What Can You Do To Reduce The Risk of Having Kidney Stones

Kidney stones are hard, crystallized minerals that form in the kidneys that may spread to other organs in the urinary tract such as the bladder and the ureter. They form when urine becomes so concentrated with minerals that the minerals crystallize and harden. Often stones are formed from a fusion of calcium and oxalate or phosphorus. Symptoms of kidney stones include trouble passing urine, excruciating pain when passing urine, pain in the groin, below the ribs and in the abdomen, blood in the urine and frequent urination. While reports indicate that the prevalence of kidney stones has grown in modern times, the condition still remains a preventable one.

Ways of preventing Kidney Stones

1. Cut down on sodium intake
A heavy sodium intake causes a proportionate increase in the amount of calcium in urine, creating a good chance of kidney stone formation. Processed and canned foods are known to contain high amounts of sodium. It is advisable to reduce one’s consumption of such foods.

2. Staying hydrated
Drinking enough water and other fluids is one of the best and easiest ways to prevent kidney stones. Water dilutes urine, making it less concentrated. A shortage of fluid in the body translates into just a little concentrated urine. Urine salts are more likely to crystallize and form stones because there is insufficient water to dissolve them.

3. Consumption of foods rich in calcium
Even if most stones have aspects of calcium, calcium rich foods such as milk and cheese prevent the likelihood of kidney stone recurrence. This is because the levels of oxalate, which is a stone forming mineral, increase with decreasing levels of calcium. Calcium should be maintained at a good level.

4. Cut down on the intake of animal proteins and fructose
Organ meats, red meat, seafood and poultry contain a compound known as purine which contributes to the formation of kidney stones, specifically uric acid stones. The same goes for foods with high fructose, with corn syrup specifically being one to avoid. Managing the intake of these foods should go a long way in preventing stones from forming.

In addition to watching one’s diet, medical professionals advise that people should obtain a good amount of exercise to prevent weight related disorders such as obesity.

Kidney stones are very painful and, in this instance, there is no question that prevention is much better than cure. If you discover that you have kidney stones, you should seek medical attention immediately. For those interested in prevention only, reading up on the subject can offer practical ways to avoid having kidney stones. The staff of specialists at St. Pete Urology also are able to help with diagnosis, prevention and treatment of kidney stones. For more information, visit the St Pete Urology website.

What are the Symptoms of Pelvic Organ Prolapse?

In general terms, the pelvic region of a human body is the area between the abdomen and the thighs. The pelvic region primarily comprises the bowels and the organs of the reproductive and urinary systems. In both men and women, pelvic organs are held in place and supported by strong muscles which collectively form the pelvic floor. Pelvic organ prolapse is a condition that results from a weakening of the pelvic floor muscles in women, causing the pelvic organs, chiefly the uterus, the bladder and the small intestines, to droop or descend and press on or even through the vagina. Common causes of pelvic organ prolapse include pregnancy, vaginal childbirth, sustained and prolonged pressure on the abdomen, aging, heavy lifting, hysterectomy, obesity and prolonged chronic coughing. Some women are also genetically predisposed to pelvic organ prolapse.

Symptoms of a Pelvic Organ Prolapse

The symptoms are usually determined by the organ that is affected. The symptoms listed here do not all occur together, although they may manifest in a combination of two or three.

1. A feeling of heaviness, pressure or fullness in the pelvic area. The descending organs put pressure on the lower parts of the pelvis, causing the sensation of heaviness and fullness.

2. Seeing or feeling something coming through the vagina. With time, small parts of the descending organs or the surrounding tissue may be seen through the vagina. Even if not seen, a patient might feel a bulging at the vaginal opening.

3. Urinary incontinence. Pressure on the bladder may cause leaking of urine or a frequent urge to urinate.

4. Painful intercourse and trouble inserting tampons. The displaced organs occupy spaces and put pressure on channels that are usually open to facilitate intercourse and to allow the insertion of tampons, thus making these activities uncomfortable and even painful.

5. Trouble having a bowel movement or constipation. This is common in patients with a rectal prolapse.

6. Lower back ache. This is common with patients who have a prolapse of the bowel.

Most patients report that symptoms worsen late in the day and after standing for a long period of time or taking part in an intense physical activity.

Any of these symptoms should be reported to a urologist so tests can be conducted and treatment administered as early as possible. In addition to finding a competent urologist, a patient also should seek a treatment platform that she is comfortable with. One way to find such a platform is to study the online profiles of urology professionals, such as the one created by St Pete Urology, so as to make an informed choice. For more information, visit the St Pete Urology website.

What treatments are available for erectile dysfunction?

Are you struggling to achieve or maintain an erection? Whether you are under 35 or over 65, you are certainly not alone. Erectile dysfunction (ED) is quite common in American men, affecting more than 20 million men. Statistically, 52 percent of men between 40 and 70 years old have some form of erectile dysfunction while 25 percent of men younger than 40 suffer from the problem on a regular basis. At St Pete Urology, we see a lot of cases of erectile dysfunction every month, administer treatments and achieve excellent results for our patients.

Types of ED treatments

There are a number of safe and effective treatments for erectile dysfunction which, when properly applied, help in achieving and maintaining an erection for satisfactory sexual intercourse. The main treatments include oral medications, penile injections, vacuum erection devices and surgery. The choice of treatment depends on factors such as underlying causes and severity of the dysfunction, and overall health and preferences of the patient.

Oral medications

Dr. Adam Oppenheim of Advanced Urology InstituteAt St Pete Urology, oral medications are typically our first line of treatment. The medications commonly given are vardenafil (Levitra, Staxyn), sildenafil (Viagra), avanafil (Stendra) and tadalafil (Cialis). All these medications work by improving the action and efficacy of nitric oxide, which is a natural chemical produced by the body and used to relax penile muscles. With increased activity of nitric oxide due to these drugs, there is increased relaxation of the smooth muscles, improved blood flow to and in the penis and greater likelihood of developing an erection when there is sexual stimulation.

Though the oral ED drugs are similar in their mechanism of action, they vary slightly in chemical makeup, timing of dosage and expected period of effectiveness, and potential side effects. For instance, sildenafil (Viagra) produces the best effect when taken without food about one hour before sex and its effect lasts six hours. Vardenafil (Levitra, Staxyn) can be taken with or without food one hour before sex and its effect lasts seven hours. Like vardenafil, avanafil (Stendra) can be taken with or without food, but 15-30 minutes before sex (depending on the dose) and its effects lasts six hours. Tadalafil (Cialis) should be taken in small daily doses or in a large dose (as needed) with or without food about 1-2 hours before sex and its effect lasts 36 hours. Doctors usually consider these differences before prescribing oral ED medications.

Penile injections

An effective alternative to oral medications is injectable ED medicine. The specific injectable medication may vary, but some of the most commonly used ones are papaverine hydrochloride, alprostadil, prostaglandin E-1 and phentolamine. An injection of one or a blend of these ingredients will relax arterial wall muscles, cause increased blood flow into the penis and result in an erection. A small, sharp needle is used for the injection and there is only minimal discomfort. At St Pete Urology, we teach patients how to do the injections and once they have mastered it, then drugs are ordered and sent to them to do the injections at home.

Vacuum constriction devices

A vacuum device is an external pump supplied with a band to help trigger an erection by driving blood into the penis. Vacuum constriction devices (VCDs) have three components: the plastic tube placed around the penis, the pump that draws out air from the tube and creates a vacuum, and the elastic ring that helps to maintain an erection during intercourse by preventing the flow of blood back into the body. The elastic ring should only remain in place for a maximum of 30 minutes and then should be removed to restore normal blood circulation and prevent potential skin irritation. Using a vacuum pump requires adjustment and practice — it may make the penis feel numb or cold, purple in color and bruised, although such effects are often painless and go away in a few days. The devices also may weaken ejaculation, but they do not affect orgasm (pleasure of climax).

Implant surgery

Surgery is often a last resort treatment for ED. At St Pete Urology, we speak with our patients about whether or not surgery is right for them. Surgery can be done either to implant a device into the penis that makes it erect or rebuild the arteries and veins around the penis to improve blood flow. Implanted devices (prostheses) are an effective treatment for ED with implant surgeries typically taking about one hour to complete and usually done in outpatient setting.

There are two types of penile implants: inflatable implants that make the penis wider and longer via a pump in the scrotum and malleable implants that are basically rods allowing for manual adjustment of the position of the penis. Patients leave the hospital the day after their implant surgery and are able to use the implant to achieve an erection 4-6 weeks after surgery. Possible challenges with the implants include infection and breakage, but they are generally effective in getting and maintaining an erection.

Vascular reconstructive surgery

Another option is the urologist can perform a vascular or arterial reconstruction surgery to improve blood flow to and in the penis. Vascular reconstructive surgery is a highly delicate procedure involving either the re-routing of arterial pathways leading to the penis to bypass blocked arteries that are restricting blood flow, or to unblock blood vessels causing an obstruction. An artery can be bypassed by moving an abdominal muscle artery to a penile artery. Alternatively, a penile vein can be modified to work like an artery.

Men who are younger than 45 are the ideal candidates for reconstructive surgery, especially those who have experienced trauma or injury that resulted in the damage to blood vessels at the base of the penis. The goal of the procedure is to remove or bypass any blockages that may impede blood flow to the penis. And with the obstruction removed, there is increased blood flow to the penis and greater likelihood of an erection.

If you have erectile dysfunction, the first step is to speak with a doctor. The right treatment for you will depend on your overall health and the underlying cause of your ED. At St Pete Urology, we see a lot of cases of erectile dysfunction and endeavor to achieve the best possible outcomes for our patients. For more information on treatment of erectile dysfunction, visit the “St Pete Urology” site.

How To Treat Kidney Stones?

When certain minerals are in excess in the body, they accumulate in urine. The urine becomes more concentrated as the levels of minerals and salts increase, particularly when the body is not well hydrated. As a result, hard masses of minerals and salts called kidney stones — often made of uric acid or calcium — form inside the kidney and can travel to other areas of the urinary tract. About 1-in-11 Americans will have a kidney stone at some point in their lifetime, but stones occur more often in men, people with diabetes and those who are obese.

Stones come in different sizes

Kidney stones vary in size. While some may be as small as a fraction of an inch and others only a few inches across, some stones can be very large and may take up the whole kidney. Smaller stones tend to remain in the kidney and rarely cause pain as they pass out of the body. In most cases they are not noticed until the kidney stones pass into the ureter. But larger stones may block urine flow, cause pain and result in urinary tract problems. Fortunately, the stones rarely cause permanent damage, and there are effective treatments for them.

Pain due to kidney stones

Pain is the most common characteristic and frequent symptom of kidney stones. Although the pain associated with stones varies from person to person, it can be quite intense and agonizing when it occurs — accounting for over 1 million visits to the emergency room every year. Many women who have had the condition attest that the pain is worse than the cramps and spasms of childbirth; others say it’s like being stabbed with a knife. The pain is felt along the side and back and below the ribs, though it may radiate to the belly and groin area with the movement of the stone along the urinary tract. It also generally occurs in waves, each wave lasting a few minutes, before disappearing and coming back.

Treatment of kidney stones

At St Pete Urology, we admit many patients in our emergency department because of painful kidney stones. Some patients also present with symptoms such as nausea, vomiting and hematuria (blood in urine). We determine how to manage kidney stone disease depending on the location and severity of the stones. For patients with small stones — several millimeters in size — we may allow time for the stones to pass without intervention. In that case, a patient is given pain medication, advised to drink plenty of water and waits for the stones to pass, under our close observation. But for large stones or complex ones causing problems such as severe pain, infection or kidney failure, we usually intervene to remove the stones.

Types of treatments

We often intervene to remove kidney stones that fail to pass spontaneously, are affecting kidney function, are accompanied by too much pain to wait for their passage, are blocking the flow of urine or are causing repeated infections. The interventions involve tiny or no incisions, minimal pain and a short time off work. At St Pete Urology, the treatments we commonly provide for kidney stones are extracorporeal shockwave lithotripsy, percutaneous nephrolithotomy and ureteroscopy.

1. Extracorporeal Shockwave Lithotripsy (ESWL)

ESWL (Extracorporeal Shockwave Lithotripsy) is the use of highly-focused sound waves released and focused from outside the body to crush kidney stones. The intense waves are able to reduce the stones into sand-like granules that can pass normally in urine over a few weeks. Before ESWL, patients are given a sedative or placed under regional or general anesthesia and ultrasound or X-rays used to pinpoint the location of the stones.

The procedure takes about 1 hour, but larger or more complex stones may need several ESWL treatments. Patients return home the same day and are able to resume normal activities in 2-3 days. Shockwave lithotripsy is not used for hard stones, such as cystine, struvite, and some types of calcium phosphate and calcium oxalate stones. It’s also not ideal for stones larger than 1 inch in diameter and for pregnant women.

2. Ureteroscopy (URS)

For some kidney stones, especially those located in the kidney and ureter, ureteroscopy is the preferred treatment. The treatment involves passing a small fiber-optic instrument called ureteroscope into the urethra and bladder, then into the ureter. The telescopic instrument enables the urologist to see the stone and to use a small, basket-like device to pull out a smaller stone. For larger stones that can’t be removed in one piece, the urologist uses laser or a similar stone-breaking tool to shatter the stone into smaller pieces.

Flexible ureteroscopes are used for stones located in the kidney and upper ureter while rigid ones are used when stones are located in the lower ureter near the bladder. During the procedure, you are placed under general anesthesia to keep you comfortable. A stent (or small tube) is left in the ureter to keep it open and drain urine from the kidney and into the bladder, but it’s completely within your body and doesn’t require an external urine collection bag. You can return home the same day and resume normal activities in 2-3 days, but the stent must be removed in 4-10 days to avoid infection and potential loss of kidney function.

3. Percutaneous nephrolithotomy (PCNL)

Percutaneous nephrolithotomy (PCNL) is the most appropriate treatment for larger or more complex kidney stones. It’s also the best treatment if several small stones are bundled up in one kidney. During the procedure, the surgeon makes a half-inch incision in the side or back and then guides a nephroscope (rigid telescope) through the incision and into the area of the kidney where the stone is located. Using the nephroscope, the urologist reaches the stone with instruments that fragments it into pieces that are then suctioned out. The ability to suction tiny pieces of stone from the urinary tract makes PCNL the best treatment option for larger stones.

PCNL is performed with the patient under general anesthesia. The procedure requires hospitalization and you are discharged after 24 hours but resume normal activities after 1-2 weeks. Usually at the end of the procedure a tube is placed in the kidney to help drain urine into a bag outside the body. The tube remains for a few days or just overnight. Before you are discharged from hospital, the urologist may do X-rays to check if any pieces of stone remain. The nephroscope may be inserted again if any stone fragments are detected to remove the leftover fragments and to make sure you are completely free of the condition.

At St Pete Urology, we have experienced urologists, specialized equipment and highly-skilled support personnel to help us deliver excellent outcomes for patients with kidney stones. We use both surgical and non-surgical methods to tackle this painful condition, including the minimally-invasive procedures of shockwave lithotripsy, percutaneous nephrolithotomy and ureteroscopy, robotic surgical procedures, advanced imaging technology, medications and dietary changes. For us, the goal is not only to cure kidney stones but also to prevent a recurrence — striving to make your first stone surgery your last. So if you have symptoms of kidney stones or want advice on how to avoid this painful condition, come see us for help. For more information on prevention, diagnosis and treatment of kidney stones, visit the “St Pete Urology” site.

Meet Dr. Adam Oppenheim

Urology is a great blend of surgery and medicine and a specialty that provides an amazing work-life balance. It also brings profound satisfaction from the excellent outcomes with most cases. It is a wonderful opportunity to help people with embarrassing conditions and a chance to provide life-saving and life-extending treatments. Being passionate about making a difference in the lives of people, I found urology the perfect specialty for me.

Becoming a urologist

I was born and grew up in Yorktown, Va., and went to Virginia Tech for my Bachelor of Science in Biology. I went to the Nova Southeastern University, College of Osteopathic Medicine for my medical education. While a lot of factors were involved in choosing to become a doctor, my dad was a big influence. He was an ophthalmologist who spoke fondly about the joy of caring for patients — both in his office and in the operating room. My dad made medicine such a noble career that I was inspired to follow in his footsteps.

But it was when I was a third year medical student that I chose to become a urologist. My general surgery rotations allowed me to interact closely with many urologists. During those sessions I spent with them, I saw the enthusiasm the urologists brought to their work and it inspired me. They really appreciated their work and their passion and commitment translated into great care and excellent outcomes for their patients. They instilled that love for urology in me — a love that has continued to flourish ever since.

I completed my general surgery and urology residency at the Einstein Medical Center in Philadelphia. During those years in Philadelphia I also received urology oncology training at the Fox Chase Cancer Center — one of the nation’s top centers in cancer care. My urology training included working with the country’s leading doctors in penile implant surgery, enabling me to be solidly grounded in knowledge, skill and experience in penile prosthesis. Likewise, I took extra-curricular courses in mid-urethral sling insertion for stress incontinence in women, urologic prosthetics, GreenLight laser therapy and InterStim sacral neuromodulation for BPH.

What do we do as urologists?

We are specialists in treating medical problems of the urinary tract and the male reproductive system. The problems are found in organs such as kidneys, uterus, urethra, urinary bladder and male reproductive organs. When necessary, we perform surgeries to remove kidney stones, genital abnormalities present at birth, urinary tract obstructions, and other issues causing problems for patients. We diagnose and treat enlarged prostate, erectile dysfunction, urinary problems, urologic cancers, overactive bladder, urethritis, prostatitis and interstitial cystitis, among other conditions. We see patients of all ages, from babies and children to seniors.

Urology is a specialized field with a lot of things that I like. We do many procedures to improve the quality of life of our patients. For instance, we do prostate procedures to help patients pass urine, treat erectile dysfunction which is quite embarrassing to those who struggle with it, treat kidney stones that can cause agonizing pain, and tackle life-threatening conditions such as prostate cancer and kidney cancer. I practice every aspect of general urology but I have a special interest in erectile dysfunction, kidney stones, urinary problems, enlarged prostate, prosthetics and men’s health, spending the better part of each day doing exams on the male genitalia and performing a lot of surgeries on balls and penises.

Job Satisfaction

As a urologist, I always feel that I’m in a unique position. I am able to have a lasting relationship with my patients, which is something I find really gratifying. And after almost every successful diagnosis and treatment, my patients improve quickly and are able to enjoy life again — something that fills me with joy and satisfaction.

During our work, the most difficult part is usually for patients struggling with embarrassing and awkward conditions to walk in, sit down and discuss sensitive issues openly and honestly. With every encounter I try to provide a caring and compassionate environment that allows for frank and open conversations. The goal for me is to craft a personalized treatment plan that suits the goals and lifestyle of each patient. A plan may be as simple as changing medications or as complex as conducting surgery with sophisticated equipment.

Why St Pete Urology

St Pete Urology is a wonderful place with great professionals and state-of-the-art equipment. Working here always fills me with pride because of the excellent outcomes we achieve for our patients and the unwavering commitment to improving the standards of care through innovative and advanced techniques. It’s always buzzing with people sharing jokes and smiling, and that positive attitude is contagious. It also helps because we have to perform tests and procedures in an uncomfortable area of the body and there are often times we have to deliver news about diagnoses that patients may not want to hear. It has been an amazing time being here and I have only good things to say about urology — I would choose urology if I had to do so again.

For more information on our urologists and range of services, visit the “St Pete Urology” site.

What causes the prostate to enlarge?

Although the exact trigger of BPH (Benign Prostatic Hyperplasia) is not fully known and may vary from one man to another, there are risk factors that contribute to the condition. Benign prostate enlargement means your prostate grows in size without being cancerous. As the prostate swells and becomes bigger, it presses on your urethra and bladder and may cause a number of urinary and bladder function problems. The known contributing factors to prostate enlargement are age, hormones, stress levels and diet.

1. Age

Your age is a risk factor and not a cause of BPH. Prostate growth is considered a normal part of aging. In fact, the prostate usually goes through two major periods of growth as a man ages. During early puberty, the prostate doubles in size. Then from the age of 25 the gland enters a second phase of growth and continues to increase in size for the rest of his life. It’s typically during this second growth phase that benign prostatic hyperplasia occurs. About 50 percent of men over the age of 50 have BPH, while up to 90 percent of men over 80 years old have the condition.

2. Hormones

Hormones have a major role in triggering BPH. For instance, testosterone — the male sex hormone responsible for sexual development, muscle mass, deep male voice and libido — is converted to DHT (dihydrotestosterone) when it is in excess in the body. DHT is a useful hormone in adolescents because it ensures normal growth and development of sexual organs, including the prostate. But the production of excess quantities of DHT results in problems such as aggression and acne in adolescents. In older men, excess production of DHT causes the prostate to continue to grow and enlarge. If left unchecked, this could lead to an enlarged prostate and other problems associated with the gland.

3. Diet

Prostate enlargement is a more common problem in Western countries such as the U.S. and UK, but occurs in lower rates in Asian countries like Singapore and Japan because of dietary reasons. A typical Western diet contains simple carbohydrates, refined sugar, meat, dairy and unhealthy fats, while traditional Asian and Eastern diets are often richer in complex carbohydrates, vegetables and healthy soya-based proteins. The dietary differences are therefore critical for the varied incidences of BPH in the Western and Eastern countries.

The regular consumption of red meat escalates the risk of developing BPH by 38 percent, and regular dairy intake not only contributes to joint pain and hay fever through inflammation, but also inflames the prostate and accelerates the enlargement process. On the other hand, consuming 4 or more vegetable servings a day decreases the risk of BPH by 32 percent, and regular intake of soya reduces the chances of having an enlarged prostate. Likewise, zinc, commonly found in seeds and nuts and often missing in typical Western diets, is critical for a healthy prostate.

Poor diets lacking in fiber can cause constipation, which badly affects the prostate. The prostate is located very close to the bowels. If toxins remain in the bowels for a long time they start to leak into the surrounding tissues and into the prostate. When that happens, inflammation and pain may occur in the prostate. Similarly, the pressure caused by constipated bowels on both the bladder and prostate can worsen BPH symptoms.

4. Stress levels

Prolonged repeated exposure to stress, such as men who have high-pressure jobs, who commute frequently or who are rarely relaxed, can lead to or worsen BPH. For men already suffering the symptoms of an enlarged prostate, stress leads to inflammation of the prostate and worsens the symptoms. It also causes muscular tension, which results in further restriction of bladder function. Increased exposure to stress quickly depletes the body of nutrients and one of the most frequently stress exhausted nutrients is zinc, which is vital for prostate health. Repeated high stress levels also lead to increased secretion of testosterone and DHT hormones, which contribute to the growth of the prostate.

So what’s your role in preventing BPH?

You can’t do anything about your age, but you can do something about your lifestyle and diet to boost the health of your prostate. Start by avoiding or cutting down on dairy and meat, add lots of vegetables, fruits, nuts, seeds and whole grains to your nutrition regimen, and try including soya products like miso, tofu and tempeh in your diet. Initially that may be difficult if you are used to consuming meat and dairy-heavy meals. But by incorporating tasty, plant-based substitutes such as tofu, three-bean curry, mushroom risotto and vegetable satay, you can quickly get used to meals without meat and dairy. Take steps to reduce your stress levels by dealing with the underlying causes of your stress. Take a stress remedy, practice mindfulness or see a counselor — whatever works best for you.

For more information on prevention, diagnosis and treatment of BPH, visit the “St Pete Urology” site.

Foods That Can Cause Kidney Stones

You have a role in preventing kidney stones. By being cautious with what you eat and drink you can manage to stay free of the stones. One of the easiest ways to prevent kidney stones is to drink plenty of liquid, mainly water. In fact, unless you have trouble with your kidneys, drinking six to eight 8-ounce glasses of water every day is a proven way to prevent stones. Talk with your doctor about the quantity of liquid you should drink and begin right away. Another way to prevent kidney stones is to lose weight since being overweight increases the risk of the stones. Have your meals planned by a dietician and take the necessary steps to lose excess weight.

What if you have already had kidney stones?

You will need to talk to your doctor to find out which type of kidney stones you had. Depending on the type of stone, you’ll need to change your diet to prevent the recurrence of similar stones in the future. The most common types of kidney stones are calcium oxalate stones, calcium phosphate stones, uric acid stones and cystine stones. You can prevent them by making certain changes in how much calcium, oxalate, sodium and animal protein are in the foods you eat. Working with a dietician who is an expert in kidney stone management and prevention can help you greatly.

1. Dietary steps to prevent calcium oxalate stones

If you’ve had calcium oxalate stones, then you’ll need to reduce the amount of sodium, oxalate and animal protein in your diet while keeping your calcium consumption optimum. Speak with your doctor and also with a dietician about the food sources to avoid and how much of oxalate, sodium, calcium and animal protein you should take.

To reduce the amount of oxalate in your urine, avoid the following foods:

  • a. Spinach
  • b. Wheat bran
  • c. Nuts and nut products
  • d. Peanuts — which are legumes, but are rich in oxalate.
  • e. Rhubarb

To reduce the amount of sodium in your diet:

  • a. Reduce your salt intake
  • b. Avoid packaged, canned and fast foods, which often contain sodium
  • c. Avoid food condiments, seasonings and meats, which are often rich in sodium

To limit the amount of animal protein you eat, reduce the following in your diet:

  • a. Eggs
  • b. Chicken, beef, pork, particularly organ meats
  • c. Milk, cheese, and the other dairy products
  • d. Shellfish and fish

Remember, you’ll still need to get enough protein even as you limit the amount of animal protein. Just replace the meat and animal protein with other protein sources such as dried peas, lentils, white beans, which are plant-based and low in oxalate. Your doctor and dietician can guide you on the total protein you should eat and what portion of the protein should come from animal or plant-based sources.

Optimal calcium

To prevent calcium oxalate stones, you need to have enough calcium in your diet. While you may assume that increased calcium would increase your risk of kidney stones, that’s not true. Actually, in the right quantities, calcium combines with other substances in your digestive tract and prevents stone formation. You should check with your doctor about how much calcium you need to prevent a recurrence of calcium oxalate stones and to develop strong bones. Also find out from your dietician the best food sources of calcium for you. It’s often recommended that calcium be obtained from low-oxalate, plant-based sources like cereals, calcium-fortified juices, breads, some types of beans and some types of vegetables.

2. Dietary steps to prevent calcium phosphate stones

Just like calcium oxalate stones, the prevention of calcium phosphate stones requires that you reduce the amount of sodium and animal protein in your diet while ensuring that you get enough calcium. Talk to your doctor about the dietary changes you should make. A dietician who is expert in kidney stones can help you with exactly how much sodium, calcium and animal protein to include in your diet.

To reduce the amount of sodium in your diet:

  • a. Reduce your salt intake
  • b. Avoid packaged, canned and fast foods, which often contain sodium
  • c. Avoid food condiments, seasonings and meats, which are often rich in sodium

To limit the amount of animal protein you eat, reduce the following in your diet:

  • a. Eggs
  • b. Chicken, beef, pork, particularly organ meats
  • c. Milk, cheese, and the other dairy products
  • c. Shellfish and fish

Consider replacing the above sources of animal protein with plant-based ones such as:

  • a. Soy foods, like tofu, soy nut butter and soy milk
  • b. Legumes, such as dried peas, lentils, beans and peanuts
  • c. Sunflower seeds
  • d. Nuts and nut products, like cashews, cashew butter, almond butter, almonds, pistachios and walnuts.

Talk to your doctor and dietician about the total quantity of protein to eat and how much should be from animal foods or plant-based sources.

Optimal calcium

To prevent calcium phosphate stones, you’ll also need enough calcium in your diet. While it may seem that having calcium in your diet may cause calcium stones, taking the right amount of calcium helps eliminate various substances responsible for stone formation from your digestive tract. So talk to your doctor to find out how much calcium would help you maintain strong bones and prevent calcium phosphate stones. Also ask your doctor or dietician about the appropriate food sources for calcium. Getting calcium from plant-based sources such as cereals, breads, calcium-fortified juices, some types of beans and some types of vegetables will help you prevent the stone formation.

3. Dietary steps to prevent uric acid stones

For uric acid stones, increased intake of animal protein will increase your risk of developing the stones. The animal proteins to limit in your diet include:

  • a. Eggs
  • b. Chicken, beef, pork, especially organ meats
  • c. Shellfish and fish
  • d. Cheese, milk, and the other dairy products

In order to ensure that you get enough protein every day, replace the animal proteins with plant-based ones such as:

  • a. Legumes like beans, lentils, dried peas and peanuts
  • b. Soy foods like tofu, soy nut butter, soy milk
  • c. Sunflower seeds
  • d. Nuts and nut products like cashews, cashew butter, pistachios, walnuts, almonds, and almond butter

Speak with your doctor about how much total protein you should include in your diet every day and how much of that should come from plant-based or animal-based sources.

For uric acid stones, being overweight is also a major risk factor. So consider losing weight to prevent a recurrence of the stones.

4. Dietary steps to prevent cystine stones

The most important lifestyle change you’ll need to make to prevent cystine stones is drinking plenty of liquids, mainly water. Speak with your doctor about how much water you should drink, especially if you’ve had kidney failure.

Tips for limiting the amount of sodium in your diet

Most Americans take in too much sodium which increases their risk of kidney stones. An adult should consume not more than 2,300 mg of sodium a day — remember that one teaspoonful of table salt contains 2,325 mg of sodium. To prevent a recurrence of calcium phosphate or calcium oxalate stones, use the following guideline to limit the amount of sodium you consume:

  • a. Check the Percentage Daily Value (%DV) of sodium on the label of the food products you buy. A %DV of 20 percent or more is high while a %DV of 5 percent or less is low.
  • b. Write down the quantity of sodium you consume every day.
  • c. Always try to find out the sodium content of the food you eat.
  • d. Cook your meals from scratch — avoid canned vegetables and soups, fast and processed foods and lunch meats as they often contain a lot of sodium.
  • e. Buy foods labeled: salt free, sodium free, low sodium, very low sodium, light in sodium, less or reduced sodium, unsalted, no salt added, or lightly salted.
  • f. Check food labels for hidden sodium and sodium-rich ingredients such as sodium nitrate, sodium nitrite, sodium alginate, monosodium glutamate (MSG), disodium phosphate, sodium bicarbonate, and baking soda (contains sodium bicarbonate and other chemicals).

Looking for more information on prevention and treatment of kidney stones? At St Pete Urology, we treat ureteral and kidney stones as safely, painlessly and effectively as possible. We also equip our patients with the information they need to prevent the recurrence of the stones. Talk with us about your symptoms, fears or concerns and we can help find the best plan for you. For more information, visit the “St Pete Urology” site.

What are the symptoms of infertility in males?

Defined as inability of a couple to achieve pregnancy after at least one year of frequent, unprotected sexual intercourse, infertility affects women and men equally. Up to 15 percent of couples are unable to achieve pregnancy after one year of unprotected sex while 10 percent of couples are unable to have a successful pregnancy after two years. In couples suffering from infertility, about 35 percent of the cases are caused by male factors, 35 percent are caused by female factors, 20 percent are due to both female and male factors, and the remaining 10 percent are due to unexplained causes. These figures indicate that male infertility is a significant contributor to infertility of couples. To get his female partner pregnant, a man must:

1. Produce healthy sperm: That includes proper growth and development of reproductive organs during his puberty, with the testicles functioning properly, and his body must make enough testosterone and the other hormones necessary for sperm production.

2. His sperm must reach semen: After sperm production in the testicles, they must be transported in the tubes until they get into semen for ejaculation through the penis.

3. He must have enough sperm in semen: The sperm count (numbers of sperm found in semen) must be sufficient in order to increase the odds of fertilizing the ovum (egg). A lower-than-normal sperm count is having fewer than 39 million sperm per ejaculate or less than 15 million sperm in every milliliter of semen.

4. His sperm must be both functional and motile: If the function and movement (motility) of sperm is abnormal, the sperm may not reach or penetrate his partner’s ovum (egg).

Male infertility symptoms

The most obvious sign of infertility in men is inability to make a wife pregnant. But in most cases, male infertility occurs because of an underlying problem, such as low sperm production, a blockage preventing sperm delivery, abnormal sperm function, hormonal imbalance, inherited disorder, dilated veins in the testicles, illnesses and chronic health problems, lifestyle choices, injuries, and other factors. So even though most infertile men may not notice any symptoms apart from their inability to make their female partners pregnant, other male infertility symptoms do exist.

Symptoms of infertility include:

  1. A lump, swelling or pain in the testicular region.
  2. Sexual function problems, such as reduced sperm volume, difficulty with ejaculation, difficulty achieving and maintaining erections, or reduced sexual desire.
  3. Inability to smell.
  4. Recurrent respiratory infections.
  5. Decreased body or facial hair and other signs of hormonal or chromosomal abnormality.
  6. Gynecomastia (abnormal breast growth).
  7. A lower-than-normal sperm count (total sperm count below 39 million per ejaculate or less than 15 million sperm in each milliliter of semen).

Male Infertility Causes

Male infertility may be caused by a number of medical, environmental and lifestyle issues.

1. Medical causes

a. Varicocele: Refers to the swelling of veins draining the testicles. It’s the most frequent reversible factor in male infertility and it triggers infertility by hampering testicular temperature regulation, which in turn reduces sperm quality. When varicoceles are treated, sperm function and numbers improve, and the outcomes are better than opting for assisted reproductive techniques like in vitro fertilization.

b. Infections: Infections that interfere with sperm health and production or obstruct the passage of sperm, such as epididymitis (inflammation of epididymis), orchitis (inflammation of testicles) and certain sexually transmitted infections like HIV or gonorrhea, may contribute to male infertility. Though some infections may lead to permanent testicular damage, sperm is still often retrievable in most infections.

c. Sperm-attacking antibodies: Anti-sperm antibodies are typically immune system cells which mistakenly recognize sperm cells as harmful invaders and try to eliminate them.

d. Tumors: Cancers and non-malignant tumors of the male reproductive organs and the glands releasing reproductive hormones, like the pituitary gland, may lead to male infertility. In some instances, chemotherapy, radiation or surgery used to treat these tumors may affect male fertility.

e. Undescended testicles: During fetal development, one or both testicles may fail to move from the abdomen to the scrotum (sac that usually contains the testicles). Men who have had undescended testicles have a bigger risk of infertility.

f. Hormone imbalances: Disorders of the testicles and abnormalities of hormonal systems such as pituitary, hypothalamus, adrenal and thyroid glands can contribute to male infertility. Likewise, male hypogonadism (low testosterone) and other hormonal issues can affect fertility.

g. Defects of tubules transporting sperm: Tubes that carry sperm can be blocked through inadvertent injury during surgery, trauma, prior infections or abnormal development, including cystic fibrosis and similar inherited conditions. Blockage may occur at any level, such as within the testicle, in the epididymis, tubes draining the testicle, in the urethra, near ejaculatory ducts or in the vas deferens.

h. Ejaculation problems: During ejaculation, semen may occasionally enter the bladder instead of coming out through the tip of the penis. This is called retrograde ejaculation and it can be caused by various conditions, including spinal injuries, diabetes, medications, and bladder, urethra or prostate surgery. In men with spinal cord injuries or certain diseases, sperm is produced but semen can’t be ejaculated. In these cases, sperm can be retrieved and used in assisted reproductive techniques.

i. Chromosome defects: Abnormal development of male reproductive organs can be caused by inherited disorders like Klinefelter’s syndrome — whereby a male is born with two X and one Y chromosomes instead of the normal one X and one Y chromosomes. Other genetic syndromes related to infertility include Kartagener’s syndrome, Kallmann’s syndrome and cystic fibrosis.

j. Celiac disease: This is a digestive disorder resulting from sensitivity to gluten. It can cause infertility in men, but improves with adoption of a gluten-free diet.

k. Sexual intercourse issues: Problems such as premature ejaculation, erectile dysfunction, painful intercourse, relationship or psychological problems that interfere with sex, or anatomical abnormalities like hypospadias (having a urethral opening underneath the penis) can contribute to infertility.

l. Certain medications: Drugs such as cancer medications (chemotherapy), long-term anabolic steroid use, testosterone replacement therapy, some ulcer drugs, certain antifungal medications and various other medications can impair sperm secretion and reduce male infertility.

m. Prior surgeries: Inguinal hernia repairs, vasectomy, prostate surgeries, testicular or scrotal surgeries, and large abdominal operations performed for rectal and testicular cancers, among others, can reduce the chances of having sperm in the ejaculate. In most cases, the blockage can be reversed surgically or sperm can be retrieved directly from the testicles and epididymis.

2. Environmental causes

Excessive exposure to environmental elements like heat, chemicals and toxins can reduce sperm production and function. Specific environmental factors include:

a. Exposure to heavy metals such as lead.

b. Prolonged exposure to toluene, xylene, benzenes, herbicides, pesticides, painting materials, or organic solvents, which results in lower sperm counts.

c. Overheating the testicles: Elevated temperatures can impair the production and function of sperm. For instance, frequent use of hot bath tubs or saunas may temporarily lower your sperm count. Wearing tight clothing, long periods of sitting, or working for long stretches of time on a laptop may increase scrotum temperature and slightly decrease sperm production.

d. Exposure to X-rays or radiation can lower sperm production, though eventually it will return to normal. But exposure to high doses may reduce sperm production permanently.

3. Lifestyle, health and other male infertility causes

a. Alcohol use: Excessive consumption of alcohol can reduce testosterone levels, decreasing sperm production and causing erectile dysfunction. Liver disease due to excessive drinking also may cause fertility problems.

b. Drug use: Use of marijuana or cocaine may temporarily lower sperm numbers and viability. Anabolic steroids used to stimulate muscle growth and strength can reduce testicle size and decrease sperm production.

c. Tobacco smoking: In men who smoke, sperm counts are generally lower than in non-smokers. Likewise, male infertility may occur in men frequently exposed to secondhand smoke.

d. Weight: Obesity can directly impact sperm themselves or cause hormonal changes that may reduce male fertility.

e. Depression: In men with depression, sexual dysfunction and subsequent infertility can result from erectile dysfunction, reduced libido, or inhibited or delayed ejaculation. In fact, the likelihood of pregnancy is lower in couples where the male partner suffers from severe depression.

f. Emotional stress: Prolonged or severe stress can interfere with various hormones necessary for sperm production and affect sperm count.

So what are the infertility risk factors in men:

  1. Being overweight
  2. Being severely stressed or depressed
  3. Using alcohol
  4. Smoking tobacco
  5. Using certain drugs
  6. Trauma to the testicles
  7. Overheating the testicles
  8. History of undescended testicles
  9. Exposure to certain toxins
  10. Having certain present or past infections
  11. Prior pelvic surgery, major abdominal surgery or vasectomy
  12. Family history of a fertility disorder or being born with such a disorder
  13. Certain medical disorders, including chronic illnesses (like sickle cell disease) and tumors
  14. Undergoing medical treatments (like radiation or surgery for treating cancer) or taking certain medications.

How can you prevent infertility?

You can do so by avoiding some of the known causes of infertility. For instance:

  1. You should not smoke.
  2. You should abstain from or limit alcohol consumption.
  3. You should stop using illicit drugs.
  4. You should lose some weight.
  5. You should reduce stress.
  6. You should avoid exposure to heavy metals, pesticides and other toxins.
  7. You should avoid activities that result in prolonged heat to the testicles.

When should you see a doctor?

You should see a doctor if you’ve been unable to achieve pregnancy after 1 year of frequent, unprotected sexual intercourse. But you may need to see a doctor sooner than that if:

  1. You have ejaculation or erection problems.
  2. You have low sex drive or any other issues with sexual function.
  3. You have discomfort, pain, a swelling or lump in your testicles.
  4. You have a history of prostate, testicle or sexual problems.
  5. You have previously undergone a penis, groin, scrotum or testicle surgery.

For more information on male infertility and how to deal with it, visit the “St Pete Urology” site.

Vasectomy Reversal – Does it REALLY work?

A vasectomy reversal is the procedure to reconnect the tubes (vas deferens) that are cut and sealed off during a vasectomy. Though still considered a permanent method of birth control, advances in microsurgery have ensured that it can be reversed even after 15 years or more. Men can choose to undergo a vasectomy reversal after a remarriage, a change of heart, loss of a child, or to treat testicular pain associated with a vasectomy. The reversal is typically an outpatient procedure performed under general or local anesthesia, taking around 3 hours and followed by a short recovery period. Nevertheless, only about 6 percent of men who undergo a vasectomy choose to have it reversed later.

Success rate of vasectomy reversal

The success rate of reconnecting the tubes severed during vasectomy is quite high, about 90 percent. After a successful reconnection of each tube, sperm is again able to pass from the testicles through the tubes and reach semen, and a man may again be able to get his partner pregnant. But the success of a vasectomy depends on a number of factors, such as the state of the tubes during the reversal and how many years have elapsed since the vasectomy was done.

If you undergo a vasectomy reversal within seven years of the vasectomy, the reversal is a simple procedure of putting the vas deferens back together. But if the tubes are too short to reconnect, if there is scarring or it’s been more than seven years since you had the vasectomy, the reversal process may be more complex. However, even with the more complex procedure, the success rate is still around 50-60 percent with no much difference in pregnancy rates — the average being 50-60 percent likelihood of pregnancy, which drops to 44 percent if time since a vasectomy is greater than 15 years.

If the time since vasectomy is less than 15 years, the reversal provides a pregnancy rate that’s higher than in vitro fertilization (IVF) and sperm aspiration with intra-cytoplasmic sperm injection (ICSI). And even after intervals greater than 15 years since a vasectomy, the reversal still gives outcomes equal or greater than IVF with ICSI.

Vasectomy reversal techniques

Vasectomy reversal is usually performed in two ways. The first technique is vasovasostomy (VV), which is basically the piecing back together of the two sides of the tubes (vas deferens) — that is vas deferens to vas deferens. The other technique is vasoepididymostomy (VE), which involves reconnecting the vas deferens to epididymis, the duct that transports sperm to the vas deferens. Generally vasovasostomy (VV) is done if sperm is present in the vas fluid. If sperm isn’t present in the fluid, vasoepididymostomy (VE) is the go-to procedure. In some cases, a combination of both techniques may be necessary, with a vasoepididymostomy done on one side and a vasovasostomy on the other.

A vasoepididymostomy is slightly more complicated and therefore chosen only when a vasovasostomy is impossible or can’t work. You won’t know the technique that the surgeon will use until the operation begins and that usually depends on whether sperm is present in the fluid found in the vas deferens at the time of surgery. Both are outpatient procedures that take less than 3 hours. A man has a successful vasectomy reversal if sperm evaluations performed several months later indicate he has the normal sperm count necessary for conception.

How should you prepare for a vasectomy reversal?

A vasectomy reversal is a complex and expensive procedure that’s often not covered by insurance. So you should find out what you’ll need and all the costs well ahead of time. The procedure is generally more successful when performed by surgeons who are trained and experienced in microsurgical techniques and who have done the procedure several times. So when choosing a doctor for the procedure, find out how many reversals the surgeon has performed, the techniques used, how often pregnancy has occurred after surgery, and the risks and complications involved.

Similarly, you’ll need to buy tight-fitting undergarments (like an athletic supporter) that you will wear after the procedure to hold bandages in place and support your scrotum. You also will need to stop taking medications that increase the risk of bleeding, including pain relievers (like ibuprofen or aspirin) and blood-thinning drugs. You should make arrangements for your travel to and from the hospital and for the length of time you will need to recover after surgery.

What should you know before a vasectomy reversal?

Vasectomy reversal is performed as an outpatient procedure that doesn’t require an overnight stay in a hospital. Before the procedure, the surgeon will take your medical history and conduct a physical examination to make sure you’re not having any health problems that may lead to complications after or during surgery. If your physical exam shows abnormal results or you’ve got sexual function issues, the doctor may consider running some blood tests. Likewise, a review of your surgical history is done to assess whether you had any previous surgeries other than the vasectomy or prior injuries that can hinder the vasectomy reversal. The doctor also will confirm whether you can produce healthy sperm. While evidence of fathering a child before is usually sufficient proof of the health of your sperm, additional testing may be necessary if there is uncertainty.

What happens during a vasectomy reversal?

Once you’re in the operating room, anesthesia is applied to minimize discomfort during the procedure. That may either be general anesthesia to keep you unconscious throughout the procedure or a local, spinal or epidural anesthesia to minimize pain but without putting you to sleep. The surgeon then makes a small incision on the underside of your scrotum to expose the tubes (vas deferens) and free them from surrounding tissues. Cutting open the vas deferens, the surgeon examines the fluid inside the tubes to establish whether sperm is present. If it’s found that sperm is present, the doctor simply reconnects the ends of the tubes to enable sperm passage. If the fluid inside the vas deferens is pasty, thick or contains partial or no sperm, that’s usually an indication that there’s a blockage of sperm flow and that vasovasostomy may not work. In that case, vasoepididymostomy is the more appropriate procedure.

What happens after the procedure?

After the procedure, the doctor applies bandages to cover the incisions. Make sure to ask your doctor when it will be OK to take the bandages off. The stitches applied should dissolve in 7-10 days. You will be required to wear tight-fitting undergarments (like athletic supporter) and apply ice to minimize swelling. The area may feel sore for many days, but the pain shouldn’t be severe and should improve within a few days to one week.

Once back at home, make sure to take it easy and avoid any activities that may move the testicles excessively or pull on the scrotum or testicles, such as heavy lifting, biking, jogging or sporting activities. For the next several weeks, wear an athletic supporter at all times, removing it only when showering. Avoid activities such as swimming and bathing for the first two days following surgery because they can make the surgery site wet. If your job requires much driving, walking or physical exertion, seek your doctor’s advice on when it’s safe to return to work. But for a desk job, you can return to work within a few days after surgery — only making sure that nothing harms the surgery site. Do not ejaculate or engage in sexual intercourse until your doctor gives you a go ahead — that is often 2-3 weeks after surgery.

What results should you expect?

To assess the success of a vasectomy reversal, the doctor will examine your semen 6-8 weeks after surgery. If the procedure is successful, sperm will be present in the semen. The appearance of sperm in semen should happen within a few months, but may take a year or more in some cases. So the doctor may have to conduct periodic semen analysis to evaluate the success of the procedure, unless your partner gets pregnant soon after the reversal. The prospect of achieving pregnancy usually depends on a number of factors, including the age of your female partner and the duration of time that has elapsed since the vasectomy.

Can the reversal fail to work?

If a blockage develops in the tubes after surgery or there is an underlying issue with your testicles that wasn’t recognized during surgery, a vasectomy reversal can fail to work and you may need a second-attempt reversal procedure. Doctors often opt to collect and freeze some sperm during a vasectomy reversal, which can then be used if the procedure doesn’t work. But if sperm isn’t frozen during the procedure or you completely lack sperm in your ejaculate, sperm can still be retrieved directly from your epididymis or testicle to help you have children via assisted reproductive techniques, like in vitro fertilization.

At St Pete Urology, we have a huge pool of urologists trained in andrology and experienced in microsurgical techniques. We conduct the procedure under very high-level magnification using incredibly small sutures. We perform several vasectomy reversals every year and boast significantly high success rates. So if you are looking for specially trained and skilled doctors to reverse a vasectomy in a way that will maximize your chances of having children, come and see one of our urologists. For more information on vasectomy and vasectomy reversal procedures, visit the “St Pete Urology” site.

GreenLight PVP Laser, a Great Treatment Option for BPH

Photo-selective Vaporization of Prostate (PVP) is increasingly becoming a popular method of treating benign prostatic enlargement (enlarged prostate or BPH). Using a combination of a high-powered laser beam and fiber optics to vaporize overgrowths of cells in the prostate, PVP helps to shrink the prostate gland quickly and accurately and swiftly relieves symptoms of Benign Prostatic Hyperplasia. The GreenLight Laser PVP is an alternative to the more common TURP (Transurethral Resection of Prostate). While the PVP procedure offers equal effectiveness in improving BPH symptoms, it’s simpler, has minimal short-term side effects, and offers quicker symptom relief, comfort and ease of urine flow.

How Is The Procedure Performed?

Conducted as an outpatient procedure by a urologist trained in the technique, the GreenLight Laser PVP requires nerve-blocking, spinal or general anesthesia along with sedation. During the procedure, the urologist inserts a cystoscope (tube supplied with light) via the urethra into the prostate, then runs a thin fiber through the cystoscope and places it in the urethra just adjacent to the obstruction. The urologist directs the laser at the prostate with intense pulses of light radiating from the ends of the fiber that are absorbed by blood.

As the blood absorbs light its temperature increases rapidly, heating up and vaporizing nearby cells. The surgeon continues to apply the laser light to destroy tissue overgrowth and reduce restriction on the urethra. The tissue that’s evaporated seals the blood vessels and reduces bleeding. The procedure takes roughly 40-60 minutes and a temporary catheter is usually inserted to help drain urine from the bladder.

So what are the benefits of Laser PVP?

  1. Minimal bleeding.
  2. Patients return home the same day.
  3. Return to normal activities in 2-3 days with caution.
  4. Only about 30 percent of patients require a post-op catheter.
  5. Return to strenuous activities in 4-6 weeks.
  6. Complications are rare, but quite mild if they occur.
  7. No post-operative impotence.
  8. PVP has not been associated with erectile dysfunction.
  9. Less likely to cause retrograde ejaculation.
  10. Lasting improvement in urine flow.
  11. Urinary obstruction is less likely with PVP.

Recovery after GreenLight Laser PVP

After laser PVP, patients remain in a recovery area where they are observed and prepared for discharge, typically within a few hours. If a temporary catheter is inserted, it’s usually removed 2-3 days after treatment, but may be left for a longer period in men who have had very severe symptoms or suffered prior bladder damage. During the first week following the procedure, a slight burning and discomfort may be experienced when urinating and small amounts of blood may occur in urine. While a dramatic improvement of symptoms and urine flow occurs within 1-2 days after the procedure, patients may still experience frequency and a sudden urge to pass urine for some time after treatment since the urethra is still adjusting to changes. And those with multiple health problems may not realize improvement that quickly.

Many men resume normal activities three days or so after laser PVP, but it’s recommended that they refrain from heavy lifting, pushing, strenuous exercise and vibrating equipment for at least 2 weeks because such activities may aggravate the urogenital area and cause bleeding. Sexual activity should be avoided for 2-3 weeks and only resumed when the patient is really comfortable doing so. It’s crucial to take things slowly and realize that it’ll take a while to get everything back to normal, including sexual desire. At times, retrograde ejaculation or reduced volume may occur, but these do not affect sexual pleasure or orgasm.

Is Laser PVP Safe?

The GreenLight Laser PVP is a significant improvement on the other minimally-invasive procedures used to treat BPH. It accurately vaporizes the overgrowth of the prostate gland without damaging any surrounding tissues and vessels. High-powered energy beams are delivered through a very thin laser fiber resulting in safe and precise vaporization of the overgrown tissue that’s blocking normal urine flow. As the high-pulsed laser removes the tissue causing blockage, it coagulates blood vessels and minimizes bleeding. Compared to other options for treating BPH, the GreenLight Laser PVP is much safer, simpler, faster, more precise and more effective. And most importantly, it allows quicker recovery than the other treatment options.

How does laser PVP compare with TURP?

Previously, effective BPH treatment required open prostatectomy — a major abdominal operation that needed a longer hospital stay and several months for recovery. But with the availability of instruments for accessing the prostate via the urethra instead of through the abdomen, TURP (transurethral resection of prostate) became the preferred treatment as it offered more safety, efficiency and effectiveness. However, there was still need for a better treatment that could offer quicker results, shorter recovery times and fewer long-term side-effects. The GreenLight Laser PVP has proven an improvement on TURP by being less invasive, delivering more immediate results and providing shorter recovery periods.

At St Pete Urology, we recommend transurethral vaporization procedures, most commonly the PVP GreenLight Laser and HoLAP (Holmium Laser Ablation), as alternatives for the previous gold standard TURP (Transurethral Resection of Prostate) because they are minimally-invasive outpatient operations with lower risks, durable results, safe use on large glands and patients on blood thinners, and high patient satisfaction. We perform the PVP GreenLight Laser on patients eligible for TURP, but discuss all the treatment options with our patients before we make a choice. For more information on treatment and care for BPH, visit the “St Pete Urology” site.