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Enema
Enema
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Rectal bulb syringe to administer smaller enemas.

An enema, also known as a clyster, is the rectal administration of a fluid by injection into the lower bowel via the anus.[1] The word enema can also refer to the liquid injected,[2][3] as well as to a device for administering such an injection.[4]

In standard medicine, the most frequent uses of enemas are to relieve constipation and for bowel cleansing before a medical examination or procedure;[5] also, they are employed as a lower gastrointestinal series (also called a barium enema),[6] to treat traveler's diarrhea,[7] as a vehicle for the administration of food, water or medicine, as a stimulant to the general system, as a local application and, more rarely, as a means of reducing body temperature,[1] as treatment for encopresis, and as a form of rehydration therapy (proctoclysis) in patients for whom intravenous therapy is not applicable.[8]

Medical usage

[edit]

The principal medical usages of enemas are:

Bowel cleansing

[edit]

Acute treatments

[edit]

As bowel stimulants, enemas are employed for the same purposes as orally administered laxatives: to relieve constipation; to treat fecal impaction; to empty the colon before a medical procedure such as a colonoscopy. When oral laxatives are not indicated or sufficiently effective, enemas may be a sensible and necessary measure.[9]

A large volume enema[10] can be given to cleanse as much of the colon as possible of feces.[11][12] However, a low enema is generally useful only for stool in the rectum, not in the intestinal tract.[13]

Such enemas' mechanism consists of the volume of the liquid causing a rapid expansion of the intestinal tract in conjunction with, in the case of certain solutions, irritation of the intestinal mucosa which stimulates peristalsis and lubricates the stool to encourage a bowel movement.[14] An enema's efficacy depends on several factors including the volume injected and the temperature and the contents of the infusion.[9] For the enema to be effective, the patient should retain the solution for five to ten minutes, as tolerated.[5][14] or, as some nursing textbooks recommend, for five to fifteen minutes or as long as possible.[15]

Large volume enemas
[edit]

Soapsuds enemas, one in an enema bucket with a nozzle typical for a cleansing enema, and another in an enema bag with a nozzle typical for a contrast enema

For emptying the entire colon as much as feasible[12] deeper and higher enemas are utilized to reach large colon sections.[9] The colon dilates and expands when a large volume of liquid is injected into it. The colon reacts to that sudden expansion with general contractions, peristalsis, propelling its contents toward the rectum.[5]

Soapsuds enema is a frequently used synonym for a large volume enema (although soap is not necessary for effectiveness).[5]

A large volume enema may be used in a home setting to relieve occasional constipation, although medical care may be required for recurring or severe cases of constipation.[5]

Water-based solutions
[edit]

Plain water can be used, functioning mechanically to expand the colon, thus prompting evacuation.

Normal saline is least irritating to the colon. Like plain water, it simply functions mechanically to expand the colon, but having a neutral concentration gradient, it neither draws electrolytes from the body, as happens with plain water, nor draws water into the colon, as occurs with phosphates. Thus, a salt water solution can be used when a longer retention period is desired, such as to soften an impaction.

Castile soap is commonly added because its irritation of the colon's lining increases the defecation urgency.[15] However, liquid handsoaps and detergents should not be used.[5]

Glycerol is a specific bowel mucosa irritant serving to induce peristalsis via a hyperosmotic effect.[16] It is used in a dilute solution, e.g., 5%.[17]

The 2-4-6 Enema: Consists of 2 ounces of glycerin, 4 ounce of Epsom salt, mixed with 6 ounces of water, injected into the rectum, retained for five minutes. This small injection will produce several copious movements.

Other solutions
[edit]

Equal parts of milk and molasses were heated to slightly above normal body temperature.[18] Neither the milk sugars and proteins nor the molasses are absorbed in the lower intestine, thus keeping the water from the enema in the intestine.[19] Studies have shown that milk and molasses enemas have a low complication rate when used in the emergency department[20] and are safe and effective with minimal side effects.[21]

Mineral oil functions as a lubricant and stool softener, but may have side effects including rectal skin irritation and oil leakage.[22]

Micro-enemas
[edit]
A prepared, disposable enema.
ATC codes for drugs for constipation — enemas
[edit]

ATC code A06 Drugs for constipation is a therapeutic subgroup of the Anatomical Therapeutic Chemical Classification System, a system of alphanumeric codes developed by the World Health Organization (WHO) for the classification of drugs and other medical products.[23][24][25] Subgroup A06 is part of the anatomical group A Alimentary tract and metabolism.[26]

Codes for veterinary use (ATCvet codes) can be created by placing the letter Q in front of the human ATC code: for example, QA06.[27]
National versions of the ATC classification may include additional codes not present in this list, which follows the WHO version.

A06AG01 Sodium phosphate
A06AG02 Bisacodyl
A06AG03 Dantron, including combinations
A06AG04 Glycerol
A06AG06 Oil
A06AG07 Sorbitol
A06AG10 Docusate sodium, including combinations
A06AG11 Sodium lauryl sulfoacetate, including combinations
A06AG20 Combinations
Single substance solutions
[edit]

In alphabetical order

  • Arachis oil (peanut oil) enema is useful for softening stools which are impacted higher than the rectum.[28]
  • Bisacodyl stimulates enteric nerves to cause colonic contractions.[29][30]
  • Dantron is a stimulant drug and stool softener[31] used alone or in combinations in enemas.[32] Considered to be a carcinogen[33] its use is limited, e.g., restricted in the UK to patients who already have a diagnosis of terminal cancer and not used at all in the USA.
  • Docusate[34][35]
  • Glycerol has a hyperosmotic effect and can be used as a small-volume (2–10 ml) enema (or suppository).[16]
  • Mineral oil is used as a lubricant because most of the ingested material is excreted in the stool rather than absorbed by the body.[36]
  • Sodium phosphate.[37][38] Also known by the brand name Fleet. Available at drugstores; usually self-administered. Buffered sodium phosphate solution draws additional water from the bloodstream into the colon to increase the effectiveness of the enema. But it can irritate the colon, causing intense cramping or "griping."[39] Fleet enemas usually cause a bowel movement in 1 to 5 minutes. Known adverse effects.
  • Sorbitol pulls water into the large intestines, causing distention, stimulating the bowels' normal forward movement. Sorbitol is found in some dried fruits and may contribute to the laxative effects of prunes.[40] and is available for taking orally as a laxative.[41][42] As an enema for constipation, the recommended adult dose is 120 mL of 25-30% solution, administered once.[43] Note that Sorbitol is an ingredient of the MICROLAX Enema.
Compounded from multiple ingredients
[edit]

In alphabetical order of the original brand names

Klyx contains docusate sodium 1 mg/mL and sorbitol solution (70%)(crystallising) 357 mg/mL and is used for faecal impaction or constipation or colon evacuation prior medical procedures,[44] developed by Ferring B.V.

Micralax (not to be confused with MICROLAX®)[45]

MICROLAX® (not to be confused with Micralax) combines the action of sodium citrate, a peptidising agent which can displace bound water present in the faeces, with sodium alkyl sulphoacetate, a wetting agent, and with glycerol, an anal mucosa irritant and hyperosmotic. However, also sold under the name "Micralax", is a preparation containing sorbitol rather than glycerol;[46] which was initially tested in preparation for sigmoidoscopy.[47]

Micolette Micro-enema® contains 45 mg sodium lauryl sulphoacetate, 450 mg per 5 ml sodium citrate BP, and 625 mg glycerol BP[48] and is a small volume stimulant enema suitable where large-volume enemas are contra-indicated.[28]

Chronic treatments

[edit]
Transanal irrigation
[edit]

TAI, also termed retrograde irrigation, is designed to assist evacuation using a water enema[49] as a treatment for persons with bowel dysfunction, including fecal incontinence or constipation, especially obstructed defecation. By regularly emptying the bowel using transanal irrigation,[50] controlled bowel function is often re-established to a high degree, thus enabling a consistent bowel routine development.[50] Its effectiveness varies considerably, some individuals experiencing complete control of incontinence but others reporting little or no benefit.[49]

An international consensus on when and how to use transanal irrigation for people with bowel problems was published in 2013, offering practitioners a clear, comprehensive and straightforward guide to practice for the emerging therapeutic area of transanal irrigation.[50]

The term retrograde irrigation distinguishes this procedure from the Malone antegrade continence enema, where irrigation fluid is introduced into the colon proximal to the anus via a surgically created irrigation port.[51]

Bowel management
[edit]

Patients who have a bowel disability, a medical condition which impairs control of defecation, e.g., fecal incontinence or constipation,[52] can use bowel management techniques to choose a predictable time and place to evacuate.[52] Without bowel management, such persons might either suffer from the feeling of not getting relief or soil themselves.[52]

While simple techniques might include a controlled diet and establishing a toilet routine,[52] a daily enema can be taken to empty the colon, thus preventing unwanted and uncontrolled bowel movements that day.[53]

Contrast (X-ray)

[edit]
A barium enema in a disposable bag manufactured for that purpose

In a lower gastrointestinal series an enema that may contain barium sulfate powder or a water-soluble contrast agent is used in the radiological imaging of the bowel. Called a barium enema, such enemas are sometimes the only practical way to view the colon relatively safely.[6]

Failure to expel all of the barium may cause constipation or possible impaction[54] and a patient who has no bowel movement for more than two days or is unable to pass gas rectally should promptly inform a physician and may require an enema or laxative.[55]

Medication administration

[edit]

The administration of substances into the bloodstream. This may be done in situations where it is undesirable or impossible to deliver a medication by mouth, such as antiemetics given to reduce nausea (though not many antiemetics are delivered by enema). Additionally, several anti-angiogenic agents, which work better without digestion, can be safely administered via a gentle enema.

Topical administration of medications into the rectum, such as corticosteroids and mesalazine, is used in the treatment of inflammatory bowel disease. Administration by enema avoids having the medication pass through the entire gastrointestinal tract, therefore simplifying the delivery of the medication to the affected area and limiting the amount that is absorbed into the bloodstream.

Rectal corticosteroid enemas are sometimes used to treat mild or moderate ulcerative colitis. They may also be used along with systemic (oral or injection) corticosteroids or other medicines to treat severe disease or mild to moderate disease that has spread too far to be effectively treated by medicine inserted into the rectum alone.

Inhibiting pathological defecation

[edit]
  • Traveller's diarrhea's symptoms treated with an enema of sodium butyrate, organic acids, and A-300 silicon dioxide can be successfully decreased with lack of observed side effects.[7]
  • Shigellosis treatment benefits from adjunct therapy with butyrate enemas, promoting healing of the rectal mucosa and inflammation, but not helping in clinical recovery from shigellosis. Use of an 80 ml of a sodium butyrate isotonic enema administered every 12 hours has been studied and found effective.[56]

Other

[edit]
  • There have been a few cases in remote or rural settings, where rectal fluids have been used to rehydrate a person. Benefits include not needing to use sterile fluids.[57]
  • Introducing healthy bacterial flora through infusion of stool, known as a fecal microbiota transplant, was first performed in 1958 employing retention enemas. Enemas remained the most common method until 1989, when alternative administration means were developed.[58] As of 2013, colonoscope implantation has been preferred over fecal enemas because by using the former method, the entire colon and ileum can be inoculated, but enemas reach only to the splenic flexure.[59]
  • A patient unable to be fed otherwise can be nourished by an enteral administration of predigested foods, which is known as a nutrient enema.[60] This treatment is ancient, dating back at least to the second century CE when documented by Galen,[61] and commonly used in the Middle Ages,[62] remaining a common technique in 19th century,[63] and as recently as 1941 the U. S. military's manual for hospital diets prescribes their use.[64] Nutrient enemas have been superseded in modern medical care by tube feeding and intravenous feeding.[citation needed]
  • Enemas have been used around the time of childbirth; however, there is no evidence that this practice is beneficial and it is now discouraged.[65]

Adverse effects

[edit]

Improper administration of an enema can cause electrolyte imbalance (with repeated enemas) or ruptures to the bowel or rectal tissues which can be unnoticed as the rectum is insensitive to pain,[66] resulting in internal bleeding. However, these occurrences are rare in healthy, sober adults. Internal bleeding or rupture may expose the individual to infections from intestinal bacteria. Blood resulting from tears in the colon may not always be visible, but can be distinguished if the feces are unusually dark or have a red hue. If intestinal rupture is suspected, medical assistance should be obtained immediately.[14] Frequent use of enemas can cause laxative dependency.[67]

The enema tube and solution may stimulate the vagus nerve, which may trigger an arrhythmia such as bradycardia.

Enemas should not be used if there is an undiagnosed abdominal pain since the peristalsis of the bowel can cause an inflamed appendix to rupture.

There are arguments both for and against colonic irrigation in people with diverticulitis, ulcerative colitis, Crohn's disease, severe or internal hemorrhoids or tumors in the rectum or colon. Its usage is not recommended soon after bowel surgery (unless directed by one's health care provider). Regular treatments should be avoided by people with heart disease or kidney failure. Colonics are inappropriate for people with bowel, rectal or anal pathologies where the pathology contributes to the risk of bowel perforation.[68]

Recent research has shown that ozone water, which is sometimes used in enemas, can immediately cause microscopic colitis.[69]

A recent case series[70] of 11 patients with five deaths illustrated the danger of phosphate enemas in high-risk patients.

History

[edit]

Etymology

[edit]

Enema entered the English language c. 1675 from Latin in which, in the 15th century,[3] it was first used in the sense of a rectal injection,[2] from Greek ἔνεμα (énema), "injection", itself from ἐνιέναι (enienai) "to send in, inject", from ἐν (en), "in" + ἱέναι (hienai), "to send, throw".[71]

Clyster entered the English language in the late 14th century from Old French or Latin, from Greek κλυστήρ (klyster), "syringe", itself from κλύζειν (klyzein), "to wash out",[72] also spelled glister in the 18th century.[73] It is a generally archaic word used more particularly for enemas administered using a clyster syringe.

Ancient and medieval

[edit]

Africa

[edit]

The first mention of the enema in medical literature is in the Ancient Egyptian Ebers Papyrus (c. 1550 BCE). One of the many types of medical specialists was a Nery-Pehuyt, the Shepherd of the Anus. Enemas administered many medications.[74] There was a Keeper of the Royal Rectum[75] who may have primarily been the pharaoh's enema maker. According to Egyptian mythology, the god Thoth invented the enema.[76]

Pressure enema from an animal bladder (African wooden sculpture, 19th century)

In parts of Africa, the calabash gourd is used traditionally to administer enemas. On the Ivory Coast the narrow neck of the gourd filled with water is inserted the patient's rectum and the contents are then injected by means of an attendant's forcible oral inflation, or a patient may self-administer the enema by using suction to create a negative pressure in the gourd, placing a finger at the opening, and then upon anal insertion, removing the finger to allow atmospheric pressure to effect the flow. In South Africa, Bhaca people used an ox horn to administer enemas.[77] Along the upper Congo River an enema apparatus is made by making a hole in one end of the gourd for filling it, and using a resin to attach a hollow cane to the gourd's neck. The cane is inserted into the anus of the patient who is in a posture that allows gravity to effect infusion of the fluid.[78]

Americas

[edit]

The Olmec used trance-inducing substances ceremonially from their middle preclassic period (10th through 7th centuries BCE) through the Spanish Conquest. These were ingested via enemas administered using jars, among other routes.

As further described below in religious rituals, the Maya in their late classic age (7th through 10th centuries CE) used enemas for, at least, ritual purposes, Mayan sculpture and ceramics from that period depicting scenes in which, injected by syringes made of gourd and clay, ritual hallucinogenic enemas were taken.[79] In the Xibalban court of the God D, whose worship included ritual cult paraphernal, the Maya illustrated the use of a characteristic enema bulb syringe by female attendants administering clysters ritually.[80][81]

For combating illness and discomfort of the digestive tract, the Mayan also employed enemas, as documented during the colonial period, e.g., in the Florentine Codex.[79]

The indigenous peoples of North America employed tobacco smoke enemas to stimulate respiration, injecting the smoke using a rectal tube.[82][83]

A rubber bag connected with a conical nozzle, at an early period, was in use among the indigenous peoples of South America as an enema syringe,[84] and the rubber enema bag with a connecting tube and ivory tip remained in use by them; in contrast, in Europe a syringe was still the usual means for conducting an enema.[85]

Asia

[edit]

In Babylonia, by 600 BCE, enemas were in use. However, it appears that initially they were in use because of a belief that the demon of disease would be driven out of the body by utilizing an enema.[86] Babylonian and Assyrian tablets c. 600 BCE bear cuneiform inscriptions referring to enemas.[87]

In China, c. 200 CE, Zhang Zhongjing was the first to employ enemas. "Secure a large pig's bile and mix with a small quantity of vinegar. Insert a bamboo tube three or four inches long into the rectum and inject the mixture" are his directions, according to Wu Lien-teh.[88]

In India, in the fifth century BCE, Sushruta enumerates the enema syringe among 121 surgical instruments described. Early Indian physicians' enema apparatus consisted of a tube of bamboo, ivory, or horn attached to the scrotum of a deer, goat, or ox.[86]

In Persia, Avicenna (980–1037 A. D.) is credited with the introduction of the "clyster-purse" or collapsible portion of an enema outfit made from ox skin or silk cloth and emptied by squeezing with the hands.[87]

Europe

[edit]
The Enema by Abraham Bosse, ca. 1632–33

Hippocrates (460–370 BCE) frequently mentions enemas, e.g., "if the previous food which the patient has recently eaten should not have gone down, give an enema if the patient be strong and in the prime of life, but if he be weak, a suppository should be administered, should the bowels be not well moved on their own accord."[89]

In the first century BCE the Greek physician Asclepiades of Bithynia wrote "Treatment consists merely of three elements: drink, food, and the enema".[90] Also, he contended that indigestion is caused by particles of food that are too big and his prescribed treatment was proper amounts of food and wine followed by an enema which would remove the improper food doing the damage.[91]

In the second century CE the Greek physician Soranus prescribed, among other techniques, enemas as a safe abortion method,[92] and the Greek philosopher Celsus recommended an enema of pearl barley in milk or rose oil with butter as a nutrient for those with dysentery and unable to eat,[93] and also Galen mentions enemas in several contexts.[61]

In medieval times appear the first illustrations of enema equipment in the Western world, a clyster syringe consisting of a tube attached to a pump action bulb made of a pig bladder.[citation needed] A simple piston syringe clyster was used from the 15th through 19th centuries. This device had its rectal nozzle connected to a syringe with a plunger rather than to a bulb.[citation needed]

Modern Western

[edit]
Portable enema self-administration apparatus by Giovanni Alessandro Brambilla (18th century; Medical History Museum, University of Zurich)
A normal clyster syringe (front) and the nozzle for a syringe designed for self-administration (rear). The latter avoided the need for a second party to attend an embarrassing procedure.

Beginning in the 17th century, enema apparatus was chiefly designed for self-administration at home, and many were French as enemas enjoyed wide usage in France.[93]

In 1694 François Mauriceau in his early-modern treatise, The Diseases of Women with Child, records midwives and man-midwives commonly administered clysters to labouring mothers just before their delivery.[94]

Clysters were administered for symptoms of constipation and, with more questionable effectiveness, stomach aches and other illnesses.[when?][citation needed][95]

19th century satirical cartoon of a monkey rejecting an old style clyster for a new design, filled with marshmallow and opium

In 1753, Johann Jacob Woyts described an enema bag prepared from a pig's or beef's bladder attached to a tube as an alternative to a syringe.[96]

In the 18th century Europeans began emulating the indigenous peoples of North America's use of tobacco smoke enemas to resuscitate drowned people.[97] Tobacco resuscitation kits consisting of a pair of bellows and a tube were provided by the Royal Humane Society of London and placed at various points along the Thames.[93] Furthermore, these enemas came to be employed for headaches, respiratory failure, colds, hernias, abdominal cramps, typhoid fever, and cholera outbreaks.[97]

Clysters were a favourite medical treatment in the bourgeoisie and nobility of the Western world up to the 19th century. As medical knowledge was fairly limited at the time, purgative clysters were used for a wide variety of ailments, the foremost of which were stomach aches and constipation.[9]

According to the duc de Saint-Simon, clysters were so popular at the court of King Louis XIV of France that the duchess of Burgundy had her servant give her a clyster in front of the King (her modesty being preserved by an adequate posture) before going to the comedy. However, he also mentions the astonishment of the King and Mme de Maintenon that she should take it before them.[98]

In the 19th century, many new types of enema administration equipment were devised. Devices allowing gravity to infuse the solution, like those mentioned above used by South American indigenous people and like the enema bag described by Johann Jacob Woyts, came into common use. These consist of a nozzle at the end of a hose that connects a reservoir, either a bucket or a rubber bag filled with liquid and held or hung above the recipient.[93]

In the early 20th century the disposable microenema, a squeeze bottle, was invented by Charles Browne Fleet.[99]

Society and culture

[edit]

Alternative medicine

[edit]

Relatively benign

[edit]
Colonic irrigation
[edit]

The term "colonic irrigation" is commonly used in gastroenterology to refer to the practice of introducing water through a colostomy or a surgically constructed conduit as a treatment for constipation.[100] The Food and Drug Administration has ruled that colonic irrigation equipment is not approved for sale for general well-being[101] and has taken action against many distributors of this equipment, including a Warning Letter.[102]

Colon cleansing
[edit]

The same term is also used in alternative medicine where it may involve the use of substances mixed with water to detoxify the body. Practitioners believe the accumulation of fecal matter in the large intestine leads to ill health.[103] This resurrects the old medical concept of autointoxication which was orthodox doctrine until the end of the 19th century but has now been discredited.[104][105][106]

Kellogg's enemas
[edit]

In the late 19th century, Dr. John Harvey Kellogg made sure that every patient's bowel was plied with water, from above and below. His favorite device was an enema machine ("just like one I saw in Germany") that could run fifteen gallons of water through a person's bowel in seconds. Every water enema was followed by a pint of yogurt—half was eaten, the other half was administered by enema "thus planting the protective germs where they are most needed and may render most effective service." The yogurt served to replace "the intestinal flora" of the bowel, creating what Kellogg claimed was a completely clean intestine.[107]

Dangerous

[edit]
Bleach enemas
[edit]

Chlorine dioxide enemas have been fraudulently marketed as a medical treatment, primarily for autism. This has resulted, for example, in a six-year-old boy needing to have his colon removed and a colostomy bag fitted,[108][109] complaints to the FDA reporting life-threatening reactions,[110] and even death.[111]

Proponents falsely claim that administering enemas to autistic children results in the expulsion of parasitic worms ("rope worms"), which are fragments of damaged intestinal epithelium that are misinterpreted as being human pathogens.[112][113] Oral and rectal use of the solution has also been promoted as a cure for HIV, malaria, viral hepatitis, influenza, common colds, acne, cancer, Parkinson's, and much more.

Chlorine dioxide is a potent and toxic bleach[114] that is relabeled for "medicinal purposes" to a variety of brand names including, but not limited, to MMS, Miracle Mineral Supplement, and CD protocol.[115] For oral use, the doses recommended on the labeling can cause nausea, vomiting, diarrhea, and potentially life-threatening dehydration.[116]

No clinical trials have been performed to test the health claims made for chlorine dioxide, which originate from former Scientologist Jim Humble[117] in his 2006 self-published book, The Miracle Mineral Solution of the 21st Century[118] and from anecdotal reports. Humble coined the name MMS. Sellers sometimes describe MMS as a water purifier to circumvent medical regulations.[119] The International Federation of Red Cross and Red Crescent Societies rejected "in the strongest terms" reports by promoters of MMS that they had used the product to fight malaria.[120]

Coffee enemas
[edit]

Well documented as having no proven benefits and considered by medical authorities as rash and potentially dangerous is an enema of coffee.[104][121]

A coffee enema can cause numerous maladies including infections, sepsis (including campylobacter sepsis), severe electrolyte imbalance, colitis, polymicrobial enteric sepsis, proctocolitis, salmonella, brain abscess, and heart failure,[122][123][124][125][126][127][128][129][130][excessive citations] and deaths related to coffee enemas have been documented.[131]

Gerson therapy includes administering enemas of coffee,[132] as well as of castor oil and sometimes of hydrogen peroxide or of ozone.[133]

Some proponents of alternative medicine have claimed that coffee enemas have an anti-cancer effect by "detoxifying" metabolic products of tumors[122] but there is no medical scientific evidence to support this.[121][123][134]

Recreational usage

[edit]
This nozzle (shown here in harness) can be inflated to a diameter wider than a rectum to force holding in an enema that could not otherwise be retained. Used either for pleasure or as part of BDSM activities.

Pleasure

[edit]

Enjoyment of enemas is known as klismaphilia, which medically is classified as a paraphilia.[135][136] A person with klismaphilia is a klismaphile.

Both women and men may enjoy sexual enema play, heterosexually and homosexually, experiencing sexual arousal from enemas which they find gratifying or sensual[137][138] and which can be an auxiliary to, or even a substitute for, genital sexual activity.[137][138]

Klismaphiles may perceive pleasure from a large, water-distended belly, or the feeling of internal pressure. An enema fetish may include sexual attraction to the involved equipment, processes, environments, situations, or scenarios.[139] Klismaphiles can gain satisfaction of enemas through fantasies, by actually receiving or giving one, or through the process of eliminating steps to being administered one (e.g., under the pretence of being constipated).[138]

That some women use enemas while masturbating was documented by Alfred Kinsey in Sexual Behavior in the Human Female: "There were still other masturbatory techniques which were regularly or occasionally employed by some 11 percent of the females in the sample... Douches, streams of running water, vibrators, urethral insertions, enemas, other anal insertions, sado-masochistic activity, and still other methods were occasionally employed, but none of them in any appreciable number of cases."[140]

[edit]

Besides klismaphilia, the intrinsic enjoyment of enemas, there are other uses of enemas in sexual play.[141]

BDSM
[edit]
A filled 5 litre enema bag connected to a bored dildo, ready to inject into a recipient on the ground beneath.

Enemas are sometimes used in sadomasochistic activities[142][143] for erotic humiliation[144] or for physical discomfort.[145]

Rectal douching
[edit]

Another sexual use for enemas is to empty the rectum as a prelude to other anal sexual activities such as anal sex,[146] possibly reducing risk of infection.

This is different from klismaphilia, in which the enema is enjoyed for itself and as a part of sexual arousal and gratification.[146]

Rectal douching is a common practice among people who take a receptive role in anal sex[147] although rectal douching before anal sex may increase the risk of transferring HIV,[148] hepatitis B,[149] and other diseases.[150]

Intoxication

[edit]

Noting that deaths have been reported from alcohol poisoning via enemas,[151] an alcohol enema can be used to very quickly instill alcohol into the bloodstream, absorbed through the membranes of the colon. However, great care must be taken as to the amount of alcohol used. Only a small amount is needed as the intestine absorbs the alcohol far more quickly than the stomach.

When enema is prescribed for the administration of drugs or alcohol, a cleansing enema may first be used to clean the colon to help increase the rate of absorption.[152]

Religious rituals

[edit]

All across Mesoamerica ritual enemas were employed to consume psychoactive substances, e.g., balché, alcohol, tobacco, peyote, and other hallucinogenic drugs and entheogens, most notably by the Maya, thus attaining more intense trance states more quickly. Mayan classic-period sculpture and ceramics depict hallucinogenic enemas used in rituals.[79] Some tribes continue the practice today.[153]

With historical roots in the Indian subcontinent, enemas in Ayurveda, called Basti or Vasti, form part of Panchakarma procedure in which herbal medicines are introduced rectally.[154]

Punitive usage

[edit]

Enemas have also been forcibly applied as a means of punishment.

Political dissenters in post-independence Argentina were given enemas of chili pepper and turpentine.[155] Turpentine enemas are very harsh purgatives.[156]

In the Guantanamo Bay Detention Camp, the Senate Intelligence Committee report on CIA torture documented instances of enemas being used by the Central Intelligence Agency to ensure "total control" over detainees.[157] Enemas, officials said, are uncomfortable and degrading.[158] The CIA forced nutrient enema on detainees who attempted hunger strikes, documenting "With head lower than torso … sloshing up the large intestines … [what] I infer is that you get a tube up as you can … We used the largest Ewal [sic] tube we had" wrote an officer,[159] and "violent enemas" is how a detainee described what he received.[160]

In arts and literature

[edit]

Written literature

[edit]

In the Dionysus' satyr play Limos, Silenus attempts to give an enema to Heracles.[161]

In Shakespeare's play Othello (Act II, Scene I) Iago says: "Yet again your fingers to your lips? would they were clyster-pipes for your sake!"[162]

In Cervantes' Don Quixote, a narrative to Sancho includes "The Knight of the Sun ... bound hand and foot ... was administered a clyster of snow water and sand that almost disracted him"[163]

In the 17th century, satirists made physicians a favorite target, resembling Molière's caricature whose prescription for anything was "clyster, bleed, purge," or "purge, bleed, clyster".[164]

In Molière's play The Imaginary Invalid, Argan, a severe hypochondriac, is addicted to enemas as indicated by such lines as when Bĕralde asks, "Can't you be one moment without a purge?"[165]

In George Orwell's novel Nineteen Eighty-Four, the narrator notes, "Sexual intercourse was to be looked on as a slightly disgusting minor operation, like having an enema."[166]

In Grace Metalious's novel Peyton Place, the town doctor tells of "a young boy with the worst case of dehydration I ever saw. It came from getting too many enemas that he didn't need. Sex, with a capital S-E-X.".[167] As a teenager, the boy enjoys receiving enemas from his mother.[168]

In Flora Rheta Schreiber's book Sybil, Sybil's psychiatrist asks her "What's Mama been doing to you, dear?... I know she gave you the enemas."[169]

TORCH SONG by Anne Roiphe, Farrar Straus & Giroux, RELEASE DATE: Jan. 1, 1976

Film

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In The Right Stuff, during flight training astronaut Alan Shepard retains a barium enema,[170] given two floors away from a toilet, embarrassedly riding a public elevator wearing a hospital gown and holding the enema bag with its tip still inserted in him.[171][172]

Water Power is a Pornographic film by Gerard Damiano loosely based on the real-life exploits of Michael H. Kenyon, an American criminal who pleaded guilty to a decade-long series of armed robberies of female victims, some of which involved sexual assaults in which he would give them enemas.[173]

Song

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The lyrics of Frank Zappa's song "The Illinois Enema Bandit" are concerned with Michael H. Kenyon's sexual assaults which included administering involuntary enemas.[174]

The album Enema of the State by blink-182 is titled with the word in it. It features a nurse on the cover.

Tool's song "Ænema" from their album titled Ænima is so named because of the lyrics that describe how the singer wants Los Angeles to be "flushed away" in a collapse of the San Andreas Fault, a direct reference to comedian Bill Hicks' "Arizona Bay" routine, thus delivering a much-needed "enema" to the country.

Monument

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A 365-kilogram (805-pound) brass statue of a syringe enema bulb held aloft by three cherubs stands in front of the "Mashuk" spa in the settlement of Zheleznovodsk in Russia. Inspired by the 15th century Renaissance painter Botticelli, it was created by a local artist who commented, "An enema is an unpleasant procedure as many of us may know. But when cherubs do it, it's all right." When unveiled on 19 June 2008, a banner on one of the spa's walls declared "Let's beat constipation and sloppiness with enemas." The spa lying in the Caucasus Mountains region, known for dozens of spas that routinely treat digestive and other complaints with enemas of mineral spring water, the director commented "An enema is almost a symbol of our region."[175][176] It is the only known monument to the enema.[177]

See also

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References

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Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia

An enema is a procedure in which a liquid solution is introduced into the rectum and lower colon through the anus to stimulate bowel movements, primarily for relieving constipation or preparing the colon for diagnostic examinations such as X-rays. The fluid, often saline, soap suds, or phosphate-based, softens stool and promotes evacuation by distending the rectum and triggering peristalsis, with retention times varying from minutes to hours depending on the type. Enemas have been employed medically since ancient civilizations, including Egyptians and Greeks, who used them for purging and health maintenance, evolving into modern applications like barium enemas for imaging abnormalities in the large intestine. While effective for acute fecal impaction or pre-procedure cleansing, improper administration—particularly the use of improvised high-pressure methods such as garden hoses connected to tap water—can lead to severe complications including rectal or colonic perforation, electrolyte imbalances, or ischemic colitis, particularly in vulnerable populations like the elderly or those with chronic constipation. Case reports have documented life-threatening outcomes from such practices, including peritonitis, sepsis, and the need for emergency surgeries like Hartmann’s procedure. Despite their utility, routine use for unsubstantiated detox purposes lacks empirical support and carries unnecessary risks.

Definition and Basic Principles

Mechanism of Action

An enema functions primarily through mechanical distension of the and lower colon, where the introduced fluid volume stretches the bowel walls, activating mechanoreceptors that trigger the rectoanal inhibitory and initiate peristaltic contractions to expel contents. This involves sensory nerves in the rectal mucosa signaling the and parasympathetic pathways, leading to relaxation of the and coordinated colonic motility within minutes to facilitate . In addition to distension, certain enema solutions enhance efficacy via osmotic or irritant effects; for instance, hypertonic enemas draw water into the lumen osmotically, hydrating and softening impacted stool while directly irritating the mucosa to augment contractions. The physiological response relies on the colon's innate absorption and dynamics, but enema volumes (typically 100-1000 mL depending on type) overwhelm local capacity, promoting net fluid retention in the lumen and rapid evacuation rather than systemic uptake. Saline or enemas primarily leverage hydrostatic and dilution to loosen fecal matter without significant mucosal irritation, whereas lubricant-based variants like reduce friction and coat stool for easier passage. Overall, the mechanism avoids reliance on oral transit time, targeting distal bowel segments directly for immediate effects, though efficacy diminishes if proximal impactions exist beyond the reach of the fluid (generally limited to the sigmoid and ).

Types and Administration Methods

Enemas are classified primarily by their purpose and composition, including cleansing, retention, medicated, and types. Cleansing enemas, the most common variety, introduce fluid to stimulate evacuation of from the and lower colon, typically using solutions such as normal saline, , or soap suds; large-volume versions employ 500 to 1,000 milliliters to flush higher into the colon, while small-volume options use 100 to 250 milliliters for targeted relief, such as the commonly used pear-style enema bulb size N9 (also referred to as size 9) with a capacity of approximately 240 ml, often employed for colon cleansing or constipation relief. Sodium phosphate-based cleansing enemas, like those in disposable applicators, act rapidly by drawing water into the bowel via , often producing effects within 1 to 5 minutes. For example, the Fleet Saline Enema, a common disposable sodium phosphate enema, contains monobasic sodium phosphate monohydrate 19 g and dibasic sodium phosphate heptahydrate 7 g per 118 mL delivered dose (the unit delivers 118 mL, with the bottle containing approximately 133 mL total solution). The recommended adult dose is one bottle (118 mL) rectally once per 24 hours, producing a bowel movement in 1-5 minutes. A higher-volume variant, Fleet Enema EXTRA, delivers 197 mL with the same active ingredient amounts. For disposable sodium phosphate enemas (e.g., Fleet Enema or Phosfoenema), the recommended positions for administration are lying on the left side with knees bent or the knee-chest position to ensure better access and retention; insertion should not be performed while standing or sitting on the toilet. After inserting the tip and squeezing the bottle to administer the solution, hold briefly for retention, then sit on the toilet to expel the contents. Retention enemas are designed to be held in the for extended periods, avoiding immediate expulsion; examples include enemas (100 to 150 milliliters), which lubricate and soften hardened stool over 30 minutes to several hours, and glycerin enemas (often administered as suppositories), which act as osmotic laxatives by drawing water into the rectum to soften stool and stimulate peristalsis, typically producing a bowel movement within 15-60 minutes. Medicated enemas deliver therapeutic agents directly to the colonic mucosa, such as corticosteroids or mesalamine for inflammatory bowel conditions, with volumes tailored to the drug (often 60 to 120 milliliters) and retention times of 30 minutes or more to allow absorption. enemas, like those combining and , aim to relieve gas and distension by breaking up fecal masses, using small volumes (180 to 240 milliliters) infused and retained briefly to induce . Administration typically involves the patient assuming a left lateral ([Sims'] position](/page/Sims'_position) with knees drawn toward the chest to straighten the , though alternatives include the knee-chest or dorsal recumbent postures for . The rectal tip—whether from a bulb , disposable applicator, or gravity bag with tubing—is lubricated with or water-soluble gel, then inserted 2 to 4 inches (5 to 10 centimeters) into the in adults (1 to 1.5 inches in children), directing it toward the umbilicus to avoid mucosal trauma; clamping the tube prevents premature flow. For gravity-fed systems, the bag is elevated 12 to 18 inches (30 to 45 centimeters) above the to regulate inflow at approximately 100 milliliters per minute, with the patient instructed to breathe deeply and relax the anal sphincter; post-infusion, retention for 5 to 10 minutes is advised for cleansing types before evacuating into a or . Prepackaged enemas simplify the process by squeezing the bottle directly after tip insertion, but all methods require hand hygiene, glove use, and monitoring for discomfort or leakage to minimize risks.

Evidence-Based Medical Applications

Constipation and Bowel Preparation

Enemas provide rapid relief for acute constipation and fecal impaction by introducing fluid into the rectum, which softens stool and stimulates peristalsis through distension and osmotic effects. Common types include saline (sodium phosphate) enemas such as Fleet Saline Enema, which contains monobasic sodium phosphate monohydrate 19 g and dibasic sodium phosphate heptahydrate 7 g per 118 mL delivered dose (with an extra volume variant delivering 197 mL but containing the same active ingredient amounts), drawing water into the colon osmotically for evacuation within 1-5 minutes and considered fast-acting for occasional constipation with a recommended adult dose of one bottle once per 24 hours, glycerin enemas, which act as hyperosmotic laxatives by drawing water into the rectum to soften stool and stimulate peristalsis, typically producing bowel movement within 15-60 minutes, soap suds enemas generate foam to irritate the rectal mucosa mildly, promoting expulsion, while mineral oil enemas lubricate hardened stool for easier passage. Milk and molasses enemas have demonstrated an 88% success rate in alleviating constipation in emergency department patients, with volumes of 5-6 mL per pound of body weight. Microenemas, such as those containing sodium citrate and lauryl sulfoacetate, offer benefits over oral laxatives or suppositories for occasional relief, based on real-world user data. In pediatric cases, enemas match polyethylene glycol (PEG) solutions in disimpacting fecal impaction but may increase transient incontinence. For older adults unable to tolerate oral agents, enemas effectively address impaction, though phosphate variants require caution due to electrolyte risks. No significant differences in stool output efficacy exist among , soap suds, and other formulations in children treated for . However, repeated use can disrupt colonic muscle tone, potentially worsening chronic over time. For bowel preparation prior to procedures like , enemas serve as adjuncts rather than primary agents, as they inadequately cleanse the proximal colon compared to oral purgatives. European Society of Gastrointestinal Endoscopy guidelines recommend against routine enema use, favoring split-dose low-volume oral regimens for superior cleansing. In constipated patients, pre-purgative enemas improve right colon cleansing adequacy. Large-volume enemas may be attempted on procedure day for residual effluent, but full-dose oral preparations remain standard for reliable, rapid colonic emptying without histologic residue. Enemas suffice for flexible but fail to visualize the entire colon effectively when used alone.

Diagnostic and Therapeutic Procedures

Diagnostic procedures utilizing enemas primarily involve contrast-enhanced imaging to evaluate the structure and function of the lower . The barium enema, a radiographic examination, introduces into the to coat the colonic mucosa, enabling visualization of abnormalities such as polyps, strictures, diverticula, , or . Performed under , the procedure allows real-time observation during contrast instillation and evacuation, with patients typically positioned in various orientations to ensure complete colonic filling. Preparation includes bowel cleansing via oral laxatives or additional enemas to minimize fecal residue, though usage has declined since the advent of optical , which permits . Air-contrast or water-soluble contrast enemas serve diagnostic roles in specific pediatric conditions, notably intussusception, where telescoping of bowel segments causes obstruction. or contrast enema confirms the by revealing the "target" or "coiled spring" sign, with hydrostatic from the enema fluid aiding in both identification and potential reduction of the intussusceptum. In adults, diagnostic enemas may precede anorectal manometry to assess function in disorders like or dyssynergia, though evidence for routine enema use in such preparations remains limited to procedural standardization rather than diagnostic enhancement. Therapeutically, enemas facilitate non-surgical reduction of intussusception, particularly in children under 3 years, with air or liquid contrast enemas achieving success rates of 70-90% under fluoroscopic guidance, thereby averting in most cases. The mechanism relies on pneumatic or hydrostatic pressure to disinvaginate the bowel, with post-reduction observation to confirm stability. In acute colonic pseudo-obstruction (Ogilvie's syndrome), water-soluble contrast enemas, such as , promote decompression by osmotic effects that draw fluid into the lumen, resolving dilation in select patients unresponsive to conservative measures or neostigmine, though randomized data on are sparse. For partial large-bowel obstructions, particularly distal ones, water-soluble contrast enemas demonstrate therapeutic potential by facilitating resolution in up to 50% of cases through hyperosmolar fluid shifts that soften impactions or reduce , as evidenced by studies showing exceeding 95% for predicting non-operative success. However, enemas are contraindicated in complete mechanical obstructions or suspected due to risks of or rupture, with guidelines emphasizing judicious use only after confirms suitability. Empirical outcomes underscore that while effective in targeted scenarios, broader therapeutic claims lack robust randomized controlled trials, prioritizing endoscopic or surgical interventions for definitive .

Medication and Nutrient Delivery

Rectal administration of medications via enema allows for both local and systemic , bypassing hepatic first-pass and enabling rapid absorption through the rectal mucosa's vascular drainage into the . This route is particularly useful for patients unable to tolerate oral intake, such as those with , , or gastrointestinal obstruction, and for targeting colonic diseases directly. Enemas facilitate delivery of anti-inflammatory agents for (IBD), where drugs like mesalamine or are retained in the to achieve high local concentrations with reduced systemic side effects compared to oral formulations. For systemic effects, enemas have been employed in acute settings, including anticonvulsants like in gel or solution form for , achieving up to 100% in some formulations due to the rectum's lipid-rich favoring lipophilic drugs. Analgesics such as (acetaminophen) administered rectally via enema demonstrate comparable to intramuscular routes in pediatric patients, with peak plasma levels occurring within 1-2 hours, though absorption variability arises from rectal pH, volume retention, and fecal content. microenemas, delivered via catheters like the , provide therapeutic serum levels for control in or settings, with studies showing faster onset than suppositories due to solution form allowing quicker mucosal contact. Nutrient enemas, known as proctoclysis, historically served as a means of hydration and partial from the 1870s to the early , particularly for patients with bowel obstructions or post-surgical recovery, using infusions of , eggs, beef broth, or saline solutions administered at rates of 100-200 mL per hour. These were advocated by physicians like John B. Murphy, who reported sustaining patients for weeks via rectal routes, but empirical data indicated limited caloric absorption—typically under 500 kcal daily—due to the colon's primary role in water reabsorption rather than nutrient uptake, rendering it inefficient compared to modern enteral or parenteral feeding. Contemporary use is confined to for hydration in dehydrated patients refusing intravenous access, with evidence supporting fluid absorption rates of 200-500 mL per session but negligible protein or carbohydrate assimilation beyond electrolytes. Despite these applications, rectal delivery's is constrained by factors like incomplete retention (enemas often expel within minutes), instability in colonic fluids, and interpatient variability in mucosal permeability, limiting its beyond niche scenarios; systematic reviews emphasize suppositories over enemas for most non-colonic indications due to better tolerability and predictability.

Risks, Adverse Effects, and Safety Considerations

Common and Minor Risks

Abdominal cramping and discomfort are among the most frequently reported minor side effects of enema administration, arising from the mechanical distension of the and colon by the infused fluid. These sensations typically occur during or shortly after fluid introduction and resolve once evacuation begins, though they may be more pronounced in first-time users or with larger volumes. Rectal irritation or mild mucosal can result from the enema solution's osmotic effects or direct contact, particularly with hypertonic solutions like phosphate-based enemas, leading to transient burning or stinging at the insertion site. In individuals with pre-existing conditions such as or anal fissures, minor rectal or heightened discomfort may occur due to mechanical trauma from the or expulsion process. Glycerin enemas, commonly used for constipation relief, frequently cause side effects including abdominal cramps, gas, rectal irritation, burning sensation, and diarrhea. Glycerin enemas are not indicated for treating diarrhea and may worsen symptoms if misused. Bloating or a sensation of fullness in the lower is common immediately post-administration, stemming from retained fluid stimulating colonic before evacuation. may occasionally accompany these effects, especially if the procedure induces reflexive vagal responses, but it generally subsides rapidly. Proper of the and slow rates can mitigate many of these minor risks, as supported by procedural guidelines emphasizing gradual administration to minimize distension-related discomfort. Extreme temperatures in enema fluids, particularly cold or ice-cold solutions, can cause pain, discomfort, and abdominal cramping due to irritation of rectal tissues. Medical guidelines recommend using fluids at room temperature to prevent these minor adverse effects.

Severe Complications and Evidence of Harm

Colorectal perforation represents a critical risk associated with enema administration, particularly in vulnerable populations such as the elderly or those with compromised bowel integrity, with reported incidences ranging from 0.02% to 0.23% for cleansing enemas. This mechanical injury can result from high pressure, improper technique, or underlying pathology, leading to fecal , , and mortality rates exceeding 20% in affected cases due to delayed diagnosis. Documented instances include perforations from enemas, fleet enemas, and self-administered high-volume water enemas, particularly those involving improvised devices such as garden hoses or water hoses connected directly to a tap water supply. These can generate uncontrolled high hydrostatic pressure, leading to rectal or colonic perforation. This may result in severe abdominal pain, fecal peritonitis, sepsis, and potentially fatal outcomes. Additional risks include infection due to non-sterile equipment and contamination with bacteria or chemicals from the hose. Case reports frequently document such complications in elderly patients with chronic constipation, often requiring emergent surgical interventions such as Hartmann’s procedure. In patients with abdominal hernias, including inguinal and parastomal types, enemas pose a risk of exacerbating the hernia due to increased intra-abdominal pressure. This can potentially lead to bowel strangulation, ischemia, or perforation, especially if the hernia contains bowel loops. Such perforations are rare overall but documented in cases involving hernias. Phosphate-based enemas, such as preparations, carry substantial risks of severe electrolyte derangements, including , , and , which can precipitate , cardiac arrhythmias, and , particularly in patients with renal impairment, , or infancy. Even standard doses have been linked to fatalities, with case reports documenting at least 12 deaths and numerous instances requiring intensive care for and . These effects arise from rapid phosphate absorption across the colonic mucosa, disrupting calcium-phosphate homeostasis and exacerbating underlying comorbidities. Tap water enemas pose a hazard of via colonic absorption of hypotonic fluid, inducing that manifests as seizures, persistent hiccups, choreoathetosis, or , with pediatric cases highlighting heightened vulnerability due to immature renal regulation. Repeated administrations amplify this risk, as evidenced by reports of severe neurological symptoms requiring hypertonic saline correction. Sepsis emerges as a downstream consequence of perforation or contamination, with enema-related fecal spillage fostering bacterial translocation and , contributing to mortality in up to 4% of complicated treatments. Non-sterile homemade preparations further elevate odds, underscoring the need for clinical oversight to mitigate systemic inflammatory responses. Rare additional harms include rectal and from chemical irritation or glycerin formulations, amplifying overall procedural lethality in predisposed individuals. Extreme temperatures in enema fluids present further severe risks. Very cold or ice-cold enemas can cause significant pain, discomfort, and abdominal cramping due to irritation of rectal tissues. Medical guidelines recommend using enema fluids at room temperature or body temperature to avoid these effects. In rare cases, particularly with large volumes of very cold fluid retained, hypothermia—a potentially life-threatening drop in core body temperature—may occur.

Contraindications and Proper Usage Guidelines

Enemas are contraindicated in individuals with suspected or confirmed or , as administration may exacerbate the condition or lead to rupture. Similarly, they should be avoided in cases of acute of undetermined , recent , or severe /, where increased intra-abdominal pressure or procedural trauma could precipitate complications such as or . Abdominal hernias (including inguinal and parastomal) are often listed as contraindications for enemas or colonic irrigation due to the risk that increased intra-abdominal pressure may exacerbate the hernia, potentially leading to bowel strangulation, ischemia, or perforation, especially if bowel loops are present. Patients with immunocompromise (e.g., those undergoing ) or face heightened risks of mucosal damage or systemic , rendering enemas inadvisable without specialist oversight. Pre-existing , heart conditions, or constipation accompanied by nausea, vomiting, or cramps also warrant avoidance, particularly with hyperosmotic solutions like sodium phosphate, due to potential imbalances or . Proper usage requires strict adherence to volume limits, frequency restrictions, and procedural techniques to minimize risks such as rectal irritation, , or disturbances. Enemas should be administered exclusively using sterile, purpose-designed enema kits; improvised methods such as garden hoses or direct tap water connections are highly dangerous and strongly discouraged by medical professionals due to the risks of perforation from uncontrolled high pressure, contamination, and infection. For enemas, the U.S. specifies no more than one dose within 24 hours for adults, as exceeding this can cause acute nephropathy or renal , with documented cases reported as of 2014. Solutions should be administered at room temperature or body temperature (lukewarm), avoiding fluids that are too hot or too cold, to prevent pain, irritation, thermal injury, or hypothermia, with the enema bag positioned 12-18 inches above the for controlled flow at approximately 100 ml/min. In rare cases involving large volumes of very cold fluids that are retained, hypothermia may occur. Although cold enemas have occasionally been used under medical supervision for therapeutic cooling in cases of severe hyperthermia or high fever, self-administration carries significant risks and should be avoided without professional guidance.
  • Preparation: Wash hands thoroughly; lubricate the nozzle tip generously; position the patient on the left side with knees drawn up or in the knee-chest position (kneeling with head and chest lowered and buttocks raised). For disposable sodium phosphate enemas (e.g., Fleet Enema or Phosfoenema), the patient must be lying down during administration rather than standing or sitting on the toilet, as this position provides better access and promotes effective retention.
  • Insertion: Advance the tube no more than 4 inches into the rectum, never forcing it to avoid tissue damage.
  • Administration: Clamp the tube initially to expel air, then allow slow infusion while instructing the patient to relax and breathe deeply; retain for 5-15 minutes if possible, but evacuate promptly if cramping occurs. For disposable sodium phosphate enemas, gently insert the tip, squeeze the bottle to administer the contents, remove the tip, remain in the lying position briefly (typically a few minutes or as tolerated to allow distribution), then sit on the toilet to expel the contents.
  • Post-use: Monitor for bleeding, persistent pain, or absence of bowel movement within 30 minutes, seeking immediate medical attention if present.
Frequent or unsupervised use beyond acute constipation relief is discouraged, as chronic application can lead to dependency, anorectal disorders, or . Consultation with a healthcare provider is essential prior to self-administration, especially in vulnerable populations.

Unproven and Alternative Applications

Claims in Complementary Medicine

Proponents of complementary and assert that enemas facilitate by flushing toxins, waste, and parasites from the colon, thereby preventing toxin reabsorption and promoting overall restoration. These claims extend to purported improvements in , absorption, and immune function, with some advocates suggesting regular enemas alleviate chronic and enhance vitality. Coffee enemas, a staple in certain protocols, are claimed to stimulate bile flow and glutathione S-transferase activity in the liver by up to 700%, supposedly neutralizing free radicals, , and carcinogens more effectively than oral consumption. Originating in the Gerson therapy developed by in the 1930s, these enemas are said to dilate hepatic bile ducts, relieving the liver's toxin-processing load and supporting through enhanced alongside a restrictive organic diet. In Gerson therapy specifically, up to five daily or enemas are recommended to counteract buildup from environmental pollutants and processed foods, with assertions that this regimen restores cellular and boosts immunity against degenerative diseases. Herbal enemas, including those with coffee substitutes or traditional African formulations, are similarly promoted for treating diverse ailments such as infections, , and by delivering localized medicinal effects via rectal absorption. Contemporary social media influencers echo these ideas, claiming coffee enemas provide rapid energy boosts, mental clarity, and relief from conditions like migraines and autoimmune disorders through purported stimulation and reduced inflammation. Such applications position enemas as a foundational practice in holistic wellness regimens, often integrated with dietary cleanses for purported long-term prevention of chronic illnesses.

Empirical Critiques and Lack of Supporting Data

Claims that enemas facilitate systemic by removing accumulated toxins from the colon lack empirical support, as the primarily eliminates toxins via the liver, kidneys, and lungs rather than fecal storage. Proponents of procedures, including herbal or enemas, assert benefits such as improved energy, immune function, and prevention of chronic diseases, but systematic reviews identify no high-quality randomized controlled trials demonstrating these effects beyond transient bowel evacuation akin to standard laxatives. Instead, available data highlight potential harms without corresponding health gains, with gastroenterological consensus rejecting routine use for purported detox purposes due to insufficient mechanistic or clinical evidence. Coffee enemas, popularized in alternative protocols like Gerson therapy for cancer and other chronic conditions, exemplify this evidentiary gap; a 2020 systematic review of case reports found no clinical effectiveness data supporting claims of enhanced detoxification, glutathione production, or disease remission, while documenting adverse events including proctocolitis and rectal burns in multiple instances. All reviewed cases warned against self-administration owing to absent scientific validation and risks of or , with no randomized trials available to substantiate purported benefits over oral consumption or . Medical authorities, including those citing this review, emphasize that such practices rely on anecdotal testimonials rather than controlled studies, potentially delaying evidence-based treatments. Broader alternative applications, such as enemas for autism spectrum disorders or vague "autointoxication" theories underlying chronic disease reversal, similarly encounter critiques for lacking rigorous empirical backing. Fringe reports, like small case series on fecal enemas for autism, provide no causal linking enema use to neurodevelopmental improvements, with outcomes attributable to relief in comorbid cases rather than core symptom alleviation. Established medical bodies, including the Autism Foundation, classify such interventions as unsupported by clinical trials, underscoring reliance on unverified mechanisms over falsifiable data. Overall, the paucity of prospective, blinded studies—coupled with physiological implausibility of rectal absorption addressing systemic pathologies—renders these claims unsubstantiated, prompting cautions against adoption in lieu of validated therapies.

Recreational, Cultural, and Historical Uses

Non-Therapeutic Practices

, a characterized by and gratification derived from enemas, involves the administration of fluids rectally for erotic purposes rather than medical treatment. The term was coined by Joanne Denko in the to describe patients who used enemas as a primary sexual stimulant, often integrating them into otherwise conventional sexual activities or as a standalone practice. Practitioners may experience heightened sensation from rectal distension, fluid retention, or expulsion, with some reports indicating physiological responses akin to triggered by the procedure. Within contexts, enemas serve non-therapeutic roles such as , sensory play, or simulated punishment, where the vulnerability of retention and release amplifies power dynamics between participants. Devices like specialized nozzles or large-volume bags are employed to intensify discomfort or pleasure, distinct from preparatory cleansing for . Such practices occur among consenting adults but carry unquantified risks of dependency or tissue when fluids beyond plain water or saline are used, though empirical data on prevalence remains limited to case studies. Alcohol enemas, colloquially termed "butt-chugging" or "boofing," represent a recreational method of intoxication by rectally administering alcoholic beverages to achieve rapid absorption into the bloodstream, circumventing hepatic first-pass . This bypass results in blood alcohol concentrations rising more swiftly than oral —potentially 2-3 times higher for equivalent volumes—leading to acute impairment within minutes, as documented in cases involving young adults at social gatherings. Incidents peaked in media reports around 2012, including college events where participants suffered alcohol , rectal mucosal burns, or from ethanol's irritant effects. analyses confirm that the rectal lining's accelerates uptake but heightens , with no safe dosage established due to variability in individual absorption and retention. Similar rectal administration occurs with other substances for non-therapeutic highs, such as or illicit drugs, though alcohol remains the most reported; these methods persist in fringe subcultures seeking intensified effects but lack endorsement from health authorities owing to overdose potential and gastrointestinal damage. Cultural precedents, like ancient Maya rituals depicted on involving enemas of hallucinogenic mixtures for ceremonial intoxication around 250-900 CE, illustrate historical analogs but do not mitigate modern of harm in unsupervised use. Overall, these practices prioritize sensory or pharmacological gratification over evidence-based safety, with case reports underscoring disproportionate risks relative to oral alternatives.

Historical Evolution from Ancient to Modern Eras

Enemas, known historically as clysters, originated in ancient Egypt around 1600–1550 BCE, where they were administered ritually three days per month to expel feces believed to cause disease through putrefaction. Egyptian physicians also used nutrient enemas, such as pearl barley suspended in milk, for therapeutic delivery. The practice spread to ancient Greece, with Hippocrates employing enemas around 400 BCE for bowel cleansing and relief of constipation, and to Rome by the 2nd century CE, where physician Galen advocated their use to eliminate putrefied humors and prevent illness. Early devices included hollow reeds, animal bladders, or horns attached to tubes for fluid delivery. In medieval , enemas continued as common remedies for purging, often using greased tubes connected to pig bladders, alongside laxatives and . By the , piston syringe clysters emerged, simplifying administration and marking an advancement in device design. The , dubbed the "Golden Age of the Clyster" in particularly , saw widespread aristocratic use, with King Louis XIV reportedly receiving over 2,000 enemas during his lifetime for various ailments, sometimes multiple times daily. Self-administration devices proliferated, reflecting beliefs in enemas' curative powers for conditions from fevers to skin issues. The 18th and 19th centuries maintained enema prevalence, with innovations like valve pumps and plunge reservoirs, and the 1840 introduction of the bulb syringe for easier home use. Nutritive enemas gained traction from the 1870s, employing broths, eggs, , and later peptonized fluids to nourish patients with bowel obstructions, gastric issues, or post-surgical needs, as seen in treatments for U.S. Presidents in 1881 and McKinley in 1901. The autointoxication theory, positing toxin absorption from retained waste, spurred colon-cleansing patents in the late . By the early , scientific scrutiny revealed limited absorption efficacy for nutritive enemas, leading to their decline after 1915, supplanted by intravenous methods in the 1920s and in the 1960s. Proctoclysis for hydration persisted into the mid-20th century, while colonic machines emerged around 1900 for thorough cleansing. Modern medical applications evolved to targeted uses, including barium contrast enemas for radiographic imaging introduced in the early and standardized protocols for preoperative bowel preparation and relief, administered professionally with disposable devices.

Recent Developments and Ongoing Research

In 2025, advanced enema applications for gastrointestinal obstructions, with a study evaluating deeply inserted enema tubes in patients with acute malignant left-hemicolon obstruction, finding the technique feasible and safe for decompression prior to intervention, though limited by small sample size and need for larger trials to confirm outcomes. Similarly, remedial colon enemas emerged as an effective salvage strategy for bowel cleansing in endoscopy preparation failures, achieving successful cleansing in 92% of cases with minimal adverse events such as mild cramping in under 5% of patients. Fecal microbiota transplantation (FMT) via enema remains a focal point of ongoing research, established as highly effective for recurrent Clostridioides difficile infection with cure rates exceeding 90% in multiple donor-matched protocols, driven by restoration of microbial diversity rather than unproven detoxification claims. A 2025 double-blind randomized trial compared rectal enema FMT to encapsulated delivery for irritable bowel syndrome, reporting modest symptom relief in enema groups but highlighting variability due to donor selection and colonization persistence, underscoring the need for standardized microbiota profiling to enhance reproducibility. Investigations into enema delivery optimization, including colonic distribution patterns, continue to refine techniques for broader microbiome modulation, with 2023 data showing retrograde enemas achieving uneven proximal spread, prompting hybrid antegrade-retrograde approaches in current protocols. Conversely, renewed scrutiny in 2025 reaffirmed the lack of empirical support for alternative enema uses like coffee infusions, with medical analyses citing risks of and without peer-reviewed of benefits beyond , attributing resurgence to unsubstantiated online advocacy rather than causal mechanisms. Emerging device integrations, such as IoT-enabled enema systems for real-time monitoring in chronic constipation management, project market expansion by 2033, but efficacy trials lag behind commercial trends, emphasizing the primacy of over convenience in adoption.

References

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