Benign Prostatic Hyperplasia: Can the Prostate Be Shrunk Naturally?

Originally Medically Reviewed by Dr. Sony Sherpa, (MBBS) - September 04, 2024

Fact Checked and Updated - February 23, 2026

What Is Benign Prostatic Hyperplasia?

Benign prostatic hyperplasia is a non‑cancerous increase in the number of cells in part of the prostate (the area that wraps around the upper part of the urethra), which can cause the prostate to gradually grow larger over time. This growth can lead to benign prostatic enlargement and lower urinary tract symptoms (LUTS), including bladder outlet obstruction. In other words, benign prostatic hyperplasia is a non‑cancerous enlargement of the prostate gland that usually happens as men get older. As the prostate slowly grows around the urethra, it can squeeze or block the flow of urine and cause bothersome urinary symptoms such as a weak stream, needing to pee often (especially at night), or difficulty starting and stopping.

Prostate Enlargement in BPH

BPH refers to an increase in the number of prostate cells, a process called hyperplasia. 'Enlargement' describes the increase in overall prostate volume that can follow, but the two don't always go hand in hand. Some men with confirmed BPH will have a noticeably enlarged prostate due to that cellular proliferation, while others may not.

Prevalence

BPH becomes increasingly common as men age. Histologic BPH, where prostate tissue changes are visible under a microscope, is found in roughly 30 to 40% of men in their 40s and rises to 70 to 80% in men over 80. Many of these men have no noticeable symptoms at all, as subclinical BPH, detectable through tests or examination but causing no obvious complaints, accounts for a significant portion of these cases. When symptoms do appear, however, they can be substantial: more than 30% of men aged 60 and older experience moderate to severe lower urinary tract symptoms. Interestingly, BPH prevalence is not uniform worldwide. Incidence appears to vary across cultures, with genetic and environmental factors thought to play a role in lowering risk in some populations.

Signs and Symptoms

Symptoms of BPH are difficult to distinguish from lower urinary tract symptoms. These include:

• Difficulties while emptying the bladder, such as interruptions, straining, irritation, and trouble initiating
• Frequent and urgent need to void
• Waking at night to urinate (nocturia)
• Sensation of incomplete emptying
• Incontinence
• Dribbling at the end of urination
• Feeling of fullness or pressure in the lower abdomen

Depending on how BPH affects the bladder and urinary tract, men may also experience related issues such as anxiety, sleep disturbance, or erectile dysfunction.

The severity of BPH symptoms can vary widely. Prostate size alone does not always determine symptom severity. Some men may have a large prostate with mild symptoms, while others may experience bothersome urinary problems even with a smaller enlargement. Symptoms may remain stable for years in some men, while in others they gradually worsen.

Complications

Common complications include:

• Sudden inability to pass urine (acute urinary retention)
• Chronic urinary retention (ongoing difficulty emptying the bladder completely)
• Bladder stones (caused by urine staying in the bladder for too long.
• Recurrent urinary tract infections (UTIs)
• Decompensated bladder (bladder muscle weakening over time, making it harder to urinate)
• Blood in the urine (hematuria)
• Kidney swelling due to urine backflow (hydronephrosis)
• Renal failure (in rare and severe cases)

Other complications may arise as a result of catheterization for the management of lower urinary tract symptoms in BPH and include the following:

• Catheter blockage
• Recurrent UTIs
• Blood in the urine
• Bladder spasms

Potential Causes and Mechanisms Driving BPH

Aging, immune function, and hormonal imbalances are currently the main suspects that potentially cause BPH. These are further elaborated below:

Aging

Aging is often acknowledged as the primary cause of BPH in susceptible men. Senescence at the cellular level gives rise to hormonal decline and subsequent metabolic changes that affect the function of all cells. This can contribute to reduced immune function, increased infection risk, increased inflammation, vascular calcification, and faulty repair mechanisms, all of which may encourage BPH progression.

Hormones

BPH depends a lot on male hormones that act inside the prostate itself, especially a strong form of testosterone called DHT. But the link between BPH and the level of testosterone in the blood is complicated, and having low testosterone in the blood alone is not proven to be the main cause of BPH. The prostate needs a normal, steady level of the male hormone testosterone to stay healthy and keep its cells renewing at the right pace. When testosterone drops too low for a long time, the prostate’s balance can be disturbed. The body may respond by activating other hormonal signals that promote prostate growth. Over time, these ‘catch‑up’ signals can actually make the gland grow and remain enlarged.

 Below are some of the most well-known hormonal imbalances seen to contribute to BPH:

• High DHT and 5-Alpha Reductase. Inside the prostate, the hormone testosterone is converted to a stronger hormone, DHT, by the enzyme 5‑alpha‑reductase. DHT is one of the main hormones that makes the prostate grow and seems to play a key role in prostate enlargement (BPH). Medicines such as finasteride and dutasteride work by blocking 5‑alpha‑reductase, lowering DHT levels in the prostate and shrinking the gland over time.
• High E2 and Aromatase. When men get older, apart from male hormones, estrogen‑type hormones made from testosterone can also affect the prostate. An enzyme called aromatase converts some testosterone into estradiol (a form of estrogen). Estradiol can ‘turn up the volume’ on male‑hormone signalling in the prostate by increasing the number of androgen receptors, which helps drive ongoing prostate cell over‑growth even when testosterone levels are falling. It can also push prostate cells to change their character and behave more like cells that are programmed to move and multiply, a process called epithelial‑to‑mesenchymal transition, which is seen in enlarged prostates.
• Hypothalamic-Pituitary-Gonadal (HPG) Axis Dysfunction: Multiple hormones regulate testosterone levels. Excessive stress hormones like cortisol directly suppress testosterone production in the testes and also reduce the brain hormones (GnRH from the hypothalamus and LH/FSH from the pituitary) that signal the testes to produce testosterone. Testosterone production is regulated by the hypothalamic–pituitary–gonadal axis; in target tissues such as the prostate, testosterone is converted to the more potent androgen DHT by 5‑α‑reductase, and this DHT–androgen–receptor signalling is central to prostate growth. Tightening of the muscle in and around the prostate can squeeze the urine tube and make BPH symptoms worse. This increased “muscle tightness” is one of the ways an enlarged prostate can block urine flow. Since male hormones help drive prostate growth, medicines that gently lower or block these hormones (for example, by reducing DHT) can slow prostate enlargement and improve symptoms.
• Immune System Regulation. The immune system contributes to excessive growth and impaired repair mechanisms in BPH through continuous inflammation. Hormonal decline and age‑related changes in immune function may weaken host defences, potentially increasing susceptibility to recurrent urinary tract infections that can extend to involve the prostate in men with BPH. Throughout the disease course, excessive growth causes the immune system to attack faulty cells, which may eventually culminate in autoimmunity against the prostate gland. This can lead to prostate enlargement due to swelling and irritation, and also lower the immune system’s ability to eliminate pathogens or repair faulty cells.

Risk Factors

 A few of the main risk factors for prostate enlargement in BPH are highlighted below:

• Allergy and Autoimmunity

A 2019 mini-review noted that the role of prostatic inflammation and metabolic factors in the development of benign prostatic enlargement (BPE) and lower urinary tract symptoms has increasingly been recognised. More recent research suggests that immune system activity and chronic inflammation may contribute to the development of BPH. While emerging evidence indicates that men with autoimmune diseases have a higher prevalence of BPH, a direct causal relationship has not yet been definitively established.

• Metabolic and Reproductive Diseases

High insulin levels are known to increase growth factors, such as insulin-like growth factor 1, and to affect healthy ratios of reproductive hormones. Metabolic disorders that involve high insulin and hormonal changes are associated with higher BPH risk. The overall health of the male reproductive tract is also very important, as the testes produce the majority of testosterone, which, in turn, regulates the size of the prostate and other vital functions. Reproductive diseases that affect other parts of the system can, therefore, increase the risk for BPH by lowering testosterone production.

• Genetics

BPH tends to run in families, with male family members having a higher likelihood of developing the condition later in life. Family history and certain small genetic differences (for example, in the body’s vitamin D receptor gene) can make a man more likely to develop an enlarged prostate (BPH).

• Vitamin D Status and Low Lifetime Sunlight Exposure

Vitamin D3 has been identified as a prime nutrient involved in regulating prostate enlargement. Studies show that higher vitamin D3 levels keep the prostate gland smaller and healthier. Natural light exposure helps to regulate vitamin D3 formation. Inadequate sun exposure has been linked to an increased risk for prostate cancer and thus may also be associated with developing BPH.

• Zinc Deficiency

A 2020 review states that certain internal and external factors related to aging “can significantly decrease zinc status and thereby increase the risk of BPH”.

Can cell phone radiation increase the risk of benign prostatic hyperplasia?

Some studies have explored whether long-term exposure to radiofrequency radiation from mobile phones may affect DNA or male fertility. Current evidence remains mixed and does not clearly prove that cellphone use causes prostate enlargement or BPH. While keeping a phone in the front pocket may expose nearby tissues to low levels of radiation, there is no strong clinical evidence showing that this practice increases the risk of prostate growth or benign prostatic hyperplasia. More long-term research is needed.

How to Shrink Your Prostate

For most men seeking help for BPH, how to treat an enlarged prostate is a frequently asked question. Lifestyle factors (e.g., metabolic health) may influence risk and progression, but age and hormones remain major drivers. As medications can have side effects, some men also explore complementary approaches alongside standard care. Medications are commonly used for bothersome symptoms; surgery is usually reserved for more severe or refractory cases.

The following suggestions may help improve urinary symptoms and support prostate health in men with BPH. While they may not shrink the prostate, they can contribute to better symptom management over time.

Complementary Natural Remedies for an Enlarged Prostate

Opting for a few of the below dietary modifications can help to prevent prostate enlargement or may support prostate health and lower BPH risk naturally.

Plant-Based Whole Food Diet Plan

Diets that prioritize plant-based foods, such as the Mediterranean diet, are higher in antioxidant nutrients and lower in refined foods, associated with better metabolic health, which in turn is linked to lower BPH risk. It is important to focus on protein-rich foods, such as grains, legumes, and (if permissible) moderate amounts of good-quality meat. Nuts and seeds, especially pumpkin seeds, are known to contain a variety of components (phytosterols, lignans, vitamin E, and trace minerals) that may modestly improve urinary symptoms; lab and animal data suggest hormone‑modulating effects. Vitamin C- and A-rich fruits and vegetables may support immune and inflammatory balance and help keep the tract clear of pathogens. Probiotics and other foods containing digestive enzymes may improve overall metabolic health, which is linked to BPH risk.

Anti-BPH Foods and Plant Extracts

The following natural extracts and food supplements may influence hormone pathways relevant to BPH, minimizing the risk for UTIs, and help regulate stress levels. However, human clinical evidence is still limited.

• Isoflavones. Found in soy foods, have mild hormone-like and anti-inflammatory properties. While they have been studied for prostate health, there is no strong proof that they prevent or reverse BPH. Genistein, daidzein, and biochanin A can inhibit 5-alpha reductase type 2 and aromatase. They preferentially bind to estrogen receptor beta (ERb), which promotes prostate shrinkage, rather than ER-alpha, which promotes prostate growth. Their estrogenic potential is 100-1000 times weaker than that of estradiol, ensuring that their actions do not unbalance the male hormone system. Isoflavones show anti‑inflammatory and hormone‑modulating effects in lab/animal studies and may benefit prostate health; high‑quality human trials on BPH prevention or size reduction are limited. Good sources of isoflavone include traditionally fermented soy products (without additives) and red clover extract. Despite their potential prostate benefits, overdosing on isoflavones is not recommended due to their potential for promoting thyroid disease.
• 5-Alpha Reductase (type 2) Inhibitors. As mentioned above, nuts and seeds, as well as some grains, fruits, and vegetables, contain phytosterols, several of which have demonstrated 5‑α‑reductase inhibition in lab or animal studies; human evidence for symptom or volume change is still emerging. Quercetin, fisetin, and kaempferol are other nutrients that can inhibit 5aR and are found abundantly in whole fruits and vegetables or sold as nutraceuticals. Healthy cooking oils also contain compounds that can inhibit 5aR, such as coconut oil, olive oil, and most other non-hydrogenated vegetable oils.
• Aromatase inhibitors. Foods containing phytoestrogens have been demonstrated in experimental models as aromatase inhibitors capable of suppressing aromatase-expressing genes. Examples include lignans (found in seeds and nuts), caffeic acid (in caffeinated beverages), hydroxycinnamic acids (in cinnamon and fruits), gallic acid, quercetin, naringenin (in citrus), apigenin (in chamomile and celery), anthocyanins (in stone fruits and brightly colored vegetables), resveratrol (found in dark red berries, tea, and groundnuts) and equol (a soy isoflavone). Ginger and exotic types of mushrooms, such as reishi and shitake, also possess aromatase inhibitors as well as nutrients capable of boosting immunity and supporting defense against pathogens.
• Natural UTI Prevention. As mentioned, vitamin C can be a preventive nutrient for UTIs. When coupled with natural cranberry or tart cherry concentrate, it has been shown to aid with urinary symptoms; however, evidence in men with BPH is limited. Bitter herbs with immune-boosting properties may also be useful for men with BPH, helping prevent UTIs, improve digestive health, lower inflammation, and promote hormonal balance. These include echinacea and olive leaf extract.
• Stress-Relieving Botanicals. When considering how to shrink an enlarged prostate naturally, general stress management becomes important. Many of the above examples of antioxidant nutrients can help reduce potential physiological stressors in men with BPH, and thus, additional compounds aimed at lowering stress levels may not be necessary. Stress management and blood‑pressure control are important for overall health and may indirectly support prostate and urinary function.

Nutritional Supplements for Prostate Health

Vitamins and minerals are generally essential in supporting overall metabolism and immunity. Some specific vitamins and minerals, such as vitamin D and zinc, may support prostate health.

• Vitamin D3 and K2. Some studies suggest that vitamin D analogues at doses up to 6000 IU/day can modestly reduce prostate volume in men with BPH; higher vitamin D status is also associated with lower BPH risk. Weak‑to‑moderate evidence suggests vitamin D may modulate prostate cell growth and inflammatory pathways; effects on DHT and testosterone in patients are not well defined. A vitamin K2 supplement could be a useful complement as it serves to regulate vitamin D3 metabolism.
• Zinc is known to help regulate male fertility in several ways. It supports optimal testosterone production from the testes while protecting them from DNA damage induced by heavy metals and radiation. Zinc deficiency is associated with increased BPH risk and impaired immune function; effects on sex‑hormone conversion are less clearly demonstrated in humans. Very high zinc intakes may have hormonal effects, but clear evidence that they increase DHT in men with BPH is lacking; supplementation should stay within recommended ranges. However, excessive zinc levels may increase DHT production without a 5-alpha reductase inhibitor. Zinc‑containing nutraceutical combinations have improved urinary symptoms and quality of life in BPH patients; more research is needed to confirm whether zinc alone reduces prostate size or alters immune profiles. Zinc is also found bound to amino acids in protein-rich foods such as meat, grains, and legumes.

Prostate Exercises

Prostate exercises may help to lower the risk of developing urinary incontinence, especially that pertaining to excessive stress. Other names for these exercises include pelvic floor exercises, bladder control exercises, or male Kegel exercises.

• Prostate Exercises Improve Bladder Control

There is limited evidence to suggest that “prostate exercises” lower the risk of developing BPH or reduce prostate size. Instead, prostate‑focused exercises such as Pelvic Floor Muscle Exercises (PFME) are recommended to strengthen bladder control, especially after treatment or removal of the prostate for BPH or cancer, when incontinence often persists despite correction of the obstruction. PFME is considered first‑line conservative therapy for post‑prostatectomy urinary incontinence and can significantly improve continence in the first months after surgery. In addition, strengthening the pelvic floor has been shown in randomized trials to improve erectile function in men with erectile dysfunction, particularly after prostate surgery. Thus, PFME is primarily used to restore pelvic floor support and continence, with additional benefits for sexual function in some men, rather than to modify prostate growth or volume.

• Exercises for BPH

Simple pelvic floor exercises involve contracting and relaxing the pelvic floor muscles around the anus and base of the penis/urethra. While practicing prostate exercises, it is important not to work any other muscles and to only use the specific pelvic floor muscle being worked. Verbal instructions may help identify the right muscles to exercise. Biofeedback or physiotherapy can further improve technique.

Breathing appears to be a core component of working the pelvic floor muscles, with muscles contracting during exhalation and relaxing during inhalation. This is a physiological pattern that can be harnessed during PFME.

• • Double Voiding: Double voiding is a technique that involves urinating, then waiting a few moments, and trying to urinate again. This practice helps ensure the bladder is completely emptied, which can reduce the urge to urinate frequently and improve bladder function. This technique is often recommended as a simple behavioral strategy; evidence base is more experiential than trial‑based.
  • Kegel Exercises: Kegel exercises involve repeatedly contracting and relaxing the pelvic floor muscles, which can strengthen them, help control urination, and improve bladder control. To perform Kegel exercises, tighten the muscles you would use to stop urine flow, hold for a few seconds, and then release. Repeat this process several times a day for the best results. It is recommended to aim for 10 reps three times a day.

• Regular Physical Activity

Regular physical activity appears to reduce the risk and severity of urinary symptoms roughly by 25%, partly by improving weight and metabolic health. Preliminary studies of mind‑body exercises such as tai chi suggest possible improvements in LUTS and metabolic markers in older men with BPH, but the evidence is limited. Prolonged, high‑pressure cycling can irritate the perineal area; men with bothersome urinary or perineal symptoms may need bike‑fit or saddle modifications, and should individualize decisions with a clinician.

Conventional Treatment Options

The most commonly prescribed treatment options for BPH are briefly discussed below. For men with moderate to severe BPH symptoms, medications are often recommended when lifestyle changes alone are not effective.

Several energy‑based and ultrasound‑derived techniques, such as High-Intensity Focused Ultrasound (HIFU), show promising results but are not yet established guideline‑recommended alternatives to standard surgical or minimally invasive procedures and require more long‑term data.

Pharmaceuticals

5-Alpha Reductase Blockers

Finasteride and dutasteride are commonly prescribed medications for men with BPH. They work by blocking an enzyme called 5-alpha reductase, which reduces the production of dihydrotestosterone (DHT), a hormone that contributes to prostate growth. Over time, these medications can shrink the prostate by about 20–30% and lower the risk of urinary retention or the need for surgery. For men with bothersome urinary symptoms, alpha-blockers may also be prescribed. These medications relax the muscles in the prostate and bladder neck, helping urine flow more easily. Unlike finasteride or dutasteride, alpha-blockers improve symptoms but do not reduce prostate size.

Alpha-Blockers

Alpha-blockers are medications commonly prescribed to treat symptoms of an enlarged prostate. These medications relax the prostate and bladder neck muscles, which makes it easier to urinate and helps to alleviate symptoms such as difficulty starting, weak flow, and the need for urgent or frequent urination.

• Terazosin (Hytrin): It is usually taken once daily, and the dosage may be gradually increased by a healthcare provider to achieve the desired effect. Common side effects include dizziness, lightheadedness, and weakness, particularly when standing up quickly, due to its blood pressure-lowering effects.
• Tamsulosin (Flomax): It is typically taken once daily, about 30 minutes after the same meal each day. Tamsulosin is generally well-tolerated, but side effects can include dizziness, headaches, and sometimes issues with ejaculation. Tamsulosin is prostate-selective and typically has less cardiovascular impact than non-selective alpha-blockers like terazosin or doxazosin, though blood pressure effects can still occur.

Both medications help improve urine flow and reduce BPH symptoms, significantly enhancing the quality of life for many men with an enlarged prostate. However, they do not reduce the size of the prostate; rather, they alleviate the symptoms associated with BPH.

Surgery

Surgery is generally reserved for men with significant bladder outlet obstruction or complications from prostate enlargement; for over 50 years, Trans-Urethral Resection of the Prostate (TURP) has been the standard surgical procedure. Newer minimally invasive options include holmium laser enucleation of the prostate (HoLEP), a laser-based endoscopic surgery, and Rezūm, a convective water‑vapor ablation therapy. These techniques can provide substantial symptom relief, shorter hospital stays, and recovery in selected patients, but long‑term data and direct comparisons with TURP are still evolving. Many men experience substantial improvement in lower urinary tract symptoms after surgery, although some may have persistent or new symptoms related to bladder function rather than prostate obstruction. In those cases, general lifestyle and dietary strategies to support urinary and metabolic health may still be helpful, even though specific evidence after surgery is limited.

Food and Diet to Manage BPH

Diet plays a crucial role in managing BPH symptoms. While certain foods can help alleviate symptoms, others might exacerbate them. Adopting a diet that supports prostate health can be an effective complementary approach to conventional treatments.

Foods to Include in Your Diet

• Fruits and Vegetables: Antioxidant-rich fruits and veggies can help reduce inflammation and oxidative stress. Tomatoes, which contain lycopene, are particularly beneficial for prostate health. Other good options include berries, leafy greens, and cruciferous vegetables like broccoli and cauliflower.
• Healthy Fats: Healthy fats, especially omega-3 fatty acids, may support prostate health because of their anti-inflammatory effects. Since inflammation is believed to play a role in BPH, including omega-3-rich foods in your diet may be beneficial. Good sources of omega-3 fatty acids include fatty fish such as salmon, sardines, and mackerel, as well as plant-based options like flaxseeds and walnuts.
• Nuts and Seeds: Certain varieties of nuts and seeds (E.g., pumpkin seeds and Brazil nuts) are excellent sources of zinc, which is important for prostate health. They also provide essential fatty acids and antioxidants.
• Whole Grains: Whole grains, such as oats, brown rice, and quinoa, are high in fibre and support heart and metabolic health. Since conditions like obesity and metabolic syndrome are linked to worsening BPH symptoms, maintaining a balanced, high-fibre diet may help support overall prostate health.
• Legumes: Soy and other legumes contain plant compounds known as phytoestrogens. Although these compounds have been studied for their potential effects on prostate health, current evidence does not clearly show that they prevent or reverse BPH. However, legumes remain a healthy dietary choice.
• Herbs: Some herbs are commonly explored as supportive options for prostate health and urinary symptoms associated with BPH, though evidence varies across studies. Saw Palmetto is among the most studied, with some research suggesting it may help ease urinary symptoms, though its effect on prostate size remains unclear. Nettle Root has been used traditionally to support urinary tract health and may help relieve mild BPH-related symptoms. Pygeum has shown some promise in studies for improving urinary flow and reducing discomfort, though larger clinical trials are still needed.

Foods to Avoid

• Red and Processed Meats: Diets high in processed meats and saturated fats have been linked to an increased risk of certain cancers and metabolic health problems. Since conditions like obesity and metabolic syndrome are associated with worsening urinary symptoms, limiting processed meats and choosing lean proteins such as poultry, fish, or plant-based options may support overall prostate and general health.
• Dairy Products: Some studies have indicated a potential link between high dairy consumption and an elevated risk of BPH. Limiting dairy intake and choosing alternatives, such as almond or soy milk, may be beneficial.
• Caffeine and Alcohol: Consuming caffeine and alcohol can irritate the bladder and increase urinary symptoms. Limiting or eliminating these from your diet can help manage BPH symptoms.
• Sodium: High salt intake can raise blood pressure and contribute to fluid retention. Since high blood pressure and metabolic health issues are linked to worsening urinary symptoms, reducing salt intake may help support overall health. Limiting processed foods and using herbs and spices for flavor can be a practical way to lower salt consumption.
• Sugary Foods and Drinks: Similarly, diets high in added sugars can lead to weight gain and metabolic problems. Since obesity and metabolic syndrome are associated with worsening urinary symptoms, reducing sugary snacks and drinks may help support prostate and overall health. Choosing whole fruits instead of sugary beverages or processed snacks is a healthier option.
• Spicy and Acidic Foods: Spicy or acidic foods do not cause prostate enlargement, but they may irritate the bladder in some men and temporarily worsen symptoms such as urgency or frequent urination. If you notice that certain foods trigger your symptoms, limiting them may help improve comfort.

Lifestyle Changes to Manage an Enlarged Prostate

Certain lifestyle changes can significantly help in managing the symptoms of BPH. Integrating these changes into your daily routine can reduce discomfort and improve the overall quality of life. However, it is important to note that these changes should be used only as symptom‑relief measures that complement, not replace, medical evaluation and guideline‑based therapy.

• Reducing Water Intake at Night: Limiting fluid intake in the evening can serve to reduce the frequency of nighttime urination (nocturia). This can lead to better sleep quality and less disruption during the night. Try to drink the majority of your fluids earlier in the day and reduce intake a few hours before bedtime.
• Urinating When You Have the Urge: It’s important to respond promptly to the urge to urinate. Holding in urine can stretch the bladder and exacerbate symptoms. Try to urinate regularly and empty your bladder each time to avoid retention and reduce the risk of urinary tract infections.
• Avoiding Antihistamines and Decongestants: Certain medications, including antihistamines and decongestants, can worsen BPH symptoms by tightening the muscles around the urethra and making it more difficult to urinate. If you are experiencing BPH symptoms, consult your doctor before using these medications. They may be able to recommend alternatives that do not affect the prostate.

Conclusion

Benign prostatic hyperplasia refers to excessive non-cancerous prostatic growth that typically encroaches on the male urinary tract, resulting in urinary tract symptoms and bladder obstruction. It usually affects aged men, yet may begin in younger men aged 30-40 and older. If detected early, lifestyle measures such as regular physical activity, prostate exercises, and a balanced diet may help reduce the risk of or delay the progression of BPH-related urinary symptoms. If lifestyle changes do not help, ultrasound, pharmaceuticals, or surgery may be indicated, depending on the severity, to resolve the problem.

Frequently Asked Questions

How to check for an enlarged prostate at home?

While a definitive diagnosis of an enlarged prostate (BPH) should be made by a healthcare professional, there are some signs you can look for at home. These include symptoms discussed above, such as experiencing a weak urine stream, difficulty starting urination, frequent urination (especially at night), a feeling that your bladder is not completely empty after urination, and dribbling at the end of urination. If you notice these symptoms, it's important to consult a doctor for a proper evaluation and diagnosis.

How do I maintain prostate health?

Maintaining prostate health typically involves adopting a healthier lifestyle and diet. As mentioned previously, consuming foods rich in antioxidants, such as fruits and vegetables, can help reduce inflammation. Staying hydrated, reducing alcohol and caffeine intake, and avoiding processed foods are also beneficial. Some natural supplements like saw palmetto, green tea, and lycopene are thought to support prostate health. Regular exercise and maintaining a healthy weight are also important. Always consult with a healthcare provider before starting any new supplements or drastic dietary changes.

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