Dialysis Health Education Q&A

▶ I. Health Care Guidelines for Cardiovascular Diseases (Hypertension, Heart Disease, Stroke)
Notes:
(a) Spring and winter are the seasons when cerebral hemorrhage is more common. However, low temperatures can cause blood vessels to constrict and blood pressure to rise, so keeping warm is very important.
(ii) Avoid sudden exertion (e.g., constipation), tension, excitement and strenuous exercise.
(iii) Blood pressure, blood sugar and blood cholesterol should be monitored regularly, and medication should be taken on time.
(iv) If you experience any of the following signs of cardiovascular disease, seek medical attention immediately: 1. Facial paralysis or drooping eyelids 2. Weakness or numbness in one or both limbs 3. Confusion or even coma 4. Slurred speech or difficulty communicating 5. Dizziness, vomiting, or headache 6. Chest pain, chest tightness, or shortness of breath 7. Palpitations, night sweats, or difficulty breathing
(v) Avoid taking hot baths; it is best to take a shower, and the water temperature should not be too high.
▶ II. Skin Itching Care Guidelines
The main causes of winter itching include skin aging, excessive bathing, dry skin constitution, and low skin secretion in winter.
Notes :
(a) In winter, it is best to shower 2 to 3 times a week, and reduce the use of soap and bathing in sulfur hot springs.
(ii) Avoid taking hot baths as they can cause dry skin.
(iii) After bathing, you can use oily substances to moisturize your skin, such as olive oil, lanolin, and nourishing cream.
(iv) Clothing should be made primarily of cotton, avoiding wool and nylon, which may cause itchy skin.
(v) Do not scratch when your skin is itchy. Instead, pat it gently or apply ice to relieve the itching.
▶ III. Principles of Health Care for Gastrointestinal Bleeding
Winter is a high-risk season for gastrointestinal bleeding, which is commonly seen in gastric and duodenal ulcers.
Notes:
(a) Symptoms of bleeding: mainly vomiting blood and bloody stools, which may cause blurred vision, palpitations, and even dizziness, pale complexion, and decreased blood pressure.
(ii) Avoid eating irritating and hard-to-digest foods such as alcoholic beverages, coffee, chili peppers, curry, and pepper.
(iii) Those with a history of gastrointestinal bleeding should avoid lifting heavy objects, experiencing excessive emotional fluctuations, and overexertion.
★Prevention and health care methods:
Get plenty of rest, maintain a regular lifestyle, and avoid staying up late and overworking. Eat small, frequent meals and avoid foods that are too cold, too hot, or spicy. Use easily digestible cooking methods such as steaming, boiling, and stewing. Keep a cheerful mood and reduce unnecessary worries.
▶ IV. Adjustment of the number of garments
In winter, when wearing heavy clothing, any weight not removed during weighing should be deducted. Try to maintain the same clothing as much as possible.

According to the results of the Health Promotion Administration's "2007 Taiwan Region Hypertension, Hyperglycemia, and Hyperlipidemia Follow-up Survey," one in ten adults aged 20 and above in Taiwan suffers from chronic kidney disease, with diabetes being the leading cause. Statistics show that 46.6% of diabetic patients also have chronic kidney disease, and one-quarter of them have progressed to the "pre-end-stage renal disease" stage. Furthermore, data from the 2015 Taiwan Kidney Disease Annual Report also indicates that diabetes is the leading cause of dialysis in Taiwan, accounting for 45%.
Diabetic kidney patients who begin dialysis are more prone to developing various complications in both large and small blood vessels compared to other kidney patients, such as retinal diseases, neurological diseases, and vascular diseases. Although dialysis can reduce kidney damage, the complications in both large and small blood vessels caused by diabetes itself continue, thus requiring continued medication as prescribed and regular follow-up.
Diabetes is the leading cause of dialysis in Taiwan, highlighting the importance of good blood sugar control. The recommended target value for HbA1c in diabetic patients is 7%, and fasting blood glucose levels should be maintained between 80-130 mg/dl.
▶ Principles of Blood Sugar Control
1. Maintain a reasonable weight: Losing excess weight helps control blood sugar, so maintaining an ideal weight is one of the goals of our dietary therapy.
2. Dietary control: Consume a balanced diet of various foods at regular times and in appropriate quantities. Avoid refined foods that are high in fat and sugar.
3. Regular exercise: helps maintain ideal weight. It is recommended to exercise 3-5 times a week for at least 30 minutes each time, such as brisk walking, jogging, swimming, or cycling.
4. Medication: Take antidiabetic medications or inject insulin as directed by medical professionals. Do not adjust the dosage or stop taking medication on your own.
▶ Home self-care
1. Learn to monitor and record your blood sugar and blood pressure at home.
2. When going out or traveling, carry candy or food with you in case of hypoglycemia. Symptoms of hypoglycemia include hunger, palpitations, dizziness, sweating, and weakness. In this case, you should immediately eat sugary foods (such as 3-5 candies or sugar cubes). If the symptoms of hypoglycemia do not improve, please seek medical attention immediately.
3. It is advisable to quit smoking and drinking.
4. Daily foot care to prevent wounds or infection. Check and clean your feet and between your toes daily, keeping them clean. Use a suitable lotion to prevent dry skin. Choose appropriate shoes and socks to protect your feet from walking barefoot and avoid wounds. Trim your nails, following their shape, and do not cut them too short. If redness, swelling, heat, and pain occur at the wound site, seek medical attention immediately; do not apply unknown medications or herbal powders to the wound.
5. Diabetic patients should have an eye and foot examination at least once a year and a dental examination every six months.
6. Follow up with outpatient visits and treatment on time.

▶ Examination and treatment
If swelling occurs in the fistula hand, a Doppler ultrasound should be performed first to determine if there is a serious problem with collateral circulation or stenosis, and then the patient should be referred to a cardiologist, surgeon, or radiologist for treatment. Swelling caused by simple collateral circulation or reflux can be surgically ligated; if it is fistula stenosis or central vein stenosis, angiography will be arranged to determine the location of the stenosis and then a balloon dilation will be performed to open the stenosis. In severe or recurrent cases, a vascular stent may even be placed. In addition, swelling in the fistula hand may also be caused by bacterial infection leading to cellulitis, or by fistula leakage causing hematoma. The former will have more obvious symptoms of redness, swelling, heat and pain, or more obvious bleeding, and may be accompanied by fever, requiring treatment with antibiotics as soon as possible; the latter will generally improve and reduce swelling after adjusting the dosage of anticoagulants and applying pressure to stop the bleeding.
Vascular access is a vital lifeline for kidney patients. If you experience swelling or pain, please contact your doctor or nurse at the clinic. They will make an initial assessment and then refer you to a specialist for further examination and treatment.

▶ How to measure blood pressure
For hemodialysis patients, blood pressure should be recorded twice a day, once in the morning and once in the evening, while sitting. Each measurement should be repeated twice. The measurement location should be quiet and free from noise. Please sit and rest for five minutes before measurement to avoid disturbance. The normal average blood pressure is about 135/85 mmHg. However, blood pressure before, during, and after dialysis should not be used as a basis for diagnosis.
▶ How to treat high blood pressure in kidney patients
Non-pharmacological treatment:
Adjust your post-dialysis weight to the optimal dry weight to avoid excessive water retention. Hemodialysis patients should limit weight gain during dialysis sessions to no more than 5% of their dry weight. Adequate dialysis – please adhere to your doctor's prescribed dialysis schedule and do not skip sessions or reduce the time on your own.
Drug treatment:
Commonly used medications include beta-blockers (such as Dapoxetine and Concord), calcium ion blockers (such as Pulex and Cortex Elimin), serum tensor kinase inhibitors/serum tensor receptor blockers (such as Diclofenac and Pulsedox), and mineral corticosteroid receptor blockers (such as Idexcur). The first two are excellent medications for hypertension, while the latter two have additional benefits for patients with diabetes, heart failure, or coronary artery disease. Please take medication as directed by your doctor. The prescription may be adjusted according to your physical condition; do not increase or decrease the dosage on your own, and never take medications prescribed by someone else.

Nearly 30% of dialysis patients experience restless legs syndrome to varying degrees. The typical symptom is an involuntary urge to move both legs, causing discomfort if they remain still, especially when lying quietly or sleeping at night. Symptoms usually improve after activity, stretching, or stepping on the ground. In severe cases, similar symptoms may even appear in the arms. The incidence and severity gradually increase with the length of dialysis treatment. For a doctor to diagnose restless legs, the patient must meet the following four criteria: an unexplained urge to kick, or an urge to move/kick due to leg discomfort; this urge or discomfort worsens with rest and inactivity; the urge or discomfort partially or completely disappears during activity—such as walking or stretching; symptoms are more severe at night than during the day; and these symptoms usually worsen slowly. Additionally, a family history of restless legs, responsiveness to dopamine-like drugs, or the presence of periodic lower limb movements (PLMS) during sleep can also help the doctor make a definitive diagnosis.
▶ Reasons for leg pain
There is no definitive answer yet; only limited research data suggests it may be related to a disorder of the neurodopamine system or peripheral nerve damage caused by uremic toxins. Other data also found that symptoms worsen in patients with calcium/phosphorus imbalances and iron deficiency anemia. The most common effect of restless legs is a decline in sleep duration and quality, which further has adverse effects on physical and mental health: insomnia, daytime fatigue, depression, physical decline, muscle atrophy, high blood pressure, increased insulin resistance, difficulty in controlling blood sugar, and increased risk of cardiovascular disease.
Restlessness during dialysis often leads to premature cessation of dialysis, affecting clearance rates.
Treatment for restless legs can be divided into pharmacological and non-pharmacological treatments, but past studies have been too small to determine which treatment is most effective. Therefore, physicians must adjust prescriptions based on the patient's symptoms and response to treatment.
▶ Treatment for restless legs - Drug therapy
Dopamine-like preparations – In the past, levodopa had an efficacy rate of less than 50%, and in patients with familial restless legs, it had caused the side effect of “augmentation”, such as worsening of symptoms or metastasis to other locations. It has now been replaced by non-ergot preparations such as Ropinirole and Pramipexole, which have an efficacy rate of up to 70% and no serious side effects.
Sodium ion channel antiepileptic drugs – currently only gabapentin has been studied, and the efficacy rate can reach 80% when 200-300mg is given after each dialysis session, but it is prone to side effects such as fatigue, drowsiness and dizziness.
Iron supplements – Iron supplements can be given to people with iron deficiency anemia to improve their condition.
Treatment for restless legs - non-pharmacological treatment
Adequate dialysis – In theory, adequate dialysis treatment can reduce risk factors such as uremic toxins and calcium-phosphorus imbalance, but prolonged dialysis leading to increased bed rest/sitting time can actually worsen symptoms.
Exercise – 30-45 minutes of cycling 2-3 hours after starting dialysis can significantly improve restless legs symptoms, and also has the additional effects of increasing lower limb muscle strength, improving quality of life, and increasing dialysis dose (Kt/V). It is very suitable for restless legs patients whose symptoms are aggravated by insufficient dialysis dose or calcium-phosphorus imbalance.
Kidney transplantation – After receiving a transplant, the patient's symptoms will improve significantly or even disappear, but if rejection occurs and kidney function deteriorates, there is a possibility of relapse.
▶ Conclusion
Restless legs not only affects the patient's life and sleep quality, but also damages interpersonal and family relationships, and may even increase the risk of cardiovascular disease. Although the cause is unknown, medication and exercise can improve symptoms, and kidney transplantation offers a better chance of curing restless legs.

Q1: How can I tell if my dialysis is effective? How can I distinguish which dialysis center, Zhaoxing Clinic, is better than others?
Dialysis time:
Large hospitals have beds available for three shifts, resulting in tight dialysis schedules, inflexible scheduling, and difficulties in changing shifts. Add to that the crowded and noisy environment, and you may feel that dialysis schedules at large hospitals are not flexible, humane, or available enough. Zhaoxing Clinic offers you more flexible and ample time and space in an elegant environment with state-of-the-art equipment.
Artificial kidney:
A higher uremic nitrogen clearance rate is closely related to the clearance surface area of the artificial kidney. With many types of artificial kidneys available, how should you choose? To maintain high quality, Chao Hsing Clinic uses high-flux, highly biocompatible artificial kidneys (V-14HF, V-16HF, V-18HF, V-20HF, V-22HF). These single-use, disposable kidneys provide the best dialysis results, eliminating your worries about which artificial kidney is most suitable for you.
Dialysis water quality:
Our hospital uses the Hsin Hua RO water treatment equipment, which is approved by the Department of Health.
(I) Pre-processing
The first stage of water treatment – sand filter: multiple layers of rocks of various sizes are laid inside. Water flows from top to bottom, and all particle-sized impurities are distributed and removed through the filter bed.
The second stage of water treatment – hard water softening: calcium and magnesium ions in the water are removed by ion exchange resins.
The third stage of water treatment – activated carbon adsorption: Utilizing the adsorption function of activated carbon to remove chlorine, chloramines, herbicides, pesticides, industrial solvents, and some heavy metals from the water.
(ii) Precision Filter
5μm, 1μm: Filter particulate impurities larger than 1μm.
(III) RO (Reverse Osmosis)
RO membranes can filter out: heavy metals (0.005 microns), viruses (0.02-0.4 microns), and bacteria (0.2-1 microns) with a particle size of 0.0001 microns.
(iv) After OR
1. Water storage tank: Store water for backup, ideally with a capacity of one hour's water production to cope with emergencies such as water outages and water restrictions.
2. Ultraviolet lamp: Uses 254nm wavelength light to kill bacteria and inhibit bacterial growth.
3. UF ultrafiltration filter: 0.01-0.05 can filter 99.99% of bacteria and endotoxins.
(5) EDI:
Electrochemical deionization (EDI) water purifiers are a revolutionary invention in water treatment technology. This technology uses high voltage generated by two electrodes to move charged ions in the water. Combined with ion exchange resins and selective resin membranes, the removal of ions is accelerated, thereby achieving water purification. The hydrogen (H+) and hydroxide (OH-) ions required for the regeneration of the ion exchange resins are supplied by the dissociation of ions in the water under high voltage, thus completely eliminating the need for the addition of acid or alkali chemicals.
(vi) Diasafe filter: With a high ability to block bacteria and endotoxins, it is the best line of defense to ensure safe dialysis water. It completely isolates harmful substances and toxins in the water, providing patients with the purest dialysis water quality.
Dialysis machine:

Our hospital adopts differentiated treatment for hepatitis B and C.
Q2: What is dialysis and how should one care for a dialysis patient?
The so-called "kidney dialysis" is clinically known as "hemodialysis," and "effective dialysis" refers to a uremic toxin clearance rate of over 75% per session. Commonly used dialysis catheters include:
1. Direct anastomosis of arteries and veins in the patient's limbs.
2. Artificial blood vessel connection surgery between arteries and veins.
3. Dialysis fuser units are used in procedures such as dialysis catheterization and large vein implantation. An ideal dialysis fuser unit includes:
(i) It can provide sufficient blood flow (more than 300cc per minute).
(ii) Long service life
(iii) Fewer complications
◎ The key points of care for patients with dialysis fistulas are:
1. Keep the wound clean after surgery and wipe the wound and skin tube outlet with iodine.
2. Do not lift excessively heavy objects or wear overly tight clothing.
3. Do not use the arm that has undergone fistula surgery as a pillow.
4. You must quit smoking.
5. Do not consume excessive amounts of potassium-containing foods to avoid fatal potassium ion overdose (such as bananas, cherries, and sports drinks).
Q3: What kind of people need long-term dialysis?
The most important reason why end-stage renal disease requires long-term dialysis is that the kidneys have permanently lost their ability to eliminate toxins. Currently, according to the National Health Insurance Administration's regulations, when the kidney function's "glomerular filtration rate (eGFR)" drops to below 15 (for diabetic patients) or 10 (for non-diabetic patients), and uremia symptoms are present, a nephrologist will assess whether long-term dialysis is necessary.
Q4: How many people actually need dialysis?
The most important reason why end-stage renal disease requires long-term dialysis is that the kidneys have permanently lost their ability to eliminate toxins. Currently, according to the National Health Insurance Administration's regulations, when the kidney function's "glomerular filtration rate (eGFR)" drops to below 15 (for diabetic patients) or 10 (for non-diabetic patients), and uremia symptoms are present, a nephrologist will assess whether long-term dialysis is necessary.
Q5: How many people actually need dialysis?
The Health Promotion Administration (HPA) stated that Taiwan is known as the "Kingdom of Dialysis," with over 90,000 people undergoing dialysis. Chronic kidney disease incurs over NT$53 billion in annual health insurance expenditures, making it the most expensive medical condition. Therefore, prevention is better than cure. The HPA currently provides free preventative healthcare services to adults aged 40 to 64 every three years and to those aged 65 and above annually. Early screening and treatment can prevent kidney function from deteriorating to the point of requiring dialysis.
Q6: What are the commonly used vascular access routes for connecting dialysis patients to an artificial kidney, and what are their advantages and disadvantages?
Dual-lumen catheter | Autologous arteriovenous fistula | Artificial arteriovenous fistula | |
Surgical methods | An artificial catheter is placed in a major vein (such as the jugular vein or the subclavian vein). There is a cuff around the subcutaneous tunnel to prevent bacteria and dirt from passing through the subcutaneous tissue and causing retrograde infection. | When surgically anastomosing autologous arteries and veins, the preferred site is the radial artery of the non-dominant hand connected to the cephalic vein, forming a large vein in the anterior wall, which is most suitable for puncture; the second best site is the brachial artery connected to the cephalic vein, with the anastomosis site above the elbow. | The procedure is similar to autologous arteriovenous fistula surgery. Since there are no suitable autologous arteries and veins available for anastomosis, artificial blood vessels are chosen as the bridge between the arteries and veins. |
postoperative time | Can be used immediately after surgery | Can be used 3-6 months after surgery | Can be used 1-2 months after surgery |
Usable years | In the absence of infection or blockage, it can be used for six months to one year (the vascular patency rate after two years is similar to that of artificial arterial and venous fistulas). | The three-year unobstructed rate of the valve is 65-75%, and some literature reports indicate that it has been used for up to 20 years. | The three-year vascular patency rate is 30% to 50%. |
Risk | Catheter infection, bacteremia, and central venous stenosis are the main complications. | The risk of infection or complications is lowest in the late stages of autogenous arteriovenous fistula. | The long-term obstruction rate and infection rate are higher than those of autologous arteriovenous fistulas. |
Q7: What is hemodialysis?
Hemodialysis, also known as kidney dialysis, mainly uses a semi-permeable membrane made of tiny hollow fibers (commonly called artificial kidneys). When blood flows through the membrane, dialysate (mostly acetate dialysate) flows through the outside of the hollow fibers. Toxins or waste products in the blood diffuse into the dialysate due to differences in concentration through the semi-permeable membrane and are then excreted from the body with the dialysate. This process is called dialysis.
On the other hand, by pressurizing blood within an artificial kidney, excess water in the blood is expelled from the body through a semipermeable membrane; this phenomenon is called ultrafiltration. When dialysis and ultrafiltration occur simultaneously, excess water and toxins can be eliminated from the body.
▶ When is hemodialysis necessary?
Acute renal failure can occur when there are high levels of potassium ions in the blood, severe edema, or uremia symptoms (such as BUN levels exceeding 100 mg%, oliguria, etc.).
Chronic kidney failure.
Stubborn edema.
Acute drug poisoning.
Abnormal metabolism in the body (such as high uric acid or high calcium levels in the blood).
▶ Hemodialysis involves four procedures for patients.
Remove products of protein metabolism, such as blood urea nitrogen (BUN), creatine, and uric acid.
Maintain blood electrolyte levels within a safe range.
Remove acids produced during metabolism.
Remove excess water that has accumulated in the body.
What symptoms might occur during hemodialysis?
Blood pressure drops or rises.
Nausea, vomiting, dizziness, or headache.
cramp.
Chest tightness, chest pain, and cold sweats.
Itchy skin, abdominal pain, back pain.
Other: Imbalance syndrome.
▶ What coordination work should be done?
Follow your doctor's instructions and receive dialysis on time. Do not skip dialysis sessions, as this may worsen your condition.
The weight gain between dialysis sessions should ideally not exceed 5% of your body weight (e.g., 5% of 60 kg is 3 kg) to avoid or reduce potential discomfort during dialysis. Dialysis is intended to alleviate physical discomfort and prolong life. Some patients have been on dialysis for over 10 years and are still able to contribute their talents to society. Therefore, have faith and patience; you can still live a normal and healthy life.
Q8: How should hemodialysis patients take care of their blood vessels?
Regular check-ups: Check the fistula wound daily and feel it with your hands to see if you can feel any bleeding, abnormal swelling, or changes in limb color, etc.
Daily protection: Do not wear watches, tight clothing, lift heavy objects, apply pressure, use as a pillow, have blood drawn, receive injections, have your blood pressure measured, or be struck by sharp objects. If the blood vessels are too thick, use a wrist brace or elastic bandage for protection.
Infection prevention: Maintain good personal hygiene. Wash your hands before puncture, keep the fistula area clean and dry, and avoid picking or scratching to prevent skin breakage and infection. If subcutaneous hematoma occurs after dialysis, apply ice for 24 hours, followed by warm compresses after 24 hours.
Develop good hygiene habits: Do not smoke, keep your living environment clean to reduce the chance of infection; when bathing, do not use excessively hot water; it is recommended to use neutral soap or shower gel, and apply a neutral or oily lotion after washing to moisturize the skin and prevent itching. If symptoms do not improve, inform medical staff so that a doctor can evaluate the treatment method.
Q9: What are the methods for clearing vascular embolisms in dialysis patients?
When a dialysis fistula is blocked or narrowed, endovascular thrombolysis and balloon dilation are usually the first-line treatments. If the blockage or narrowing of the dialysis fistula is too severe, open surgery to remove the thrombus in the vascular chamber will be considered to restore smooth blood flow. If the dialysis fistula continues to narrow after several balloon dilation procedures, a vascular stent, medicated balloon, or patch enlargement surgery can be considered to prolong the time before recurrence of narrowing or blockage.
Q10: What precautions should dialysis patients take in their daily lives?
(a) Developing correct medical concepts
a. Do not seek treatment from unqualified practitioners when you are sick. Find a regular family doctor for treatment. If you experience any discomfort, you should contact a specialist doctor immediately. Never believe in folk remedies and delay treatment.
b. Take medication on time and follow your doctor's instructions. Do not stop or increase medication on your own, as this may worsen your condition or cause side effects.
(ii) Regularly measure body weight and blood pressure to prevent swelling or high blood pressure.
(iii) Appropriate exercise and rest to avoid fatigue and tension.
(iv) Correct dietary intake: The diet of patients with kidney disease varies depending on the disease and must be followed in accordance with the guidance of doctors and nutritionists.
(v) Prevention of infection: Avoid bacterial infections, diseases that can easily worsen kidney disease, such as respiratory infections, fever, etc. In such cases, you should seek medical treatment and not neglect them.
(vi) Special medical treatment is determined by the doctor after diagnosis: such as special drugs, dialysis treatment or kidney transplant.
(vii) Women who wish to become pregnant should consult with a specialist and undergo regular check-ups during pregnancy in order to detect changes in kidney function early and avoid harming the mother and fetus.
(viii) Follow-up examinations for patients with kidney disease: Regular follow-up examinations can assess whether kidney function is stable or continues to deteriorate, so as to carry out further treatment in an early stage.
Q11: What are the dietary principles for kidney dialysis?
Consume enough calories to maintain an ideal weight.
Patients undergoing dialysis face dietary restrictions, often having to avoid certain foods, leading to gradual weight loss, weakened immunity, and increased complications. Therefore, adequate calorie intake is crucial. The recommended daily intake is 35-45 kcal per kilogram of body weight, aiming to maintain an ideal weight.
Consume sufficient and high-quality protein
Once kidney patients begin dialysis, they generally do not need to restrict their protein intake and should consume sufficient high-biological-value protein. During dialysis, the dialysate removes nitrogenous waste along with small protein molecules (approximately 6-8 grams, equivalent to one serving of protein food). Therefore, adequate protein intake is necessary, but excessive supplementation should be avoided to prevent hyperphosphatemia and high blood urea nitrogen. The recommended daily protein intake is 1.1-1.4 grams per kilogram of body weight. Sources of higher biological value protein include eggs, fish, meat, and soy products.
Phosphorus restriction
Excessive phosphorus can lead to bone diseases and skin malnutrition, so limiting the phosphorus content in the diet can slow down the decline of kidney function.
Potassium limit
Kidney failure reduces the body's ability to excrete potassium ions, but as long as kidney patients urinate at least 1000 ml, they usually do not develop hyperkalemia even if their diet is not restricted.
sodium restriction
When kidney function is inadequate, the body cannot excrete excess sodium ions, which can cause high blood pressure, edema, pulmonary edema, and increased burden on the heart, eventually leading to heart failure.
Control water intake
Your daily weight gain should not exceed 0.5 kg. Your fluid intake for the next day should be 500-750 ml more than your total urine output from the previous day. The interval between dialysis sessions should ideally not exceed 5% of your body weight (e.g., 5% of a 60 kg body weight is 3 kg).
Moisture control techniques:
a. Fill a fixed container with the amount of water needed for one day, and then drink it in equal portions.
b. Mix lemon juice and freeze into ice cubes to quench thirst (lemon slices can stimulate saliva production).
c. Chewing gum.
d. When feeling thirsty, simply moisten your lips with a cotton swab, rinse your mouth, or apply lip balm.
Exercise and a regular lifestyle
a. Develop regular lifestyle habits: do not stay up late, do not drink excessively, and do not smoke.
b. Exercise three to five days a week, one to one and a half hours after meals, for at least 30 minutes each time. For example, take a walk.