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Penis enlargement is becoming more popular every day and thousands of male individuals are seeking some help to satisfy their desire.
Our community, however, is generally skeptical of performing penile enlargements because of the uncertain results and bad reputation, mostly produced by non-board-certified plastic surgeon physicians or unprepared medical professionals and commercial agencies, who reproduce and imitate the penis enlargement surgical procedure. Many individuals have ended up dissatisfied, with severe complications, because they have been offered paramedical, practical, surgical, or nonsurgical therapies and have been cheated with treatment options without a doubt are not in the armamentarium of any ethical plastic surgeon or even respectful physician.
We never put any pressure on an individual to proceed with this operation. It is his sovereign decision whether to proceed or not. We should never promise results that surpass the capability of our technique. Patients with unrealistic expectations, who request results superior to those explained, or who feel entitled to obtain the maximum penile increase based on ideas and perceptions coming from adult videos, should be excluded.
But before we start analyzing the plastic surgery methods that enhance penis enlargement, we need to review the physiological function and size of the penis, the history, anatomy, and histology for this operation.
In 1982, a French plastic surgeon, Yve Gerard Ylouz, was probably the first to liporecycle fat microparticles (lipoaspirates), for cosmetic purposes. That was performed on a young actress, a close friend of Ylouz, by aspirating the fat cells of a lipoma on her back, using a very small liposuction cannula and transferring the lipoaspirate as it was, to the deep nasolabial folds. I was present as an assistant young plastic surgeon at this historical procedure and at many more to follow, evaluating and developing the lipotransfer technique. We used the term liporecycling, interpreted from the Greek Λίπο ανακύκλωση (leapo anakeekclossi) , meaning literally recycling the fat. In 1983, at the BAAPS course in London, together with Bryan Mayou, we presented officially ( ISAPS Newsletter, September–December 2012, 27–29), maybe the first in the UK, the new technique of liposuction and a few years later, lipotransfer of lipoaspirates. After that year, liporecycling became maybe the most wanted, frequent, and popular plastic surgery procedure and ever since, plastic surgeons all over the world have reliably used fat grafting as a way to improve and enhance cosmetic appearance or augment many anatomical areas. Either as a core procedure or an adjunct to several other plastic reconstructive or cosmetic surgery procedures on breast, face, scalp, feet, hands, hips, buttocks, and endless other anatomical sites, today liporecycling remains within the top five plastic surgery procedures.
Two major disappointment in those early years was that the transplanted fat was short surviving and that the fat could not be preserved for later second-time use. Over the last 15–20 years, plastic surgeons started, and then clinicians followed, to document in several publications the therapeutic benefits of fat grafting with or without added platelet-rich plasma (PRP) and adipose tissue-derived stem cells (ATSCs, which are present of course in the stromal vascular fraction, [SVF]).
Given today’s answers and knowledge, during that time of the late ’70s and early ’80s, fat recycling was the subject of extended studies and strong discussions, and considered the hot topic for congresses and scientific panels. As well, at the same time, as plastic surgeons, we received vast amounts of ironic comments and dispute, unfortunately not only from other physicians, but sadly from conservative or skeptical members of our own society.
Nowadays, many other non-plastic surgery specialties are using liporecycling to assist their procedures and enhance their therapeutic results. Gynecology, orthopedics, urology, ophthalmic surgery, ENT, dermatology, and of course, general surgery are among those specialties using fat in addition to the most commonly done plastic surgries.
In fat-grafting history, we see the names of Gustav Neuber (1850–1932 German plastic surgeon) and Dr. Viktor Czerny, a German Bohemian surgeon, who at the beginning of the early 20th century used lipografting not as harvested fat micro lipoaspirates, but as an entire lipoma or a fat-piece transfer. In fact, fat grafting at the beginning indeed had trouble gaining acceptance, mainly for its poor results, as modern liposuction techniques had not yet been developed or standardized, and there was a lack of experience and knowledge.
Fat grafting should be performed in a hospital or outpatient surgery center, and when done in private consultation facilities, only as where they are accredited. Facility accreditation is important as it guarantees that the specific facility is inspected at regular intervals by the public health authorities or ministry, ensuring patient safety, best practices, and that operations are performed by certified plastic surgeons.
Surgical penis enlargement and elongation methods include various types of penile augmentation and suspensory ligament release. Penile augmentation involves injecting mostly fat cells or other types of injectables into the penis, or grafting dermofat pieces. Injecting fat cells into the penis is the most common technique.
When done by inexperienced physicians, fat transfer, fillers injection, and placing dermo-fat grafts into the penis (usually to the dorsum) can cause severe deformity and functional issues, which, in some instances, are long-lasting or unrepairable. Suspensory ligament surgery produces a high rate of functional issues. All those surgeries leave scarring at the operation and donor site and the results in size may disappear over a short time, leaving calcified tissue. For the recipient individual, this is a most uncomfortable and unpleasant situation that demands extrusion and correction, which sometimes is not very successful.
Suspensory ligament release increases flaccid penis length, but does not increase by any means the length of an erect penis and usually because of the instability that this operation produces, creates firmness problems with sexual dysfunction. The suspensory ligament is the remainder in mankind of the erectile bone in canids (dogs, wolves, and many more carnivores, household or wild). Functionally, the suspensory ligament supports and maintains the base of the penis attached to the pubis. It is the main point of support and straightening for the erect penis, keeping it in an upright and stable position during sexual intercourse.
Theodore Vodoukis
Plastic Surgeon
Athens, Greece
We must emphasize that the initiative of this study was to assist plastic surgeons when counseling patients considering or asking for penile cosmetic surgery (for length and circumference augmentation) and to provide them with guidelines on the technique to perform the best possible operation and obtain optimum results.
There are several surgical or nonsurgical penis enlargement treatments, most of which carry a risk of significant complications and give no results, especially when performed by unlicensed physicians, which can lead to disaster.
The American Urological Association (AUA) and the Urology Care Foundation “consider subcutaneous fat injection for increasing penile girth to be a procedure which has not been shown to be safe or efficacious. The AUA also considers the division of the suspensory ligament of the penis for increasing penile length in adults to be a procedure which has not been shown to be safe or efficacious.” Also, complications from penis enlargement procedures using dermo-fat, are the worst, including scarring that may lead, eventually, to penis shrinkage or erectile dysfunction.
Other surgical treatments include the injection of dermal fillers, silicone gel, or poly(methyl methacrylate)—PMMA. All those methods are also not approved, not only by the US Food and Drug Administration (FDA) for use in the penis, but also are mostly refused by serious professionals.
A 2019 study in Sexual Medicine Reviews found that nonsurgical methods of penis enlargement are typically ineffective and can be damaging to both physical and mental health. The authors found that such treatments are “supported by scant, low-quality evidence, unethical advertisement, fake statistics, news and rumors.”
Injectable pharmacological drugs (papaverine) and fat transfer surgery should remain the best options, considered as the only ethical procedures, and all others should remain in clinical trials.
Again, according to the 2019 study in Sexual Medical Reviews, Överall, other treatments’ outcomes performed by non-specialized physicians, were from little acceptance to poor, with low satisfaction rates and significant risk of major complications, including penile deformity, shortening, and erectile dysfunction.”
Without commenting on those reviews, even if they are coming from the most reputable entities, we will concentrate on the plastic surgery options, as plastic surgery is the core knowledge in the area of penis enlargement. Offering the most advanced combined techniques of fat transfer, that really have changed the results and statistics, posturing acceptable long-lasting results, cover the up to now lack of a reliable method for this operation.
Fat transfer or liporecycling for penis enlargement (also referred to as fat grafting or fat injections), is the surgical process by which fat is harvested and implanted from one area of the body to the penis of the same individual. The objective is to augment, correct, or support the area where the fat is injected. The technique involves extracting adipose fat by means of mini-liposuction, processing the fat in-house (international regulations prohibit the transport of collected fat outside of the surgery premises for further processing), and then reinjecting it into the penis. We have concluded that injecting fat together with PRP, fat tissue stem cells (FTSCs), which exist mostly in the SVF, all prepared at the same time in the operating theater, gives much better and longer-lasting results, contradicting the theory of a nonviable operation.
Fat tissue consists of three main types of fat or adipose cells. An average human adult has 30 billion fat cells with a weight of 30 pounds, or 13.5 kg. If excess weight is gained as an adult, fat cells increase in size about fourfold before dividing and increasing the absolute number of fat cells present. Of major importance is the fact that the proportion of volume to weight of fat is not 1:1. One cubic centimeter of fat weighs 0.7–0.8 g.
A typical fat cell is 0.1 mm in diameter, with some being twice that size and others half that size. White fat cells contain a large lipid droplet surrounded by a layer of cytoplasm. The nucleus is flattened and located on the periphery. The fat stored is in a semiliquid state and is composed primarily of triglycerides and cholesteryl ester. White fat cells secrete many proteins acting as adipokines, such as resistin, adiponectin, leptin, and apelin.
These are polyhedral in shape. Unlike white fat cells, these cells have considerable cytoplasm, with lipid droplets scattered throughout. The nucleus is round, and, although eccentrically located, it is not in the periphery of the cell. The brown color comes from a large number of mitochondria. Brown fat, also known as “baby fat,” is used to generate energy in several forms.
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