Yes, removing the prostate gland, often through a procedure called a prostatectomy, can significantly affect reproduction. The prostate produces a portion of the seminal fluid, which is essential for sperm transport. Consequently, men who undergo this surgery may experience infertility since they may no longer produce semen, although sperm can sometimes be retrieved directly from the testicles for assisted reproductive techniques. Additionally, the surgery can impact erectile function, further complicating reproduction.
The prostate gland encircles the neck of the bladder in teh male.
In men, an enlarged prostate gland can obstruct the bladder, causing overflow incontinence.
The prostate gland sits between the scrotum and anus. It's function is to produce a liquid that is mixed with semen to help the sperm move from the man's body into the woman's body.
Semen is made in the prostate. No gland-no semen.
In some cases, yes it can affects the prostate. usually happen to the patient that have enlarged prostate gland ( due to some disease ) and the injection of sclerotherapy too close or had direct contact to the prostate gland.
A dense fibrous capsule surrounds the prostate gland
The secretions from the prostate gland ACTIVATE SPERM and NEUTRALIZE URINE.
No, testosterone is not secreted by the prostate gland, it is secreted by the testes.
It is endoscopic surgery of the prostate gland - Transurethral resection of prostate carried out for enlarged prostate gland
The role of the prostate is to produce a liquid that mixes with semen and helps the sperm move through the semen into the woman's body. When a prostate becomes enlarged, it can effect the production of the fluid. In most cases of BPH, as the prostate becomes enlarged, it impacts your ability to urinate, due to putting pressure on the bladder. Also, an enlarged prostate can lead to prostate cancer if not treated.
The prostate is considered a gland in the human body.
The prostate gland is composed of smooth muscle cells, glandular cells, and cells that give the gland structure