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The Things About Semen That You Didn’t Know, But Were Afraid to Ask

The Things About Semen That You Didn’t Have the Foggiest Idea About

As I’m sure you’re aware semen is a fluid that develops sperm which men discharge during sexual intercourse or masturbation.

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Male semen, likewise alluded to as cum, is a baffling prospect. It is baffling precisely because, leading researchers, even to this day are yet to reveal many of its mysteries.

Current research and inquiry have revealed numerous truths about semen, and they assist us in better understanding male virility and wellbeing. This post, in particular highlights certain facts about sperm production that you didn’t know previously.

How Was Sperm First Discovered?

Have you at any time pondered who exactly discovered sperm? All things considered, records state that Dutch magnifying glass creator Antonie van Leeuwenhoek first discovered sperm in 1674.

Brought up in Delft, the Netherlands, van Leeuwenhoek made the main single-focal point magnifying lens, which made it ready for various revelations in atomic science.

The story goes that Leeuwenhoek was home one day and got a plan to investigate his semen under a magnifying lens. He found a large number of “minor creatures” swimming around and recorded his perception in a journal. In October 1676, the microbiologist imparted his revelation to the Illustrious Society.

While the revelation of sperm is ascribed to Antonie van Leeuwenhoek, the idea of semen and sperm was available back in ancient occasions as well.

Anton van Leeuwenhoek Facts

The Dutch naturalist and microscopist Anton van Leeuwenhoek (1632-1723), utilizing simple magnifying instruments of his own creation, found microbes, protozoa, spermatozoa, rotifers, Hydra and Volvox, and furthermore parthenogenesis in aphids.

Anton van Leeuwenhoek was born on Oct. 24, 1632, at Delft. His schooling was quite informal in many respects, it is presumed that his education included some arithmetic and physical sciences yet there was no emphasis on languages. At the age of 16 he was sent to Amsterdam to begin his apprenticeship at a linendraper’s shop where he stayed for a duration of around 6 years.

In 1654 Van Leeuwenhoek came back to Delft and wedded Barbara de Mey, who was to hold up under him five youngsters. He purchased a house and shop and set up in business as a draper. He stayed there for a mind-blowing remainder. His significant other passed on in 1666 and in 1671 he remarried; his subsequent spouse bore him one kid.

In 1660 Van Leeuwenhoek was named chamberlain to the sheriffs of Delft, an office which he held for a long time. Little is known about his exercises for the following 13 years; notwithstanding, in his extra time he more likely than not started to granulate focal points to make straightforward magnifying lens. As ahead of schedule as 1668 he took one of his magnifying instruments on a visit to England and utilized it to look at chalk from the bluffs in Kent.

In 1673 Regnier de Graaf, a splendid youthful doctor of Delft, composed a letter about Van Leeuwenhoek’s work to Henry Oldenburg, Secretary of the Royal Society in London. This letter was distributed in Philosophical Transactions, and Oldenburg kept in touch with the creator mentioning further correspondences. Hence started a correspondence with the Royal Society which was to proceed until Van Leeuwenhoek’s demise. Every one of his perceptions were depicted in letters (at any rate 200), either to the Royal Society or to his companions, that were written in his own language, Nether-Dutch. He never composed a logical paper or a book. His letters are loaded with irregular perceptions, with little soundness, and were written in a conversational style. In spite of the easygoing manner by which he depicted his perceptions, he never mistook the realities for his hypotheses, thus it is conceivable to recognize effectively a considerable lot of the living beings he examined from his definite portrayals.

The Royal Society chose him an individual in 1680, a respect which satisfied him in spite of the fact that he never discovered time to visit London to sign the register. His disclosures before long put him on the map, and many came to visit him in Delft. His excitement for the investigation of nature never melted away even in mature age, and regardless of his sicknesses despite everything he kept on mentioning objective facts and send letters to the Royal Society. After his passing on Aug. 26, 1723, his girl Maria sent a bureau to the Royal Society which her dad had arranged 22 years beforehand, containing 26 of his magnifying instruments produced using silver.

Aside from those magnifying instruments sent to the Royal Society, Van Leeuwenhoek left 247 totally completed magnifying lens, the vast majority of which had an article mounted before the focal point, and furthermore 172 focal points mounted between metal plates. Appropriately, the instruments were not magnifying lens at everything except rather straightforward amplifying glasses. Each comprised of a solitary biconvex focal point of striking lucidity which was mounted between two metal plates. The focal point was fixed, and the article to be analyzed was raised or brought down and turned upon its hub by a coarse-strung screw. The focal points were of outstanding optical quality and had amplifying powers going from 50 to 200. The short (around 1 millimeter) central lengths of the focal points would have required putting the eye nearly in contact with the focal point, and it isn’t clear how Van Leeuwenhoek got the vital enlightenment to accomplish his noteworthy outcomes. He was in every case clandestine about his strategies. Clifford Dobell proposed that he may have found some basic strategy for dull ground brightening, while Barnett Cohen called attention to that the optical properties of circular drops of liquid containing the articles under perception may have been utilized by Van Leeuwenhoek.

Microscopical Observations

Van Leeuwenhoek’s interest was unquenchable, and he analyzed all that he could with his magnifying instruments, extending from tests of around 200 organic species to mineral articles; he even endeavored to watch the blast of black powder.

Van Leeuwenhoek gave more clear portrayals of red platelets than both of his peers Marcello Malpighi and Jan Swammerdam. He previously portrayed them in 1674 and assessed their size to be, in current wording, 8.5 microns in breadth (the right worth is 7.7 microns). In 1682 he plainly depicted the core inside the red platelets of fish, and in 1683 he saw the sedimentation of erythrocytes from a suspension and their endless supply of water. His portrayal of the blood vessels in the digestive tract in 1683 was joined by remarks on an alternate kind of fine which contained “a white liquid, similar to drain”; he had found the lymphatic vessels.

In 1677 Van Leeuwenhoek analyzed new semen, in which he watched living spermatozoa. His one of a kind perceptions on microorganisms most likely started in 1674, when he analyzed water from a lake close to Delft. He gave the primary portrayal of the normal green alga Spirogyra yet in addition watched littler life forms, which were most likely free-living protozoa. Dobell accepted that Van Leeuwenhoek saw Vorticella, Monas, Bodo caudatus, and Colpidium.

Van Leeuwenhoek additionally found parasitic protozoa, portraying the beat Giardia in an example of his defecation, which likewise contained microorganisms which can be recognized as Spirochaeta. In a letter written in 1683 he portrays and shows five various types of microscopic organisms present in his very own mouth: these can promptly be recognized as a motile bacillus, Selenomonas sputigena, a micrococcus, Leptothrix buccalis, and a spirochete. He kept on mentioning objective facts on microorganisms until 1716, and keeping in mind that contemplating free-living protozoa, he additionally found different living beings, for example, Volvox, Hydra, and rotifers.

Van Leeuwenhoek’s revelation of microorganisms has would in general eclipse his other work, which has not gotten full acknowledgment. He was one of the primary relative anatomists, since he frequently pursued a structure in a few unique animal categories. As a pioneer of microdissection, he prevailing with regards to getting results which are momentous even by present day models. Somewhere in the range of 1680 and 1701 he did a progression of microdissections, for the most part on creepy crawlies, and one of his most unique disclosures was parthenogenesis in aphids. The parent aphids didn’t contain eggs, yet youthful aphids simply like the parent.

For Aristotle, a lady gives the issue to the infant through her menstrual blood while the male semen gives that issue a structure. Ancient scholars additionally contrasted semen with a seed that is planted in the rich ground.

What is sperm?

Sperm is a male regenerative cell and it is a constituent of semen. The term derives from the Greek word Sperma, meaning important seed. The structure of a developed human sperm cell looks like that of a snake and highlights the head, neck, centerpiece, and tail.

sperm cell with x chromosome The leader of a sperm cell has a round shape and contains a core just as acrosome or a defensive layer over it. The core is significant on the grounds that it conveys hereditary data and half the number of chromosomes.

Neck offers ascend to pivotal fiber or the tail of the sperm while centerpiece gives the cell vitality to swim in the female genital tract. Obviously, the tail has a reason to swim in the female genital tract. Without a tail, sperm wouldn’t have the option to move.

How is sperm discharged?

Since we are referencing all these astonishing fun realities about semen, you are presumably thinking about how sperm is discharged in any case. So as to comprehend the procedure, it is essential to know male conceptive organs.

Underneath, you can see a fundamental overview of the procedure where sperm is discharged:

Testicles are where the creation of sperm starts

Sperm moves to the epididymis

The sperm is put away in the epididymis until they develop

Discharge process begins when the penis is loaded up with blood and gets erect

Developing sperm begins going from the epididymis through vas deferens (a strong cylinder)

Sperm lands at the ampulla where it consolidates with discharges from the fundamental vesicle

Original liquid goes through the ejaculatory pipe and arrives at the urethra, passing by prostate where semen is blended in with smooth liquid

The furthest finish of the urethra discharges semen

How is semen delivered?

Each man needs to realize how to deliver more semen, however, once in a while we consider the procedure itself. How is semen delivered, in any case? The original liquid was created in different areas including testicles, prostate, fundamental vesicle, and bulbourethral organs.

The way toward making semen begins with the creation of sperm which is clarified previously. Your semen contains water essentially, proteins, fructose, nutrients, minerals, and different segments.

The male regenerative framework is always making sperm, from the minute you enter pubescence until the day you bite the dust. A few evaluations show that testicles produce around 200-300 million sperm cells daily, which is around 1500-3000 sperm cells per second.

Why do men discharge a large number of sperm cells?

You are as of now mindful that a man’s semen contains a huge number of sperm cells. In the event that just a single sperm cell is important to get pregnant, at that point for what reason do we discharge that many? Have you at any point asked yourself that inquiry?

The appropriate response is straightforward – the adventure of the sperm cells from the minute a man discharges to prepare an egg is natural selection.

A few sperms don’t swim directly to the egg yet around and around, others swim some other way, and some sperm cells kick the bucket during the voyage. Frail cells can’t endure. Just the quickest and the most grounded sperm cell can achieve its crucial.

Profound voice – low sperm tally

This is, presumably, one of the most astonishing fun realities about semen you’re going to peruse. Women see men with profound Vin Diesel-like voices provocative, increasingly manly, unimaginably hot, and so on.

In any case, an investigation whose discoveries were distributed in the diary PLoS One found that noblemen with profound voices have a lower sperm tally than their partners who don’t.

Size of sperm cells

Sperm cells have such a significant capacity, yet they are more modest than we accept. The average sperm cell has a length of .002 inches (.05mm or 50 micrometers) from head to tail. Remember that the littlest item we can see with the unaided eye is .1mm. I’m not catching this’ meaning?

It implies that we can’t see sperm cells with the unaided eye and the best way to watch them is to put them under a magnifying instrument. For correlation, the female egg is 30x bigger than a sperm cell.

Taste relies upon what you eat

espresso and cigaretteOur diet majorly affects each part of our lives, and it does not shock anyone why it influences the flavor of a man’s semen too.

Red meat and oily diet give sharp-tasting semen. Then again, espresso and cigarettes make semen unpleasant while foods grown from the ground produce a gentle or to some degree sweet taste.

Since you realize how to make your semen taste better, you likewise need to realize how to deliver more semen and it’s straightforward – have a well-adjusted eating regimen, exercise, and remain hydrated.

To what extent would sperm be able to get by in a vagina?

So you need to imagine a youngster and miracle to what extent your sperm can get by in your significant other’s vagina. Or then again, perhaps you’ve had unprotected sex (not a smart thought!) and pondering a similar inquiry.

Normally, sperm can endure 24-48 hours in a lady’s vagina, however, on the off chance that her acidic parity is auspicious, at that point sperm can satisfy five days before it perishes.

Weight and sperm check

Despite the fact that this isn’t one of the most stunning and fun realities about semen, it is essential to specify it. Being overweight or hefty influences each part of your wellbeing and despite the fact that we’d prefer to feel that data is erroneous, the fact of the matter is extraordinary.

A developing collection of proof affirms that overabundance weight prompts slower sperm and lower tally. Simultaneously, sperm is likewise less ready to carry out its responsibility.

One examination found that overweight men were 11% bound to have low sperm tally and 39% bound to have no sperm in their discharge. For stout men, the figures for low sperm include and no sperm in discharge were 42% and 81% separately.


Male semen is as baffling as the dull issue. Albeit secretive, some significant realities about semen and sperm have been found by researchers. This post highlighted ten significant and amazingly fun certainties you should know.

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