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Research

Understanding Parasites and Parasitic Worms in High-Exposure Populations

Parasites are ancient and persistent companions of humankind, so small that most people don’t realize how easily they spread, yet so adaptable that no population is entirely free from them. While modern medicine often focuses on bacteria and viruses, parasites and parasitic worms (helminths) continue to be overlooked contributors to chronic illness and recurring infections.

Among those most at risk are individuals in high-exposure professions, such as sex workers and healthcare workers, who regularly encounter diverse body fluids and environments where microscopic eggs or cysts can thrive. Unfortunately, these infections are often undetected, misdiagnosed, or dismissed altogether, leaving sufferers trapped in cycles of recurring symptoms.

Key Parasites Affecting Sex Workers

Below are the primary parasites identified in medical and parasitological literature as being of concern in sexual-contact or high-exposure contexts.

  1. Entamoeba histolytica (Amebiasis)
    • Type: Protozoan
    • Transmission: Fecal-oral route, especially through oral-anal sex (rimming) or contaminated hands and surfaces
    • Symptoms: Diarrhea, abdominal pain, bloody stools, and in severe cases, liver abscesses
    • Notes: Many carriers are asymptomatic but still shed infectious cysts that can easily pass to others

This microscopic parasite forms cysts that survive outside the body, allowing for easy transmission. Once ingested, it can invade the intestinal wall and even travel to the liver. In a sexual context, exposure through rimming or contaminated genital contact makes this a concern for both partners.

  1. Giardia lamblia (Giardiasis)
    • Type: Flagellated protozoan
    • Transmission: Oral-anal contact, contaminated water, or objects
    • Symptoms: Greasy, foul-smelling stools, bloating, fatigue, and poor nutrient absorption
    • Notes: Extremely infectious—even a handful of cysts can trigger full-blown infection

Giardia is often associated with contaminated water, but it is also spread via person-to-person contact. It attaches to the intestinal wall and interferes with absorption, leading to persistent digestive issues that are often mistaken for irritable bowel syndrome or food intolerance.

  1. Cryptosporidium spp.
    • Type: Protozoan
    • Transmission: Fecal-oral, especially via oral-anal sex; resistant to chlorine
    • Symptoms: Watery diarrhea, nausea, weight loss, and dehydration
    • Notes: Particularly dangerous for immunocompromised individuals (e.g., HIV-positive)

Cryptosporidium is a resilient protozoan that can survive disinfectants and chlorinated water. It is one of the leading causes of waterborne outbreaks in developed nations and has been documented spreading within sexual networks.

  1. Strongyloides stercoralis
    • Type: Nematode (roundworm)
    • Transmission: Skin penetration or internal autoinfection
    • Symptoms: Rash, abdominal pain, diarrhea, or systemic infection in immunocompromised people
    • Notes: Can persist in the body for decades; serious complications arise when the immune system is weakened

Unlike most worms, Strongyloides can reproduce inside the human body and re-infect the same host repeatedly without external exposure. Its larvae can burrow through the skin, often through bare feet or mucosal tissue, making it a hidden and long-term inhabitant once acquired.

  1. Schistosoma haematobium (Blood Fluke)
    • Type: Trematode (fluke)
    • Transmission: Contact with contaminated freshwater in endemic regions
    • Symptoms: Blood in urine, pelvic pain, bladder damage, and increased HIV susceptibility
    • Notes: Female Genital Schistosomiasis (FGS) can mimic sexually transmitted infections (STIs)

This blood fluke enters through skin exposed to infected water and settles in blood vessels near the bladder or genital tract. In women, it can cause genital lesions that resemble other STIs, often leading to misdiagnosis. It’s been linked to higher HIV transmission rates in endemic areas.

  1. Trichomonas vaginalis
    • Type: Protozoan
    • Transmission: Vaginal, oral, or anal sex
    • Symptoms: Vaginal or urethral discharge, itching, or burning
    • Notes: Often coexists with other STIs and increases risk of HIV transmission

This is one of the few parasites universally recognized as a sexually transmitted infection. Trichomonas irritates the mucosal lining, creating small tears that make the exchange of bloodborne pathogens more likely. While treatable, it often recurs if both partners are not treated simultaneously.

Amplifying Effects of Helminths

Helminths (parasitic worms) do not merely take nutrients—they alter immune function. When these worms invade tissue, the immune system releases specialized white blood cells known as eosinophils. These cells attack parasites by releasing enzymes meant to destroy them, but they can also harm surrounding tissue.

Over time, this process can cause necrosis, scarring, and chronic inflammation in genital and intestinal tissues. This damage increases vulnerability to other infections, particularly viral STIs such as genital herpes or HIV, which exploit broken or inflamed tissue to establish infection.

Why This Matters for Sex Worker Health

  1. Higher Exposure Risk

Sex workers face elevated exposure through high-frequency intimate contact and practices involving multiple body fluids, including oral-anal or unprotected anal sex. These practices make it easier for enteric (intestinal) parasites to find new hosts.

  1. Underdiagnosis and Misdiagnosis

Doctors in industrialized countries often dismiss the possibility of parasitic infections, assuming they occur only in developing nations. Many patients who present with recurring gastrointestinal distress, fatigue, or genital irritation are instead treated symptomatically—with antibiotics or antifungals that offer temporary relief but do not eliminate the root cause.

  1. Immune System Compromise

For individuals living with HIV or other immune-compromising conditions, parasitic infections can escalate from mild to life-threatening. Protozoans like Cryptosporidium and worms like Strongyloides can cause systemic infections that require immediate medical intervention.

  1. Lack of Public Health Awareness

Because these conditions are not routinely screened for in sexual health clinics, they often go unnoticed. Many infections remain chronic, silently weakening the host and perpetuating transmission cycles within communities.

A Broader Perspective

Less than one percent of all parasite species have been formally identified. Each known species may have hundreds of undocumented genetic variations, meaning that the true diversity, and threat, of parasites remains vastly underestimated.

In natural medicine and holistic health circles, practitioners like Wayne Rowland have long suggested that addressing parasitic load can profoundly improve health and vitality. His experience treating high-exposure clients, including sex workers and healthcare providers, underscores that modern society’s sanitized image does not guarantee protection from the microscopic world that surrounds us.

Raising awareness about parasitic threats is not about fear, it’s about empowerment. By understanding how these organisms spread and survive, individuals can take practical steps toward prevention, testing, and treatment.

Key steps include:

  • Practicing rigorous hygiene before and after intimacy
  • Washing hands and body thoroughly after contact with potentially contaminated fluids
  • Considering periodic natural or prescribed parasite cleansing protocols under expert supervision
  • Seeking second opinions if persistent digestive or genital symptoms remain unexplained

Parasites are part of the human story, but they need not define our health. When we move beyond denial and address them with knowledge, compassion, and scientific curiosity, we begin to reclaim control over the unseen world within, and around, us.

References

  1. Centers for Disease Control and Prevention (CDC). “Parasites – Sexually Transmitted Infections.” CDC.gov, 2023.
  2. World Health Organization (WHO). “Intestinal Parasites and Sexual Transmission.” WHO Parasitology Department Reports, 2022.
  3. Stark, D., et al. “Sexually transmitted intestinal parasites: A review of transmission, diagnosis, and management.” Clinical Microbiology Reviews, 2016.
  4. Centers for Disease Control and Prevention. “Schistosomiasis – Female Genital Schistosomiasis.” CDC.gov, 2023.
  5. Okeke, T. C., et al. “Female genital schistosomiasis and HIV infection: A review.” Nigerian Journal of Clinical Practice, 2014.
  6. Smith, H. V., and Nichols, R. A. “Cryptosporidium: Transmission, pathogenesis, and diagnosis.” Clinical Microbiology Reviews, 2010.
  7. Olsen, A., et al. “Helminths and immune modulation: Consequences and opportunities.” Trends in Parasitology, 2012.
  8. Rowland, Wayne. The Disease Symptom Elimination Program and Silver Water Protocols, private field research, 2010–2014.
  9. Rowland, W. and Masters, D. M. “Parasitic exposure and chronic illness among high-risk populations.” St. Paul’s Free University Archives, 2012.
  10. World Health Organization. “Strongyloides stercoralis: Global distribution and risk factors.” WHO Neglected Tropical Diseases Database, 2021.

 

Categories
Research

Review of On the Use of Oil of Turpentine in Worms By William Gibney, M. D.

William Gibney discusses turpentine oil’s historical use and efficacy in treating various diseases, mainly focusing on its effectiveness against intestinal worms. While some practitioners have found success with turpentine in worm infestations, others have dismissed it as ineffective or too harsh. The author attributes this divide to differing experiences and an overzealous promotion of turpentine’s benefits in unrelated conditions, like puerperal fever. Despite initial skepticism, the author advocates for a broader trial of turpentine as a remedy for worms, citing its rapid action and minimal dosages required. They note its potential applicability across different worm species and hope their insights will encourage its wider adoption, especially in cases where worms are wrongly suspected or misunderstood, such as in pediatric care often overseen by rural practitioners.

Gibney emphasizes the importance of using turpentine oil more frequently and in larger doses, suggesting that many practitioners still need to explore its potential due to insufficient dosing fully. They argue that proper dosage is crucial for its efficacy and that many failures may stem from inadequate administration. The oil may have unintended effects on organs like the kidneys or skin in small doses rather than targeting the intended disease area.

William recommends progressively larger doses for different age groups, asserting that even children as young as three can tolerate significant amounts. They caution against combining turpentine with other remedies that may interfere with its action or exacerbate symptoms. They advise administering it on an empty stomach and at short intervals to maximize its effectiveness. Patients must also adhere to dietary restrictions to prevent adverse reactions such as vomiting or gastrointestinal discomfort.

Despite potential resistance from overprotective caregivers, strict adherence to fasting before and after turpentine ingestion is necessary for optimal results. The author outlines a specific dosing regimen, starting with a substantial morning dose followed by hourly doses for several hours. This regimen aims to maintain a sustained effect on the intestines, potentially obviating the need for further treatment.

The doctor suggests mixing turpentine with mucilage, cinnamon water, and syrup to improve palatability and occasionally adding aromatic oils.

They discourage prescribing pure turpentine, especially for children, due to its harsh taste and potential for inducing vomiting. For individuals with delicate stomachs, evening and morning doses may be preferable, although more significant amounts may be needed to compensate for the reduced frequency.

William Gibney discusses alternative methods of administering turpentine oil for treating worms, including external application via abdominal friction and rectal enemas. They acknowledge limited personal experience with external applications but suggest combining it with internal use for best results. On the other hand, the author has tried rectal enemas with some success.

The time it takes for turpentine to show effects as they vary depending on factors such as dosage, patient constitution, and the size of the worms. Some patients may respond to a single dose with immediate improvement in stool appearance, while others may require a longer treatment course. Regardless, the author advises continuing the medication after visible signs of worms disappear, monitoring stool appearance as an indicator of treatment efficacy.

If no worms are observed after several rounds of turpentine treatment, the author advises against further administration unless there are compelling reasons to suspect under-dosing initially. Familiarity with the medication and its effects guides the decision to continue or discontinue treatment.

Gibney emphasizes the efficacy of turpentine compared to other anthelmintics, noting its almost guaranteed success in destroying worms without additional medications. They express reservations about combining turpentine with other worm remedies, suggesting that it may not enhance its effectiveness and could prolong treatment unnecessarily. While acknowledging the benefits of alternative worm treatments like dolichos pruriens, they assert that turpentine generally outperforms them in speed and effectiveness.

William highlights another advantage of turpentine over other anthelmintics: its rapid and specific action allows for a more precise diagnosis of the underlying disease, which can be highly challenging in those cases involving worms. They provide examples, including Case VI, where turpentine effectively eliminated worms despite the patient ultimately succumbing to consumption (tuberculosis). This case demonstrates the efficacy of turpentine in eradicating worms even in the absence of a positive outcome for the primary disease, as confirmed by post-mortem examination showing no remaining worms in the intestines.

Cases Cited

Case I: Mrs. Brown, a 35-year-old woman, presented with symptoms including stomach pain, nausea, vomiting worsened by activity, flatulence, colic pains, right-sided discomfort unaffected by pressure, alternating constipation and diarrhea, dark and slimy stools, occasional green stools, thirst, foul tongue with a leaden color at the root, increased urine, frequent dizziness, partial sweat, and sleep disturbances. She was prescribed a nightly pill containing mercury and aloes and a morning purgative mixture of magnesium sulfate and serince infusion.

By May 1st, her condition had improved slightly, with more regular bowel movements but still slimy and offensive stools, along with itching around the anus. She was then instructed to take turpentine oil in the morning with intervals of hourly doses.

By May 3rd, she had passed a large number of inch-long ascarides (roundworms) with an improved appetite, a cleaner tongue, and a pulse rate of 84. Turpentine oil was repeated.
After several repetitions of turpentine oil, a few more worms were expelled, and by May 11th, Mrs. Brown reported herself as fully recovered.

Case II: Mrs. B.’s child, aged two years, presented with severe abdominal pain focused around the navel, exacerbated by pressure, along with nose-picking, teeth grinding, stinky breath, sleep disturbances, jerky limb movements, flushed cheeks, high fever (pulse over 160), dyspnea, lack of appetite, swollen belly, green and slimy stools, thirst, dilated pupils, and frequent temple perspiration. The child was immediately given calomel and jalap, followed by castor oil and leeches applied to the abdomen.

By the next day, bowel movements were normalized, but nose-picking persisted, and abdominal pain remained. Leeches were reapplied, and turpentine oil was administered hourly.

On the 16th, the child showed improvement after passing a 6.5-inch long roundworm, with a reduced pulse (140) but continued abdominal swelling. Turpentine oil was repeated.

On the 17th, despite two green stools and a pulse rate of 140, the child showed some improvement but resisted taking the medicine. An enema containing turpentine and water was given.

By the 18th, with two stools and the passage of a smaller roundworm, the child was much improved and prescribed a powder containing calomel and jalap.

By the 20th, stools were more normal, and the child continued to improve, with a reduced frequency of the opening powder.

By the 27th, the child had fully recovered.

Case III: Elizabeth Bromefield, seven years old, presented with abdominal pain, constant nose-picking, sleep disturbances, stinky breath, voracious appetite including a craving for raw vegetables and fruits, and slimy stools. She had been unwell for about a month. Turpentine oil was immediately prescribed with hourly doses.

By the 19th, Elizabeth showed significant improvement after passing an 8-inch-long roundworm the day before. Turpentine oil was repeated the next morning.

By July 24th, no more worms were passed, and Elizabeth’s stools had returned to a normal color. She appeared to be in good health.

Case IV: Mary Anne James, 20 years old, had a history of frequent small worm infestations, chronic constipation, anal itching, hysterical symptoms, headaches, abnormal appetite, transient abdominal pains, and sleep disturbances. Her stools were dark in color. She was prescribed turpentine oil in the morning and evening with cinnamon water and ginger syrup.

By the 8th, after four doses of turpentine oil, Mary Anne passed many roundworms. The turpentine oil was repeated.

By the 15th, Mary Anne reported significant improvement, with no further worms passed.

By the 25th, although she had not passed any more worms, Mary Anne still experienced occasional constipation.

Case V: Mrs. Watkins’ child, nine years old, presented with abdominal swelling, pain around the umbilicus, jerky limb movements, sleep disturbances, green and slimy stools (sometimes normal), voracious appetite, and constant nose-picking. Apart from these symptoms, the child was generally well. Turpentine oil was prescribed in the morning, with hourly doses until midday.

By the 3rd, the child showed improvement, although the medication induced vomiting without expelling any worms. Turpentine oil was then prescribed in the evening and the next morning.

By the 5th, after passing a roundworm the previous night, the child reported feeling much better. Turpentine oil was repeated as prescribed.

By the 12th, no more worms were observed, and the child was completely recovered.

Case VI: Mrs. Hill’s boy, five years old, presented with extreme emaciation, ongoing whooping cough with purulent expectoration, abdominal swelling, sleep disturbances, nose-picking leading to superficial bleeding, stinky breath, fever, thirst, restlessness, dilated pupils, and irregular stools ranging from slimy to green, black, or normal. His pulse was over 150, and his tongue had a foul, leaden hue. Turpentine oil was prescribed in the morning with hourly doses until midday, along with tepid baths.

By the 3rd, with regular bowel movements, the treatment was repeated.

By the 4th, the child showed signs of intolerance to light, restlessness, poor sleep, persistent cough, purulent expectoration, increased pulse (160), copious perspiration, and thirst, with no appetite but normal stools. The treatment was repeated, including a bedtime bath and turpentine oil the next morning.

By the 5th, after passing a 9-inch-long roundworm, the child seemed slightly improved. Calomel and scammony powder were prescribed at bedtime, followed by castor oil in the morning.

By the 9th, stools were becoming more natural, but purulent expectoration persisted, and the child’s weakness increased. Additional powders were prescribed as needed.

By the 13th, green and slimy stools, ongoing nose-picking, and extreme weakness prevented expectoration, so the treatment was repeated.

By the 14th, after passing another 9-inch-long roundworm, the child showed slight improvement but remained extremely weak and emaciated.

By the 20th, with slightly more normal stools but an evident decline, tragacanth powder was prescribed three times daily.

On the 23rd, the child passed away, having had a natural stool shortly before death. Upon dissection, an enlarged liver with serous effusion, mesenteric gland enlargement, tubercles on the lungs, lung abscesses, and pericardial effusion were found, with no worms in the intestines.

Despite turpentine treatment and other remedies for tuberculosis, the child’s condition did not improve.

Case VII: Mrs. Hague’s 3-year-old son complained of constant pain in his lower belly, abdominal swelling, nose-picking, sleep disturbances with convulsions, reduced appetite, dark, slimy, and foul-smelling stools, normal urine output, lying with a hand under his head as if in pain, foul tongue, thirst, a leaden cast between his eyes, sharp features, and swollen lips with frequent picking. Turpentine oil was prescribed hourly until midday.

By the 18th, despite no worms being passed, the abdominal pain persisted along with other symptoms. Calomel and scammony powder were prescribed nightly, and turpentine oil was repeated in the morning.

By the 25th, although the child had been effectively purged, symptoms persisted, and stool color did not improve. Turpentine oil was given immediately and repeated hourly until midday.

On the 26th, a 6.5-inch-long roundworm was found in the child’s bed, and his condition improved.

By the 28th, appetite improved, stools became more natural, and the child appeared livelier. Turpentine oil was repeated.

By February 5th, no more worms were passed, and the child seemed completely well.

The doctor notes that starting with a larger turpentine dose may have shortened the duration of the illness, but they opted for caution with the child’s age. They acknowledge not discussing turpentine’s general effects on the body, its mode of action against worms, or the broader symptoms caused by worms due to space constraints but hint at its efficacy in other diseases.

A young lady, aged fifteen, suffered from constant vomiting for eighteen months, unable to retain anything on her stomach except small amounts of gruel or broth when half asleep. Even a simple biscuit would be promptly rejected. Despite numerous medications, her condition worsened, and she became emaciated. After consulting renowned physicians who prescribed turpentine, she experienced initial discomfort and stomach pain, but her vomiting ceased after just two doses. Nearly two years later, she remained completely recovered in terms of health and strength, with all other bodily functions returning to normal.

Original reports published in 1822