Renal Compensation, Kidney Disease and Nutrition: What To Eat and What To Avoid

Individuals with end-stage renal disease are often prompted to follow a special diet and pay special attention to what they eat and what they should especifically avoid. As per discussed in previous articles by Joe Cosgrove, a renal diet is always recommendable for those patients with any sort of renal disease or kidney failure. End-stage renal disease and kidney failure patients often, if not always, are required to follow a specific nutrition plan and diet simply because their kidneys are not working properly, thusly making it more difficult for the organs to process certain foods. Thus, following a tailored diet puts less effort on the kidneys and, moreover, may actually improve the individual’s overall health.

Even if an individual suffers from any type of kidney disease, it is of high importance to stick with a renal nutrition plan specially tailored to improve the individual’s kidney function in order to prevent further decay. A renal nutrition plan seeks to reduce the intake of several nutrients such as protein and phosphorus alongside other elements such as potassium, calcium, and sodium. By sticking with a renal diet, individuals and patients with kidney disease can definitely lower the amount of toxins and waste products the body accumulates in order to improve organ function.

Pay special attention to minerals

Sodium

Sodium can be found in the vast majority of the foods, and, moreover, it is often added to highlight some flavors. Most individuals believe that salt and sodium are the same; however, salt is actually the compound byproduct of chloride and sodium. Sodium is one of the body’s most important electrolytes and it helps monitor and control the balance of the body and its cells. It helps the body carry out some of its basic functions: it regulates blood pressure, nerve function and muscle contraction, acid-base balance, balances the amount of fluids that the body needs to either keep or eliminate, among others. In order to keep an eye on sodium intake, there are some things individuals can do: they can always go through food labels in order to determine the amount of sodium, they can pay attention to servings and, of course, abstain themselves from buying prepackaged meat and all types of processed foods. Choosing to cook at home using fresh ingredients is also a good way to monitor mineral intake.

Potassium

Aside from sodium, potassium is one of the body’s basic needs. This mineral plays a major role in keeping a regular heartbeat and the muscles working as they should. Potassium also helps the body maintain fluid and electrolyte balance in the blood. Kidneys help the body keep an adequate balance of this mineral in the body. Individuals with renal disease and end-stage kidney failure often struggle to maintain these levels, and since the kidney can no longer complete this task properly, the accumulation and buildup of potassium may lead to a condition commonly referred to as hyperkalemia, which can be diagnosed should the patient start showing symptoms such as muscle weakness and irregular heartbeat. In order to better monitor potassium intake, individuals can always come up with a diet plan with the help of a dietitian, limit foods with high a high potassium content, limit all sorts of dairy products, eat fruits and vegetables and stay away from any salt substitute and seasonings with high potassium content.

Phosphorus

Phosphorus stands out as one of the body’s most important mineral as it is responsible for bone maintenance and development. It also plays a key role in developing other organs and connective tissue. Phosphorus is also involved in muscle movement. People with end-stage kidney disease or any issue related with kidney function often experience imbalances in the mineral which has been related to worsening kidney function as it may lead the body to accumulate phosphorus in the blood. An increase in phosphorus levels can take calcium away from the bones, thusly making them much weaker, and the subsequent increase of calcium in the bloodstream often ends up being allocated in other organs or blood vessels.

In order to better monitor the intake of this mineral, patients, and individuals, in general, can start learning which foods are rich in phosphorus—such as meat, fast food, canned fish, and cheese—, eat smaller servings and pay special attention to PHOS in labels.

 

goldfish-carassius-fish-golden-45910_Phosphorus_diet

Image courtesy of Pixabay at Pexels.com

What foods should individuals with renal disease include in their diet plans?

According to a study, and aside from the aforementioned words of advice, adding fruits and vegetables to an individual’s diet may help protect the organs from further deterioration. In the western hemisphere, a diet commonly consists of animal and grain foods, which are highly acidic. When an individual suffers from any type of kidney disease, the body is unable to get rid of the toxins and the excess acid found in the body, which is why some patients suffer episodes of metabolic acidosis. The idea is to increase the intake of less-acidic foods in hopes of alkalizing the body, thusly helping patients preserve, to some extent, a much better organ function.

* Featured Image courtesy of Pixabay at Pexels.com

Advertisements

The mildly-invasive procedure that helps end-stage renal disease patients

As previously described by Joe Cosgrove, there are several stages of renal disease; there are, in fact, different treatments for each patient. However, to all those patients currently undergoing hemodialysis after being diagnosed with end-stage renal disease, unrestrained and free blood circulation is practically the whole world for them.

hospital_operating room_renal disease

Image courtesy of Pixabay at Pexels.com

The process of hemodialysis, as previously mentioned in this blog is all about having a machine replace an individual’s kidneys. It mimics the human kidney function by pumping blood from an individual’s body all the way through a series of tubes, thusly cleansing it by getting rid of all the accumulated waste so that it can be returned to the body via an additional tube. This machine, also commonly referred to as a hemodialyzer, requires an additional procedure in order to create an easy access into the patient’s blood flow. When a vein or an artery develops a blockage while providing or carrying blood from or to an individual’s dialysis access area—which is usually a leg or an arm—, the process becomes less efficacious and successful, and, in turn, patients are more prone to experience all sorts of difficulties.

Nonetheless, an almost minimally invasive treatment for all those patients who require long-term management of vein access while undergoing dialysis has been developed. The procedure, also known as an angioplasty and stent, poses a very good opportunity for all those individuals who have to undergo the dreary effects of being on dialysis. It is, in short, the perfect opportunity to improve an individual’s quality of life.

In America, there are up to 470,000 people who have any sort or degree of irreversible kidney failure or end-stage renal disease. Most of them need as soon as possible either constant dialysis or, even worse, a transplant in order to survive. The vast majority, all those patients undergoing dialysis, require somewhat of an additional maintenance procedure: either an angioplasty and stent—the process being described in this article—, or a balloon angioplasty. They are required to undergo this additional procedure up to twice a year in order to keep the body with a proper and adequate blood flow to access the entry area.

The main issue relies on a physician’s ability to perform successful percutaneous interventional procedures, or, better said: any catheter-based interventional proceeding. If an individual is to improve their quality of life when undergoing this type of dialysis heavily relies on this. Prior to developing catheter-based procedures, individuals suffering from any degree of end-stage renal disease would come into operating rooms for different procedures such as open procedures that would leave patients weak, thusly making the healing process long and dreary, not to mention that patients would need to stay at the clinics. That was, of course, not the best case scenario for those individuals on dialysis thrice or four times a week. This serves as the most plausible and accurate explanation for such high dropout rates: it was quite easy, not to say understandable, for them to abandon the process.

Additionally, all of these catheter-based proceedings allow physicians to easily and seamlessly access any sort of blockage or narrowing (also known as stenosis) that could be reached through another process or routine operation. In the past, many of these blockages ended up being untreated due to the impossibility for a physician to access them; however, as a result, the scientific community decided to create a much better dialysis access with its own blood flow so that blockages would be left untreated.

This mildly-invasive procedure, in term of time, seems to be a much fitter choice for individuals under the aforementioned conditions. Patients require only a few hours of their time in the clinic. Not to mention that the outcome surpasses in adaptability the old-fashioned way: it is much more adaptable and adequate to an individual’s lifestyle. After several trials in the past, patients seem to be much happier in comparison with the resulting outcome of the old way.

woman_health_happiness

Image courtesy of Julian Jagtenberg at Pexels.com

During the procedure, or, rather, during its course, physicians must accurately determined whether they are facing a blockage or a narrowing. This suggests that the procedure demands a lot of decision-making skills from a nephrologist. They must also determine the degree of the scenario they are facing: how severe it is and, most importantly, which seems to be the best way to open it and, moreover, keep it open. In addition, they also have to ponder what catheter they need or seem to be more adequate for that specific case; however, be that as it may, patients, regardless of complications—everything has got complications and physicians are required to avoid them—, the possibility of improving an individual’s quality of life is compelling enough for them to consider consulting with their primary nephrologist. Dialysis and renal disease are perhaps amongst the least satisfactory scenarios; however, there have been many developments and advancements regarding this topic: today, people have more than just one option to treat their conditions.

* Featured Image courtesy of Pixabay at Pexels.com

What is it like to live with dialysis?

man_patient

Image courtesy of Clem Onojeghuo at Pexels.com

In the United States at least 217,000 patients need to live with dialysis. This represents national costs for over $11 billion dollars every year. This procedure needs to take place when the kidneys are unable to filter fluids and their full capacity is lost. Sometimes, patients who need to live with dialysis have to do so because they were born with a kidney condition and they cannot afford a kidney transplant.

Statistically speaking, this is a dramatic situation for thousands of people in the United States. However, most patients seem to believe that dialysis is not such a terrible thing and they have adapted to a “new normal life”. But, what does it means to live with dialysis? In this article, Joe Cosgrove will share some details related to the way patients learn to have regular lives while they depend on dialysis to survive.

The Experience

First of all, when a patient decides that it is time to go under dialysis treatment it is because its kidneys are not able to do their job. This means that dialysis becomes the only alternative to survive. Keeping this in mind makes it easier and more motivating to people who need to go under treatment.

During a regular dialysis routine, the patient needs to come to the dialysis clinic and meet the nurse at the counter. Papers and forms will be filled out and a short checkup will take place. Since most patients have done this a thousand times, the process usually doesn’t take long.

After the checkup, the patient settles into one of the comfortable recliners inside the room where the process usually takes place. The patient may be the only one in the room or not, depending on the day and time it decides to go and get the treatment.

After settling, the patient will need to prop its left arm, allowing the technician to slip a couple needles into its blood vessels (close to the wrist). One of the needles is in charge of removing the blood and the other one is in charge of taking it back to the body. These needles are attached to plastic tubes that at the same time are connected to the dialysis machine.

For the next three hours, the needles will do their job and the patient’s blood will be filtered. All this is possible thanks to the dialysis machine that stands still next to the patient’s recliner. Most patients bring a book or spend this time watching a movie or a TV show on Netflix. Sometimes, this is even the perfect moment to take a nap.

Besides from the initial moment of the procedure, when the needles need to be stuck on your veins, the dialysis process doesn’t hurt. Sometimes patients may feel dazed and their blood pressure can drop. But, other than that, the process takes place in a comfortable way.

blood-pressure-pressure-gauge-medical-the-test

Image courtesy of Pixabay at Pexels.com

Living with dialysis is supposed to make things easier for patients with End Stage Renal Disease (ESRD). However, the mortality rates in the United States remain to be considerably high compared to those in Japan or Europe since many patients choose to skip the procedure or don’t accept it to last for too many hours.

Related: How To Make The Most Out Of Your Time On Dialysis

How Dialysis Works

The best way to describe the dialysis process is as an artificial kidney. This means that dialysis should be able to do what your kidneys cannot do anymore. There are two different forms of dialysis: hemodialysis and peritoneal dialysis. At least 90% of the patients in the United States who live with dialysis choose to go under the hemodialysis treatment. This is the procedure that was described in the experience above.

When patients live with hemodialysis, their blood needs to be circulated outside of the body with the help of a hemodialysis device. This device cleanses the blood and then returns it back to the body of the patient.

Not everyone is a right candidate to get hemodialysis. This is why every patient needs to have the doctor’s approval before having an entrance or access (a minor surgery on the leg, arm or neck to access the blood vessels). This access is called fistula and the patient will need to keep it clean and usable for as long as it needs to go under dialysis treatment.

The fistula is something dialysis patients need to learn how to live with since it is the only way doctors have to access the blood in a fast and effective way. Fistulas are joints between arteries and veins located under the skin that form a larger vessel where needles are inserted.

When patients don’t need to live with dialysis and only go under a temporary treatment, they can get a catheter on their neck and there is no need for them to go under this minor surgery. In the case of the fistula, the wound needs to heal before the dialysis treatment takes place. However, in case patients use a catheter, they can go under the dialysis treatment right away and the procedure is slightly different.