“Medical conditions that can sometimes be associated with hyponatremia (low blood sodium level) are adrenal insufficiency, hypothyroidism, and cirrhosis of the liver.”

MedicineNet.com

Hyponatremia is a condition that occurs when the level of sodium in your blood is abnormally low. Sodium is an electrolyte, and it helps regulate the amount of water that’s in and around your cells.

In hyponatremia, one or more factors — ranging from an underlying medical condition to drinking too much water during endurance sports causes the sodium in your body to become diluted. When this happens, your body’s water levels rise, and your cells begin to swell. This swelling can cause many health problems, from mild to life-threatening.

Hyponatremia treatment is aimed at resolving the underlying condition. Depending on the cause of hyponatremia, you may simply need to cut back on how much you drink. In other cases of hyponatremia, you may need intravenous fluids and medications.

Sodium we know what systems it effects from yesterday’s article on sodium in general of how it works in the human body.  If you don’t know and didn’t get a chance to read it yesterday stop this article going to yesterday’s to read over the general information of how sodium works and effects the human body.  This will help you understand the signs and symptoms easier.

Hyponatremia signs and symptoms may include:

• Nausea and vomiting
• Headache
• Confusion
• Loss of energy and fatigue
• Restlessness and irritability
• Muscle weakness, spasms or cramps
• Seizures
• To a Coma

A normal sodium level is between 135 and 145 milliequivalents per liter (mEq/L) of sodium. Hyponatremia occurs when the sodium in your blood falls below 135 mEq/L.

Sodium plays a key role in your body. It helps maintain normal blood pressure, supports the work of your nerves and muscles, and regulates your body’s fluid balance playing a particular role in acid and base balances inside our blood stream working with in particular potassium.

Many possible conditions and lifestyle factors can lead to hyponatremia, including:

• Certain medications. Some medications, such as some water pills (diuretics), antidepressants and pain medications, can cause you to urinate or perspire more than normal.  Medications that increase your risk of hyponatremia include thiazide diuretics as well as some antidepressants and pain medications. In addition to the recreational drug Ecstasy has been linked to fatal cases of hyponatremia.
• Heart, kidney and liver problems. Congestive heart failure and certain diseases affecting the kidneys or liver can cause fluids to accumulate in your body, which dilutes the sodium in your body, lowering the overall level.
• Syndrome of inappropriate anti-diuretic hormone (SIADH). In this condition, high levels of the anti-diuretic hormone (ADH) are produced, causing your body to retain water instead of excreting it normally in your urine.
• Chronic, severe vomiting or diarrhea. This causes your body to lose fluids and electrolytes, such as sodium.
• Drinking too much water. Because you lose sodium through sweat, drinking too much water during endurance activities, such as marathons and triathlons, can dilute the sodium content of your blood. Drinking too much water at other times can also cause low sodium.
• Dehydration. Taking in too little fluid can also be a problem. If you get dehydrated, your body loses fluids and electrolytes.
• Hormonal changes. Adrenal gland insufficiency (Addison’s disease) affects your adrenal glands’ ability to produce hormones that help maintain your body’s balance of sodium, potassium and water. Low levels of thyroid hormone also can cause a low blood-sodium level.
• The recreational drug Ecstasy. This amphetamine increases the risk of severe and even fatal cases of hyponatremia. In acute hyponatremia, sodium levels drop rapidly — resulting in potentially dangerous effects, such as rapid brain swelling, which can result in coma and death.Seek emergency care for anyone who develops severe signs and symptoms of hyponatremia, such as nausea and vomiting, confusion, seizures, or lost consciousness.
• Premenopausal women appear to be at the greatest risk of hyponatremia-related brain damage. This may be related to the effect of women’s sex hormones on the body’s ability to balance sodium levels.
• In chronic hyponatremia, sodium levels drop gradually over 48 hours or longer — and symptoms and complications are typically more moderate.
• Also for older adults they may have more contributing factors for hyponatremia, including age-related changes, taking certain medications and a greater likelihood of developing a chronic disease that alters the body’s sodium balance.
• ****Call your doctor if you know you are at risk of hyponatremia and are experiencing nausea, headache, cramping or weakness. Depending on the extent and duration of these signs and symptoms, your doctor may recommend seeking immediate medical care.

“Table salt, sodium chloride (NaCl), is a naturally occurring mineral essential for animal life. Salt is one of the most widely used and oldest forms of food seasoning (SF Fig. 2.2). Saltiness is one of the five basic human tastes in addition to sweetness, sourness, bitterness, and umami (a savory, meaty taste, such as that of cooked mushrooms, cheese, or soy sauce). As salt dissolves in a solution or on food, it breaks into its component ions: sodium and chloride (Na⁺ and Cl^–, respectively). The salty flavor primarily comes from the sodium ions.

Salt plays a crucial role in maintaining human health. It is the main source of sodium and chloride ions in the human diet. Sodium is essential for nerve and muscle function and is involved in the regulation of fluids in the body.  Sodium also plays a role in the body’s control of blood pressure and volume.

Although sodium is essential, people who consume too much sodium may have hypertension or high blood pressure, a condition that can lead to serious illnesses such as heart disease, kidney disease, and stroke.

Chloride ions serve as important electrolytes by regulating blood pH and pressure. Electrolytes are compounds, often salts, which dissociate into their ionic components in solvents like water. Chloride is also a crucial component in the production of stomach acid (HCl). Humans excrete salt when sweating and must replenish these lost sodium and chloride ions through their diet.”

Now, let us get in the specifics of the electrolyte sodium chloride and health.

Table salt is made up of the elements sodium and chloride – the technical name for salt is sodium chloride. Your body needs some sodium to work properly. Na in our body plays important roles and works with potassium. It helps with the function of nerves and muscles. It also helps to keep the right balance of fluids in your body. When Na gets high concentrated (in blood=hypernatremia) our body reacts by allowing more water in that compartment (ex. Plasma) to balance out the electrolyte and fluids in that compartment to prevent complications. Your kidneys control how much sodium is in your body. If you have too much and your kidneys can’t get rid of it, sodium builds up in your blood (hypernatremia). This can lead to health problems. In healthy individuals, the kidneys respond to excess sodium by flushing it out in the urine. Unfortunately, this also removes potassium. If potassium levels are low, the body tries to hoard it, which also means hanging onto sodium. Water follows sodium, leading to an increase in the amount of water in the body and the volume of blood in circulation. Excess sodium blunts the ability of blood vessels to relax and contract with ease causing your vessels to vasoconstrict which increases pressure in your vessels=high blood pressure (B/P)and may also overstimulate the growth of heart tissue. Blood pressure climbs, and the heart must work harder=stress to the heart. When we stress the heart out=overworked, lack of oxygen to the heart tissue happens=pain (we call it Angina that can be reversed) and if it continues can lead to a heart attack (scarring to the heart=damage done to the heart that’s not reversible). Also with constant high B/P with constriction of vessels in the brain this can cause the same stress=headache which if not resolved can lead to a stroke (scarring to the brain, again not reversible).   All of these responses are made worse by low potassium intake.

In some people, especially those already diagnosed with high blood pressure, heart failure, or impaired kidney functioning, the kidneys hang onto sodium no matter what, further complicating the disease they have and worsening their health.

One way to flush sodium out of the body is by getting more potassium. An interesting report from the Trials of Hypertension Prevention suggests that changing the balance between these two minerals can help the heart and arteries.

High blood pressure can lead to other health problems, especially uncontrolled.

Most people in the U.S. get more sodium in their diets than they need. A key to healthy eating is choosing foods low in salt and sodium. Doctors recommend you eat less than 2.4 grams per day. That equals about 1 teaspoon of table salt a day. Reading food labels can help you immensely in seeing accurately how much sodium is in prepared foods of your meals you eat.

Most of the focus on sodium and potassium centers on their effects on the kidneys, blood vessels, and heart.  But these minerals affect every part of the body, including the relentless breakdown and buildup of bone.  A diet high in sodium increases the amount of calcium excreted in the urine. This loss is especially prominent when calcium intake is low, as it is for so many Americans. Loss of calcium can contribute to osteoporosis, the age-related weakening of bones=easier fractures and brakes in bones.

One way to combat the problem is by taking in more calcium from food or supplements. Getting more potassium, in the range of the recommended 4,700 mg a day, can also help.

To be sure, there is more to bone health than sodium and potassium. Heredity, lack of exercise, hormone levels (low testosterone in men, low estrogen in women), and a dearth of vitamin D and vitamin K can also weaken bones. But it’s good to know that a positive change made for your heart is doing good things elsewhere in the body.

One way to prevent or fight high blood pressure and keep the heart healthy is to boost the amount of potassium you get while at the same time reducing your sodium intake. (Note: Check with your doctor before boosting your intake of potassium. Although it’s a good strategy for many, it can be harmful to people with kidney disease or heart failure, or those who are taking certain kinds of diuretics, or “water pills.”) Recommended if with any disease get clearance from your m.d. before making changes in your diet, activity, and any health habits (especially if a cardiac, renal, diabetes diagnosis)

The best way to get more potassium and less sodium is by eating more fresh fruits and vegetables, beans, fish, homemade foods, and low-salt versions of prepared foods. You can top the 4,700-milligram mark for potassium and stay under 800 mg of sodium by having regular oatmeal, orange juice, and coffee for breakfast; a peanut butter and jelly sandwich and milk for lunch; baked halibut, a baked potato with the skin, and a spinach salad with half an avocado for dinner; and some peanuts, raisins, a banana, and low-sodium V8 in between. The potassium-to-sodium ratio of this menu is 14 to 1. Best way to figure out the amount of sodium or potassium in your diet is count what the label of the food your eating states is in a serving and document it up in 24hrs and add it up. Add in some exercise and, though you aren’t living like people in the Stone Age, you might have arteries as healthy as they had.

To know what primary (prevention) or secondary management of diseases or illnesses caused by or effected by sodium blood levels in the body with learning how to control and take proper sodium intake as best as possible this can be accomplished by eating a healthy diet (low sodium), practice healthy habits, and even lose weight if necessary. Doing this will let you reach your optimal level of health. Having the knowledge in how to eat sodium healthy, how to lose weight by living healthy habits and eating healthy not just 3 mths or a year but for life with being able to treat yourself to treats and foods occasionally is the way to go but remember always consult your primary doctor especially those with high b/p or cardiac disease before making changes in activity or diet.

“People with dogs know the benefits of pet ownership. The unconditional love, trust and loyalty shown by your canine companions, coupled with their unbridled enthusiasm on your return home each day, is hard to put into words.

There’s another plus of having a dog by your side: It improves your overall physical and mental health. Here’s how.

Dogs get you moving

One notable benefit is that dogs force you to get up and move. One research study found that dog owners are more likely to report regular physical activity than people who don’t own dogs. Activities associated with dog ownership, like feeding, grooming, playing and letting them outside, all increase physical activity levels. Physical activity improves blood flow, induces muscle contraction and reduces joint stiffness.”

MAYO CLINIC (Dogs are good for your health – Mayo Clinic Health System)

Goldsmiths College released a study that showed more dogs will approach someone who’s crying or in distress than someone who is not. This shows that dogs are empathetic and are eager to help comfort humans in pain.

Their sense of smell can do even more than we think; dogs can also detect low blood sugar in their master. They will either alert the person that the sugar has dropped or, if a diabetic attack has already occurred, will bark and bark and bark in an attempt to alert somebody to come help, thus working to save the diabetic’s life.

Some dogs are also able to detect seizures in humans.  Recent research has shown certain dogs are able to warn seizure patients that they’re going to experience an attack, sometimes hours before it happens. Nobody yet knows how they do it, or why only certain dogs can do it. They also can’t be trained to do it, so if you feel you need a seizure-sniffing dog, you need to make sure you have yourself a natural.

Due to their incredible sense of smell, dogs have shown anywhere from 70 to 99% accuracy (depending on the study) when tasked with detecting lung cancer in a nearby patient.

Fibromyalgia is a debilitating disease that can leave its victim in constant pain. Studies have shown that the Xolo dog’s body temperature can be used as a kind of therapeutic heating pad, due to it being a hairless species. Of course, unlike heating pads, a Xolo will bond with you, snuggle with you and keep you warm as long as you need, leading to both external comfort and internal happiness.

In a surprising twist, it might actually be beneficial to get a dog for your baby, even if they’re allergic. Studies have shown that children under the age of one who live with a dog are much less likely to develop the chronic, and annoying, skin condition called eczema.

Dogs can highly make humans more social.  The British Medical Journal has concluded that dogs act as “social catalysts,” who help people get out more, approach others more easily, and overall reduce isolation. This is actually just as important as the basic companionship that dogs provide, as human social support is beneficial to human health and the dog.

Simply by being themselves, dogs have been shown to help reduce PTSD among soldiers. In addition to providing the usual doggie companionship, they have been shown to help sufferers come out of their shells, be less numb and angry, and improve their social life as well.

A dog kissing you obviously feels wonderful, but it might actually have physical benefits too. Studies have shown that saliva, both the human and doggie variety, can help stimulate nerves and muscles, and get oxygen moving again, which is the secret ingredient in helping wounds to heal. In short, “licking your wounds” is not just a cliché after all.

Almost certainly due to the positive vibes and good feelings that dogs bring out of their masters, even in the worst of times, studies have found that older people who own dogs average at least one less doctor appointment per year than those who do not.

Not that they are the cure but preliminary studies by the American Heart Association are revealing that dog owners have less risk of heart disease than those without dogs. The reasons given are the exercise that owners get when walking their dogs, plus the presence of the dog helps the owner deal with stress better. The evidence is mostly anecdotal right now, but dog owners know that it’s all true.

Day-to-day depression, or even more serious chronic depression, is easier to handle with the love of a dog, studies show. Simply by having them around, and knowing that even at our worst, somebody loves us unconditionally and is eager to see us happy again, we’re given a reason to get up and keep going.

Autistic children often find the world very stressful, in ways that the non-autistic can’t understand. Luckily, a dog can. Studies are showing that bringing a therapy dog into an autistic household helps to reduce the amount of cortisol (a stress hormone) in the autistic child’s body. This both calms the child down and shows him that he has a friend.

Bullying has been a huge problem for a long time, and people are finally doing something about it. Dogs, too. Experimental programs have been launched that bring dogs into schools to promote empathy, with the lesson that you shouldn’t treat people badly, because you wouldn’t do it to a dog. Thus far, kids have been able to make the connection, which will hopefully continue to be the case.

Dogs have shown that they can help keep dementia sufferers on schedule, reminding them when its time for medicine and when to see the doctor. In addition, when the owner experiences frustration over the state of their mind, the “dementia dog” is right there to support them, comfort them, and remind them that someone’s always there for them.

AREN’T DOGS AMAZING!!

“Salt, also known as sodium chloride, is about 40% sodium and 60% chloride. It flavors food and is used as a binder and stabilizer. It is also a food preservative, as bacteria can’t thrive in the presence of a high amount of salt. The human body requires a small amount of sodium to conduct nerve impulses, contract and relax muscles, and maintain the proper balance of water and minerals. It is estimated that we need about 500 mg of sodium daily for these vital functions. But too much sodium in the diet can lead to high blood pressure, heart disease, and stroke. It can also cause calcium losses, some of which may be pulled from bone. Most Americans consume at least 1.5 teaspoons of salt per day, or about 3400 mg of sodium, which contains far more than our bodies need.”

Harvard.edu (Salt and Sodium • The Nutrition Source)

First we’ll cover how water, electrolytes, proteins work in the body to understand how sodium (being a electrolyte) is so important with our health. Then we will cover how to use sodium therapeutically in our diet with knowing how it impacts how your future health and how it prevents with even help you in managing certain diseases or illnesses you already have.

Let us first understand the basics of the human body: a large percentage of body weight is composed of water that is containing dissolved particles of organic and inorganic substances vital to life. A young adult male is about 60% water whereas a female is 50%. Than the percentage of the body weight, that is WATER, declines with age. Since fat contains little water, the more obese a person gets the smaller the percentage of water weight is in that person.   Salt is what we call sodium (NA) + chloride (Cl)=Sodium chloride =NaCl, which are both an electrolytes. Water is distributed throughout the body, but in compartments that are inside our cells, outside of our cells (being plasma), and in our tissues. In these compartments with the water are electrolytes but in varying amounts. The largest percentage of water in our body is inside the cells. The body fluid in us is constantly being lost and replaced for normal body processes to occur.   If we eat daily food and fluids the body easily maintains the compartments in balancing the water and electrolytes in our body (remember the compartments are in the cells, outside of cells, and in the tissues).   We know the body receives water to these different compartments through our diet in what we eat (foods & liquids) and through the metabolism (break down) of the those foods & liquids=nutrition that we eat and through the body tissues. There are ending products from the metabolism (break down) of tissues in our body and our foods and fluids through digestion causing our body to have an ending result of toxins in the body but are body gets rid of them if functioning within normal limits. Two vital processes that do this which demand continual expenditure of water in removal of toxins is: 1.) removal of body heat by vaporization of water via the lungs and the skin(perspiration).                         2.)excretion of urea and other metabolic wastes by the kidneys dumping them in our urinary bladder; the stool also in our GI tract plays a role in this removal of metabolic wastes in evacuation.                                                                                                                                                                                    Solid foods such as meats and vegetables contain 60 to 90% water . Note the normal daily replacement of water roughly equals the normal daily loss with an entire body functioning properly. The volume of water used in these processes varies greatly with external influences such as temperature and humidity.

All body fluids contain chemical compounds. Chemical compounds in solution may be classified as electrolytes or nonelectrolytes based on their ability to conduct an electric current in the solution. Electrolytes are either positive, which is a charged particle called an cation (electric current=Na+); or negative which is not a charged particle called an anion (no electric current=Cl-). This is why you’ll see an electrolyte banner or board up in the front of chemistry class or just in your chemistry book (a positive or negative sign after every abbreviation of each element). It’s letting you know if it is + or -. Proteins are special types of charged molecules. They both have a charge that is dependent on the pH of the body fluids. A normal pH in our plasma is 7.35 to 7.45 and at this level your proteins exist with a net negative charge. In our bodies compartments, when imbalances happen regarding fluids, electrolytes or proteins problems occur; acidity and alkalinity distribution in the body becomes effected.

What does this all mean?                                         

There are 3 main mechanisms for fluid and electrolyte movement in the body to help in maintenance of acid and base balances throughout the human body which are diffusion, osmosis, and filtration. Through these mechanisms transfer of water and electrolytes take place dispensing them in the body where they are needed.                                        

Electrolytes account for most of the osmotic pressure of the body fluids (this pressure is the concentration of solids in a compartment—example inside your cells is a compartment). Electrolytes are VITALLY important in the maintenance of acid and base (alkaline) balancing in all cells to all the plasma (outside the cell) to every tissue region of the body. These 3 mechanisms of delivery that balance the fluids and electrolytes in our body you need to have working correctly; but when the body ends up getting imbalances of electrolytes or fluids over a long period of time certain illnesses or diseases can arise. If a system fails in our body, this can put the electrolyte and fluid balance off causing health problems in our body; take for example. kidneys that play a major role in removing toxins from our bloodstream by pulling them out of the blood vessels that filter through the kidneys and allows the organ to dump the toxins into our urinary bladder where we excrete them.   When we void, the more yellow the urine means the higher the amount or concentration of toxins is in the urine and that was dumped in the urinary bladder by proper kidney function.   So if disease like renal (kidneys )failure occurs than this messes up the entire process of balancing the acid and base fluids in the body by allowing the toxics to stay in our body which causes them to be dumped elsewhere, like in our tissues=the body is trying to compensate. This will cause yellowing to the sclera, skin, etc… which we call jaundice and if not repaired you will die sooner in life.  

How is dumping syndrome diagnosed?

A health care provider will diagnose dumping syndrome primarily on the basis of symptoms. A scoring system helps differentiate dumping syndrome from other GI problems. The scoring system assigns points to each symptom and the total points result in a score. A person with a score above 7 likely has dumping syndrome.

The following tests may confirm dumping syndrome and exclude other conditions with similar symptoms:

• A modified oral glucose tolerance test checks how well insulin works with tissues to absorb glucose. A health care provider performs the test during an office visit or in a commercial facility and sends the blood samples to a lab for analysis. The person should fast—eat or drink nothing except water—for at least 8 hours before the test. The health care provider will measure blood glucose concentration, hematocrit—the amount of red blood cells in the blood—pulse rate, and blood pressure before the test begins. After the initial measurements, the person drinks a glucose solution. The health care provider repeats the initial measurements immediately and at 30-minute intervals for up to 180 minutes. A health care provider often confirms dumping syndrome in people with
  • low blood sugar between 120 and 180 minutes after drinking the solution
  • an increase in hematocrit of more than 3 percent at 30 minutes
  • a rise in pulse rate of more than 10 beats per minute after 30 minutes
• A gastric emptying scintigraphy test involves eating a bland meal—such as eggs or an egg substitute—that contains a small amount of radioactive material. A specially trained technician performs this test in a radiology center or hospital, and a radiologist—a doctor who specializes in medical imaging—interprets the results. Anesthesia is not needed. An external camera scans the abdomen to locate the radioactive material. The radiologist measures the rate of gastric emptying at 1, 2, 3, and 4 hours after the meal. The test can help confirm a diagnosis of dumping syndrome.

The health care provider may also examine the structure of the esophagus, stomach, and upper small intestine with the following tests:

• An upper GI endoscopy involves using an endoscope—a small, flexible tube with a light—to see the upper GI tract. A gastroenterologist—a doctor who specializes in digestive diseases—performs the test at a hospital or an outpatient center. The gastroenterologist carefully feeds the endoscope down the esophagus and into the stomach and duodenum. A small camera mounted on the endoscope transmits a video image to a monitor, allowing close examination of the intestinal lining. A person may receive general anesthesia or a liquid anesthetic that is gargled or sprayed on the back of the throat. If the person receives general anesthesia, a health care provider will place an intravenous (IV) needle in a vein in the arm. The test may show ulcers, swelling of the stomach lining, or cancer.
• An upper GI series examines the small intestine. An x-ray technician performs the test at a hospital or an outpatient center and a radiologist interprets the images. Anesthesia is not needed. No eating or drinking is allowed before the procedure, as directed by the health care staff. During the procedure, the person will stand or sit in front of an x-ray machine and drink barium, a chalky liquid. Barium coats the small intestine, making signs of a blockage or other complications of gastric surgery show up more clearly on x rays.

A person may experience bloating and nausea for a short time after the test. For several days afterward, barium liquid in the GI tract causes white or light-colored stools. A health care provider will give the person specific instructions about eating and drinking after the test.

How is dumping syndrome treated?

Treatment for dumping syndrome includes changes in eating, diet, and nutrition; medication; and, in some cases, surgery. Many people with dumping syndrome have mild symptoms that improve over time with simple dietary changes.

Eating, Diet, and Nutrition

The first step to minimizing symptoms of dumping syndrome involves changes in eating, diet, and nutrition, and may include

• eating five or six small meals a day instead of three larger meals
• delaying liquid intake until at least 30 minutes after a meal
• increasing intake of protein, fiber, and complex carbohydrates—found in starchy foods such as oatmeal and rice
• avoiding simple sugars such as table sugar, which can be found in candy, syrup, sodas, and juice beverages
• increasing the thickness of food by adding pectin or guar gum—plant extracts used as thickening agents

Some people find that lying down for 30 minutes after meals also helps reduce symptoms.

Medication

A health care provider may prescribe octreotide acetate (Sandostatin) to treat dumping syndrome symptoms. The medication works by slowing gastric emptying and inhibiting the release of insulin and other GI hormones. Octreotide comes in short- and long-acting formulas. The short-acting formula is injected subcutaneously—under the skin—or intravenously—into a vein—two to four times a day. A health care provider may perform the injections or may train the patient or patient’s friend or relative to perform the injections. A health care provider injects the long-acting formula into the buttocks muscles once every 4 weeks. Complications of octreotide treatment include increased or decreased blood glucose levels, pain at the injection site, gallstones, and fatty, foul-smelling stools.

Surgery

A person may need surgery if dumping syndrome is caused by previous gastric surgery or if the condition is not responsive to other treatments. For most people, the type of surgery depends on the type of gastric surgery performed previously. However, surgery to correct dumping syndrome often has unsuccessful results.

Points to Remember

• Dumping syndrome occurs when food, especially sugar, moves too fast from the stomach to the duodenum—the first part of the small intestine—in the upper gastrointestinal (GI) tract.
• Dumping syndrome has two forms, based on when symptoms occur:
  • early dumping syndrome—occurs 10 to 30 minutes after a meal
  • late dumping syndrome—occurs 2 to 3 hours after a meal
• People who have had surgery to remove or bypass a significant part of the stomach are more likely to develop dumping syndrome. Other conditions that impair how the stomach stores and empties itself of food, such as nerve damage caused by esophageal surgery, can also cause dumping syndrome.
• Early dumping syndrome symptoms include
  • nausea
  • vomiting
  • abdominal pain and cramping
  • diarrhea
  • feeling uncomfortably full or bloated after a meal
  • sweating
  • weakness
  • dizziness
  • flushing, or blushing of the face or skin
  • rapid or irregular heartbeat
• The symptoms of late dumping syndrome include
  • hypoglycemia
  • sweating
  • weakness
  • rapid or irregular heartbeat
  • flushing
  • dizziness
• Treatment for dumping syndrome includes changes in eating, diet, and nutrition; medication; and, in some cases, surgery. Many people with dumping syndrome have mild symptoms that improve over time with simple dietary changes.

References