Vasectomy Personal Experience Essay

Brett’s Vasectomy Experience

If you are considering having a vasectomy, you may be wondering what will happen to you at the time of surgery. This personal account of my decision to have a vasectomy, as well as a detailed description of the surgical procedure itself — a procedure I underwent in the United States in 1999 — is intended to aid your understanding and perhaps ameliorate your fears.

I am a 37-year old husband and father of two wonderful children. My wife and I mutually arrived at a decision for me to have a vasectomy. Our decision for me to have a vasectomy was many-fold. First, we sense that our family is complete and do not wish to have any more children. Secondly, for medical reasons, my wife cannot use, without significant complications, any form of birth control, including the pill, diaphragms, etc. Thus, during our marriage, the responsibility for birth control has been largely on my shoulders. Our sole means of birth control has been the use of condoms.

Recently, we found ourselves having less sex out of fear that my wife may get pregnant. It seemed that if we were to enjoy one of the many benefits of marriage, namely sex, we had better soon do something about a permanent means of sterilization. The vasectomy procedure, as opposed to tubal ligation for the woman, seemed to be the safest and least invasive procedure. Certainly, a vasectomy is fairly inexpensive. Mine cost USD $500 for the pre-op consult, surgery, and post-op lab work.

Those who are concerned about this procedure may have many more questions about vasectomy than this personal account can possibly address. This website is a good resource for valuable information about vasectomy. Talk to your friends who’ve had a vasectomy and consult a urologist or family physician as I did before undertaking this elective procedure. And always recognize that vasectomy is a semi-permanent means of sterilization in the sense that, once performed, its micro-surgical reversal is only about 60% successful.

Obviously, one of the greatest fears most men have about this procedure is the physical pain and perhaps embarrassment involved in submitting to a vasectomy. I asked my physician two days prior to surgery to prescribe 20mg of Valium for me to take on the morning of the surgery. Curiously, he hesitated to do so and would not do so unless I signed the Consent for Surgery in his office the day before my surgery. For possible liability concerns, they do not want sedated patients signing consents. I insisted on the medication, signed the Consent, and was given the Rx. Valium, as an anti-anxiety medication, has a calming and relaxing effect physiologically.

I recommend taking an appropriate dosage of Valium about an hour and a half prior to the procedure, enough time for the medication to be efficacious. Valium takes the edge off any anxiety one may sense going into surgery. 20mg is a high dosage, just enough to make one feel very relaxed and calm.

I was also concerned about the possible embarrassment of going in for this procedure. Would I be attended by female nurses? Would a female nurse perform the pre-op preparations, etc. Fortunately, my urologist employs male nurses to attend his male patients. I felt more at ease being attended by a male nurse.

Before surgery, there are a few things you should do for yourself. Purchase a jock that fits. I did not do this because I didn’t know one was needed and, frankly, I find wearing a jock to be uncomfortable. But you’ll definitely need something for scrotal support after the surgery. Underwear briefs (pants in the UK, I am told) are insufficient for the support you’ll need. Again, buy a jock with a pouch that fits. The jock I was give by my physician after surgery fit me around the waist, but the pouch was too small for my equipment and thus was very uncomfortable.

Secondly, there’s no need to ask your urologist if you can shave yourself prior to surgery. Assume that you can and should. Unless you think it’s a turn on to be shaved by another man (or a female nurse), just assume that you will need to shave yourself. The points you want to remember here are:

shave yourself the night before surgery; avoid minor cuts to the skin as they can produce infection and inflammation (in which case, your surgeon likely will not proceed with the vasectomy procedure until the skin is healed); avoid razor burn when shaving (again, this produces inflammation of the skin and may result in a delayed surgery). You should shave the dorsal side (underside) of the penile shaft, especially near the base of the penis, as well as the entire scrotum. Use a clear lubricant, such as Astroglide, so that you can see what you are shaving. Shaving cream probably works just as well, but doesn’t provide the best lubrication and certainly obscures one’s view of what is being shaved. The lubrication helps to avoid razor burn and minor cuts. Note: The Astroglide brand product, available at many drugstores, is the best personal lubricant my wife and I have found. It’s not as viscous as K-Y jelly and it lasts forever – very slick, and a great turn on in sex play. In this connection, shaving your penis and scrotum the night before surgery is a real turn on. Why not make it sex play with your spouse?

Another concern about the vasectomy procedure is possible embarrassment. I am fairly modest, and don’t relish the idea of exposing my private parts to others. But the Valium, I think, relieved most of my anxiety about this.

Secondly, I am prone to produce an erection when I lie down, whether aroused or not. I was concerned about developing an unwanted erection during the vasectomy procedure. I don’t know if there is medical research to support this suggestion, but one idea to avoid an unwanted erection under these circumstances is to have sex, or to masturbate, several hours before the vasectomy procedure. Now concerning the procedure itself.

I talked to several of my friends who have vasectomies. Two of them indicate that the injection of anesthetic by syringe and needle is the most painful aspect of the procedure. My experience in surgery leads me to agree. But they are completely misguided in suggesting that the injection of anesthetic is made directly into the testicles. Let me assure you that the testicles are not injected with anesthetic. Only the scrotal skin and vas deferens themselves are injected.

This is how I experienced my vasectomy at the urologist’s office on the day of surgery. Once in the surgical suite or examination room, the nurse asked if I needed to visit the restroom. Then he asked me to remove my shoes, trousers and underwear and indicated that I could leave my shirt and socks on. At that moment, I informed the nurse that I had shaved myself the night before. He said that was acceptable and later commented, upon examining me, that I had done a good job of preparing the area. I was then asked to lie down on the operating table. I found it a great comfort at this time that the nurse immediately covered my waist with a large, sterile sheet. Then the nurse informed me that he was going to wash my genitals with warm, soapy water, which he did with gloved hands. He lifted and folded across my waist the sheet covering me. He then swabbed the penis and scrotum with a soapy wet sponge, rinsed the area, and then blotted the area dry. Then he informed me that he was about to apply Betadine (a dark orange antiseptic solution) to my genitals. He then handled the penis and scrotum in such a way as to swab the entire area with Betadine. All was done very discretely and without comment. There was minimal handling of my equipment by the nurse preparing me for surgery. I had the sense that the nurse was very respectful and discrete about handling me. Thus, I was prepped for surgery. The nurse covered my exposed genitals with a smaller sterile sheet and informed me that the surgeon would be in shortly. examination room.

The surgeon shortly arrived in the examination room and adjusted the overhead light and instrument table. He then put on latex gloves and removed the top sheet from my waist. At this point, let me deviate briefly and say that the surgeon did not put on, or ear during the surgery, a sterile facial mask as surgeons should do for any surgical procedure. This clearly is a departure from generally accepted medical practice and could result in the patient’s developing an infection. My surgeon was also chewing gum during the entire procedure; so it is possible that his saliva could have transferred to my open incision and produce an infection postoperatively. Fortunately, that did not happen in my situation. If your surgeon neglects to put on a surgical mask, respectfully ask him to do so before going under the knife. One should not be too passive with physicians and healthcare providers when it comes to maintaining your valuable health. The physician-patient relationship should be collaborative.

The surgeon then unfolded three or four small sheets and draped them across my waist in such a way as to leave exposed only my penis and scrotum. Then he covered by penis with a separate sterile sheet so as to leave exposed only the scrotal area. He then manipulated the scrotum and my testicles by hand so as to locate the vas deferens on either side of the scrotum. Once he isolated the vas deferens from the other structures in the scrotum, he clamped them off with a surgical instrument.

The surgeon next informed me that he was about to administer an injection of anesthetic medicine at the base of the penis in the scrotal sac (not in the penis itself) and in the vas cord connected to the right testicle. This he did with great care. In the procedure involving a single incision in the scrotum at the base of the penis using a scalpel, the surgeon injects anesthetic only under the skin of the scrotum at the site of the incision and into the vas cords themselves. Thus, the surgeon anesthetizes two aspects on either side of the scrotum: the scrotal skin and the vas cord associated with each testicle. The injections are indeed painful, but not unbearably so. I felt a sharp stick of the needle in both the scrotal skin and vas cord and a pronounced effect that I would liken to the mild squeezing of a testicle. After the medicine takes effect, which seems within a few seconds, there is very little discomfort in the remainder of the procedure save mild tugging of the vas cords. This tugging sensation is uncomfortable, but not unbearable. My scrotal skin was not totally anesthetized and thus I felt one or two sharp pinches from the instruments. I experienced this to be rather annoying and perhaps clumsy of the surgeon.

Once the scrotal area and underlying structures were anesthetized, the surgeon made a single incision in the scrotal sac, half way between the two testicles and about 1/2″ below the base of the penis. From this incision, the surgeon delivered either one of two vas cords. The first vas cord is delivered through the incision and clamped off at two points leaving perhaps 10mm of vas between the two clamps. Next, the surgeon excised a 4-5mm section of the vas cord between the two clamps. Then he tied off each of the two exposed ends of the vas cord with surgical thread and then cauterized each exposed end. The idea in tying off each exposed end and then cauterizing (heat sealing) each end is to give added protection against recanalization (rejoining of the vas deferens postoperatively). Once he finished the excision, tying off and cauterization of the vas cord on my right side, he tucked each end of the vas cord back into the scrotal sac. Then he delivered the left vas cord through the same incision in the scrotal sac and performed the same excision procedure just outlined.

Once both vas cords were excised, tied off, and cauterized, the surgeon closed the scrotal incision with surgical thread. I think my incision had about six or seven stitches which dissolved over a short period of time. Then, the surgeon applied a solution of Betadine to the wound, packed it with about 7 layers of surgical gauze and assisted me in putting on a jock. End of procedure. I arose from the operating table steadily and without any immediate pain or discomfort thanks to both the Valium and anesthetic.

Incidentally, I did not develop an unwanted erection during the procedure, although I was told that some men do and that the surgeon makes no big deal about it.

Postoperatively, I returned home and went to bed and slept for 8 or 9 hours. I was still under the effect of Valium, a medication which is slowly metabolized in the body over a period of several days. One is likely to feel the effects of Valium, in decreasing measure, over a period of several days as the body metabolizes the medicine. For a brief period of time after the surgery, I did put a bag of frozen peas between my legs and on my groin so as to reduce any swelling, but none developed. Again, my chief complaint is the pain I experienced wearing a jock that essentially crunched my nads. It’s really important to get support that fits snugly without compressing your nads. You’ll need a jock for about a week after the surgery; otherwise, you’ll feel as though your balls are being pulled out from under you. I showered the day after surgery without any problem. Over a period of several days, a scant measure of blood oozed from the incision and my nads were tender to the touch. After about ten days, I experienced no testicular pain. The bean-sized nodule left by the incision, however, was slightly painful, but the pain disappeared within three weeks postoperatively.

After about a week following surgery, you can resume having protected sex until you produce two semen specimens pronounced by the pathology lab as being clear of any live or immotile (dead) sperm. They suggest waiting one month postoperatively before producing a semen specimen for examination. During this period of time, you should ejaculate a minimum of 15 times so as to “clear the line” of any live or immotile sperm.

When it is time to produce your first semen specimen, ejaculate into the sterile cup provided to you by your urologist and present the specimen to the lab within one hour of collection (imagine that; don’t show up at the lab flush-faced from sex or masturbating). Collect the specimen by masturbating and ejaculating into the cup, or if collecting the semen by sexual intercourse, ejaculate into a condom and remove the contents of the condom (not the condom itself) into the specimen cup. After producing two consecutive specimens free of live or immotile sperm (usually produced within two weeks of each other), you are pronounced sterile.

Now in a monogamous relationship you can have unprotected sex without fear of getting pregnant. Thank God! There’s nothing like great sex without condoms!

Brett (An American in Texas)


Vasectomy is well recognized worldwide as one of the safest and most effective contraceptive methods. It is one of the few contraceptive options for men. Risks associated with vasectomy are few and no greater than those found with any of the contraceptive options for women. In 2011, over 28 million married women were relying on their partners’ vasectomy for contraception.1 Although most vasectomies are performed in a small number of countries, the distribution of users is becoming increasingly widespread.1 In 2002, an estimated 526,501 vasectomies were performed in the United States; these figures have remained fairly stable over the past decade.1, 2

Tubal ligation is more widely used than vasectomy. Compared to the 28 million married women relying on vasectomy in 2011, an estimated 223 million women rely on female sterilization worldwide.1 In the US, 12.7% of married women reported partner vasectomy as their contraceptive method compared to 23.6% of married women who relied on tubal ligation for contraception in 2011.3 In most countries, couples using female sterilization for contraception outnumber those using male sterilization. However, in several countries, vasectomy incidence approaches that of female sterilization. For example, in Canada the contraceptive prevalence rate for male sterilization among married women was 21.0% in 2011 compared to 22.0% of currently married women using female sterilization that year. Similarly in Denmark, the estimated proportion of married women relying on vasectomy and those relying on female sterilization is 5% for both methods of contraception.3 In a few countries, namely the United Kingdom, Bhutan, Spain, The Netherlands, and New Zealand, the proportion of married women who report partner vasectomy as their contraception method exceeds those that rely on female sterilization.3

Despite commonly held assumptions about negative attitudes or societal prohibitions against vasectomy, when vasectomy is properly presented, men in every part of the world and from all cultural settings, religious affiliations and socio-economic status have demonstrated interest in or acceptance of the procedure.4, 5, 6 Several factors appear to be of critical importance in men’s vasectomy decision making. Men's desire to limit family size and their concern for economic and educational advancement must outweigh their desire for more children, and their concerns about maternal morbidity and the failure of female contraceptive methods must be an overriding consideration. In some cases, couples seeking vasectomy are dissatisfied users of other forms of contraception. Many couples find barrier methods inconvenient. Women using hormonal methods may have suffered from related side-effects or experienced user difficulties such as limited access to pill supplies or trained providers for implants. Intrauterine devices also have associated side-effects.

In the past 40 years, immunologic response and effects of vasectomy on lipid metabolism, spermatogenesis, epididymal function, and hormone levels have been studied. Concerns of potential long-term complications following vasectomy, including increased risk for heart disease, testicular cancer, immune complex disorders, and a host of other conditions, have not been supported by long-term, well-designed epidemiologic studies. The relation between vasectomy and prostate cancer has been studied intensely and, taken as a whole, these studies provide little evidence for a causal association between vasectomy and prostate cancer. (GLOWM Chapter Long Term Risks of Vasectomy)


A detailed history of vasectomy was published by Sheynkin in 2009.7 Briefly, the first experiment in tying of the vas was reported as early as 1785, but it was not until the 19th century that several investigations into the effects of vasectomy were undertaken. In 1830, Cooper reported results of the first systematic study on vasectomy when he demonstrated that closing the duct of the testis had no effect on sperm production, confirmed by additional studies in the 1920s and 1940s by Simmonds and Gosselin, respectively. In the late 1890s, investigation of the clinical uses of vasectomy was begun by surgeons in conjunction with therapeutic operations on the prostate gland. Ochsner reported no change in sexual function of his patients following vasectomies. In the 1920s, Rolnick studied the regenerative power of the vas and emphasized the importance of the blood supply and the sheath of the vas acting as a splint making a path of epithelialization during recanalization after vas ligation. This classic work still has pertinence today in our efforts to achieve successful vas occlusion and to reduce the chance of failure, and informs us about the potential for successful vasectomy reversal when indicated. The first mention in the medical literature of vasectomy as a voluntary contraceptive option was by O’Connor in 1948.



The level of awareness of the community about a service or a family planning method has an impact on whether those that may benefit from the method can seek out more information or the actual service. Level of knowledge about a method has been shown to contribute to the decision on choice of a method.8 Several studies from different countries have documented inadequate information, misinformation or lack of information about vasectomy among men and women of reproductive age, more so than among other contraceptive methods. Recent demographic and health surveys from several countries particularly in sub Saharan Africa report levels of knowledge on male sterilization among men and women of reproductive age ranging from 10% to 50%;9, 10, 11, 12, 13, 14, 15, 16, 17 only in Rwanda, Malawi and Uganda were the levels of knowledge on male sterilization over 50% (ranges between 53% and over 70%).18, 19, 20, 21, 22, 23 The rates are much lower compared with those reported in India, for example, where knowledge on male sterilization among men and women is almost universal.8

A study in Kigoma Tanzania, where vasectomy uptake is higher than in the rest of the country, reported that spousal influence was important in the decision making process; spousal influence was also found to be important in Ghana.24, 25 In contrast, both male and female married youth (18–24 years) in Karachi, Pakistan had many myths and fallacies about vasectomy in particular relative to other methods.26 Demand creation programming should therefore target both men and women. In the United Kingdom where knowledge about vasectomy is almost universal, the guidelines from the Royal College of Obstetricians and Gynaecologists recommends that women who are interested in limiting future births should be informed that vasectomy carries lower risks of failure and that there are fewer risks related to the procedure compared to tubal ligation.27

Several innovations for engaging the community have been adopted to promote vasectomy use specifically or involvement of men in family planning more generally, with varying levels of success. In the late 1980s and early 1990s, several vasectomy promotional projects were undertaken in a number of countries in Latin America and Africa. Successes as witnessed by a dramatic increase in number of vasectomy procedures following systematic and intensified vasectomy promotion were reported in Brazil, Guatemala, Mexico and Colombia, although in other countries in the Latin American region and sub Saharan Africa in particularly, the number of vasectomies have remained relatively low despite the promotional activities. However, it is important to note that wherever vasectomy has been introduced in sub Saharan Africa, it has been accepted by at least some men.4, 28

Vasectomy promotion techniques that have been used in various countries include mass media, bill boards, posters, fliers and pamphlets, other materials with printed slogans, pronouncements at public meetings, soap opera, champions (satisfied vasectomy clients), campaigns, discussions on social media and, more recently, the introduction of the World Vasectomy Day that is to be marked annually. Vasectomy promotional activities similar with other demand generation activities should be informed by research or needs assessments, and definition of objectives for the intervention and the segment of the population to benefit from the intervention. It is critical to ensure availability of quality family planning services and that there is adequate capacity to offer vasectomy services and other methods to clients who respond to the demand generation efforts.  

Some of the major challenges of vasectomy promotional interventions include lack of sustained support for the introduction and promotion of vasectomy particularly in sub Saharan Africa, addressing provider biases and lack of up to date information on the method among providers, and limited interest among development partners.4, 29 Results of a study on the attitudes, counselling patterns and acceptance of vasectomy among Nigerian resident gynecologists showed that the practitioners were knowledgeable about vasectomy, however, most did not routinely counsel client about vasectomy. The study recommended targeting resident doctors with quality training on vasectomy to enhance knowledge on vasectomy and a positive attitude towards vasectomy.30 In Ghana, improving provider knowledge and attitudes about vasectomy, coupled with health promotion resulted in an increase in the proportion of men considering the method as well as a threefold increase in number of vasectomies conducted by trained providers.6


The process of counselling a client or couple seeking vasectomy is a continuous process that begins during the pre-vasectomy period and continues during the procedure and after the procedure in the postvasectomy period. During pre-vasectomy counselling, the goal of the counselling session is to ensure that the client has the appropriate expectations of what will happen in the pre-, intra- and postoperative operative periods and the consequences of the vasectomy.1 One survey conducted inthe  USA, to explore the experiences of sterilization counselling among male and female clients and their perspectives on ideal counselling showed that most female clients reported being counselled about female sterilization, while the men were mainly counselled on vasectomy. Both men and women in the study desired more information about vasectomy particularly in relation to its effect on sexual desire and moods, side effects, pain during the procedure, safety and efficacy. Further, study respondents said long acting reversible methods were not routinely discussed during counselling.31 Although the study population was small, the findings are similar to other studies conducted elsewhere on quality of counselling. The counselling process should ensure that the client is aware of all contraceptive choices. Where applicable, the counselling should involve both partners. 

The client's decision for vasectomy must be made voluntarily and after the consideration of all of the risks, benefits and alternatives. Good counselling for men interested in vasectomy is critical for two reasons: vasectomy is permanent, and vasectomy is a surgical procedure that carries with it the risks inherent in any surgery. Because men's greatest fears about vasectomy are related to pain of the procedure, impact on sexual functioning, and potential for adverse effects,32 these topics should be thoroughly covered during counselling. Clients should also be informed of the small risk of pregnancy after vasectomy even in clients who have postvasectomy azoospermia several years after the procedure.1, 27, 33 During counselling, the following key points should be covered.34, 35, 36

1.      Discussion and explanation of all other available contraceptive options.

2.     The client’s readiness to end his fertility and screening for indicators of poststerilization regret. Factors shown to predispose to poststerilization regret include young age (less than 31 years), quick or economically motivated decision or decision related to pregnancy, marital instability, and no children or children very young at the time of sterilization.37, 38, 39 The provider should explore with the individual whether he would feel differently if his marital situation changed or if he lost his spouse or a child. Identifying regret risks should not be a reason for denying vasectomy but should be an indicator that more careful counselling and discussion of other contraceptive methods are necessary.

3.     The effectiveness and permanence of vasectomy. Inform the client of failure rates associated with vasectomy (1 in 2000). Despite what the client may have heard about vasectomy reversal, it is expensive, and success cannot be guaranteed. If a client considering vasectomy is seriously thinking about reversal, a vasectomy may not be the best procedure for him at this time. Likewise, if a man asks to have his sperm stored in a sperm bank for the future, mention to him that this is costly, that viable long-term storage is not without risk, that pregnancy with stored sperm cannot be guaranteed, and that he may want to reconsider vasectomy.

4.     Description of the vasectomy procedure: Using diagrams, briefly describe the vasectomy procedure and how contraception is achieved. Describe to the client the surgical site, time the procedure usually takes, type of anesthesia, length of recovery, and resumption of sexual activity. Discuss general surgical risks. Emphasize that vasectomy is not effective immediately and that the client should use an alternate method of contraception until his semen is tested and found to be free of sperm.

5.     Medical benefits and risks of vasectomy. Discuss fears and myths that are prevalent in the geographical location regarding the long-term health effects of vasectomy. Although the body of research suggests that vasectomized men are no more likely than nonvasectomized men to develop heart disease and cancer, preventive lifestyle and screening should be addressed. Emphasize that vasectomy provides no protection against sexually transmitted infections, including human immunodeficiency virus (HIV) infection.

Point out that vasectomy does not cause a loss in physical strength, development of a high pitched voice, a loss or change in sexual function, weight gain, or a loss of masculinity. Inform the client that he will still ejaculate after surgery and in the same amount. The semen will not, however, contain any sperm after successful vasectomy. Some studies have indicated that sexuality may improve because couples do not worry about accidental pregnancy.

6.     Preoperative evaluation: Inform the client about the need for an evaluation of his health status and fitness for the vasectomy procedure.

7.     Cost of the service(s): Tell the patient about any fees he is expected to pay. Ensure compliance with local, state, and institutional restrictions regarding age, waiting periods, and second opinions.

8.     Preoperative instructions: clients should be educated on what they should do to prepare themselves for the surgery and recovery. Such instructions should be verbal and in writing. On the day of surgery, the client should bathe or shower and wear loose-fitting clothing. If necessary, hair on the scrotum should be clipped immediately before the procedure and not by the client at home. The client should bring an athletic supporter or briefs to wear after the surgery.

9.  Postoperative recovery and follow up instructions: Explain to the client what to expect during the postoperative period and how to manage pain and discomfort. Clients should also be educated on the early signs of complications and what to do when they experience such problems. The counsellor should also educate the client on the follow up schedule and investigations to be done during this period.

Throughout the discussion, the counsellor should answer client questions and concerns. Use diagrams and pictures of instruments to reduce patient anxiety. Emphasize that vasectomy is a safe, simple, and highly effective procedure. As appropriate, compare and contrast the cost of vasectomy with other available contraceptive methods.

The counsellor should also provide printed educational materials that the client and his partner can review privately, as well as oral and written preoperative instructions. Preoperative vasectomy patients must avoid aspirin-containing drugs for 2 weeks before and 1 week after surgery.40 The client must also undergo a limited physical examination (detailed in the section below). Laboratory tests (e.g. blood count, bleeding and clotting time, blood glucose levels, urinalysis or other tests) are not routine, but may be necessary for specific cases when a clinical abnormality is suspected that might necessitate delay of the procedure or that special precautions be in place.

The counselling performed during the procedure involves reassuring the client, explaining each step of the procedure and informing the client of what to expect. The surgical team may also communicate with the client to distract him during the procedure by discussing social issues or other topics as a way of allaying his anxiety.

In the immediate postoperative period, the counselling process should include demonstration of empathy to the client as appropriate (e.g. if he is experiencing pain or anxiety), explanation of the need for a short period of rest once he returns home and the required home care, as well as signs of potential complications and what to do should they arise. Explain the follow up schedule and ensure that the client has fully understood the postoperative instructions and can recite them. Counselling should also include use of alternative contraception before semen analysis confirms azoospermia and how to prevent sexually transmitted infections. Clients should be educated on the importance of the return visit. All instructions should also be given to the client in writing. In the late postoperative period, after the semen analysis, the client should be informed of the outcome of the test and the implications of the semen analysis results.


Before a client undergoes the surgical procedure, it is a requirement that he consents in writing. In some countries for medico legal reasons, the provider or counsellor is expected to clearly document the preoperative discussions as part of the client’s notes.27 In most countries, the consent of the spouse or partner is not mandatory before vasectomy can be performed. Further, the client signs an informed consent form on the day of surgery to indicate that he has reviewed the information given him and discussed his decision with the vasectomy provider. The client must understand the seven points of informed decision making listed below and know what he is signing. The provider should encourage the client to ask questions. The seven points of informed decision making are:41

1.       Temporary contraceptive methods are available to the client and his partner.
2.       Vasectomy is a surgical procedure.
3.       There are certain benefits and risks associated with vasectomy, including the small risk of failure, both of which  must be explained.
4.       The effect of vasectomy is to be considered permanent.
5.       If successful, vasectomy will prevent the client from having any more children.
6.       Vasectomy does not protect the client or his partner from sexually transmitted infections, including HIV.
7.       The client can decide against the operation at any time before the procedure without losing the right to other  medical, health, or other services or benefits.


The client's signature or mark should be obtained. For clients who are illiterate, a mechanism should be in place for the content of the form to be discussed in a language he understands. Also, if the client is illiterate, the provider should obtain a witness's signature attesting that the client has affixed his mark or thumbprint on the informed consent form.

There should be no rigid guidelines concerning waiting periods before vasectomy is performed. Informed consent can be obtained at any time prior to the vasectomy. Counselling, informed consent, and the vasectomy procedure may occur on the same day or on different days, depending on various factors such as the client’s wishes, the distance the client has to travel to the clinic, the clinic’s scheduling needs, etc. What is important is that the client be given the time that he (and his partner, as applicable) needs to make an informed and voluntary decision regarding vasectomy.


The male reproductive organs include the testicles, the ducts, the penis, and the accessory glands (Fig. 1). The testicles produce sperm and the hormones testosterone and inhibin. After vasectomy, the testes continue to produce both sperm and hormones.


Fig. 1. Male reproductive organs. (From EngenderHealth. No-Scalpel Vasectomy Curriculum, 2nd Edition. New York, EngenderHealth, 2007.)

Sperm pass through a series of connected ducts: the epididymides, the vasa deferentia, and the urethra. Each of the two epididymides (which begin at and are connected to the testes) are connected to one of the vasa deferentia. Sperm pass through the epididymis to get from the testis to the vas and are also stored in the most distal portion, or tail, of the epididymis. Sperm become motile and acquire the ability to fertilize ova during transport through the epididymides. The vasa begin at the epididymides and end at the base of the prostate, where they come together and are connected to the urethra and the accessory glands. Here, the sperm, which were carried by the vasa deferentia, mix with secretions from the accessory glands. The urethra carries the semen (i.e. sperm contained in the secretions from the accessory glands) out of the body during ejaculation. The urethra also carries urine.

The accessory glands include the seminal vesicles, the prostate, and the bulbourethral glands. These glands secrete the seminal fluid that carries sperm through the urethra during ejaculation.

The vas deferens is a firm, tubular structure approximately 3–4 mm in diameter and approximately 35 cm in length. It extends from the tail of the epididymis to the prostate, where, together with the duct of the seminal vesicle, it forms the ejaculatory duct.

The vas deferens may be divided into five portions: the sheathless epididymal vas, the scrotal vas, the inguinal vas, the retroperitoneal or pelvic vas, and the ampulla (Fig. 2). The portion of the vas of clinical interest in relation to vasectomy is the scrotal vas in the mid-scrotal area. Here the vas is located within the spermatic cord, which is made up of fascia, arteries, veins, and nerves and which suspends the testis in the scrotum (Fig. 3). The firm, thick structure of the vas can be easily palpated and differentiated from other structures in the spermatic cord. Also in the spermatic cord is the testicular artery, which supplies blood to the testis and epididymis, and the testicular veins, which form the pampiniform plexus that returns blood from the testis and epididymis.

Fig. 2. Anatomy of the vas. (From EngenderHealth. No-Scalpel Vasectomy Curriculum, 2nd Edition. New York, EngenderHealth, 2007.)

 Fig. 3. Cross-section of the spermatic cord. (From EngenderHealth. No-Scalpel Vasectomy Curriculum, 2nd Edition. New York, EngenderHealth, 2007.)



The vas deferens is composed of three layers of smooth muscle: the outer and inner longitudinal layers and the middle circular layer. It is capable of powerful peristaltic motion. There is a thick sheet of connective tissue exterior to the muscle layer. The lumen of the vas, like that of the epididymis, is lined with pseudo-stratified epithelium and contains longitudinal folds lined with microvilli.

The blood supply of the vas deferens is from the artery of the vas deferens (deferential artery), a branch of the superior vesical artery that is also important in collateral circulation for the testicle. This artery is easily separated from the vas during vasectomy; however, it may be a source of hemorrhage during vasectomy if it is not separated or ligated.

The nerves of the testes (the superior spermatic nerves) arise from the renal plexus and intermesenteric nerves and travel in association with the testicular arteries, whereas the inferior spermatic nerves arise from the hypogastric plexus and course around and along the vas deferens to innervate the epididymides. At the junction of the epididymis and vas deferens, the amount of adrenergic innervation increases, with innervation of the vas consisting of short, postganglionic neurons. Adrenergic fibers, which are found in all three smooth muscle layers, are most likely the motor supply of the vas muscle. The sheath of the vas in the scrotal portion contains pain nerves. Careful infiltration of the sheath with local anesthetic agents is effective in reducing pain during the procedure.

Blood vessels and nerves involved in erection and ejaculation, including the internal pudendal artery, dorsal and cavernous veins, pudendal nerves (sensory nerves to the penis), and nerves from the pelvic plexus arising from sacral nerves S2–S4 (nerves involved in erection), are located well away from the procedure site and are therefore unaffected by vasectomy.

Anatomical anomalies of the male organs of significance include cryptorchidism (undescended testis), duplicate vasa, varicocele, hydrocele and inguinal hernia.


The main purpose of the preoperative screening and evaluation of a client seeking vasectomy is to assess the client’s readiness for a vasectomy procedure under local anesthesia. The screening process also enables the provider to identify any pathology that may be a contraindication for the vasectomy under local anesthesia or conditions that require further investigations and/or management before surgery. For example an extremely anxious client may benefit from an alternative pain management option. The evaluation also enables the provider to apply the eligibility criteria that has been approved by relevant authorities in that country to chart the management of the client. Ideally, the evaluation should be done on the day of the counselling before the client is prepared for surgery or at a later date or on the day of the surgery.1 Table 1 lists the required and recommended components of a pre-vasectomy medical history and physical examination and explains the reason each component is included.


Table 1. Components of a pre-vasectomy medical history and physical examination.



Medical History


General medical history

Obtaining such history will help the provider to be aware of and where applicable assess  pre-existing medical conditions and plan for the surgery as appropriate


Men who are too young, i.e. below 30 years particularly if they are unmarried, are likely regret the decision to have vasectomy later in life. It is important to ensure that these clients have an adequate opportunity to consider alternate contraceptive options.

Existence of bleeding disorders

Can indicate the potential for hemorrhage

Previous scrotal or inguinal surgery or trauma

Scarring or adhesions that could complicate a vasectomy procedure may exist

Current or past genitourinary infections, including sexually transmitted infections

Past infections could have caused scarring and adhesions; current infection could lead to acute postvasectomy infection

History of sexual impairment

Can indicate pre-existing psychological or physiologic problems that could later be incorrectly attributed to the vasectomy

Current and recent medications

Can indicate medical problems that the provider  should be aware of before surgery

Allergy to medications

Can help prevent complications by determining whether the client has ever had an allergic reaction to any of the medications or antiseptics used before, during, or after surgery

Physical Examination


General condition of client

Can provide information about the nutritional status of the client, level of hydration,  existence of anemia, jaundice, fever, or hypertension

Lungsa (auscultation and respiratory rate)

Can rule out infections and other lung disease that the vasectomy provider should be aware of before surgery

Hearta (auscultation, pulse, and blood pressure)

Can rule out hypertension, heart murmurs, and other cardiovascular disease that the vasectomy provider should be aware of before surgery

Abdomena (palpation)

Can rule out the presence of infections, organ enlargements, or masses that the vasectomy provider should be aware of before surgery


Can rule out the presence of infections or masses that the vasectomy provider should be aware of before surgery

a Recommended but not essential depending on the medical history


The provider should be prepared to perform the evaluation of the client by having the necessary supplies and equipment. As is the standard practice, the provider should seek verbal consent to examine the client after explaining the purpose of such an assessment and what the client needs to do to assist the provider to perform the evaluation. During examination of a client, the provider must adhere to standard infection prevention practices and apply hand hygiene and/or barriers such as examination gloves where appropriate. The provider should also maintain confidentiality and right to privacy during the assessment.

A quick assessment of the general condition of the client including measurement of vital signs should be done. Where applicable, this should be followed by the examination of the client's heart, lungs, and abdomen. The examination of the lower abdomen may require that the pubic area is exposed and existence of an inguinal hernia or other masses be ruled out before a more detailed assessment of the external genitalia is performed.


The general examination should begin by good exposure and inspection of the external genitalia including the groin. A genital examination includes a detailed assessment of the penis, the scrotum and its contents, and the groins including the pubic area, for any lesions. The provider should inspect and palpate any abnormal masses or lesions in the groin and the pubic area.

The penis is visually inspected, and any lesions (such as rashes, swellings or ulcers, warts) or scarring are further assessed and noted. The urethral opening should also be examined. Any abnormalities such as discharge, reddening, or irritation are noted and assessed.

The scrotal skin is visually inspected. The scrotum is lifted to examine the posterior side. Pigmentation, size, contour, and presence of scars or ulcers are observed. Any swelling or masses are further assessed by palpation and noted. Some of the conditions to look for during the assessment include rash, hyper- or hypopigmentation, skin infections, ulcers, existence of a surgical scar(s), hydrocele or cysts, tortuous blood vessels or varicocele, poorly developed scrotum (possible cryptorchidism or undescended testis), and swelling (possible inguinal hernia, torsion of spermatic cord, strangulated inguinal hernia).


Using the thumb and first two fingers, the provider palpates each testis and epididymis (Fig. 4). He or she avoids putting pressure on the testis during the palpation so as not to cause pain. The size, shape, mobility and consistency of each testis and epididymis are noted. Any nodules or tenderness are also noted.

Painless nodules in the testes may indicate testicular cancer. Nodules in the epididymis may indicate an epididymal cyst (seminoma).


Fig. 4. Palpation of the testis and epididymis. (From EngenderHealth. No-Scalpel Vasectomy Curriculum, 2nd Edition. New York, EngenderHealth, 2007.)


Each spermatic cord and its vas deferens should be located by palpation (Fig. 5). The health care provider then moves his or her thumb and fingers along its length to determine its consistency, mobility, areas of tenderness, and any masses. Any difficulties in the location of the vas within the spermatic cord or restricted mobility, excessive tenderness, nodules or masses are noted. Potential abnormalities include thickened vas (suggests chronic infection), tortuous veins (suggests varicocele), and cyst in the cord (suggests hydrocele).


Fig. 5. Palpation of the spermatic cord and vas deferens. (From EngenderHealth. No-Scalpel Vasectomy Curriculum, 2nd Edition. New York, EngenderHealth, 2007.)


Although vasectomy is a simple operation that can be performed almost anywhere, the more removed the setting is from medical back-up, the more important it is to screen out men who are likely to develop complications.

The major physical precautions to performing vasectomy are local skin infection or other systemic infections, gastroenteritis and systemic blood disorder. Local skin infection, which can prevent normal healing or increase risk of postoperative infections, is easily recognized and should be treated and the condition resolved before the operation is performed. Other local conditions that make vasectomy more difficult to perform include inguinal hernia, previous surgery for hernia or orchiopexy (also known as ochidopexy), hydrocele, varicocele, pre-existing scrotal lesions, and a thick, tough scrotum. 

Systemic blood disorders that call for special precautions include any disease that interferes with normal blood clotting (e.g. hemophilia). In such cases, the vasectomy technique used should minimize tissue trauma, and emergency equipment should be available. If the client is taking anticoagulants, the same precautions may be required. Other systemic diseases, such as diabetes, hypertension, or other cardiac disease, are not contraindications to vasectomy, but hospitalization and intraoperative monitoring with prolonged close observation and follow-up are advisable in case emergencies arise. Table 2 presents the World Health Organization's (WHO) eligibility criteria for vasectomy procedures,42 which include standard vasectomy precautions.


Table 2. WHO eligibility criteria for vasectomy procedures 

There is no medical reason that would absolutely restrict a person's eligibility for sterilization. There may be conditions and circumstances that indicate that certain precautions should be taken.

The classification of the conditions into the different categories is based on an in-depth review of the epidemiologic and clinical evidence relevant to medical eligibility.



A (Accept):

There is no medical reason to deny sterilization to a person with this condition

C (Caution):

The procedure is normally conducted in a routine setting, but with extra preparation and precautions

D (Delay):

The procedure is delayed until the condition is evaluated and/or corrected. Alternative temporary methods of contraception should be provided

S (Special):

The procedure should be undertaken in a setting with an experienced surgeon and staff, equipment needed to provide general anesthesia, and other back-up medical support. For these conditions, the capacity to decide on the most appropriate procedure and anesthesia regimen is also needed. Alternative temporary methods of contraception should be provided if referral is required or there is otherwise any delay




Young age


Young men are more likely to request vasectomy reversal

Depressive disorders 


Decision making may be affected

High risk of HIV


No routine screening is needed. Appropriate infection procedures must be carefully observed with all surgical procedures



No routine screening is needed. Appropriate infection procedures must be carefully observed with all surgical procedures



The presence of an AIDS-related illness may require a delay in the procedure

Local infections (scrotal skin infection, active STI, balanitis, epididymitis or orchitis)


There is an increased risk of postoperative infection

Previous scrotal injury


Depending on extent of the injury and subsequent wound healing process, the anatomy may have been distorted making it difficult to locate and isolate the vas

Systemic infection or gastroenteritis


There is an increased risk of postoperative infection, complications from dehydration, and anesthesia-related complication


Large varicocele


The vas may be difficult or impossible to locate; a single procedure to repair the varicocele and perform a vasectomy decreases the risk of complications

Large hydrocele


The vas may be difficult or impossible to locate; a single procedure to repair the hydrocele and perform a vasectomy decreases the risk of complications

Filariasis; elephantiasis


If elephantiasis involves the scrotum, it may be impossible to palpate the spermatic cord and testis

Intrascrotal mass


This may indicate an underlying disease



If cryptorchidism is bilateral, and fertility has been demonstrated, this will require extensive surgery to locate the vas, making the condition category S. If cryptorchidism is unilateral and fertility has been demonstrated, vasectomy may be performed on the normal side and sperm analysis performed, as per routine. If sperm continue to be persistently present, more extensive surgery may be required to locate the other vas, and the condition becomes category S

Inguinal hernia


Vasectomy can be performed concurrent with hernia repair

Sickle-cell disease


No routine screening is needed. Appropriate infection procedures must be carefully observed with all surgical procedures

Coagulation disorders


Bleeding disorders lead to an increased risk of postoperative hematoma formation which, in turn, leads to an increased risk of infection



Diabetics are more likely to get postoperative wound infections. If signs of infection appear, treatment with antibiotics needs to be given

(Adapted from World Health Organization (WHO): Medical Eligibility Criteria for Contraceptive Use. Fourth edition. Geneva: WHO, 2010.)



Just prior to surgery, the surgeon should verify that the client has signed an informed consent form. The guide presented in Fig. 6 can be used in making a final assessment of the client's informed decision to have a vasectomy.


Fig. 6. Assessing a client's decision for vasectomy. (From EngenderHealth. No-Scalpel Vasectomy Curriculum, 2nd Edition. New York, EngenderHealth, 2007.)


There are two key surgical steps for performing vasectomy; isolation of the vas, followed by occlusion of the vas. The two most common methods for isolation of the vas are conventional incisional vasectomy and the no-scalpel vasectomy (NSV) technique.1 However, the most recent American Urological Association guidelines define a third technique namely, minimally invasive vasectomy (MIV).1 The guidelines for AUA currently recommend that isolation of the vas should be performed using NSV or another minimally invasive technique. A summary of the different techniques for isolating and occluding the vas are described below.


Approaches to  isolation of the vas

Conventional vasectomy is performed under local anesthesia. The infiltration of the local anesthesia is at the operation site and not perivasal. A scalpel is then used to make either one midline incision or two incisions overlying each vas deferens; the incision or incisions are 1.5–3 cm long (Fig. 7). No special instruments are used to grasp the vas, the vas is grasped using the towel clip or Allis forceps. The dissection to locate the vas involves a much wider area than with NSV or other MIVs. After occlusion of the vasa using the surgeon's preferred technique, the incision or incisions are closed with sutures.

Fig. 7. Conventional vasectomy technique. (Copyright AVSC International, 1999.)


No-scalpel vasectomy (NSV) is a method of delivering the vasa deferentia under local anesthesia that was developed and has been used in China since 1974.43, 44 It has been introduced in many developed and developing countries. In 2002, nearly 40% of physicians surveyed in the US reported they were currently using NSV and almost one half of all vasectomies performed in the US were no-scalpel vasectomies.2 Most vasectomies performed in Bangladesh, India and Nepal are with the NSV technique.45 This technique eliminates the need for use of a scalpel and instead utilizes two specialized instruments: a ringed clamp (Fig. 8) and dissecting forceps (Fig. 9). No-scalpel vasectomy involves a deep injection of local anesthetic applied alongside each vas, creating a vasal nerve block (Fig. 10). This is in contrast to conventional vasectomy techniques, in which only the area around the skin entry site is anesthetized. The size of the needle also matters and the 25–32 G is the recommended size for performing the vassal nerve block.1, 46 A jet injection technique has been described for vasectomy to deliver a high pressure spray of local anesthetic that minimizes the amount of anesthetic needed and results in almost immediate onset of anesthesia.47, 48 In studies of the use of this no-needle approach it was shown to significantly reduce pain of administration of anesthesia and was equally as effective in reducing pain during NSV, compared to injection of local anesthetic.48 


Fig. 8. Ringed clamp used for no-scalpel vasectomy. (From EngenderHealth. No-Scalpel Vasectomy: An Illustrated Guide for Surgeons, Third ed. New York, EngenderHealth, 2003.)

Fig. 9. Dissecting forceps used for no-scalpel vasectomy. (From EngenderHealth. No-Scalpel Vasectomy: An Illustrated Guide for Surgeons, Third ed. New York, EngenderHealth, 2003.)

Fig. 10. Creating the vasal nerve block. (From EngenderHealth. No-Scalpel Vasectomy: An Illustrated Guide for Surgeons, Third ed. New York, EngenderHealth, 2003.)

The ringed clamp encircles and firmly secures the vas without penetrating the skin (Fig. 11). A sharp, curved hemostat (the dissecting forceps) punctures and spreads the scrotal skin and vas sheath. The vas is delivered, cleaned, and occluded using the surgeon's preferred technique (Fig. 12). The contralateral vas is then delivered through the same opening and occluded. The puncture wound contracts to about 2 mm, is not visible to the client, and requires no sutures for closure.


Fig. 11. The tissues are spread to make a skin opening twice the diameter of the vas. (From EngenderHealth. No-Scalpel Vasectomy: An Illustrated Guide for Surgeons, Third ed. New York, EngenderHealth, 2003.)

Fig. 12. The ringed clamp is released before elevating the vas with the dissecting forceps. The ringed clamp is open but still in place. (From EngenderHealth. No-Scalpel Vasectomy: An Illustrated Guide for Surgeons, Third ed. New York, EngenderHealth, 2003.)


No-scalpel vasectomy offers several advantages over conventional vasectomy.49, 50 No-scalpel vasectomy results in fewer hematomas and infections compared with conventional vasectomy (Table 3).


Table 3. Incidence of infection and hematoma or bleeding after vasectomy


No. of subjects

Infections (%)

Hematoma or bleeding (%)





Philp et al 198451




Kendrick et al 198752

65, 155



Nirapathpongporn et al 199053




Alderman 199154




Sokal et al 199955




Christensen et al 200249, 56








Nirapathpongporn et al 199053




Li et al 199143

179, 741



Li et al 199143




Sokal et al 199955




Arellano et al 199757




Christensen et al 200249, 56





In a 1991 survey conducted in the United States, 78 out of 111 surgeons (70%) said they believed patients undergoing no-scalpel vasectomy with vasal block anesthesia experienced less operative pain than did patients undergoing conventional vasectomy.44 Indeed, men undergoing no-scalpel vasectomy reported less pain during the procedure and early follow-up period, and also reported earlier resumption of sexual activity after surgery.55, 58 Because there is no scrotal incision, no-scalpel vasectomy is believed to decrease men's fears regarding vasectomy.44 

Neither conventional nor no-scalpel vasectomy is time consuming; however, there are reports of decreased operating time when skilled providers use the no-scalpel approach. For example, a study in Thailand showed that surgeons who used the no-scalpel technique were able to perform an average of 57 procedures per day, whereas those using the conventional technique performed an average of 33 procedures per day.53 Similarly, in the United States, a 40% reduction in operating time has been reported with no-scalpel vasectomy.43


Minimally invasive techniques (MIV): Methods with minor variations of the no-scalpel vasectomy technique are defined as minimally invasive techniques. The skin opening is also less than 10 millimeters and the provider uses special instruments to grasp the vas.Several such modifications of the NSV approach, successful in the investigator's hands, have been reported in the literature.59, 60, 61, 62, 63, 64 


Occlusion of the vas deferens

A variety of methods are currently used for occlusion of the vas, including ligation with sutures, division, cautery, clips, excision of a segment of the vas, folding back of a segment of the divided vas and combinations thereof. The same techniques are used to occlude the vas whether using a conventional vasectomy, NSV or MIV technique. Simple ligation without division and simple division alone are not recommended, because the potential for failure due to recanalization is high. There is little consensus regarding what occlusion technique is best. In the United States, for example, results of a survey indicated that occlusion technique varied: 41% of vasectomies were performed using ligation and cautery, 18% using cautery and clips, 17% using ligation only, 13% using cautery only, 9% using clips only, 2% using cautery, ligation and clips, and 2% using ligation and clips.2 

This lack of consensus is partially due to the fact that good research data to support the use of any one technique over another were unavailable for many years.65, 66 Most reports in the literature are retrospective reviews of individual physicians' experiences of either a single occlusion method or sequential use of two methods. It is difficult to interpret some studies because details on definitions of failure, follow-up protocols, loss to follow-up rates, or statistical methods are often lacking. Although these factors also contribute to the difficulty in comparing results among studies, the fact that most studies use a different occlusion technique—ligation, clips, cautery, excision versus no excision, closed versus open, fascial interposition versus no fascial interposition, or different combinations of the various techniques—makes most comparisons across studies questionable.

Results from a number of studies in the early 2000s, however, suggest that there are some differences in effectiveness among different occlusion techniques. Several studies found higher than expected failure rates for vasectomy by ligation (with suture or clips) and excision of a segment of the vas.67, 68, 69, 70 Results of a randomized controlled trial demonstrated that use of fascial interposition (suturing the spermatic fascia over one end of the vas to place a tissue barrier between the two cut ends) with ligation and excision significantly improved the effectiveness of vasectomy compared to ligation and excision without fascial interposition. Therefore, the latter technique should no longer be recommended.71, 1 

Mucosal electrocautery has been shown to be highly effective65, 72 and was found to significantly reduce failures compared to ligation and excision with fascial interposition.73 No major difference has been reported on effectiveness following use of thermal versus electrical cautery for vassal occlusion. Mucosal cautery (electrical or thermal) and fascial interposition has also consistently resulted in occlusive effectiveness and contraception.74, 75, 76    

The American Urological Association guidelines published in 2012 recommend one of the following three vasal occlusive techniques for use: mucosal cautery with fascial interposition and without ligatures or clips applied to the vas; mucosal cautery without fascial interposition and without ligatures or clips applied to the vas; or open ended vasectomy leaving the testicular end of the vas un-occluded, with mucosal cautery on the abdominal end and fascial interposition.1 The vas occlusive technique that has been widely recommended in low resource settings, that is ligation of both the abdominal and testicular end of the vas with fascial interposition, is no longer recommended because of the reported high failure rates in one of the high quality studies.68 The AUA panel noted that the wide range of reported failure rates when ligation and fascial interposition are used for vas occlusion lead to an uncertain risk/benefit profile which is why it was not included in the recommended occlusion approaches, but also suggests that some providers consistently achieve good results with its use.1 Both the European Urology Association and the Canadian Urological Association are less specific than the AUA in terms of recommended occlusion methods, but both recommend the use of cautery or fascial interposition to reduce the risk of contraceptive failure.33, 77 

Although occlusion approaches that require cautery may be more challenging to implement in resource limited settings, mucosal cauterization and fascial interposition have been successfully introduced in low resources settings particularly in Asia and Africa.45, 78 

There is evidence that contraceptive failure is rare if 4 cm or more of the vas is removed, however extensive dissection is needed, which increases the risks of surgical complications. Additionally, removal of a large segment of the vas may make vasectomy reversal impossible.76 The risk of recanalization was not significantly associated with shorter segments excised in one study where 0.5–2.0 cm of vas segment were removed.79 Although most surgeons remove a segment of the vas, some investigators report success using division and occlusion of the vas without removal of any vas tissue itself.40, 80, 81, 82 

Routine referral of the excised vas for pathologic study is neither essential nor recommended.1, 27, 83, 84, 85 The presence of two vas specimens does not substitute for determining the endpoint of azoospermia. Because the same vas may have been sectioned twice or a double vas may be present, the patient may still be fertile despite the fact that two separate specimens have been sent to the laboratory.84 Conversely, even if the laboratory cannot confirm the presence of vasa on microscopic examination, the patient may still have a successful procedure, because tissue can be distorted in removal or lost in transit to the laboratory. 

Open-ended vasectomy (i.e. not sealing the testicular end of the cut vas) can be used with ligation, cautery or clips, and has been proposed as a way of increasing the likelihood of success if subsequent reversal is requested. The sperm granuloma that form on the end of the vas with open-ended vasectomy are thought to prevent pressure build-up and damage to the epididymis facilitating success of reversal.86 While there is some evidence to suggest that open-ended vasectomy may increase the success of vasectomy reversal,87 rigorous studies are lacking. Although published studies vary, it appears that open-ended vasectomy is not associated with increased failure when the prostatic end is adequate occluded.65 No firm conclusions can be made about the potential benefit of open-ended vasectomy in decreasing the risk of painful granuloma or epididymitis after vasectomy.65


Men who have undergone vasectomy may leave the health facility after resting for 30 minutes. If the client has been sedated, his vital signs should be monitored every 15 minutes until stable; he then can be released. Information should be provided in simple language to the client regarding how to care for the wound, what side effects to expect, what to do if complications occur, where to go or who to call for emergency care, and where and when to return for a follow-up visit. He should also be informed of when he can resume normal activities including sex and the importance of using an alternative contraceptive method until azoospermia is established.  Further, the client should be informed that minor pain and bruising are common and do not require medical attention. However, if he develops a fever, if blood or pus oozes from the vasectomy site, or if excessive pain, swelling, or bruising occurs, he should seek medical care. If the client can read, written postvasectomy instructions should be provided (Fig. 13). Use of mobile phone for follow up of clients after a vasectomy procedure has been successfully piloted and adopted by family planning programs.88 


Fig. 13. Sample postoperative instructions for the client



Vasectomy is considered a minor and safe surgical procedure; complications are rare. Intraoperative complications may include vasovagal reaction and lidocaine toxicity. Table 4 provides information on management of intraoperative complications.


Table 4. Potential intraoperative complications of vasectomy (Adapted from no scalpel vasectomy curriculum - participant’s handbook;  Engenderhealth 2007)

Type of complication





Vasovagal reaction (neuro-cardiogenic syncope)

Painful procedure
Anxious client

Blurred vision
Decreased blood pressure
Heart rate increases initially, then decreases
Cold, clammy hands

Use gentle surgical technique
Perform effective anesthetic block
Explain procedure to client in advance
Reassure client during procedure

Reassure the client
Raise the client's feet
Lower the client's head
Administer atropine if the client's pulse is lower than 40 bpm
Administer oxygen

Lidocaine toxicity

Overdose of lidocaine
Intravascular injection

Numbness of tongue and mouth
Tinnitus (ringing in the ears)
Visual disturbances
Slurred speech
Respiratory depression
Respiratory arrest
Myocardial depression
Cardiac arrest
Coma (very high overdose)

Do not administer a dose >30 cc of 1% solution or >15 cc of 2% solution

Discontinue use of drug
Take general supportive measures
Maintain airway and respiration
Provide oxygen
Administer Diazepam or thiopental (for convulsions)
Administer vasopressors (e.g. norepinephrine or dopamine) for hypotension

Injury to testicular artery and/or other structures of the spermatic cord

Injury to blood vessels etc. during stripping of fascia from vas

Bleeding observed in fascia around the vas swelling as a result of the hematoma

Strip fascia and blood vessels carefully

Use cautery or ligation to control bleeding





Immediate postoperative complications of vasectomy include bleeding, hematoma, and infection and in rare instances, drug related toxicity associated with problems in administration of the local anesthetic. Hematomas occur in approximately 2% of men; however, a wide range of rates have been reported, from less than 1% to nearly 30%.52 Studies consistently suggest that the incidence of hematoma is directly proportional to surgical skill and experience with the vasectomy procedure. In a large US-based survey among providers of conventional vasectomy (including urologists, family physicians, and general surgeons), the mean hematoma rate was significantly higher among physicians performing 1–10 vasectomies per year (4.6%) than among those performing 11–50 vasectomies per year (2.4%) or more than 50 vasectomies per year (1.6%).52 The corresponding incidences of hospitalization were 0.8%, 0.3%, and 0.2%, respectively.

Most infection related complications are minor, and an average incidence of 3.5% was reported in one series of more than 65,000 vasectomies.52 Several cases of gangrenous infection have also been reported in the past in Asia and Africa.41, 89 Higher rates of infection have also been reported.90, 91, 92 The incidence of infection has not been shown to vary by surgeon's experience.52

Rates of immediate complications also vary depending on the approach to the vas, with no-scalpel vasectomy consistently resulting in lower hematoma and infection rates than conventional vasectomy (see Table 3). 

No association has been documented between use of general anesthesia or the setting where vasectomies were performed and any complication.52

Another early complication is sperm granuloma formation. Sperm that leak from the end of the cut vas may induce an inflammatory reaction leading to the formation of sperm granuloma. Sperm granulomas are seen in 15–40% of men presenting for vasectomy reversal.93, 94 Only approximately 2–3% of these are painful or in some way symptomatic; such symptoms peak at the second or third postoperative week.52, 93, 95 Discomfort can be treated symptomatically with anti-inflammatory drugs. Open-ended vasectomy has been reported to decrease the occurrence of sperm granulomas.82, 96, 97 

In the immediate postoperative period, some pain may be expected as the local anesthetic wears off, however, this is usually short lived and responds well to non-steroidal analgesics and limiting of strenuous activities including sex during recovery. Pain in the postoperative period may also be caused by wound infection and should be evaluated if severe or persistent despite use of non-steroidal pain medications. Up to 30% of men report some type of pain 2–3 weeks after the vasectomy procedure. 

Providers can prevent most complications by paying attention to hemostasis, practicing good aseptic technique, and minimizing tissue trauma during vasectomy procedures and wound care during the postoperative period. For example application of compressive dressing and scrotal elevation reduces the risks of developing hematomas.98 Table 5 provides information on prevention and treatment of complications of vasectomy.


Table 5. Potential postoperative complications of vasectomy

 Type of complication





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