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Bulbourethral gland : role of the bulbourethral gland


 What Is Bulbourethral gland?

Bulbourethral gland, additionally known as Cowper’s Gland, either of  pea-fashioned glands inside the male, located below the prostate gland at the beginning of the internal portion of the penis; they upload fluids to semen all through the manner of ejaculation (q.V.). The glands, which measure simplest approximately 1 cm (zero.4 inch) in diameter, have ducts that are vacant into the urethra, the tube through which each urine and semen bypass. They are composed of a network of small tubes, or tubules, and saclike systems; between the tubules are fibers of muscle and elastic tissue that deliver the glands structural support. Cells inside the tubules and sacs incorporate droplets of mucus, a thick protein compound. The fluid excreted by way of those glands is clear and thick and acts as a lubricant; it is also thought to feature as a flushing agent that washes out the urethra before the semen is ejaculated; it is able to additionally assist to make the semen much less watery and to offer a suitable residing environment for the sperm. See also prostate gland; seminal vesicle.

What Is Bulbourethral gland
Bulbourethral gland

What is the role of the bulbourethral gland in the male reproductive system?

During sexual arousal, the bulbourethral glands produce a mucus secretion containing glycoproteins. This substance has three fundamental functions:

  • Serves as a lubrication medium for the urethra and the tip of the penis.

  • Expels any residue of urine, useless \cells or mucus via the urethral meatus, making ready a smooth and lubricated pathway for ejaculation.

  • Helps to neutralize residual acidity in the male urethra (secretions are alkaline).

It is plain that typically these secretions are without any spermatozoa, as ejaculation occurs further down on the prostatic urethra stage. However, every now and then these secretions (also referred to as pre-ejaculate) may additionally carry spermatozoa that continue to be within the urethra after a preceding ejaculation (understand that spermatozoa in frame temperature live on for greater than 48 hours!).

This may be obviated by urination and consequently washing out the urethra. However, even though rare, it could constitute a purpose of unintended being pregnant during unprotected sexual sex

  1. Female Reproductive System

  • Internal reproductive organs

  1. Ovaries

  2. Fallopian tubes

  3. Uterus

  4. Cervix

  5. Placenta

  • External reproductive organs

  1. Vulva

  2. Clitoris

  3. Vagina

What is the difference between the female reproductive system and the male reproductive system?

Recently, the subject of reproduction has been in the news a lot.From human fertility and preimplantation genetic diagnosis to stem cells, it seems like science is making great strides towards allowing infertile couples to have children of their own.However, there are many other areas of medicine that affect reproductive systems and they aren’t always as positive.In fact, many diseases can cause problems with sexual function or (in some cases) render people completely infertile. Here

  1. The male and female reproductive systems are both necessary for sexual reproduction. The male reproductive system produces sperm, while the female reproductive system produces eggs. The sperm must fertilize an egg in order for pregnancy to occur. Both systems are made up of several different organs that work together to achieve this goal.

  2. The male reproductive system and the female reproductive system are both very different in many ways. The female reproductive system is made up of many different parts, such as the ovaries, fallopian tubes, and the vagina, while the male reproductive system is made up of the testicles, seminal vesicles, and the penis. The ovaries produce the eggs that are fertilized by the sperm from the testicles, and the fertilized egg then implants itself in the lining of the uterus. The fallopian tubes transport the eggs from the ovaries to the uterus.

  1. Healthy Sexual Relations : Sperm revitalization

Bulbourethral gland : role of the bulbourethral gland

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