state the function of seminal vesicles
lavansh45:
These are some gland.. Its helps to make sperms more easy to transport by their secretion..
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secreats a fluid which make the sperms motile
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Seminal vesicles release up to 60% of the fluid found in semen. The other 40% is produced by the prostate and bulbourethral glands. The fluid produced by seminal vesicles will contain several key components: Fructose: which is a sugar that is produced to provide energy for swimming sperm cells
The seminal vesicles are located below the bladder and above the prostate gland. An individual seminal vesicle consists of a single coiled tube off of which several pouches branch.
The tube of a seminal vesicle is made up of three different layers:
moist inner layer of specialized cells that work to produce seminal vesicle fluid
middle layer of smooth muscle tissue
outer layer of connective tissue
Part of the seminal vesicles and the vas deferenscombine to form the ejaculatory duct, which eventually drains into the prostatic portion of the urethra. During ejaculation, the smooth muscle layer of the seminal vesicles contracts, releasing the seminal vesicle fluid into the ejaculatory duct.
The function of the seminal vesicles is to both produce and store fluid that will eventually become semen. This fluid comprises about 70 percent of the fluid that’s released during ejaculation.
The fluid produced in the seminal vesicles provides an environment that’s very important for the proper functioning and survival of sperm. The main components of this fluid are:
fructose, a sugar that provides sperm with energy
alkaline fluid, which helps to neutralize the acidic nature of the male urethra and the female vagina
proteins like semenogelin, which forms a gel-like protective layer around sperm
phosphorus and potassium, which help sperm move
prostaglandins, hormones that have a role in lowering the female immune response to semen
PLEASE
Seminal vesicles release up to 60% of the fluid found in semen. The other 40% is produced by the prostate and bulbourethral glands. The fluid produced by seminal vesicles will contain several key components: Fructose: which is a sugar that is produced to provide energy for swimming sperm cells
The seminal vesicles are located below the bladder and above the prostate gland. An individual seminal vesicle consists of a single coiled tube off of which several pouches branch.
The tube of a seminal vesicle is made up of three different layers:
moist inner layer of specialized cells that work to produce seminal vesicle fluid
middle layer of smooth muscle tissue
outer layer of connective tissue
Part of the seminal vesicles and the vas deferenscombine to form the ejaculatory duct, which eventually drains into the prostatic portion of the urethra. During ejaculation, the smooth muscle layer of the seminal vesicles contracts, releasing the seminal vesicle fluid into the ejaculatory duct.
The function of the seminal vesicles is to both produce and store fluid that will eventually become semen. This fluid comprises about 70 percent of the fluid that’s released during ejaculation.
The fluid produced in the seminal vesicles provides an environment that’s very important for the proper functioning and survival of sperm. The main components of this fluid are:
fructose, a sugar that provides sperm with energy
alkaline fluid, which helps to neutralize the acidic nature of the male urethra and the female vagina
proteins like semenogelin, which forms a gel-like protective layer around sperm
phosphorus and potassium, which help sperm move
prostaglandins, hormones that have a role in lowering the female immune response to semen
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