Morgellons Disease: Decoding the Enigma

Human Parasitic Moth: The Morgellons Disease Link

Have you ever heard of the human parasitic moth and its potential link to Morgellons disease? In this blog, we will dive deep into understanding what Morgellons disease is, its symptoms, health conditions directly related to it, strange phenomena reported by patients, current research, and potential causes. But that's not all - we'll also explore the life cycle of a moth and its unique traits such as how it has adapted throughout evolution, in order to survive.

Did you know that moths shed their scales like dandruff and that they have mastered the art of disguise through their iridescent colors? We'll also discuss the potential threat moths could pose as a human parasite, including their involvement in aging and cell death. So buckle up for an informative and authoritative ride through the mysterious world of moths.

So, do human parasitic moths exist? The short answer is, Yes.

Check out these medical reports and symptoms noted by doctors to be caused by moths here.

 

Understanding Morgellons Disease: not lice 

Morgellons Disease is a rare, mysterious skin condition with reported infestations of parasites. Patients often experience crawling, stinging, and biting sensations under or on the skin. These sensations are noted with the presence of fibers, granules, and specks which affect the entire integumentary system.

It is also associated with itching, skin sores (usually non-healing or slow healing in nature), and fatigue. MD may also include a wide range of symptoms that affect all of the body's organ systems.

Morgellons Disease is almost always misdiagnosed and is usually mis-understood by health care professionals and sometimes, by sufferers alike.

Learn more about the extensive and widespread set of symptoms associated with longterm & untreated Morgellons in our blog post here: Morgellons Disease Symptoms: The Full Spectrum.

 

Symptoms of Morgellons Disease: not demodex or ticks

Patients afflicted with Morgellons disease commonly experience skin lesions and intense itching. They may also notice fibers or colored granules on or beneath the skin. In addition to stinging sensations and severe pain in the skin.

Other symptoms include joint and muscle pain, fatigue, sensations of crawling, biting, and cognitive difficulties, as well as mood disturbances. Unusual skin rashes and changes in the skin, joint pain, ranging from discoloration, bumps/lumps, unique texture changes, excessive dryness, inflammation, swelling, and more are often noted.

Itching spells occur that are often related to inflammatory or allergic type responses, often associated with using topical applications and internal ailments which contain one of thousands of ingredients that can exacerbate the symptoms of MD. This includes a lot of spices often used in cooking like barley or mint. 

People with MD sometimes hear unusual, short-lived screeching noises or clicking sounds without reason or a known cause. Some report fibers of multiple colors protruding from the skin or embedded in the skin. Excess mucus production and an increase in the amount of all bodily fluids like sweat or saliva is a common complication.

Additionally, some Morgellons patients complain about excess hair or sticky secretions in the sinuses, oral cavity, and/or in the throat and lungs, that may be green, yellow, black or white & foamy in color- and may change over time.

Check out a more in depth article about the entire spectrum of symptoms that come along with Morgellons Disease in our blog post here: morgellons-disease-symptoms-of-the-13-body-systems

Excessive shedding of dead skin and hair, especially from the scalp, is one of the more common symptoms that is bothersome to sufferers. Sometimes, these skin/hair sheddings are of various textures and colors, and may include unique debris of unknown origin. 

MD sufferers report strange hair changes where the hair strands develop unique textures and shapes, accompanied with one curled or curved end and one straight end. Or, the hairs develop an “end-bulb” or rounded ball on one side of the fiber.

Many report experiencing "seeping" or "oozing" unusual secretions from their skin pores, during times of significant stress or accompanied by an increase in body temperature. This liquid is most typically light yellow or brownish in color and most often noticed during night time hours.

 

What are some other Health Conditions Related to MD? not worms

Patients with Morgellons Disease often exhibit coexisting skin disorders and psychiatric symptoms, along with symptoms similar to those of chronic fatigue syndrome. The disease may also be linked to a weakened immune system, and is often associated with other health conditions, such as Lyme disease.

MD is usually directly correlated with the onset of allergies, autoimmune conditions, chronic pain disorders, tumors/cancer, mental illnesses like autism, ADHD, other skin diseases, and neurodegenerative disorders like dementia or Parkinsons.

In fact, many patients with Morgellons Disease have previous diagnoses of Fibromyalgia (another chronic medical condition without an effective treatment) before or after the onset of MD, in addition to multiple eye complications like astigmatism, corneal lesions & ulcerations, severe night blindness, glaucoma and even, total blindness.

Additionally, sufferers and healthcare professionals alike, often make the mistake of thinking Morgellons is a demodex infestation, river blindness, mosquito bites, guinea worm, Borrelia burgdorferi (Borrelia spirochetes), bipolar disorder, spirochetal infection, neurodegenerative diseases, sarcoptes scabiei, tineola bisselliella, Chronic Lyme disease, digital dermatitis (bovine digital dermatitis), psychiatric illnesses, skin infections, psychiatric conditions, erythema migrans, neurological symptoms, suborder anoplura, and various other common household insects or subtropical diseases. In addition to thinking a majority of the symptoms are a part of sensory hallucinations or Delusional Parasitosis - a delusional disorder or delusional infestation. Recent studies have caused much debate, affecting new research and a potential cdc study in the future.

In the big picture, the physical symptoms can be summed up by concluding that MD causes all of the symptoms associated with the aging process.

 

Morgellons and the Aging Process

With aging, muscles generally lose strength, endurance and flexibility — factors that can affect your coordination, stability and balance. Bones tend to shrink in size and density, weakening them and making them more susceptible to fracture. 

Aging causes wrinkles, loose skin, and grey hair growth. The heart rate doesn't increase with activity like it used to, making exercise more difficult. Age-related structural changes in the large intestine can result in more constipation. 

Your bladder may become less elastic as you age, resulting in the need to urinate more often. Weakening of bladder muscles and pelvic floor muscles may make it difficult for you to empty your bladder completely or cause you to lose bladder control (urinary incontinence). In men, an enlarged or inflamed prostate also can cause difficulty emptying the bladder and incontinence.

Your brain undergoes changes as you age that may have minor effects on your memory or thinking skills. For example, healthy older adults might forget familiar names or words, or they may find it more difficult to multitask.

With age, you might have difficulty focusing on objects that are close up. You might become more sensitive to glare and have trouble adapting to different levels of light. Aging also can affect your eye's lens, causing clouded vision (cataracts).

Your hearing also might diminish. You might have difficulty hearing high frequencies or following a conversation in a crowded room.

All of the symptoms and signs of aging can also be attributed to Morgellons Disease - A fast track to aging.

 

Strange Phenomena Reported  ectoparasites

Patients affected by Morgellons Disease report an increase in symptoms associated with eating and being around sugar. 

Tons of glitter is often seen in the skin and shedding from the body without reason or cause.

MD patients say their homes are often plagued with insects like spiders, beetles, and stink bugs, to no avail. In addition to being frequently attacked by birds or having many birds which set up nests just outside the home.

Plus, a frequent pest found around the house is notably, bees and their hives. Many MD sufferers have issues with mice too. No matter how many attempts are made to eradicate these additional pests, they always come back with a vengeance.

Those who have managed to find a successful treatment will often report finding tiny black, “gnat-like” insects, fruit flies, or drain flies in their surrounding environment. This may occur many times both before and after the onset of MD. 

High amounts of mold, rust, and destroyed wood furnishings in the homes of patients are reported more often than not. With home mold tests and laboratory results showing significantly high numbers of a vast array of different types of mold spores.

Furniture is often damaged without cause for injury and left with holes, cracks and crevices after having been in the home for short lengths of time. 

Those infected with Morgellons often find it difficult to take photos that are not blurry, especially selfies. No matter how steady their hand nor how many times they attempt to take a photo.

People with MD often find unusual white webs with unique patterns in their surrounding environment. 

People with Morgellons Disease report an increase in symptoms at night once it is dark out.

Medical test results always show no signs of parasitic, fungal, bacterial, or other types of infections and almost never turn up positive for new/worsening health conditions or complications, with the exception of body temperature. People with MD have an average body temperature that is 1 degree lower when compared to the rest of the population.

Shocking sensations when touching others or various objects with high static is common too. Accompanied by static or shocking sensations on the hair strands and hair follicles.

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Research on Morgellons Disease is actively identifying potential triggers and genetic risk factors, and exploring environmental and genetic factors. Ongoing studies aim to understand its pathogenesis and the possible link to tick-borne diseases. Investigating the underlying causes remains a priority in comprehending this complex condition.

However, researchers and studies seem to be headed in the wrong direction and the treatments (like antibiotic therapy) which have resulted from recent discoveries (such as the treatments available from the mayo clinic or the research performed by the Morgellons Research Foundation and other medical practitioners), have left patients scratching their heads. In addition to no longterm results or permanent relief from these disease control treatments. The findings of this study were published in 2012 in the scientific journal PLoS One.

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Lifecycle Stages of the Moth

The moth progresses through distinct life stages: egg, larva, pupa, and adult, undergoing complete metamorphosis. Each stage serves a specific purpose, influenced by environmental factors. Understanding this cycle is vital for pest control and conservation efforts.

The moth's life cycle commences with the egg stage, where eggs are deposited on suitable surfaces. Eggs under magnification are covered in polygonal cells- similar to the pattern seen in honeycomb cells. Upon hatching, the larval stage initiates, and the larvae actively consume and grow. Larvae feed on over 100 different plants including canabis sativa, potatoes, and deadly nightshade.

When fully grown, the caterpillar darkens and covers itself in a saliva like secretion. Later it molts and sheds its skin multiple times. Then, it wonders in search of a pupation site. It burrows into an oval, smooth sided cavity lined with silk to maintain the integrity of the walls. Subsequently, the pupal stage ensues, during which the moth undergoes transformation within a cocoon or chrysalis.

Finally, the adult moth emerges, ready for mating and reproduction. Each stage of the moth's life cycle is vital for its survival and reproduction.

 

What Moths Eat

Moths display varied feeding behaviors based on species. Adult moths primarily feed on nectar, honeydew, or rely on stored energy. Moth larvae consume plant matter and can be agricultural pests. Moths love fruit juices from ripe or rotting fruit. They love tree sap too. Moths love to feast on pet fur, wool, cashmere, silk, cotton, leather, and lint.

They have often been found feeding on flour, cereal, bird seed, pet foods, dried pasta, and even chocolate. Adult moths often eat foods that are high in sodium, sugar, or minerals to increase their virility. They use these foods to gain energy for reproductive purposes.

Underwater caterpillars feed on pondweed and waterweed. Some moths in a family called Tineidae feed on fungi, lichens and other organic matter, such as rotting wood. Some moths, like the young gypsy moth, prefer to feed on leaves that are infected with fungal disease. 

Understanding their feeding habits is crucial for conservation and pest management.

 

Predators of Moths

The moth faces numerous threats throughout its life cycle, including predation by natural enemies. Understanding the behavior and life cycle of these moths is crucial for controlling and preventing infestations. Additionally, the link between human parasitic moths and Morgellons Disease highlights the importance of medical attention for potential symptoms.

Moths face numerous enemies in the wild, including birds, bats, and even other insects like spiders. Parasitic wasps lay eggs on moth larvae, while some species of mites and flies also prey on them. These natural predators play a crucial role in controlling moth populations and maintaining ecosystem balance.

The primary enemies of moths are birds, amphibians like toads and frogs, spiders, mice, stink bugs, beetles, ants, lizards and other local reptile species that like to eat moths.

These are the types of animals and insects that people with MD report having problems with, in and around their homes, to no avail. Birds being the most reported nuisance for those living with Morgellons.

Interesting enough, Ninety-six percent of all terrestrial birds rear their offspring on insects, primarily the caterpillars of moths.

Moth Adaptations for Survival

Adapting to survive, the moth has developed techniques and traits to avoid being eaten. These include nocturnal lifestyle, which reduces exposure to predators, and the ability to blend into its surroundings. Moths are Masters of disguise.

Given the many species that prey on moths, it’s not surprising that the insects have evolved an impressive number of adaptations for defense. Hiding in plain sight using camouflage is one approach. The brown wings of the variable metallata moth, for example, end in pointed tips, with a dark line running from wingtip to wingtip that makes it look like a fallen leaf. The beautiful wood-nymph’s black-and-white wings resemble bird droppings. And the mottled green, white and brown wings of explicit arches moths make these animals virtually invisible when they perch on lichen.

Other moths are remarkable mimics of dangerous insect species. Take the grape root borer, whose slender body looks convincingly like that of a paper wasp, right down to the orange, yellow and black stripes on its abdomen.

Caterpillars are no less adept at hiding in plain sight. Some in the genus Tetracis look like broken twigs when they perch on a branch, while the checkered fringe prominent caterpillar is a dead ringer for a decaying leaf edge.

Others do not need to rely on camouflage because they are distasteful or irritating: While the larvae of southern flannel moths look tiny and innocuous, they produce an aggravating, itchy rash. A few species have developed truly unique defenses. If a bird tries to eat the larva of the polyphemus moth, for example, the caterpillar vomits a foul liquid.

Additionally, moths have evolved a keen sense of detecting potential threats, allowing them to take evasive action when necessary.

An interesting survival technique involves caterpillars which don’t pupate over the winter but instead remain in caterpillar form and produce a cryoprotectant antifreeze chemical that keeps them from freezing to death.

Moreover, many moth species have learned to play dead or drop to the floor when they feel threatened by a potential predator. Once the threat is gone, the moth will return to its usual activities.

Also, some caterpillars will secrete tiny droplets of yellowish liquid when threatened that serve as a chemical defense. Produced in the glands in their thoraxes, the yellow droplets stick to the moths' sides and leave an unpleasant taste in the mouths of predators.

 

Other Traits Unique to the Moth

Moths exhibit a unique trait of laying eggs on other insect larvae, including clothes moths. Their life cycle encompasses four stages: egg, larva, pupa, and adult. While some adult moths do not feed, others play a crucial role as pollinators, and moth larvae are notorious for causing damage to natural fibers like wool and silk.

Another interesting fact is that biogenic magnetic particles have been detected in some migratory moths which make them magnetic to one another.

A fact which may enlighten the minds of many MD patients is this: some moths have tailhorns that change color and curve at the end as the larvae mature. Even more intriguing is the fact that these tailhorns often resemble a piece of hair. A piece of hair that curls or bends at the tail end. Or, a piece of hair with a round end bulb on one side of the tailhorn. 

This resembles a strange phenomenon that is frequently notated by individuals with MD as one of the hair changes that occur after onset.

Caterpillars make a clicking sound when they click their mandibles to bite a potential predator. Another reason which could be behind the unexplained symptoms of MD which some health care professionals write off as "delusions of parasitosis" or other delusional manifestations.

 

Nocturnal Lifestyle

Moths, being active at night, have developed adaptations for thriving in low-light conditions, evading daytime predators. However, artificial lights can disrupt their natural behavior. Moths are attracted to dark spaces, clutter, and dust that they can hide under as they go through metamorphosis.

Keeping a clean home that is free of dust is a crucial part of moth prevention. Understanding their nocturnal lifestyle is crucial for studying their ecological roles. Additionally, understanding why symptoms of MD are often reported as significantly worse during hours of the night could be explained with this moth characteristic.

 

Moths and Clothing

Moths infest natural fabrics like wool and silk by laying eggs in the fibers, causing significant damage. Proper storage and regular cleaning can prevent infestations. Moths lay eggs in clothing so that when the larvae hatch, they have food readily available.

Traditional methods such as mothballs and cedar chips are used for deterrence. Understanding moth behavior is crucial for prevention and management.

Although methods like mentioned above and usual problem solving techniques for moth infestations do not work against the organisms which cause MD. These types of facts can be used to contribute to a prevention lifestyle once affliction with Morgellons in/on the body is no longer a problem.

You can learn more about our thoughts about disinfecting the environment of Morgellons in our article, on our website, here: Megan's Miracle Environment Protocol.

Learn more about our apitherapy room spray made with honeybee venom here: Megan's Miracle Room Spray.

 

Moths and White Silk Webbing

Depending on the type of moth, you may notice white, grey, or translucent (invisible) colored webs in the surrounding infested environment. We are used to seeing spider webs... but moths? Why spin a web?

Moths employ a variety of ways to survive. One is to lay lots of eggs in an ‘egg batch’, ensuring safety in numbers when the larvae are small. Often, as they grow, the masses of larvae surround themselves in silk webbing to provide protection, so that they don’t become a feast for passing birds.

If you examine a stretch of silk web, you may find the larvae or their shed skins. Identifying and removing the silk webbing is essential for effective control.

Unfortunately, the control methods which are readily available through online searches and discussed by experts seem to always be expensive and labour-intensive.

Making these methods problematic for Morgellons Disease patients due to the fact that energy needed for intensive tasks is non-existent and often times, so are the extra funds necessary to carry out the tasks.

Brown-tail moth (Euproctis chrysorrhoea) and Oak Processionary moth (Thaumetopoea processionea) larvae go one stage further in defending the colony. The larvae are covered in tiny Toxin filled hairs, called urticating hairs and these often cause an intensely itchy skin rash called urticaria or, more rarely, respiratory and eye problems.

More evidenced which could link to potential causes of Morgellons Disease. The hairs are shed by the larvae throughout their lives, particularly if they are disturbed or if the wind is blowing.

 

Moths and Static Electricity

Moths possess the remarkable ability to detect electric fields, aiding navigation and mate location. Static electricity attracts moths to artificial light sources, impacting their survival and reproduction. Some moth species utilize Earth's electric field for flight orientation, emphasizing the significance of understanding this relationship for pest control.

Insects use changes in electric fields to navigate to flowers too. Static charges also help pollen and various other debris they like to encase their bodies in, to stick to the moths.

Insect swarms can generate as much static electricity as a storm cloud: insect swarms accumulate some static charge, and this has a density-dependent effect on the local atmospheric electric field, and the scale at which it has this effect is similar to meteorological phenomena such as clouds or dust storms.

Additionally, The fast flapping of their wings produces static electricity. Moths will flap their wings in place in order to prepare for flight. Moths will flap their wings fast in order to hover above flowers as they suck out the nectar too.

This characteristic of various types of moth species potentially explains the electrical shocks reported by individuals with Morgellons, among other unusual symptoms.

Imagine a swarm or "cloud" of translucent moths is following those afflicted with Morgellons Disease, everywhere they go (something moths may do in seek of protection). This could explain the frequent blurriness seen in photos and selfies taken by patients. 

If you suffer from Morgellons Disease or have a loved one who suffers from this ailment, give this a go. Pull up a selfie of yourself (or your loved one) and use your phone screen or laptop to zoom in on the surroundings beyond the surface of the skin. What do you see? Is it blurry? Now, pull up a different photo and check again. Notice any distinctive patterns that appear to be nearly translucent or absent of color that seems to surround the body? 

Try zooming in on the locations these arrows point to in this photo of me, half way through my protocol. See what you can find around me.

Comment on this post, on the bottom of your screen and let me know what you see! We'd love to learn more about your personal understanding of this. Are you able to observe this phenomenon?

 

Understanding the Moth's Dusty Appearance

The dusty appearance of moths mirrors their life cycle and environmental adaptation, offering insights into ecological dynamics and enhancing ecological comprehension. It is a result of their life stage and environmental interactions, reflecting their strategies for adapting to the environment.

 

Composition and Purpose of Moth Scales

Moth scales, modified hairs covering the body, provide coloration, protection, and aid in flight. Shedding scales can be a nuisance and cause allergic reactions in humans due to their microscopic structure. Moths are dusty because their wings are covered in tiny scales. These scales are made of chitin, the same material that makes up a moth's exoskeleton. They are similar to the scales on a fish or lizard, or like the feathers of a bird.

To the naked eye, they seem like glittery or powdery dust. The moth sheds hundreds of tiny glittery scales or sparkles, often. Actually, every time it moves- even minimal movement, causes extreme shedding.

Moths shed scales and hair, leaving behind debris during their life cycle. Shedding occurs, especially after the larval stage, and varies based on species. Accumulation of scales happens more frequently in the adult stage.

Shedding is crucial for moth growth and development. Understanding the composition and purpose of moth scales enhances ecological comprehension. Additionally, it explains the constant excessive shedding from the skin, especially the scalp when it comes to Morgellons Disease and related conditions.

 

The Micro Moth

As you might have guessed from the name, most micro-moths are small. Many of them have wingspans measuring less than 20 millimetres.

Because they usually are so small, they are difficult to spot and we often have to dissect micro-moths and examine their genitalia to identify them.

There are about 1,850 species of micro-moth recorded in the UK, and at least 62,000 named worldwide. There are even more in the tropics that have not yet been given names by scientists.

It is possible there may be even smaller moths out there, but we haven't found them yet. When an insect is this small, it has a very specific lifestyle, which makes it hard to study.

 

Physical Characteristics and Traits

Learn more about the Physical Characteristics and Traits of the micro moth here. 

One of the weirder parts of micro moth's lifestyle is leaf mining. Leaf miners are larvae that are so small, they live inside the plant tissue.

Normally, you can spot caterpillars sitting on leaves and stems, munching their way through them.

But as leaf miners eat the plant from the inside, they can't be easily seen. However the damage they cause can often be spotted as lines and blotches all over the leaf.

Other small moth species eat almost anything you could imagine including fungi, wood and underwater plants. The diversity is really amazing.

The Mysterious Translucent Moth

The rarely sighted albino-colored translucent moth, with its unique pale appearance, remains an enigmatic species due to its elusive nature and distinct physical traits. Its exceptional coloration and adaptations set it apart, adding to its mystery and intrigue.

 

Why moths are different colors: masters of disguise

Moths display a wide array of colors, patterns, and markings, allowing them to effectively blend into their surroundings. This diverse coloration aids in camouflaging them from predators and is crucial for their survival in the wild. Different moth species have evolved distinct coloration to suit their specific habitats and lifestyles, making them masters of disguise.

 

What Does it Mean to Be Iridescent in Color?

The shimmering, lustrous colors of iridescent moths create a captivating visual effect, resulting from the scattering of light on their microscopic wing scales. This ever-changing array of hues adds an enchanting, mesmerizing quality, contributing to their allure in the natural world.

Most iridescent moths are completely translucent or clear in color in one or sometimes, all of its body parts, making it completely invisible to the naked eye.

A documented invisible moth could easily be the cause of many symptoms of Morgellons Disease that happen without reason or cause, often without the presence of organisms. A translucent moth could easily cause itching, skin rashes, movement, crawling sensations on the skin etc. that contribute to the signs of Morgellons Disease.

 

The Death's Head Hawkmoth or the "Bee Tiger:" A Close Link?

The enigmatic Death's Head Hawkmoth, also known as the "Bee Tiger," has captured attention with its striking appearance and intriguing behavior. Known for it's identifying "skull" pattern on the top of it's thorax.

From folklore to scientific curiosity, this moth's association with bees and hives has spanned centuries. Its ability to emit faint "squeaks" when threatened, only adds to its mystique. A short, high pitched sound is sometimes heard by those affected with Morgellons Disease but, is oftentimes written off as imaginative because the sound is so short-lived.

Understanding this moth's unique characteristics contributes to both scientific and cultural knowledge.

 

Unraveling the Legends and Beliefs

Legends and beliefs dating back centuries have surrounded human parasitic moths, resulting in a mysterious and enigmatic reputation. The hawkmoth, the genus, Ancherontia, derives from Ancheron, is named after the river of pain in the underworld.

A belief in France is the dust (scales) cast from it’s wings in flying through a room, produces blindness if it happens to fall upon the eyes. This was later proven to be factual and is known as a health condition called pseudotuberculosis.

Given its unusual markings, it's probably not surprising that people once considered it a bad omen. In 1840, entomologist Moses Harris wrote that "It is regarded not as the creation of a benevolent being, but the device of evil spirits—spirits enemies to man—conceived and fabricated in the dark, and the very shining of its eyes is thought to represent the fiery element whence it is supposed to have proceeded. Flying into their apartments in the evening at times it extinguishes the light; foretelling war, pestilence, hunger, death to man and beast.

It is reported that several adult death's head hawkmoths were found in the bedchamber of King George III. The king who was suffering from dementia, and is known as the "mad king."

Exploring these diverse narratives offers intriguing insights into the human psyche, shedding light on the historical and cultural significance of these captivating creatures.

Physical Features and Traits

The intricate physical characteristics of the hawkmoth highlights their remarkable resilience and survival strategies. As if trying to encourage the legend that surrounds it, death's head hawkmoth's emit an audible squeak if irritated, created by forcing air from its pharynx. The sound lasts for about ⅕ a second.

This moth can even mimick the scent of honey bee pheromones and other insects, in order to sneak it's way into honeybee hives, undetected. Once inside, it navigates through the walls of the hive without detection or alarming the bees. They are able to steal all of the honey within bee hives like this. Draining the bees of their valuable nutritional foods.

There are three fairly similar species of death's head hawkmoth, all with the identifying "skull" pattern on the top of their thorax. The three species names, atropos, lachesis and styx, all relate to the mythology of death from Ancient Greece.

From unique wing patterns to distinct body structures, these moths exhibit fascinating traits, offering insight into their evolutionary adaptations.

Interesting Fact: this "skull face" is often reported by those who suffer from MD as being seen in their surrounding environment and the pattern is sometimes noticed on the skin. 

However, approximately half of those with MD may never understand or see this pattern. This is most likely due to the fact that everyone sees and interprets things differently.

For example, check out this photo of a unique moth with a special pattern similiar to the hawkmoth, below:

Some individuals see the face of a chicken on this moth's thorax while others see a snowman, or, no face at all. What do you see? Let us know in the comment section below.

 

Intriguing Behavior Patterns

Exploring the intricate behavior patterns of these moths unveils a fascinating spectrum. From intricate mating rituals to unique feeding behaviors, they offer valuable ecological insights. Understanding these tendencies sheds light on their adaptive strategies and ecological significance in relation to Morgellons Disease.

 

The Link Between Moth and Bee

The ecological link between human parasitic moths and bees reveals a complex interdependence, shedding light on their symbiotic and parasitic relationship. This interconnectedness underscores the dynamics of diverse species within ecosystems, showcasing the intricacies of their coexistence.

Raiding Beehives: A Unique Survival Strategy

Exemplifying exceptional survival tactics, moths infiltrate beehives with adaptive prowess, acquiring essential resources and offering valuable ecological insights. This unique strategy sheds light on the complexities of interspecies interactions, showcasing the intricate dynamics within ecosystems.

The Moth's Potential as a Human Parasite

The potential of moths as human parasites raises intriguing questions in entomology. Their infestation of household items poses challenges for pest control. Understanding their life cycle and behaviors is essential for managing potential parasitic infestations, highlighting the importance of pest control measures and scientific investigation.

The Chitin Factor: A Link to Human Skin Conditions?

Could moth larvae be contributing to certain skin conditions like Morgellons Disease? The chitin factor in moths' exoskeleton may trigger skin issues and cause inflammation. Understanding the link between chitin and skin conditions is crucial, as the presence of moth larvae could exacerbate existing skin problems.

Potential Cause of Chronic Health Conditions

Moths' impact on human health extends beyond skin conditions. Chronic health conditions and Morgellons Disease could be linked to moth infestation. Research suggests a correlation between moth presence and health issues. Understanding the potential health implications of moth infestation is imperative. The prevalence of moths may contribute to chronic health complications.

A Case Study: King George III

King George III's experience provides a historical perspective on moth-related health issues, highlighting the impact of moth infestation on human health throughout history. This case study sheds light on the potential health ramifications of moth infestation, emphasizing the correlation between moths and human well-being.

The Moth Needs Warmth

The ideal conditions for moth survival encompass warmth, creating a pivotal role in their life cycle and proliferation. Something the human body can provide since a body temperature of 98.7 degrees Fahrenheit is necessary for our survival and thriving health. Understanding these factors is crucial, as this information could lead to a prevention method of preventing potential infestations and complications, emphasizing the necessity for preventive measures.

Moths Eat Cotton and Other Fabrics that We Wear

The mere fact that we walk around wearing clothing is a consideration which cannot be ignored. Humans are basically walking moth buffets. Considering moths consume all natural fabrics and are proven to pose a significant threat to clothing and textiles, resulting in damage.

Understanding their dietary habits is crucial for safeguarding textiles from infestations that can result in health complications and the onset of Morgellons Disease later. We should be taking proactive protection measures instead of ignoring it's existence. The impact of moth feeding on textiles underscores the need for preventive actions.

The Moths Need Protection From Predators

Moths have a high number of enemies and predators which seek them out due to the nutritional value a moth can provide various animal, reptile, and insect species. They are being hunted at every corner and it is only natural that they must seek a secondary means of protection.

A human host seems like the most logical option for the survival of the moth species. Staying within close contact with a person is a viable means of protection from the wide array of organisms that want to eat the moths.

Reptiles, birds, mice, and various other pests are less likely to attack or attempt to snack on the moth larvae, caterpillars, and adult moths when they are within direct contact of a much larger human, which poses a significant threat to these much smaller organisms.

 

The Swimming Moth

Some moths have adapted to an aquatic lifestyle that feed on algae and diatoms found on rock surfaces. They have gills on the sides of their bodies unlike regular land moths. They have evolved unique characteristics for survival in water. Aquatic moths will use silk to bind leaves into portable cases, which are used for protection to hide from predators.

There are at least 11,000 species of Aquatic Moths in 75 families in America alone. As larva, the Aquatic Moth will be in the river for at least a year.

 

How a Moth Breathes Under Water

The female aquatic moth has waterproof hairs, which are called hydrofuge hairs on her wings and her body that will hold air around her, creating a plastron. A plastron is a bubble of air that dissolved oxygen from the water will diffuse into. She can breathe underwater using this air bubble!

Let's say this another way. If there was a person that has lots of long hairs on their face and these hairs are waterproof (consider that there are so many hairs that they are able to protect their face from water.)

There is dissolved oxygen occurring in water. This air bubble will actually pull the oxygen out of the water and replenish itself!

If we could utilize this technology, we would be able to both breathe underwater and fly.

The Iridescent Reflection of Bubbles and Morgellons Disease

Translucent Moths submerged in water create an iridescent film on the water's surface, caused by light interacting with water tension. This iridescence is a visual signal for mating and communication, helping moths attract mates and deter predators, making it an intriguing aspect of their behavior. Additionally, when the female moth is submerged deep into water, her waterproof hairs will form a bubble around her body. Translucent aquatic moths inside a bubble produce a rainbow colored reflection on the surface of a bubble.

Many female moths inside bubbles, since they are known to magnetically bind and attract to one another, form groups of bubbles that stick together in water. Could it be a coincidence? Or is it more likely that the moth that causes MD is the reason why all bubbles form in water? Is this the real reason behind why all bubbles have an iridescent reflection?

Is the reason for all of the negative tests and normal health results of MD patients due to the fact that everyone has Morgellons Disease? Or is it only a coincidence? 

If there is one thing Morgellons Disease has taught us, it's that there are no such thing as coincidences. 

 

Frequently Asked Questions

1. What are some treatment options for those suffering from Morgellons Disease?

The best treatment for Morgellons is learning how to disconnect the ears which keep you infected with MD. In addition to the medicinal use of honeybee venom in specific puncture/injection sites to chase out the moths. This is the only regimen that offers permanent results with a quick decrease in the severity of symptoms, that continues to work. At least, the only protocol that works that we know of.

The best way to learn everything their is to know about utilizing behind the ear sessions with apitherapy and bee venom therapy is by getting started in our online Master Courses designed to teach you everything there is to know about defeating Morgellons for good. Learn more about our Master Courses here.

Or, get started learning in course 1, "Pre-protocol & Stage 1" now.

You can also read about our full protocol for MD and related conditions here: Megan's Miracle Apitherapy Protocol.

Learn more about our Honeybee Venom here.

Learn more about our Medical Grade Bee Venom Therapy Kit and our Natural Grade Bee Venom Therapy Kit on our website, MegansMiracleStudio.com.

Additionally, you can get started with our apitherapy topical applications to get relief fast like our foaming bath butter for MD, one of our most popular cleansers, filled with a high amount of bee venom. Or our moisturizers and conditioners here.

We also have apitherapy supplements available straight from the honeybee hive here.

 

2. What is the connection between a human parasitic moth and the symptoms of Morgellons?

Afflictions with moths in humans has caused a wide range of documented health complications and symptoms ranging from Urticaria, Dermatitis, to Anaphylaxis and even death. All of these symptoms such as Keratitis, corneal scarring/lesions, Dermatitis, etc. are directly related to human affliction with moths and caterpillars. Most frequently reported cases are caused by the hairs of the caterpillar.

One health condition that is documented as a direct cause of caterpillar hairs in the eyes is called ophthalmia nodosa. This health complication can cause symptoms such as eye floaters, blurry vision, photophobia (pain when looking towards light), double vision, night vision, pain in the eyes, redness, progressive vision loss, and if left untreated long term, astigmatisms, and can also result in permanent vision loss and blindness.

It most often results in corneal scratches, lesions, and scarring of the eye structures. These are the most common reported eye/vision complications reported by patients with MD.

Download a list of documented case reports of human infections and health symptoms after affliction with various types of moths here: A summary of Findings.

 

3. Why are the test results always normal when people with Morgellons are so sick?

There are no human medical tests for checking the amount of chitin in/on the body or for the parasitic infection of moths. If there is no diagnostic criteria, there are no diagnoses to be made. If the organism(s) being seen during biopsy presentation or other visual exams is not recognized by the medical community, it does not result in a positive test result. 

Additionally, the presence and finding of this moth in skin scrapings, blood tests, bodily fluid secretions, etc. is not anything abnormal. In fact, everyone has Morgellons in/on their body which may ultimately be the cause of aging. Since it is a normal part of our skin flora, it does not alert medical professionals or signal anything unusual to those who see your tests and samples. 

However, the scientists also reported that 43% of the participants had fibrous material in at least one skin lesion. After further analysis, they concluded that most fiber samples contained cotton - indicating a possible fiber disease. However, they identified bacteria or fungi in 19 people.

Patients with MD simply have a lot more moths and are infected by them MUCH faster when compared to a completely healthy, young individual.

Some case reports where patients are reported to have caterpillars and moths causing disease like symptoms in the skin and eyes can be found here.

 

4. Potential future diagnostic criteria for Morgellons

Diagnostic criteria in the future could provide much benefit for those suffering from all conditions which stem from unknown causes and do not possess an effective treatment or cure.

Learn more about ophthalmia nodosa here.

 

5. Potential future treatments for Morgellons.

 

6. What's the difference between normal and Morgellons Disease?

Why doesn't everyone experience the intense itching, crawling, etc,?

A person who develops MD is afflicted by tons of moths, in a very short time frame. The body is not able to compensate for all the changes that are caused both in and on the body, resulting in the symptoms of MD. 

Normal, healthy individuals are infected by very small amounts of moths, over the course of a life time. The body is able to adapt and make necessary changes to avoid health complications, therefore, no symptoms arise. 

For example, if you look at your 95 year old grandpa, you'll notice a lot of the signs/symptoms of MD on his skin, his energy levels, organ functions, bodily functions etc. are just like the symptoms of MD. However, he is unable to feel any of the movement, crawling, etc. and does not notice anything you do. That's because your grandpa has accumulated the same amount of MD organisms over 95 years time, that you were infected by in just 6 months time. 

Because the process of being cocooned by the moths was so slow, your grandpas organs were able to shift and change to avoid complications or problematic health issues. Everything he is experiencing now, is just a normal part of aging. 

 

Conclusion

The study and understanding of Morgellons Disease and the role of human parasitic moths in its development and transmission is a complex and intriguing subject. From the symptoms experienced by patients to the potential causes and current research, there is still much to learn about this condition.

Additionally, exploring the life cycle and unique traits of moths provides valuable insights into their adaptations and survival strategies. The connection between moths and health conditions, as well as their potential as human parasites, deserves further investigation.

If you are interested in learning more about this topic or have any insights to share, please get in touch. Together, we can continue to unravel the mysteries surrounding this fascinating link between Morgellons Disease, human parasitic moths, and other chronic health conditions. In addition to learning the details beyond why honeybee venom is the most affective treatment for MD.

Download a list of documented case reports of human infections and health symptoms after affliction with various types of moths here >>> 

 A summary of Findings

Contact us via the messenger located at the bottom-right of your screen or via email at MegansMiracle4u@MegansMiracleStudio.com. We'd love to chat with you and we are happy to answer any questions you may have.

 

 

 

 

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