be diagnosed as malignant, which is why you need to understand the difference between a polyp and a cyst. Generally, cysts develop on the ovaries as sac-like pouches that can either be solid or filled with fluid from the female reproductive system. Small cysts cause dull or slightly aching pain, but larger cysts can twist the tissues to result in severe shooting or stabbing pains. Unlike fibroids and polyps, cysts do not cause menstrual bleeding—the greatest danger with cysts, aside from cancer, comes when they burst and release their contents into other body cavities, which can causes blood-poisoning or other illnesses. Ovarian cysts can become malignant and result in cancer, but most cysts are benign.

Your doctor can diagnose cysts through blood tests, vaginal ultrasounds, or a laparoscopy. If the ovarian cysts are small, surgery can remove them; however, larger cysts threaten your health and require the removal of the entire ovary. If harmful cysts are left untreated, it is also possible that the cancerous cells will spread throughout your body.

Among our distributors today are women who battled with ovarian cyst, but have been helped to overcome the challenge. We believe God that yours will not be different if you have this challenge.

WHAT SHOULD YOU DO?

Although fibroids, polyps, and cysts possess the potential to cause you severe pain, the majority of these growths can be easily treated before they develop into cancerous tumors. We advice you to seek medical attention and encourage you to seek natural herbal therapy, if you so desire. So, reach out to us, and the next knock on your door will be a Swissgarde Distributor, who is ready to help you.