where does sperms go inside a vagina?
117966
You should pay more attention in Health class young man.
633197
Yes! Thats why it is important to prevent the sperm from getting anywhere near the vagina or the vaginaly opening. Use a condom becuase not only can you get pregnant you can get some pretty nasty diseases too that are even worse then having an unwanted pregnancy!
190459
HIV does not attach itself to sperm.  HIV travels in semen - that's the fluid that also carries sperm.  A man will produce semen even he has had a vasectomy.  If he is HIV positive, or unsure of his status - then he should wear a condom.
820375
Sex is always good.  Make a poster of all the tubes and organs that a sperm travels through or next to on it's way out of the body.\n\nsome help with the diagram here --> http://images.google.com/imgres?imgurl=http://ib.berkeley.edu/courses/ib140/male%2520erection%2520ejaculation_files/image014.jpg&imgrefurl=http://ib.berkeley.edu/courses/ib140/male%2520erection%2520ejaculation.html&h=1088&w=960&sz=86&hl=en&start=4&tbnid=1PYBLzfybcKM6M:&tbnh=150&tbnw=132&prev=/images%3Fq%3Dsperm%2Bpath%26svnum%3D10%26hl%3Den%26lr%3D%26sa%3DG
389494
The vagina as you go up and to the back from the front contains in its space the cervix or the mouth of the uterus. It appears as if the uterus has protruded into the vagina. To make the description simple, imagine a round shaped house whose roof in the middle is actually something like a cone- Infact that is exactly what it looks like. Imagine a cylinder into which a cone has been fit in reverse. If you stand in the middle of the cylinder, the apex of the cone would be pointing at you and the ceiling would be much nearer. If you are near the wall of the cylinder the ceiling is much higher and made of the base of the cone. Does this make sense to you by the way? So during the act of sex the sperm is deposited in this "higher" area( also called the vaginal fornix) and thus it would make a good site to look for sperm for later DNA or other examination.That is what they call the vaginal vault. The tip of our imaginary cone would represent the cervix of the uterus which is projecting down into the vagina. I don't know how much sense this has made. I hope it helps.\n-cheers-
600257
Male reproductive organs or male reproductive system \n\nThe main reproductive organs of the male body are the testes, which produce sperm and also male hormones, in the form of testosterone. The male reproductive system also includes the external genitals — the penis and the scrotum — and the internal structures, including the prostate gland, the vas deferentia (plural for the 2 vas deferens), the urethra, and the seminal vesicles.\n\nTestes\nThe paired oval testes, also known as the male gonads, hang in the scrotal sac. Usually the right testis hangs higher than the left one by about 1 cm. The testes hang outside the body because the temperature inside the body is too high to produce sperm, so they are produced in the testes at about 3 °C lower than body temperature.\n\nEpididymis\nAt the back of the olive-shaped body of each testis is a cap formed by the many coils of a 20-foot long tube called the epididymis. The function of the epididymis is to collect the immature sperm from the testis.\n\nAs the sperm make their long journey through the epididymis they become mature sperm. This journey takes about 20 days and during its course the sperm become fertile and they also become able to move in a swimming motion (doctors refer to the sperm then as ‘motile’).\n\nVas deferens\nJoined to the epididymis is the vas deferens — a thick walled tube which transports sperm from the epididymis up to the prostate gland. The section of the vas deferens that is above the testis can be felt through the loose part of the scrotum. When a vasectomy is performed, it is this part of the vas deferens that is snipped.\n\nThe vas deferens empties into the ejaculatory duct, which passes through the prostate gland to merge with the urethra.\n\nThe urethra\nThe urethra serves as the tube down which urine passes from the bladder through the penis to the outside and also the tube down which semen is ejaculated.\n\nThe prostate\nThe prostate is a walnut-shaped gland that surrounds the urethra. Along with the seminal vesicles it produces the fluid secretions that support and nourish the sperm. Without this fluid to dilute them the sperm cannot move easily.\n\nAfter the age of 40 the prostate enlarges and can press on the urethra. An enlarged prostate is often the cause of urinary problems in older men.
210555
Before implantation, their is the sex act where the man delivers its sperm in to the females vagina. the spermatozoa travel trough the vagina, uterus, and through the what is called the fallopian tubes. The fertilization process occurs at the 2/3 of the outer fallopian tubes. After the fertilization of the male spermatozoa and the female ovum the zygote travels to the endometrium tissue (uterus) and implants itself into the tissue of the uterus and development begins.
1080692
The bottom, Hon, Your vagina is only about 5 or 6 inches long. He is hitting the cervix. At the end of the vagina.. The cervix is the mouth to the womb.
627069
Well it comes from the testicles through the vas defference, usually excreted during ....oh... semmen..... my bad.
1138777
Excuse me for being nasty but...\n\nPENIS GOES IN THE VAGINA!!!!\n\nNOWHERE ELSE!!!
531993
Semen is a fluid that contains spermatozoa. It is secreted by the gonads (sexual glands) of male or hermaphroditic animals, including slugs, for fertilization of female ova. Semen discharged by an animal or human is known as ejaculate, and the process of discharge is called ejaculation. Like blood, semen consists of two parts, the cellular part (spermatozoa and in some instances leucocytes and epithelial cells) and noncellular part (seminal plasma).\n\nDepending on the species, spermatozoa can fertilize ova externally or internally. In external fertilization, the spermatozoa fertilize the ova directly, outside of the female's sexual organs. Female fish, for example, spawn ova into their aquatic environment, where they are fertilized by the semen of the male fish.\n\nDuring internal fertilization, however, fertilization occurs inside the female's sexual organs. Internal fertilization takes places after insemination of a female by a male through copulation. In low vertebrates (amphibians, reptiles, birds and monotreme mammals), copulation is achieved through the physical mating of the cloaca of the male and female. In marsupial and placental mammals, copulation occurs through the vagina.\n\nMammalian semen is a whitish, milky fluid, very viscous, containing water and small amounts of salt, vitamin D, protein, and fructose. The plasma portion of semen may contain dissolved water- and fat-soluble constituents, depending on the diet of the organism in question.\n\nApproximately 200- to 500-million spermatozoa (also called sperm or spermatozoans), produced in the testes, are released per ejaculation. However, they make up only about 2–5% of the volume of semen. The bulk of the semen is composed of seminal plasma, the fluid portion of semen. This fluid is contributed by the accessory male reproductive organs. Some 60% of the volume of ejaculate is produced by the seminal vesicles, and most of the remainder is generated by the prostate. A small amount of viscous mucus secreted by the bulbourethral glands contributes to the cohesive jelly-like texture of semen.\n\nSeminal plasma of humans contains a complex range of organic and inorganic constituents. They include metal and salt ions, sugars, lipids, steroid hormones, enzymes, prostaglandin hormones, amino acids and basic amines. The seminal plasma provides a nutritive and protective medium for the spermatozoa during their journey through the female reproductive tract. The normal environment of the vagina is a hostile one for sperm cells, as it is very acidic (from the native microflora producing lactic acid), viscous, and patrolled by immune cells. The components in the seminal plasma attempt to compensate for this hostile environment.\n\nBasic amines such as putrescine, spermine, spermidine and cadaverine are responsible for the smell and flavor of semen. These alkaline bases counteract the acidic environment of the vaginal canal (which is harmful to sperm), and protect DNA inside the sperm from acidic denaturation. Salts and metal ions in the semen help to create a more hospitable environment for the sperm in the vaginal canal. A typical ejaculation can contain up to 5 mg of zinc. Zinc serves to help to stabilize the DNA-containing chromatin in the sperm cells. A zinc deficiency may result in lowered fertility because of increased sperm fragility. Zinc deficiency can also adversely affect spermatogenesis.\n\nThe simple sugar fructose is the main energy source of sperm cells, which rely entirely on sugars from the seminal plasma for energy. Other components of semen (mucus and texturizing proteins) serve to increase the mobility of sperm cells in the vagina and cervix by creating a less viscous channel for the sperm cells to swim through, and preventing their diffusion out of the semen. Prostaglandin hormones are involved in suppressing an immune response by the female against the foreign semen.
395073
The vagina extends from the vaginal opening to the cervix, the opening to the uterus. The vagina serves as the receptacle for the penis during sexual intercourse, and as the birth canal through which the baby passes during labor. The average vaginal canal is three inches long, possibly four in women who have given birth.
367420
of course it flows out. it's supposed to. its not just supposed to stay there. and with your wife feeling the semen inside of her, she doesn't necessarily have to. as soon as you ejaculate, the sperm is deposited into the vagina and then the rest of the seminal fluid flows back out.
519309
Interesting...\nDon't completely rule out pregnancy.  Sometimes men have double vas deferens that the docs don't see, and don't cut - so there's still a tube there for the spermies to travel through.  Sometimes, the tubes will grow back together also.
495331
with sperm i think........i dont know
487361
The capacitated spermatozoon and the oocyte meet and interact in the ampulla of the fallopian tube. In mammals, binding of the spermatozoon to the zona pellucida, an extracellular layer surrounding the oocyte, initiates the acrosome reaction. This process releases the enzyme hyaluronidase, which digests the matrix of hyaluronic acid in the vestments surrounding the oocyte. Fusion between the sperm and oocyte plasma membranes follows, allowing the entry of the sperm nucleus, mitochondria, centriole and flagellum into the oocyte. Once the ovum fuses with a single sperm cell, its cell membrane changes, preventing fusion with other sperm.\n\nThis process ultimately leads to the formation of a diploid cell called a zygote. When the zygote reaches the uterus and implants in the endometrium, the female is said to be pregnant.\n\nIf fertilisation takes place, the sperm usually meet the ovum in the fallopian tube, requiring the sperm cells to swim from the upper vagina through the cervix and across the length of the uterus before reaching the fallopian tube—a considerable distance compared to the size of the sperm cell.\n\n\nFertilization in plants\n\nAfter the pistil is pollinated, the pollen grain germinates in a response to a sugary fluid secreted by the mature stigma. From each pollen grain, a pollen tube grows out attempting to travel into the ovary by creating a path. The vegetative and generative nuclei of the pollen grain pass into its respective pollen tube. The growth of the pollen tube is controlled by the vegetative nucleus. Enzymes are secreted to digest the tissue of the stigma a style as the polen tube grows. The pollen tube does not directly reach the ovary in a straight line. It travels near the skin of the style and curls to the bottom of the ovary, then near the receptacle, it breaks through the ovule through the microphyle (an opening in the ovule wall) and reaches the ovum to fertilise it. This is the point when fertilisation actually occurs. After being fertilised, the ovary starts to swell and becomes a fruit.\n\nWith multi-seeded fruits, multiple grains of pollen are necessary for syngamy with each ovule. The process is easy to visualise if one looks at maize silk, which is the female flower of corn. Pollen from the tassel (the male flower) falls on the sticky external portion of the silk, and then pollen tubes grow down the silk to the attached ovule. The dried silk remains inside the husk of the ear as the seeds mature; if one carefully removes the husk, the floral structures may be shown. The development of the flesh of the fruit is proportional to the percentage of fertilised ovules. For example, with watermelon, about a thousand grains of pollen must be delivered and spread evenly on the three lobes of the stigma to make a normal sized and shaped fruit.
110737
You have normal vaginal secretions.  When you see white substances, this is probably cervical fluid.  Cerival fluid helps sperm reach the egg more easily (the vagina and cervix are very acidic and normally kill sperm quickly. . . cervical fluid helps sperm move faster and minimizes the acidicy).  You should notice a cyclic nature to your secretions.  Starting out with your period, then fairly watery for a few days, then sticky for a few days, then a day or two when the fluid seems like egg whites, then back to water until your period comes again.  If this is what you are experiencing (or something similar to this) then everything is normal.  If you have secretions that are chunky (like cottage cheese) or smell foul (like fish), then you should see a doctor as you likely have an infection of some sort.