An overactive bladder is marked by problems with one s bladder storage system that results in sudden urge to urinate. Involuntary and leakage of urine is also a possibility in such a case.

The problem of an overactive bladder arises when the muscles of the bladder contract involuntarily. The conditions contributing to overactive bladder are:
1. Excessive production of urine due to diabetes, poor kidney function or excessive fluid intake
2. Medications that increase urine production by the bladder
3. Acute infections in the urinary tract
4. Abnormalities in the bladder, for instance, bladder stones or tumors
5. Factors hindering bladder outflow such as constipation, enlarged prostate or earlier treatments for incontinence (loss of bladder control)
6. Excessive intake of alcohol or caffeine
7. Decline in one s cognitive abilities due to factors such as ageing, thus making it hard for the bladder to comprehend the signals it gets from the brain
8. Incomplete emptying of the bladder, leaving only a little storage space for the urine
9. Constipation
10. Neurological disorders

How it can be treated?

Behavioral interventions help to manage overactive bladder effectively and without side-effects. They include-
Exercises to strengthen one s urinary sphincter and pelvic floor muscles
Maintaining a healthy weight
Regulating fluid consumption
Planning a schedule for trips to the toilet
Employing a catheter to empty the bladder entirely
Medications to alleviate the symptoms of incontinence and overactive bladder are-
Fesoterodine
Mirabegron
Darifenacin
Solifenacin
Trospium
Oxybutynin gel
Oxybutynin as a skin patch
Tolterodine
Injecting small doses of Botox (Botulinum toxin), protein-bacteria, directly into the bladder tissues to partially paralyze the bladder muscles, thus delaying urination.
Surgery to magnify bladder capacity
However, it is a must that you seek the guidance of a urologist on immediate basis. 

Overactive Bladder - Can Infection in Urinary Tract Lead To it?

The condition of enlarged prostate occurs due to the enlargement of a man s prostate gland, with the passage in time. Also known as benign prostatic hyperplasia (BPH), it is more common in men over the age of 60. Some cases might have symptoms and others may be symptomless. Although the causes are relatively unknown, it is evident that BPH is not a form of cancer, neither does it cause cancer. The prostate is located below the bladder and is responsible for producing the fluid needed by semen. The growth of the prostate tissue that is associated with benign prostatic hyperplasia begins near the inner prostate which is a tissue ring around the urethra. Its growth is generally inward.

Causes
It is of common knowledge that in males, the urine originates from the bladder and flows through the urethra. BPH is a condition where the prostate experiences a benign i.e. non cancerous enlargement which leads to blockage of urine flow through the urethra (the urinary duct). The resultant enlargement, caused due to the gradual multiplication of cells, subjects the urethra to extra pressure. Further narrowing of the urethra causes more contraction of the bladder, resulting in the urine being forcefully pushed out of the body.

With time, the condition leads to the bladder muscles gradually becoming thicker, stronger and oversensitive. Contraction occurs even due to the presence of small amounts of urine, giving rise to frequent needs of urination. At one point, the bladder muscle is unable to overcome the effects of the narrowed urethra. Due to this, urine does not pass properly and the urethra is not emptied.

Some of the common symptoms of enlarged prostate include:
1. Frequent urination
2. Urgency to urinate
3. Difficulty during urination
4. A slow or weak urinary stream
5. Requirement of extra effort to urinate
6. Interrupted sleep due to need of urination

Further risks
Sometimes, when the bladder is not emptied completely, a risk of urinary tract infections develops. Some other serious problems which can be a result of enlarged prostate include blood in urine, bladder stones as well as acute urinary retention (inability to urinate). In some rare cases, kidney and/or bladder damage might also result from such a condition.

Frequent Urination - Can it be a Sign Enlarged Prostate

A dialysis diet is a special diet that is customized for patients who are or will be starting dialysis within a short period of time. Such a diet is prepared to reduce the waste and fluid levels that keep on accumulating between the dialysis sessions so that the patient remains healthy for the process to be carried out seamlessly.

What can you eat?
Eat foods which are rich in high-quality proteins (poultry, fish, lean meat and egg whites).

What can t you eat?
Eat less of foods which are rich in sodium and phosphorus.

Foods high in Sodium
1. Use minimum salt in preparing the dishes; this helps control BP and probable weight gain that might happen between the dialysis sessions.
2. Make use of spices, herbs and other salt-flavored enhancers.

Meat
1. Patients on dialysis need to include more of high-quality protein foods in their diet. This will help regulate blood protein levels. Eat about 10 ounces of foods rich in high-quality protein every day.
2. 1 egg,   cup of ricotta cheese,   cup of tuna.

Salads/Vegetables

The potassium content of vegetables can be alarming for a patient on dialysis. Eat 3 servings of vegetables that are low in potassium every day. These include broccoli, cauliflower, cabbage, carrots, garlic, cucumber, eggplant, celery, radishes, etc.
Avoid vegetables such as beets, potatoes (in any form- wafers or wedges), winter squash, cooked spinach, pumpkin, asparagus and avocado.
Note:

Although seeds, nuts, peanut butter, lentils, dried beans and peas are rich in protein, they are generally struck off from the diet plan because of their high phosphorus and potassium content.
You can have moderate amounts of grains, bread and cereals.
Try and not have brown bread and other whole grains as they are loaded with phosphorus.
Usually, 5-10 servings of these are considered sufficient for patients on dialysis.
Also, limit intake of milk and other dairy products.
  cup yoghurt or   a cup of milk is considered safe. Also, remember that all varieties of milk- skim, whole and low fat, have the same amount of phosphorus.
All fruits contain some amount of potassium. However, some of them contain more potassium than the others. Limit your intake of fruit juices.
Avoid or limit fruits like: 
Orange juice and oranges
Kiwis
Prune juice and prunes
Dried fruit and raisins
Melons
Bananas

Dialysis - What To Eat & What To Avoid?

When do kidneys need dialysis?

Kidneys are a pair of organs that are located on either side of the spine, each about a size of a fist. The kidneys help in purifying blood by removing toxins, waste materials and excess fluids from the human body. Disorders and dysfunctions of the kidney can lead to severe and often fatal consequences. When the kidneys stop functioning as they are supposed to, dialysis is performed to resume normal functioning in the body.

Dialysis is a type of treatment, which filters and purifies the blood with the aid of a machine. It is an artificial way of purifying blood. There are two types of dialysis, namely hemodialysis and peritoneal dialysis. Hemodialysis, the most common form of dialysis, which involves using a manmade kidney called a hemodialyzer, which removes toxins and waste materials from blood.

Peritoneal Dialysis, on the other hand, is a type of treatment which involves implanting a catheter in the stomach. During the procedure, a fluid called dialysate flows into the abdomen that absorbs all the waste material, which is consequently drained out of the body.

You may need a dialysis if:

- Your kidneys are dysfunctional
- When waste materials and toxins start to accumulate in the body
- In an event of an injury or accident to the kidney such as internal lacerations (wound caused by the tearing of a tissue)
- If the creatinine (a type of a chemical waste product) level falls to 10-12 cc/minute
- In an event where the kidneys aren't able to work properly leading to accumulation of toxins, irregular amounts of chemicals in the body and other dysfunctions

Weakening of the abdominal muscles and weight gain are some of the risks involved in dialysis. Dialysis is a temporary treatment and serves to function till the time the actual kidneys get repaired. In chronic cases of kidney disease, kidney transplant may perhaps be the last resort.



When Do Kidneys Need Dialysis?

Treatment for Kidney stones varies depending on the size and type of the stone or the symptoms caused by it. In case of small stones, medication and simple changes in lifestyle can be enough to treat it, but surgeries and extensive treatments are required if symptoms are severe. 

Following are treatment options for kidney stones:

Small stones with minimal symptoms 
1. Drinking water
Drinking around 3 liters of water a day will regulate your urinary system and can effectively eliminate small stones. Unless your doctor advices otherwise, drinking ample amount of fluids, usually water, is one of the commonest way to get rid of small kidney stones. 

2. Pain relievers
There might be a considerable amount of pain and discomfort associated with passing the stone through urine. Your doctor may recommend pain killers like Ibuprofen, Naproxen sodium or acetaminophen. 

3. Medical therapy
In order to eliminate the kidney stone, your doctor may administer medical therapy. Medication like alpha blocker helps in passing the kidney stone with least pain and more quickly. It relaxes the muscles in the ureter and makes the process relatively easy. 

Large stones with severe symptoms
 
1. Using sound waves to break up stones 
In this technique, a procedure called Extracorporeal Shock Wave Lithotripsy (ESWL), is employed. ESWL uses the help of sound waves to create vibrations which breaks the stones in smaller pieces. This procedure takes about an hour and can cause mild pain and discomfort. Your doctor may administer sedatives to reduce your sensitivity. ESWL has side effects like blood in urine or bruising in the abdomen. 

2. Surgical removal of kidney stones 
Surgical removal of stones is done with the help of a procedure called nephrolithotomy. It uses small telescopes and other instruments which are inserted in your back through a small incision. It is generally done in case of large stones and when ESWL fails. 

3. Ureteric Calculi (Using a scope to remove stones) 
A thin illuminated tube called ureteroscope is used to remove a comparatively smaller stone in the kidney or ureter. The ureteroscope is equipped with a tiny camera which determines the location of the stone which is then broken into pieces with the help of other instruments. It may require general or regional anesthesia.

Treatments For Kidney Stones

The kidneys are a pair of bean shaped organs responsible for blood filtration. It also eliminates waste products from the body. The kidneys are located in the abdomenal cavity of the body and help in keeping a check on the electrolyte level in the body.

Polycystic kidney disease or PKD is a condition in which a number of cysts grow on the kidneys. The cysts are filled with fluid, and if the number or the size of the cyst increases, it can lead to kidney damage and kidney failure. 5% of kidney failures are caused by PKD. PKD does not affect only the kidneys. It can also cause the cyst to grow on other organs, such as liver, pancreas, ovaries, spleen and large bowel. The brain and the heart can also be affected by PKD. If it reaches the brain, an aneurism is caused. Heart murmurs may occur if PKD affects the heart.

Symptoms: Symptoms are visible for those in the 30 to 40 age group; however, it differs from person to person. Back pain or side pain, enlargement of the abdomen, blood in the urine, high blood pressure, and frequent bladder or kidney infections are some of the common symptoms of PKD.

Diagnosis: An ultrasound is the most dependable, affordable and non-invasive way to diagnose PKD. MRI and CT scans can be used to detect the volume of the cyst. It also helps to determine small cysts which cannot be detected by ultrasound.

Treatment: There is no specific treatment for PKD at present. But certain steps and measures can be taken to slow down the growth of the cyst and to control the symptoms.

Prevention: Keeping a check on blood pressure, use of prescribed antibiotics to treat kidney or bladder infection, restricted use of caffeine, and medications to control pain are some of the treatments for relief and for arresting the growth of the cyst. Research also shows that drinking plenty of water throughout the day can also slow down the growth of the cyst. A diet low in fat and moderate in calories is recommended.

Types: Autosomal dominant kidney disorder is a genetic disorder and is passed on to the child from the parent by dominant inheritance. It is the most common type of PKD. The symptoms are visible after the age of 30 to 40. Infantile or autosomal recessive PKD is a genetic disorder and is inherited by the child from the parent by recessive inheritance. The symptoms are visible during the early months of life or in the womb. It is a rare form of PKD and occurs in 1 out of 25,000 people. Acquired cystic kidney disease occurs due to long-term kidney damage and is linked with kidney failure and dialysis. The bleeding of the cyst causes the bleeding in the urinary system and leads to urine discolouration.

Poly Cystic Kidney Disease - How You Can Prevent it?

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