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A study published in 2012 found that more than 64 million Americans aged 30 or older had periodontal (gum) disease. Gum disease, also known as periodontitis, is a severe infection of the gums caused by an immune response to imbalanced oral bacteria. Inflammation from periodontal disease can damage gums, destroy the jawbone, and lead to tooth loss. Several studies have shown an association between periodontal disease and other systemic diseases such as heart disease, diabetes, cancer, and dementia. But what about the association between dental health and kidney disease? In this blog, I am going to explore that link.

The oral microbiome produces metabolic by-products in the mouth. Some of these by-products leak into the blood stream and lead to a low-grade systemic inflammation. Studies have shown that patients with severe periodontitis have elevated levels of pro-inflammatory mediators and increased neutrophil numbers in the blood. In fact, successful treatment of gum disease was associated with improvement in inflammatory markers. Many of these inflammatory markers have been linked to heart disease, diabetes, and other diseases. This may explain the link between periodontal disease and systemic diseases.
Low-grade inflammation has been shown to be an integral aspect of chronic kidney disease (CKD). Here, too, inflammatory markers were found to be elevated. As kidney function worsens, the levels of these markers increase in the body. They also increase with increasing urine protein (albuminuria), which is common in CKD.
On the other hand, an evaluation of the Chronic Renal Insufficiency Cohort (CRIC) study found that elevated inflammatory markers were associated with rapid progression of kidney disease. So, the relationship between inflammation and kidney disease is bidirectional. CKD can lead to inflammation and inflammation can lead to and worsen CKD.
Periodontitis can increase the risk of CKD by direct and indirect effects. Directly, periodontitis increases systemic inflammatory burden leading to an increased incidence of CKD. In a recent review of 37 studies, researchers found strong evidence that periodontitis is associated with an increased risk for CKD. This association remained strong after adjusting for other risk factors.
Periodontitis can also increase the risk for CKD indirectly by increasing the risk for insulin resistance and diabetes. In this study, diabetes increased the odds of CKD by twofold, and 6.5% of this effect was mediated by periodontitis.
In addition, some of the increased risk of CKD may have to do with genetics. For example, variants in vitamin D receptor gene were associated with CKD during inflammatory conditions caused by periodontal disease.
There is not a lot of data on how treating gum disease affects CKD. However, in this pilot study, researchers found that treating severe chronic periodontitis for 180 days led to improvement of all periodontal clinical parameters. This was associated with statistically significant improvement in kidney function and markers of inflammation.
On the other hand, CKD can affect oral health by inducing gum overgrowth (known as gingival hyperplasia), dry mouth, calcification of root canals, and delayed eruption of teeth in children. These can lead to increased risk of periodontal disease. In addition, severe periodontal disease was found to be more common in patients with more severe CKD.
There is a triangular interaction between nutrients, CKD, and periodontal disease. Protein wasting that is common in kidney disease, for example, can increase the risk of periodontal disease. Omega-3 fatty acids, on the other hand, were found to be beneficial in the management of chronic periodontitis. Many other nutrients and micronutrients that can be altered in CKD were also associated with periodontal disease.
Some of the medications that are used for patients with CKD can also increase the risk for periodontitis. Medications such as calcium channel blockers that are used to treat blood pressure can lead to gum swelling and overgrowth. This was also noted in some transplant medications such as cyclosporine. Other medications can be associated with dry mouth, which can promote gum and teeth problems. These include ACE inhibitors, calcium channel blockers, betablockers, and diuretics.
Both periodontal disease and CKD are associated with low-level systemic inflammation. The association between the two is bidirectional. Periodontal disease can increase the risk for CKD and the rate of its progression. On the other hand, CKD can also worsen periodontal disease. Paying attention to oral health is essential for the prevention of many chronic diseases. It is also crucial for preventing or slowing down the progression of CKD.
The post Can Gum Disease Cause Kidney Problems? appeared first on Integrative Kidney.]]>In a multi-center, nested, case-control study in three Korean hospitals, patients with CKD stage 3 and 4 who are using drugs including colchicine, allopurinol, and febuxostat for high uric acid or chronic gout were studied over a period of 10 years. The progression of CKD was compared between 3085 compared to 11715 control patients.
Colchicine use was associated with a lower risk of adverse kidney outcomes in CKD patients with hyperuricemia, or chronic gout.
Unlike a study published two years ago in NEJM which excluded patients with advanced CKD, this study included patients with kidney function as low as 15 ml/min. Colchicine is known to anti-inflammatory. It also protects against kidney fibrosis.
There are concerns about myopathy and neuropathy with the intake of colchicine. It is, therefore, important to adjust the dose with advanced kidney disease and to be cautious when using it with patients who are on other myopathy-inducing drugs such as statin drugs.
This study is retrospective, longitudinal cohort study included 82,001 participants who visited a primary care center in Japan. Patients were categorized into CKD risk groups and sleep duration categories according to their self-reported average nightly sleep duration. The relationship between average nightly sleep duration and the incidence of composite renal outcome was studied.
Researchers found that an average sleep durations ≥8 h/night were associated with an increased risk of kidney function decline over time.
There are many reasons that connect sleep problems with poor kidney function. We summarized these in this blog.
In a study of 5,638 NHANES participants, lead and cadmium levels were higher in patients with CKD than those without it. This was also associated with decreased urinary lead excretion. Each decrease in estimated GFR by 10 ml/min/1.73m2 was associated with 0.05 mcg/dL increase in lead levels and 0.02 mcg/dL of cadmium levels. This association was even stronger among black participants.
The study concluded that CKD increases the susceptibility to heavy metal environmental exposure by reducing its elimination.
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By Majd Isreb, MD, FACP, FASN, IFMCP
This is one of my favorite breakfast recipes. It is a healthy plant-based breakfast with 7 g protein and 10 g of fiber to start you day right.


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IgA nephropathy is a kidney disease that is defined by the pathologic appearance of glomerular deposition of IgA immune complexes. However, this definition does not address the root cause of the disease.
It has been increasingly recognized that IgA immune complex that deposit in the kidneys predominantly contain polymeric IgA1 lacking galactose within its O-glycosylated hinge region.
In this study, researchers found that patients with IgA nephropathy have elevated levels of certain B cells that are enriched for λ light chains. These cells are predestined for homing to upper respiratory and digestive tract mucosal tissues. In the mucosal tissues, these B cells mature and excrete abnormal IgA in the setting of upper respiratory or digestive infection. You can read more IgA nephropathy by reading our blog here.
This study was done in rats with “non-diabetic kidney disease.” CKD was established in these rats by feeding them high adenine diet. Then they were randomized to receive either metformin or canagliflozin (an SGLT-2 inhibitor).
Metformin, but not canagliflozin, halted the decline in kidney function. Additionally, kidneys of metformin-treated animals showed less interstitial area and inflammation as compared to the vehicle group.
Metformin is increasingly being studied in humans for various kidney diseases. If used judiciously it may be a cheap alternative to preserving kidney function.
In this study, investigators in Beijing looked into the manifestation of mercury poisoning in 172 patients. 26.74% of these patients had kidney injury (3/4 were women) and most of them had nephrotic syndrome. The most common finding on the biopsy was membranous nephropathy.
Other findings of chronic mercury poisoning were neurotoxicity and gingivitis. Chelation with DMPS alone was as effective as chelation and prednisone in reversing kidney injury.
The most common source of exposure without kidney disease was industrial exposure. Interestingly, the most common source of exposure leading to kidney disease was cosmetics containing ionic mercury (mercury concentration in one of the patients cosmetic was 4600 mg/kg – national standards are < 1 mg/kg).
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Several studies showed that patients with CKD have an imbalance of opioid receptors in the central and peripheral nervous system. Interestingly, itching in CKD correlates better with the level of uremic toxins than with glomerular filtration rate (GFR, a measurement of how well the kidneys are working). These toxins play an important role in these neurologic changes that are common in CKD. Most of these toxins are generated by the gut microbiome and are excreted by the renal tubules and not by glomerular filtration (or GFR). Measuring these toxins can be helpful. This can be done by a metabolomic test such as Genova’s Metabolomix+.
CKD is an inflammatory disorder. Elevated inflammatory markers have been found to be associated with itching in kidney disease. Measuring inflammatory markers such as hsCRP, Th-1 cells, and IL-6 can be helpful in the assessment of the root cause of itching in CKD.
Dehydration can also lead to dry skin and worsens itching in CKD patients. Correcting the dehydration can be important in the management of itching.
Many medications that are used in CKD have been associated with itching. These include calcium channel blockers, hydrochlorothiazide, and ACE inhibitors. In addition, other medications such as opioids, anticoagulants, and antibiotics can cause itching.
One of the major problems with itching is that it leads to scratching, and this can cause skin damage. The latter can cause further itching and the cycle continues.
There are many steps you can take to get rid of itching in kidney disease and a kidney disease rash. The first step is to visit a healthcare provider to help you determine the root cause. You can download this two-page handout to guide you in the natural treatment of itching. There is hope that you’ll relieve this frustrating problem and have comfortable skin once again.
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PM 2.5 refers to particulate matters that are up to 2.5 microns in size. Because of their small size, they are considered to be the worst of all air pollutants. They reach the alveoli and enter the blood stream. This study looked at the link between PM 2.5 and chronic kidney disease (CKD) in the Twin-cities area of Minnesota. Researchers found that the risk of CKD increases with higher levels of PM 2.5. This remained true after adjusting to all other variable.
It is, therefore, important to think of air pollution as a mediator of CKD and minimize exposure to it.
Block "fundamentals" not found
You know we discussed the role of the gut-kidney connection in the progression of CKD. You can find many of our blogs discussing this here. Dysbiosis can be a predisposing factor or a mediator when it comes to kidney disease. This study looked at the contribution of impairment in the intestinal barrier (leaky gut) to kidney injury in diabetic kidney disease (DKD). In diabetic mice with impaired intestinal integrity intestine-derived Klebsiella oxytoca and elevated IL-17 were detected in the circulation. This was associated with epithelial renal tubular injury and faster progression to kidney failure as compared to control.
So, always think about the gut when it comes to kidney disease. A personalized comprehensive gut restoration protocol is a must to heal the gut.
Speaking of the gut, we discussed monocyte to HDL ration (MHR) in a previous email. If you missed it, you can read about it on our Instagram page. This study looked at the connection between Indole-3-acetic acid which is a gut-derived uremic toxin and MHR in patients with kidney disease. The study was conducted on 67 patients with CKD. Researchers found that Indole-3-acetic acid levels are directly related to MHR levels. The latter was associated with higher levels of fibrinogen, arterial hypertension, CRP.
So, as they say, when in doubt think about the gut.
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Cold exposure, such as cold showers, has many benefits for kidney patients. It increases endorphins and fights off depression. It improves metabolism and circulation. Most importantly, it stimulates the vagus nerve and improves renal circulation. It may also soothe itchy skin which is common in CKD patients. In addition, cold showers help with post-workout muscle soreness.
The benefits of a cold shower begin when the water temperature dips to 60 degrees Fahrenheit. This is 40 degrees lower than the typical steamy shower. To take a cold shower, start with your usual hot shower, then turn the knob to cold at the end of your shower. Lower the temperature gradually at the end of your shower every day. The benefits start with thirty seconds under the cold water. Maximum benefits are reached in three minutes.
Deep and slow breathing can activate the parasympathetic system. In fact, deep breathing is one of the best ways to lower stress in the body. It sends messages to the brain to calm down and relax by activating the vagus nerve which helps lower heart rate and blood pressure. There are various ways to perform deep breathing. Here, I will discuss the 4-7-8 breathing technique.
This technique uses belly breathing. It can be performed sitting or lying down as follows:
These activities have also been shown to improve heart rate variability and can also activate the vagus nerve because it is connected to the vocal cords. These benefits can be achieved by 10 minutes of singing, humming, chanting, or gargling every day.
The fact that probiotics have been found to support stimulation of the vagus nerve is another piece of evidence for the importance of the gut-brain axis. Healthy microbiota produce short-chain fatty acids, such as butyric acid, which can activate the vagus nerve and send messages from the gut to the brain. It is highly beneficial to get most probiotics through diet. However, if supplements are used, it is recommended to use good quality broad-spectrum probiotics.
Meditation has been found to increase vagal tone and positive emotions. Meditation for 10-15 minutes is a great way to start the day, manage stress, and stimulate the vagus nerve. There are many ways to meditate and many types of meditations. Mindfulness meditation is the most tested in kidney patients. It has been demonstrated to improve the quality of life, reduce anxiety and depression, reduce sympathetic overactivity,improve sleep, and improve blood pressure.
To practice mindfulness meditation such as Benson’s relaxation technique, follow these steps:
Practicing this every day will improve the experience and compound the benefits with consistency.
Among the many benefits of omega-3 fatty acids are increased vagal activity. The best way to reap the benefits of omega-3 fatty acids is by eating fatty fish twice per week, but if that is not an option due to protein restrictions or dietary choices, supplementation is an option. Other food sources include nuts and seeds such as walnuts and flaxseed. It is important that the supplement contains enough eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA), which are the most powerful omega-3 fatty acids. The dose is at least 500-1,000 mg of EPA-DHA three times a day.
One of the best vagal tone exercises is exercise itself. Exercise is linked to better mental health and stimulation of the vagus nerve. It may be one of the most underutilized yet effective interventions for the prevention and treatment of kidney disease. It has been shown to reduce the risk of CKD, help with blood pressure and glucose control, and improve health-related quality of life. Exercise also induces a positive influence on mental health, mood, and stress levels by stimulating the vagus nerve.
The best type of exercise is the one that you do. What I mean by that is don’t get discouraged by trying to find the perfect type of exercise and do anything that works best for you. Having said that, studies on exercise in CKD have included resistance training and aerobic activities that use large muscle groups continuously such as walking, cycling, and jogging.
High-intensity interval training (HIIT) offers superior benefits in individuals with metabolic diseases such as diabetic kidney disease. Studies of HIIT in CKD have shown that it is a safe and feasible option for individuals with CKD.
Those who are new to exercising should start slowly and gradually get to 20-30 minutes of strenuous exercises 5-6 days a week. It is best to alternate between aerobic exercises and resistance training. For those who are 50 years of age or older, it is important to check with your provider before engaging in strenuous exercises.
Massage therapy has also been found to be associated with improved vagal tone. The stimulation of pressure receptors leads to an increased vagal activity which, in turn, seems to mediate the diverse benefits of massage therapy. Functional magnetic resonance imaging data suggested that moderate pressure massage was represented in the part of the brain involved in stress and emotion regulation.
Finally, increased social connection and laughing have been linked to increased positive emotions. Increased
positive emotions, in turn, produced increases in vagal tone, which puts the body in a rest and repair state.
Stimulating the vagus nerve can turn on the parasympathetic nervous system, improve renal blood flow, and modulate inflammation in CKD. Improve kidney health using these natural techniques to turn on the vagus nerve and turn off stress: a cold shower, breathing exercises or meditation, singing or humming, probiotics, omega-3 fatty acids, exercise, massage, and social connection. Check out my 1-hour morning routine for kidney health that incorporates many of these techniques.
The post Nine Ways to Naturally Stimulate the Vagus Nerve, Lower Stress, and Promote Kidney Health appeared first on Integrative Kidney.]]>This routine should take no longer than an hour. Your kidneys and health deserve an hour from you every morning. I understand many of us have hectic lives, but if you are busy, try to go to bed early and wake up one hour earlier the next morning. Trust me, it is worth it. An hour morning routine beats dialysis any time. This could be the first step in how to heal your kidneys naturally.

At night the body loses a lot of water due to sweat and breathing. In fact, in a small study presented at an Associated Professional Sleep Societies meeting in 2009, healthy young men were found to lose ¼ lbs. per hour while asleep. That is about 2 lbs. in eight hours of sleep.
This is why you should start your day with water. The rest of the routine can be done according to your judgment and comfort. Start with drinking two glasses of filtered water if you are not on any water restrictions. This is even more important for patients with polycystic kidney disease and kidney stones. If you are wondering how much water to drink in PKD, check out our calculator here.
Exercise for about 20 minutes. The type and duration of exercise depend on an individual’s level of functioning, endurance, and preference. Studies on exercise in chronic kidney disease (CKD) have included resistance training and aerobic activities that use large muscle groups continuously such as walking, cycling, and jogging.
High-intensity interval training (HIIT) was shown to offer superior benefits in individuals with metabolic disease. In the few studies of HIIT in CKD, it was found to be a safe and feasible option for individuals with CKD.
If you are new to exercising, start slow and try to gradually get to 20 minutes of strenuous exercise five to six days a week. It is best to alternate between aerobic exercise and resistance training. If you absolutely can’t fit exercise into your morning routine, you can move it to whatever time that works for you. The benefits are all the same. Consistency is the key here.
Meditate for at least 10 minutes. Meditation is a great way to start your day, manage stress, and stimulate your vagus nerve, which connects the brain with many vital organs including the kidneys. There are many ways to meditate and many types of meditations. Mindfulness meditation is the most tested in kidney patients. It has been shown to improve the quality of life, reduce anxiety and depression, reduce sympathetic overactivity, improve sleep, and improve blood pressure.
To practice mindfulness meditation such as Benson’s relaxation technique, sit in a comfortable position or on a meditation cushion, close your eyes, relax your shoulders and muscles, and focus on your breathing. Say a word with every exhalation. Pick a positive word like “gratitude.” As your mind starts racing to distract you from your breath, try to return to the word you chose. Practicing this every day will make you better at it, and you will be able to reap all the benefits with consistency.
Journaling is a great way to write your thoughts and plan your day. It has similar benefits to meditation. In fact, journaling was found to reduce stress and depression, boost the immune system, and improve memory among many other benefits. You can write whatever comes to mind. Think of it as a thought download. This should also not take more than 10 minutes.
Meditation and journaling can also be moved to a different time of the day for busy individuals with similar benefits. If you are very busy, consider meditation in the morning and journaling in the evening.
Taking a cold shower has many benefits for kidney patients. It increases endorphins and fights off depression, and it improves metabolism and circulation. Most importantly, it stimulates the vagus nerve and improves renal circulation. It may also soothe itchy skin, which is common in CKD patients. Cold showers help with post-workout muscle soreness. The benefits of a cold shower begin when the water temperature dips to 60 degrees Fahrenheit. This is 40 degrees lower than the typical steamy shower.
Now, I know it will be hard to turn that shower knob from hot to cold in the morning. The way to do it is to start with your hot shower. Then gradually lower the temperature at the end of the shower every day by turning the knob to cold. Give your body time to adjust. You can start with 30 seconds under the cold and gradually increase it to a maximum of three minutes. A quick shower for kidney health takes 10 minutes.
A good plant-based breakfast can be a super healthy way to start your day. A plant-based or plant-dominant diet has been linked to better kidney health and to slow the progression of kidney disease. There are many options that you can prepare in less than 10 minutes or plan the day before. You can find a few recipes in this e-book.
Your kidneys and health deserve an hour from you every morning. This morning routine can improve kidney health and help slow the progression of early kidney disease. If you’re wondering how to heal kidneys, this routine could serve as the first step, or it could be all you need for heathier kidneys. You can modify it to fit your schedule so that you’re at least doing some of the suggested morning actions every day. If you’ve been wondering how to improve kidney function, this morning routine is an important step in the right direction.
The post How To Improve Kidney Function with a Morning Routine appeared first on Integrative Kidney.]]>
In this study, researchers randomized 161 patients with stage 3-4 CKD to either get usual care or usual care plus lifestyle “intervention” for 3 years.
The lifestyle intervention comprised of care from a multidisciplinary team, including a nephrologist, nurse practitioner, exercise physiologist, dietitian, diabetes educator, psychologist, and social worker.
The patients were coached for 8 weeks and then followed for 34 months with a home-based program.
The study did not look at the progression of CKD but it found that a 3-year lifestyle intervention doubled the percentage of CKD patients meeting physical activity guidelines, improved exercise capacity, and decreased the losses in neuromuscular and cardiorespiratory fitness.
It appears that the study mainly focused on exercise. So imagine the benefit of a comprehensive lifestyle modification plan that includes nutrition, exercise, stress management, sleep improvement, and attention to toxin exposure and gut-kidney connection. That’s what we focus on.
This is essentially a negative study.
It demonstrated that Curcumin powder did not improve markers of vascular dysfunction in children and young adults with PKD. The study was conducted for only one year using a dose of 25 mg/kg per day of curcumin.
This is a classic supplement or nutrient study that is usually underpowered or conducted for short periods of time for a disease that takes years or even decades to evolve. Nevertheless, the study proved that short-term use of curcumin is not beneficial for vascular health for young patients with polycystic kidney disease.
This did not really need research but it is now studied and it is official: Low zinc levels in patients with CKD lead to infection (..well among other things).
This retrospective study analyzed data from 299 CKD patients who had serum zinc levels checked to evaluate anemia. They used the level of 50 mcg/dl as the cutoff between low or “high” zinc values.
Low serum zinc values remained an independent risk factor for infection-related hospitalization. This was especially true for patients taking proton pump inhibitors (PPIs) medications.
Read about the effect of Zinc on kidney health in this blog.
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There has been a steady decline in magnesium content in cultivated fruits and vegetables over the past 100 years. This is caused by the depletion of magnesium in soil over time. In addition, utilizing phosphate-based fertilizers leads to the formation of magnesium phosphate salts that are not soluble. This means the soil is deprived of both components: magnesium and phosphorus.
On top of that, the rise of ultra-processed food and drinks have also contributed to the depletion of magnesium in the modern standard American diet. Grain bleaching and vegetable cooking and adding preservatives can lead to a significant loss of magnesium content. Preservatives such as various forms of phosphate and oxalate can bind with magnesium and prevent its absorption. Phosphoric acid in soft drinks has similar effects.
The addition of fluoride to drinking water also prevents magnesium absorption by binding to it and forming insoluble complexes. Finally, drinking caffeine and alcohol can also lead to an increase in the excretion of magnesium by the kidneys, causing magnesium deficiency.
Many medications can interfere with magnesium absorption or increase its excretion, leading to deficiency. Most of the medications leading to magnesium deficiency are summarized in the following table:
| Medication class | Example | Mechanism |
| Anti-diabetic medications | Insulin, insulin mimetics | Interferes with Na/Mg exchange leading to renal loss |
| Antimicrobial | Gentamicin, pentamidine, foscarnet, amphotericin B | Increased renal loss |
| Beta agonists | Salbutamol | Renal loss and cellular shifts |
| Bisphosphonate | Pamidronate | Renal loss |
| Cardiac glycoside | Digoxin | Increased renal loss |
| Chemotherapy agents | Cisplatin | Renal loss |
| Diuretics | Thiazide diuretics | Renal loss |
| Proton-pump inhibitors | Omeprazole | Decreased GI absorption |
Simply put, there is no ideal test for assessing magnesium status in the body. Mg blood levels are tightly controlled and represent only 0.8% of total body stores (0.5% in red blood cells and 0.3% in the serum). Red blood cell Mg levels have been used as an alternative method, but this too does not represent total body stores and is not well validated. Measuring urine Mg requires measuring a 24-hour urine specimen. This too has been found to be imperfect due to large variations from day to day.
The Mg retention test has been proposed as a more accurate way to assess Mg status. Here, the patient receives an intravenous Mg load (0.25 mmol magnesium/kg body weight at a rate of 2.5 mmol/hour), and a 24-hour urine specimen is collected before and after the load. The percentage of administered magnesium that is retained by the body (not excreted in urine) determines magnesium status. This test is not standardized yet, but retention of 25%-50% may indicate a moderate deficiency, and retention of more than that may indicate severe deficiency.
Ideally, measuring muscle or bone magnesium may be more reflective of accurate magnesium stores but this is obviously not practical. Combining a serum Mg test, a 24-hour urinary Mg, and assessing dietary Mg intake is the most comprehensive and practical evaluation of a patient’s magnesium status.
Combining a serum Mg test, a 24-hour urinary Mg, and assessing dietary Mg intake is the most comprehensive and practical evaluation of a patient’s magnesium status
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Patients at high risk for magnesium deficiency include:
Those patients at risk of magnesium deficiency should be targeted for additional testing and supplementation.
The type of magnesium supplement used depends on the exact indication. Magnesium supplements are available as oxide, hydroxide, gluconate, chloride, citrate, lactate, malate, taurate, L-threonate, sulfate, glycinate, orotate, and carbonate salts. In addition to magnesium citrate’s direct effects on kidney stones, magnesium benefits the person with kidney disease through its effects on blood pressure, insulin sensitivity, vascular health, and bone. The following indications are listed with the recommended types of magnesium supplements and doses. These doses are for prevention only. Patients who are deficient may need higher doses. Magnesium supplements should be discontinued or decreased in kidney patients if the serum magnesium level is higher than 2.6.
| Indication | Mg type | Dose |
| Prevention of kidney stones | Magnesium citrate | 400 mg daily |
| Bone health | Magnesium citrate or chloride | 400 mg daily |
| Improving blood pressure | Magnesium taurate | 400 mg once or twice daily |
| Improving insulin sensitivity | Magnesium taurate | 400 mg once or twice daily |
| Improving vascular health | Magnesium glycinate or orotate | 200-400 mg daily |
| Phosphate binder | Magnesium carbonate | 250 mg with meals |
We recommend using high-quality supplements. This article can be a useful guide.
Magnesium is essential to many biological functions, as I described in part one, “Magnesium and Kidneys.” It has many health benefits for kidney, bone, and vascular health. Assessing magnesium status is difficult but magnesium deficiency is very common and underrecognized. Supplementing magnesium may be important for patients with kidney disease. The type of supplement used depends on the indication. As always, it is recommended that you check with a Functional or Integrative Medicine provider and nephrologist before taking any new supplement.
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