Foreskin restoration is the process of expanding the residual skin on the penis, through surgical or non-surgical methods, in an attempt to expand or restore the foreskin, which may have been removed by circumcision, with new tissue.
Foreskin restoration can be attempted for several reasons, among them being a desire to create the appearance of a natural foreskin (prepuce) covering the glans, or to increase sexual sensitivity of the glans and the interior of the restored foreskin, or to reduce discomfort due to exposure of sensitive areas during everyday activities. Foreskin restoration techniques are most commonly undertaken by men who have been circumcised or who have sustained an injury, but are also used by men who desire a longer foreskin and by men who have phimosis. Bigelow lists:
- restoration of glanular sensation
- sexual stimulation and restored sexual function
- restoration of a sense of wholeness
- improvement of body image
- regained power over one's body
- anger management
as reasons that circumcised men choose to restore their missing foreskin.
A form of foreskin restoration, historically known as epispasm, was practiced among some Jews in Hellenistic and Roman societies. Some European Jews sought out underground foreskin restoration operations during World War II as a method to escape Nazi persecution.
The practice was revived in the late 20th century using modern materials and techniques. In 1982 a group called Brothers United for Future Foreskins (BUFF) was formed, which publicized the use of tape in non-surgical restoration methods. Later in 1991, another group called UNCircumcising Information and Resources Centers (UNCIRC) was formed.
The National Organization of Restoring Men (NORM) was founded in 1989 in San Francisco, as a non-profit support group for men restoring the appearance of a foreskin. It was originally known as RECAP, an acronym for the phrase Recover A Penis. In 1994 UNCIRC was incorporated into this group. Since its founding, several NORM chapters have been founded throughout the United States, as well as internationally in Canada, the United Kingdom, Australia, New Zealand, and Germany.
Surgical techniques 
Surgical methods of foreskin restoration, sometimes known as foreskin reconstruction, usually involve a method of grafting skin onto the distal portion of the penile shaft. The grafted skin is typically taken from the scrotum, which contains the same smooth muscle (known as dartos fascia) as does the skin of the penis. One method involves a four stage procedure in which the penile shaft is buried in the scrotum for a period of time. Such techniques are costly, and have the potential to produce unsatisfactory results or serious complications related to the skin graft.
British Columbia resident Paul Tinari was held down and circumcised at the age of eight in what he stated was "a routine form of punishment" for masturbation at residential schools. Following a lawsuit Tinari's surgical foreskin restoration was covered by the British Columbia Ministry of Health. The plastic surgeon who performed the restoration was the first in Canada to have done such an operation, and used a technique similar to that described above.
Non-surgical techniques 
Non-surgical foreskin restoration, accomplished through tissue expansion, is the more commonly used method. Both the skin of the penile shaft and the mucosal inner lining of the foreskin, if any remains after circumcision, may be expanded.
The skin is pulled forward over the glans, and tension is applied manually, by using weights or elastic straps. In the second two cases a device must be attached to the skin; surgical tape is often used. An example of a device using elastic straps is the T-Tape method, which was developed in the 1990s with the idea of enabling restoration to take place more rapidly. Many specialized foreskin restoration devices (like Dual Tension Restorer shown in the picture) that grip the skin with or without tape are also commercially available. Tension from these devices may be applied by weights or elastic straps, by pushing the skin forward on the penis, or by a combination of these methods.
The amount of tension produced by any method must be adjusted to avoid causing injury, pain or discomfort, and provides a limit on the rate at which new skin can be grown. There is a risk of damaging tissues from the use of excessive tension or applying tension for too long. Websites about foreskin restoration vary in their recommendations, from suggesting a regimen of moderate amounts of tension applied for several hours a day, to recommending periods of higher tension applied for only a few minutes per day, as with manual techniques.
Tissue stretching has long been known to stimulate mitosis, and research shows that regenerated human tissues have the attributes of the original tissue. Unlike conventional skin expansion techniques, however, the process of nonsurgical foreskin restoration may take several years to complete. The time required depends on the amount of skin available to expand, the amount of skin desired in the end, and the regimen of stretching methods used. Patience and dedication are needed; support groups exist to help with these (see External links section). The act of stretching the skin is often described informally as "tugging" in these groups, especially those on the internet.
Artificial foreskins 
Instead of growing new skin, some men may opt to use an artificial covering for the glans. Men who have less extreme circumcisions may also be able to use a device to hold the foreskin over the glans (similar to the ancient Greek kynodesme). Viafin-Atlas sells a "prosthetic foreskin" made of latex that protects the glans in a moist environment. Another product is Manhood. It is an undergarment that holds the skin in place for people who have loose circumcisions. Manhood is also used as a "hood" to protect the circumcised man's exposed glans from chafing and is made of a double layer of soft material. The outer layer chafes against undergarments and minimises friction on the inner layer and consequentally the glans.
Results of surgical foreskin restoration are much faster, but are often described as unsatisfactory, and most restoration groups advise against them.
Results of non-surgical methods vary widely, and depend on such factors as the amount of skin present at the start of the restoration, degree of commitment, technique, and the individual's body. Foreskin restoration only creates the appearance of a natural foreskin; certain parts of the natural foreskin cannot be reformed. In particular, the ridged band, a nerve-bearing tissue structure extending around the penis just inside the tip of the foreskin, which helps to contract the tip of the foreskin so that it remains positioned over the glans, cannot be recreated. Restored foreskins can appear much looser at the tip and some men report difficulty in keeping the glans covered. Surgical "touch-up" procedures exist to reduce the orifice of the restored foreskin, recreating the tightening function of the band of muscle fibers near the tip of the foreskin, though they have not proven successful in every case. A loose effect can also be alleviated by creating increased length, but requires a longer commitment to the restoration program. In addition, several websites claim that the use of O-rings during the restoration program can train the skin to maintain a puckered shape. The circumcision scar becomes covered and invisible as the lengthened shaft skin starts to fold due to increased length and this contributes to the improved more natural appearance.
Regeneration of the foreskin 
Recently there has been growing interest in regenerative medicine as a means to regenerate the human male foreskin. This option, unlike foreskin restoration, would result in a true human male foreskin being regrown. Pioneers in the field of regenerative medicine include Dr. Anthony Atala of the Wake Forest Institute of Regenerative Medicine (WFIRM).
In early 2010, Foregen, a non-profit organisation dedicated to funding a clinical trial for the purposes of regrowing the human male foreskin using the regenerative capabilities of the extracellular matrix, in the hopes of eventually being able to provide free regeneration to circumcised men, was founded. A clinical trial had been scheduled for late 2010, but there were insufficient donations to follow through. The goal was reached in June 2012, and they managed to obtain a laboratory and cooperation from biochemists and regenerative medicine experts. Results from their first clinical trial will be released in February 2013, and they are preparing for a human application trial.
The proposed method would involve placing the patient under general anaesthesia. The penile skin would be opened at the circumcision scar, while the scar tissue is surgically debrided. A biomedical solution would then be applied to both ends of the wound, causing the foreskin to regenerate with the DNA in the patient's own cells. A biodegradable scaffold would be used to offer support for the regenerating foreskin. While social forums have assisted in the discussion of current tools and hurdles towards this method  scientific and medical institutes, and bioengineering companies must be involved for a more professional and meaningful discourse, and plan of action.
It should be noted that foreskin-specific adnexa regeneration is a major challenge, as the lack of sebacious glands would leave the skin dry and require constant moisturizing.
Physical aspects 
The natural foreskin has three principal components, in addition to blood vessels, nerves and connective tissue: skin, which is exposed exteriorly; mucous membrane, which is the surface in contact with the glans penis when the penis is flaccid; and a band of muscle within the tip of the foreskin. Generally, the skin grows more readily in response to stretching than does the mucous membrane. The ring of muscle which normally holds the foreskin closed is completely removed in the majority of circumcisions and cannot be regrown, so the covering resulting from stretching techniques is usually looser than that of a natural foreskin. Nonetheless, according to some observers it is difficult to distinguish a restored foreskin from a natural foreskin because restoration produces a "nearly normal-appearing prepuce."
Non-surgical foreskin restoration does not restore portions of the frenulum or the ridged band removed during circumcision. Although not commonly performed, there are surgical "touch-up" techniques that can re-create some of the functionality of the frenulum and dartos muscle.
The process of foreskin restoration seeks to regenerate some of the tissue removed by circumcision, as well as providing coverage of the glans. According to research, the foreskin comprises over half of the skin and mucosa of the human penis.
In some men, foreskin restoration may alleviate certain problems they attribute to their circumcisions. Such problems include prominent scarring (33%), insufficient penile skin for comfortable erection (27%), erectile curvature from uneven skin loss (16%), and pain and bleeding upon erection/manipulation (17%). The poll also asked about awareness of or involvement in foreskin restoration, and included an open comment section. Many respondents and their wives "reported that restoration resolved the unnatural dryness of the circumcised penis, which caused abrasion, pain or bleeding during intercourse, and that restoration offered unique pleasures, which enhanced sexual intimacy."
One man reported he has great loss of sensation in the glans because his foreskin is not present. Some men who have undertaken foreskin restoration report a visibly smoother glans, which some of these men attribute to decreased levels of keratinization following restoration.
Emotional, psychological, and psychiatric aspects 
Foreskin restoration has been reported as having beneficial emotional results in some men, and has been proposed as a treatment for negative feelings in some adult men about their infant circumcisions.
See also 
The Stamen "E"-type device is a tapeless restoration device, which was developed over a 4–5 year period. The stamen "E"-type device only restores the remnants of the inner foreskin. The tension to promote foreskin regeneration is provided by an elastic band, which forms part of the self-contained stamen "E"-type device. There are no additional straps or weights. The Stamen device does not use an anchor attached to another part of the body. It is made from a surgical grade stainless steel.
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