Impact Of Stress On Kidney Function & Management Tips | AINU Hospitals
Stress and Your Kidneys
We all experience stress. It’s part of life. But too much stress can contribute to poor health, increasing our blood pressure and damaging our kidneys. By learning how stress impacts our health and finding ways to manage it, we can keep our kidneys healthier and live a healthier life overall.
What is stress?
Stress is anything that can upset or disturb your equilibrium or balance. Stress can be physiological (infection, injury, disease), or psychological (anxiety, argument, conflict, threats to personal safety or well-being). Living with a chronic illness, such as kidney disease, or learning for the first time that you have a chronic illness can be a significant source of stress.
Psychological stress is something that we contend with every day. It can be a result of positive life events, such as marriage and children, or it can come from more emotionally challenging events, such as the loss of a loved one, divorce and personal or financial problems.
Stress is normal, and your physical response to stress, including faster breathing and heart rate, a spike in blood pressure, dilated pupils, tense muscles, is a natural and normal process. The levels of fats and sugars in your blood can also increase. The body’s response to stress is commonly known as “fight or flight.” Although it is a natural process to help us survive immediate dangers, these reactions from too much or constant stress can eventually take their toll on your health.
How can stress impact my health and kidneys?
Not only does your body’s reaction to stress help you with immediate dangers or crises, it can also serve as a positive motivator while handling life’s challenges–when channeled properly. However, when your body is under high levels of stress for sustained periods of time, these physical reactions, if left unchecked, can eventually harm your health. The combined impacts of increased blood pressure, faster heart rate, and higher fats and sugar in your blood can contribute to a number of health problems, including high blood pressure, diabetes, and heart disease (also known as cardiovascular disease).
Stress and uncontrolled reactions to stress can also lead to kidney damage. As the blood filtering units of your body, your kidneys are prone to problems with blood circulation and blood vessels. High blood pressure and high blood sugar can place an additional strain or burden on your kidneys. People with high blood pressure and diabetes are at a higher risk for kidney disease.
People with kidney disease are at higher risk for heart and blood vessel disease. If you already have heart and blood vessel disease and kidney disease, then the body’s reactions to stress can become more and more dangerous. Therefore, whether your goal is to prevent heart and/or kidney disease, or improve your health while living with heart and/or kidney disease, managing stress is an important part of maintaining your overall health.
What can I do to manage my stress?
It is very difficult, if not impossible, to completely get rid of stress, or to never have any physical reactions to stress. However, there are steps you can take to manage stress and help control your body’s response to stress. Some simple ways to reduce stress include:
- Eat healthier foods
- Limit salt and caffeine (especially if you have high blood pressure)
- Limit sugar (especially if you have diabetes), and fats (especially if you are at risk for heart and blood vessel disease)
- Set aside time to relax
- Relaxation techniques (yoga, meditation, etc.)
- Prayer
- Talk to a friend, loved one, spiritual leader, or healthcare professional
- Write down your problems and think about the best solution for each of them. A list can help you evaluate and prioritize what issues need to be addressed.
- Set realistic goals and expectations
- Get enough sleep and maintain a regular sleep schedule
- Maintain a positive attitude and outlook
- Vacation
- Regular exercise and more physical activity
This list does not include all of the ways you can manage stress. Improvements in diet and more physical activity are things everyone should attempt. Talk to a healthcare professional to discuss which dietary and lifestyle changes might be best for you. Other methods to manage stress will depend on your personal preferences. You might prefer music, while someone else prefers a relaxation technique or massage. No matter the technique, managing your stress can help you feel better and live a healthier life.
What is Unwarranted Stress – Search
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Stress, Kidney Disease, and Dementia: A Complex Connection
The risk of cognitive impairment and dementia in people with chronic kidney disease is under-recognized. Better awareness and early intervention are crucial to improving patient outcomes.
Chronic kidney disease (CKD) is associated with several well-recognized comorbidities, such as hypertension and cardiovascular disease, that substantially affect survival and quality of life. However, people with CKD also have an underappreciated high risk of cognitive impairment and dementia. In this Focus issue, we examine the epidemiological and mechanistic evidence linking CKD with progressive cognitive decline and consider interventions with potential to improve outcomes for patients and their caregivers.
The Review by Ikram1 explores the epidemiological links between CKD and dementia while recognizing the methodological challenges in ascertaining causality. The continuing rise in the prevalence of dementia is often linked to global population growth and ageing; however, the frequent co-occurrence of CKD and dementia hint at additional underlying mechanisms, which are discussed by Capasso and colleagues in their Review2.
These mechanisms include uraemic toxin accumulation, which not only contributes to endothelial dysfunction, but might also affect the function of brain cells directly, particularly if the integrity of the brain–blood barrier is compromised. Vascular damage in CKD might also contribute to the high incidence of stroke, subcortical infarcts and microbleeds, which can lead to brain injury. Other potential risk factors for cognitive impairment in CKD include the high prevalence of sleep disorders and the reduced expression of neuroprotective Klotho.
Cognitive decline accelerates in people treated with dialysis. These individuals often experience short-term neurological symptoms, including confusion and brain fog, but many also have evidence of long-term alterations in brain structure. In their Review, McIntyre and Jain3 explore the mechanisms underlying these effects, including the impact of haemodialysis-induced ischaemic insults and the role of glucose-associated metabolic stress in peritoneal dialysis.
Interventions with potential to mitigate the risk of neurological damage associated with dialysis include dialysate cooling and intradialytic exercise, but lack of screening and poor risk awareness limit the number of patients that can benefit. More research is needed to clarify key mechanisms and inform patient management.
Given the underlying risks, safeguarding cognitive health in people with CKD is essential, and the Comment by Wolfgram4 discusses the need to integrate dementia screening in the care of patients with kidney disease. Failing to detect cognitive impairment in these patients not only deprives them of the support they need to mitigate progressive decline, but can also affect their ability to manage their kidney disease.
Unsurprisingly, co-occurrence of these two conditions is associated with poor health outcomes, including more frequent hospitalizations and increased mortality. In their Comment5, Gitlin and Hodgson also highlight the need for holistic, cognitive-aware nephrology care that acknowledges and supports the needs of caregivers, as well as those of patients.
“Given the underlying risks, safeguarding cognitive health in people with CKD is essential”
Despite the lack of curative therapies for dementia and the need for more studies on the brain–kidney axis in kidney disease, people with CKD and cognitive impairment could benefit from medications, cognitive therapies, lifestyle changes, sleep disorder treatment and psychological support, among other interventions with potential to slow dementia progression and mitigate symptoms, especially when deployed early in the disease.
Greater healthcare providers and patient awareness and education, as well as structural changes, are needed for effective screening, prevention and management of cognitive impairment and dementia in people with CKD. Chronic stress, kidney disease, and dementia are interconnected in ways that can accelerate each other’s progression.
Stress and Kidney Health
Chronic stress increases blood pressure, promotes inflammation, and can worsen hypertension and diabetes — both major drivers of kidney disease. Over time, this can damage the kidneys’ filtering units (glomeruli) and small blood vessels, impairing kidney function and raising the risk of chronic kidney disease (CKD) pmc.ncbi.nlm.nih.gov.
Kidney Disease and Dementia Risk
Kidney disease is one of the strongest risk factors for cognitive decline. The prevalence of cognitive impairment in CKD ranges from 25% to 62% in non-dialysis patients, compared to 11–26% in the general population scienceinsights.org. In dialysis patients, the figure jumps to 87% American Journal of Kidney Diseases. Even at Stage 3 CKD (eGFR 30–59 mL/min/1.73 m²), the risk of dementia is significantly higher than in healthy individuals scienceinsights.org.
Broken Brain 1 – Podcast – Apple Podcasts
Broken Brain 2 – Podcast – Apple Podcasts
Mechanisms include:
Uremic toxins (e.g., indoxyl sulfate) crossing the blood-brain barrier and damaging neurons pmc.ncbi.nlm.nih.gov+1.
Vascular injury causing white matter lesions, silent infarcts, and microbleeds in the brain pmc.ncbi.nlm.nih.gov.
Shared vascular risk factors like hypertension and diabetes, which affect both organs scienceinsights.org+1.
Inflammation and endothelial dysfunction impairing blood flow to the brain pmc.ncbi.nlm.nih.gov.
Dementia and Kidney Disease Management
Dementia complicates kidney disease care by impairing a person’s ability to follow complex treatment regimens, dietary restrictions, and medication schedules helpdementia.com. Conversely, kidney disease accelerates brain changes that make self-care harder, creating a vicious cycle helpdementia.com.
Stress as a Catalyst
Chronic stress can exacerbate both kidney damage and cognitive decline by increasing systemic inflammation, blood pressure, and oxidative stress — all of which harm kidney and brain tissue pmc.ncbi.nlm.nih.gov. Stress-related hormonal changes (e.g., cortisol) may also directly affect brain regions involved in memory and executive function.
Management Considerations
Control vascular risk factors (blood pressure, diabetes, cholesterol) to protect both kidneys and brain.
Manage stress through relaxation techniques, exercise, and social support to reduce inflammation and hypertension.
Monitor cognitive health in CKD patients, using validated screening tools American Journal of Kidney Diseases.
Optimize kidney care (e.g., dialysis, transplantation) to reduce uremic toxin load and vascular injury.
Support caregivers to help with medication adherence and daily management American Journal of Kidney
Bottom line: Chronic stress can worsen kidney disease, which in turn increases dementia risk through vascular, toxic, and inflammatory pathways. Addressing stress, controlling kidney health, and monitoring cognitive function are key to breaking this cycle and improving outcomes for those at risk.
Anxiety is described as the feeling of fear, uncertainty, helplessness, and apprehension that an individual encounters when anticipating a threatening situation [67]. In CKD, postulated mechanisms for increased susceptibility to anxiety may involve inflammatory processes secondary to uremic toxins, oxidative stress due to increased cytokine production, microvascular damage to the brain, and the involvement of the renin–angiotensin system [19]. However, this postulated mechanism of anxiety is similar to the development of depression or cognitive impairment in CKD. Further studies are needed, therefore, to elucidate specific mechanisms.
PREVALENCE OF COGNITIVE IMPAIRMENT IN CKD
CKD is one of the strongest risk factors for cognitive impairment. The current guidelines used in the diagnosis and management of mild cognitive impairment specify that kidney function should also be assessed as part of the routine neurological workup [5]. In fact, mild cognitive impairment is considered to be a prodromal state that initially occurs in patients with established dementia. The annual rate of progression from mild cognitive impairment to dementia is 1.9% in ESRD patients [16].
Mild cognitive impairment is more common among patients with stage 1–4 CKD (prevalence, 27% to 62%) than in matched populations without CKD (prevalence, 11% to 26%) [5,15,68–70]. The prevalence of mild cognitive impairment increases with the progression of CKD stage [71]. Dementia (Alzheimer’s disease, vascular dementia, Lewy body dementia, etc.) is not a specific disease but is, rather, a general term defined as an impaired ability to remember, think, or make decisions that interfere with everyday activities.
In the general population, age is a very important risk factor for dementia because the incidence of dementia is very low (< 1%) in individuals < 65 years old [72]. However, in young patients with ESRD, the prevalence of cognitive impairment may be higher than that in the general population [73]. Another study showed that the overall age- and sex-specific incidence rates and the cumulative incidence rates of dementia were much higher in ESRD than non-ESRD subjects (10.73 vs. 1.40 per 1,000 person-years and 0.061 vs. 0.017, respectively, both p < 0.0001) [74]. Age-related chronic diseases, such as cardiovascular disease, high cholesterol, diabetes, and kidney disease, are factors that cause the advancement and rapid progression of dementia [75]. Therefore, CKD itself could be related to the progression and prevalence of dementia.
PATTERN OF COGNITIVE IMPAIRMENT IN CKD
Cognitive impairment is assessed by analyzing specific cognitive domains, such as attention, memory, visuospatial ability, language skills, and execution skills [71]. Recent studies have suggested that the phenotype of cognitive dysfunction in patients with CKD may be different from that in the general population [71]. Attention is defined as the selection of specific information within a sensory channel, i.e., filtering the essential data and ignoring the remaining data.
The prefrontal cortex performs this activity, which is modulated by the dopaminergic system. Lizio et al [76]. directly compared CKD-associated dementia with Alzheimer’s disease, and they found a more pronounced dysfunction in the frontal cortex of patients with CKD and mild cognitive impairment compared to the general population.
The memory storage capacity and the processing of information are impaired in patients with CKD [77]. Some animal studies demonstrated neuronal death in the hippocampus associated with CKD [62,78,79]. In addition, CKD was shown to reduce the activity of cholinergic neurons in the nucleus basalis of Meynert [80]. Abnormal interactions occur between these cholinergic neurons and the cortical neurons, causing memory dysfunction in CKD. Griva et al. [81] reported a statistically significant improvement in the memory performance of patients following kidney transplantation.
Language skills are also affected in patients with CKD, and this is the only cognitive domain that shows a linear relationship with declining estimated glomerular filtration rate (eGFR) [24]. Although magnetic resonance imaging (MRI) studies did not show any anatomical changes in the cortical language areas [82], poor naming performance was observed in patients with CKD [83,84]. Several studies have shown that executive dysfunction occurs in patients with CKD measured by the Trail Making Test type A (TMT-A) and the TMT-B, which test cognitive processing speed [76,83,85,86].
Executive dysfunction worsens with a decline in the eGFR [86].
Executive functions are mainly carried out by the frontal lobe, which is thinner in patients with CKD. Cognitive impairment of patients with CKD occurs due to dysregulation of several functional domains of the brain. In fact, it may occur due to the damage caused to multiple cortical regions (particularly the frontal lobe) and subcortical modulatory neurons, especially the adrenergic neurons in the mesencephalon and the cholinergic neurons in the nucleus basalis of Meynert [24].
However, non-CKD dementia is caused by structural abnormalities in different regions of the brain, as revealed by MRI analyses. The differences in the structural brain changes between patients with CKD and non-CKD dementia may be attributed to the different mechanisms of cognitive dysfunction that occur in patients with CKD.
MECHANISM OF COGNITIVE IMPAIRMENT IN CKD
The mechanism of cognitive impairment in CKD is not well understood. Genetic factors lead to the pathogenesis of cognitive dysfunction in pediatric patients with CKD [71,87]. However, vascular injury and uremic toxins are suspected to induce cognitive impairment in adult patients with CKD [10]. Atherosclerosis and endothelial dysfunction are common conditions in patients with CKD. The kidney and the brain have “strain vessels,” i.e., afferent arterioles in the kidney and perforating arterioles in the brain.
These vessels are short in length, because small arterioles branch out of very large arteries that autoregulate tissue perfusion [88]. The anatomical vascular systems are similar in both of these organs, which may be susceptible to the traditional risk factors, i.e., hypertension, diabetes, hyperlipidemia, and obesity [14]. As many risk factors are involved in the development of CKD and vascular dysfunction, vascular factors could also be involved in the development of cognitive impairment in patients with CKD.
In the general population, reduced cerebral blood flow impairs neural activity, which is involved in the pathogenesis of cognitive impairment. However, the global cerebral blood flow was found to be higher in CKD patients than in healthy individuals, which does not support the more general notion of vascular dysfunction in patients with CKD [89].
Prior to peritoneal dialysis, ESRD patients were shown to have cerebral hyperperfusion with reduced execution function [90]. Increased cerebral blood flow probably occurs due to anemia in patients with CKD [90,91]. This discrepancy makes it difficult to apply directly the mechanism of cognitive impairment determined in the general population to patients with CKD.
In patients with CKD, vascular injury can lead to white matter lesions, silent infarction, and cerebral microbleeds. Leukoaraiosis is a pathological appearance of the brain white matter, which is thought to be due to perfusion abnormalities within the arterioles that perforate through the deep brain structures. Leukoaraiosis is thought to represent ischemia and is associated with increased risk of stroke and dementia [92,93]. The prevalence of leukoaraiosis is higher in patients with CKD than in the general population [94].
Uremic toxins accumulate in the body fluids of patients with progressive CKD, and have a direct impact on the development of cerebrovascular disease. Recent studies have reported that uremic toxins cause cognitive impairment in patients with CKD.
A recent review article established that uremic toxins, such as uric acid, indoxyl sulfate, p-cresyl sulfate, interleukin-1β (IL-1β), IL-6, tumor necrosis factor-α, and parathyroid hormone, are likely to have an impact on the CNS, although the underlying mechanisms have yet to be elucidated [95]. In addition, guanidine compounds, asymmetric dimethylarginine, fibroblast growth factor 23, excessive phosphate, and indoxyl sulfate have also been considered potential uremic neurotoxins.
Indoxyl sulfate is a protein-bound uremic toxin, which is also known to be a renal and vascular toxin as it causes nephrotoxicity, especially in tubular cells, and inhibits the proliferation of endothelial cells; thus, indoxyl sulfate induces free radicals [96,97]. In endothelial cells, aryl hydrocarbon receptor (AhR) may be the receptor of indoxyl sulfate. When indoxyl sulfate activates AhR, it causes endothelial dysfunction by inducing endothelial inflammation and an increase in oxidative stress.
This leads to the development of a procoagulant state. – Search
Moreover, AhR is widely expressed in the CNS, and activated AhR was shown to have detrimental effects on cognitive functions. Recent studies suggested that indoxyl sulfate induces neurotoxicity via the proposed mechanism shown in Fig. 2. Adesso et al. [98] reported that indoxyl sulfate causes inflammation and oxidative stress in primary cells of the CNS by activating nuclear factor-κB (NF-κB) and AhRs, resulting in the induction of neuronal death.
Indoxyl sulfate plays a role in apoptosis via inhibition of the mitogen-activated protein kinase (MAPK) pathway in human astrocytes under conditions of oxidative stress [99]. Bobot et al. [63] reported that rats fed an adenine-rich diet with drinking water containing indoxyl sulfate showed an increased serum concentration of indoxyl sulfate and stronger impairment of cognition and increased permeability of the blood-brain barrier (BBB).
Consequently, uremic toxins accumulated in the brain as the BBB was disrupted due to increased indoxyl sulfate concentration. The glymphatic system is a waste clearance system in the CNS, which is formed by astroglial cells that efficiently eliminate soluble proteins and various metabolites from the CNS. Intriguingly, the glymphatic system functions mainly during sleep, and is largely disengaged during wakefulness. Sleep disturbances are common in patients with CKD. Further studies are required to determine how uremic toxins and/or CKD influence the glymphatic system, which can suppress the clearance of uremic toxins and β-amyloid.
CONCLUSIONS
Clinical studies have consistently established that there is a relationship between CKD and emotional/cognitive changes. Genetic factors, inflammation, cerebrovascular disease, vascular factors, and uremic toxins may be associated with the development and progression of cognitive changes in patients with CKD. Radiological studies have elucidated the different mechanisms of CKD dementia and compared them with the characteristics of non-CKD dementia.
Furthermore, animal studies have established the mechanism underlying the brain damage caused by CKD. However, discrepancies occurred between behavioral tests, and further studies are required to determine the detailed mechanisms. Finally, research should also focus on identification of potential therapeutic targets to prevent changes in the brains of patients with CKD.
The link between dementia and kidney disease demands changes in patient careStress is a part of life.
But, excessive stress can affect your health and well-being – we all know this is a fact. But, we often ignore the impact of stress on our health.
Effect of stress on kidneys
Let us try to understand how stress impacts kidneys and the link associated with chronic stress and kidney disease.
Physiological and Psychological Stress
Stress is any disturbance to your normal state or balance. It can be due to physiological or psychological reasons. Any fever, infection, chronic disease, or injury can lead to stress. This is physiological stress. Similarly, a fear of the unknown, job-related, financial losses, and living with a chronic illness – all these events can lead to psychological stress.
We often encounter both these types of stresses at some point in our lives because physiological disturbances and emotionally challenging events are part of our lives.
The human body reacts to stress by releasing hormones that can fight the situation – which is a natural response. These hormones can cause the heart to beat faster, breathing becomes heavy, pupils to dilate, muscles to become tense, and blood pressure spikes. Even blood sugar levels also increase under stress. This is how our body naturally responds to stress. It is commonly known as a fight-or-flight response. It helps in overcoming stressful situations, but constant or chronic stress and the body’s response to it over a period of time can take a toll on our health including our kidney health.
How does Stress impact your Overall Health and Kidneys?
When you are under constantly high levels of stress which is uncontrolled or unchecked, then the physiological changes can progressively harm your health. The cumulative effect of faster heart rate, high blood sugar levels, and increased blood pressure due to chronic stress over a period of time can lead to high blood pressure, diabetes, and cardiovascular disease. All these conditions can potentially lead to kidney disease. Uncontrolled diabetes and Hypertension associated with stress can damage tiny blood-filtering units of kidneys leading to kidney damage, chronic kidney disease, and kidney failure.
The impact of stress on persons with high blood pressure, diabetes, or heart disease can worsen their conditions and can also impact the kidneys causing an increased risk for kidney disease.
In a nutshell, in all circumstances – whether you are healthy, or have chronic conditions you must manage stress to protect your kidneys and overall health.
How to Manage Stress?
Managing chronic stress is a bit challenging – therefore, take steps to never let your stress affect your body. If you are unable to manage stress then take professional help – talk to your family physician or a psychologist.
Some of the useful tips you can follow to manage stress
- Develop a habit of “let go”
- . Learn and indulge in relaxing techniques like meditation, acupressure, massage, yoga, and so on.
- Involve in regular physical activities and exercise at least 30 minutes per day
- Set up a routine sleep and wake-up timings
- Limit your caffeine and salt intake
- Limit sugars and fats in your diet
- Eat plenty of fruits and vegetables
- Limit screen time by reducing time on phones, laptops, T. V. Listen to soothing and relaxing music
- Have realistic expectations and set achievable goals
- Make it a habit to relax for 5-10mts in between work
- Join social groups, spend time with your friends
- Go on vacation
Katelyn Nicky Goldfarb
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Dialysis or transplant. But let’s be honest—undergoing surgery or being connected to a machine several times a week for life can feel utterly discouraging.
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Is creatine level of µmol/L dangerous – Search
Is a Creatinine Level of 25 Dangerous?
Is creatine level of 25 µmol/L dangerous – Search
A serum creatinine level of 25 µmol/L is low compared to the typical normal range of about 44–97 µmol/L medchunk. This means your kidneys are filtering creatinine more efficiently than average, but low levels can sometimes indicate underlying health issues.
What Low Creatinine Levels Mean
Creatinine is a waste product from muscle breakdown and is filtered by the kidneys. Low levels can occur if:
- You have low muscle mass (e.g., due to malnutrition, sarcopenia, or illness)
- You are elderly (muscle mass naturally decreases with age)
- You have severe illness or prolonged fasting
- You are underweight or frail US News Health+1
While low creatinine is not always dangerous, it can be a sign that your body is producing less creatine or that muscle mass is reduced, which may affect overall health.
When to Be Concerned
- Persistent low levels with symptoms like fatigue, weakness, or poor appetite may warrant further investigation.
- Doctors often look at trends over time rather than a single result, as creatinine can vary with muscle mass, diet, and activity US News Health.
- If low creatinine is accompanied by other abnormal lab results or symptoms, your healthcare provider may order additional tests (e.g., albumin, electrolytes, GFR) to assess kidney function and overall health.
What to Do
- Follow up with your doctor to interpret the result in context of your age, weight, muscle mass, and other health factors.
- Maintain a balanced diet and healthy lifestyle to support muscle health.
- If you have symptoms or risk factors (e.g., chronic illness, malnutrition), discuss them with your provider.
Bottom line: A creatinine of 25 µmol/L is below the normal range, but it’s not automatically dangerous. It’s important to have it reviewed by a healthcare professional to determine the cause and ensure your kidney function and overall health are within a safe range
Bottom Line
Stress plays a huge part in the progression of chronic conditions like Hypertension, Diabetes, and Kidney disease. Therefore, Stress management is crucial for everyone. Seek help if needed. If you can successfully manage your stress, you can protect your kidneys from the adverse effects of stress.
Second, if you already have high blood pressure, kidney disease, or diabetes, then keeping your stress levels under control can help prevent your conditions from getting worse. If you still have any concerns regarding the effect of stress on kidneys, then comment or write to us.