#glands of external secretion

[gianttankeh]

TFEH presents: Glands Of External Secretion / Lovely Honkey / Puppet Midnight at Fruitmarket, Edinburgh: 27/7/23.

We've telt ye before, but we're telling ye again! Sadly, Yol has had to pull out on this occasion , but loveable local Lothians bass bumbler Puppet Midnight has stepped in to restore the balance. Also present will be "Yorkshire's funny man" Luke Poot AKA Lovely Honkey and a special one-off version of the Glands Of External Secretion ensemble comprised of/ compromised by Barbara Manning, Buck Campbell, Firas Khnaisser and the Brothers Usurper. Buy tix here or regret it forever!

[fidicusbartholin]

Call : +917997101303 | Whatsapp : https://wa.me/917997101505 | Website : https://fidicus.com

Importance of Bartholin Glands | Homeopathy | Treatment Cure Medicine Bartholin Cyst Abscesses

Bartholin glands play a crucial role in female reproductive health. Homeopathy offers a safe, effective, and affordable treatment for Bartholin gland issues. It helps prevent, cure, and relieve symptoms naturally, providing lasting relief without side effects, ensuring overall well-being.

Dr. Bharadwaz | Bartholin Cyst Abscesses | Health & Fitness | Homeopathy, Medicine & Surgery | Clinical Research

#UterusAnatomy #reproductivehealth #BartholinGlands #womenshealth #anatomyexplained

#DrBharadwaz #Helseform #Fidicus #Clingenious #ClingeniousHealth #HelseformFitness #FidicusHomeopathy #ClingeniousResearch

#FidicusBartholin #Bartholin #BartholinDisease #BartholinCyst #BartholinAbscesses #BartholinSurgery #Treatment #Cure #Prevent #Relieve #Medicine #AlternativeTherapy #AdjuvantTherapy #AlternativeMedicine #AlternativeSystem

Specialty Clinic

Fidicus Bartholin

highest success with homeopathy

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[bestanimal]

Round 2 - Chordata - Lissamphibia

(Sources - 1, 2, 3, 4)

Lissamphibia is a subclass of tetrapods that includes all modern amphibians, including the orders Anura (“frogs”), Urodela (“salamanders”), and Gymnophiona (“caecilians). There are roughly 8,000 species of lissamphibians, of which nearly 90% are frogs.

Lissamphibians use their skin as a secondary respiratory interface. Some small terrestrial salamanders and frogs even lack lungs, relying entirely on their skin to breathe. To compensate for their thin and delicate skin, amphibians have evolved mucous glands, primarily on their heads, backs and tails, to keep their skin from drying out. Most species of amphibian have parotoid glands that secrete the neurotoxin bufotoxin as a defense mechanism. These are located behind the ears of toads, along the backs of frogs, behind the eyes of salamanders, and on the upper surface of caecilians. Some amphibian toxins can be lethal to humans while others have little effect. Some salamanders and caecilians have Ampullae of Lorenzini: pores able to detect electric fields.

Young lissamphibians generally undergo metamorphosis from an aquatic larval form with gills to an air-breathing adult form with lungs. Some amphibians pass through the larval stage while in the egg, hatching as a miniature version of the adult. Most amphibians will require fresh water to lay their eggs, though some lay their eggs on land and have developed various means of keeping them moist, after which the newly hatched larvae wriggle or are transported to water bodies. Frogs and salamanders that hatch from the egg as larvae are called tadpoles. They have thick bodies, muscular tails, cartilaginous skeletons, and external gills. Most tadpoles are filter feeders or grazers, feeding on algae, bacteria, and/or diatoms, though some are carnivorous, eating insects, smaller tadpoles, and fish. Metamorphosis involves an intensive change of the body, as the animal loses its gills and grows lungs, eyes, legs, jaws, and a tongue, and sometimes switches to a carnivorous diet, all in just about a day. In frogs, the tail can take more time to reabsorb. In caecilians, the metamorphosis is more gradual.

The earliest known lissamphibians are Triadobatrachus and Czatkobatrachus from the Early Triassic, though animals from the more diverse paraphyletic class Amphibia are known from the Carboniferous.

Propaganda under the cut:

Some amphibians can grow back limbs, and even organs, with stem cells that form at the site of injury. Scientists are studying this ability to hopefully one day apply it to human medicine.

While most amphibians are dependent on a watery environment for survival, some frogs are able to survive in deserts. They do this by burrowing underground and aestivating during the dry season, sometimes waiting for many months until it rains. Some will even secrete a layer of mucous around their burrow to keep themselves moist. In areas like this, frogs often depend on the burrowing, digging, and wallowing behaviors of other animals to create suitable temporary ponds for breeding use.

While not as long as that of chameleons, some frogs and salamanders use long, sticky tongues to draw prey into their mouth. As many species lack teeth, they must then swallow their prey whole. Some even use their eyeballs to push prey down their throat. Most frog tongues are only an inch long or less, about 1/3 the length of the frog’s body. However, salamanders of the family Plethontidae have tongues that reach up to 80% of their body length, are attached to their skeleton, and fire ballistically at prey in less than 20 milliseconds!

While most amphibians do not exhibit parental care for their young, some are very caring parents. Some poison frogs carry their young to place in individual water-filled bromeliads, periodically returning to each individual tadpole to deposit unfertilized eggs for them to eat. Male Darwin Frogs (Rhinoderma darwinii) carry their young in their vocal sac, keeping them safe from predators. Suriname Toads (Pipa pipa) incubate their eggs in pits on their back (if you have trypophobia you probably already know about this, but if not, don’t look it up). Slimy Salamanders (Plethodon glutinosis) do not lay their eggs in water, so they stay near them to keep them from drying out, as well as to defend them from predators. All caecilians care for their young. Some caecilians even “nurse” their young, growing a special layer of fatty, nutritious skin for them to feed on. As it does in nursing mammals, this also helps transfer microbes from the mother to her young, promoting a healthy microbiome.

The smallest amphibian, and vertebrate, in the world is the Brazilian Flea Toad (Brachycephalus pulex), at 8–8.4 mm long from snout to vent. Brachycephalus species (called “Saddleback Toads”) are so tiny that their vestibular systems are too small for dependable locomotion, and their balance is lost mid-air when jumping.

The largest living lissamphibian is the South China Giant Salamander (Andrias sligoi), with the largest known individual having been 1.8 m (5.9 ft) long. It is critically endangered due to habitat loss, pollution, and overcollection, and its use in traditional medicine and status as a delicacy has led to it being farmed for meat. It is hoped that this will take the heat off the wild salamanders, though wild salamanders are still often caught to bolster breeding populations in meat farms. It is unknown if any South China Giant Salamanders still exist in the wild, and those on farms are likely hybridized, as Andrias species are often caught indiscriminately and are able to interbreed. Of the known individuals that survive in zoos, all are males, and are nearing the end of their natural lifespans.

Amphibians are the canaries in the coal mine. With their complex reproductive needs and permeable skins, lissamphibians are often ecological indicators to habitat conditions. In recent decades there has been a dramatic decline in amphibian populations for many species around the globe, indicating an upcoming extinction crisis.

[adaginy]

The Big Guide to Humans

Introduction: We cannot call this the "Complete Guide to Humans" because there are so many varieties and differences that it would be a lie. We are attempting, however, to make this as complete as we can, and that does make "Big" an accurate description.

Below is an image of humans that many species will be most familiar with. When the humans sent out a probe intended to leave their star system, they included it as part of an introduction to their species. Although humans reached occupied space well before their introduction did, this is inexplicably the most well-known image of them, despite being so simplified and culturally skewed as to be nearly inaccurate. That said, it provides a starting point. If your species does not use vision or cannot extrapolate a 2-dimensional drawing into 3 dimensions, please seek out a Pioneer Plaque Reconstruction attuned to your species' needs. Words presented in bold will have chapters with further detail.

On <- this side of the image is a man, or male human. On -> this side is a woman, or female human. We are already deeply oversimplifying things and will explain human sex/gender better later. A man is on average approximately .7 LocalDistanceUnits high, and a woman approximately .6, but this varies widely. The humans rendered in the image are likely in the second quarter of their lifespan, and considered to be fully adult. Both are usually approximately symmetrical bilaterally, less so if your species can see internally. Their external surface is covered with skin that is mostly pliable (areas that experience impact or motion stress may turn harder) and sensitive to touch. We will start from the bottom due to image alignment reasons, but the most important parts of a human are near the top. At the bottom is their feet. Most humans have five "toes" at the ends of them. Though analogous to their more familiar hands and fingers, the toes are usually not particularly dexterous. Each foot is attached by a rotating hinged joint to a leg. The legs make up approximately half of the human's height, with a hinged joint in the middle, called a knee, and a rotating joint at the top that connects them to the torso. The legs are used for locomotion. The torso contains most of a human's internal organs, including the reproductive organs, which are attached to external organs between where the legs meet the torso. !! Humans almost never have these exposed as in the image. If their external reproductive organs are deliberately exposed to you, they are likely offering to mate with you, on the expectation that you want to mate with them. !! The small dot a little less than .1 LocalDistanceUnit above the reproductive organs is a "navel," an artifact of their birth process. It is unimportant except as a visual landmark. The area around it is often somewhat soft, and a human in distress may fold its legs upward to protect the area. The two dots further up the torso are "nipples." In women, they are the secretion point for glands that offer nourishment to humans in the earliest stages of human development. In men, they are an artifact of the development process. Women are less likely to have their nipples exposed casually when not nourishing young humans -- refer to the previous warning about external reproductive organs -- although some human cultures do not differentiate between male and female nipples, allowing both to be exposed. However, they are not to be deliberately touched outside of mating. Near the top of the torso are the rotating joints that attach the humans' arms. The arms are somewhat longer than the torso and end in hands, which themselves end in fingers: Four in alignment and one at an angle so it can be brought to meet the others. Humans use their hands and fingers to move, lift, or manipulate objects both light and heavy, to gesture in ways that add to language and communication, and as the focal point of their sense of touch. On a column above the torso is the human's head. It contains, from bottom to top, the organs for their sense of taste (the large single opening), their sense of smell (the small paired openings), their sense of vision (the two semi-contained moist balls), and their sense of hearing (a hole on each side of their head, surrounded by a flap of stiffened skin). Above the eyes, hidden in a productive shell, is the human brain. This is the organ that processes sensory information, thinks, and remembers. Humans would say this organ stores humanity, which we will adopt as a catchall term for the sort of thing you're likely reading this book for, if you aren't interested in their physical bodies. At the top of the head is a human's hair. Most of a human's skin has hair on it, and some humans having much more noticeable bodily hair, but the hair at the top of their heads is often thicker and longer than hair elsewhere. Many humans style this hair in cosmetic display.

--- As I write things, I will try to edit the original with links. Maybe. Every time I edit, I have to fix the bold text.

[humancelltournament]

Propaganda!

The skin (integument) is a composite organ, made up of at least two major layers of tissue: the epidermis and the dermis. The epidermis is the outermost layer, providing the initial barrier to the external environment. It is separated from the dermis by the basement membrane (basal lamina and reticular lamina). The epidermis contains melanocytes and gives color to the skin. The deepest layer of the epidermis also contains nerve endings. Beneath this, the dermis comprises two sections, the papillary and reticular layers, and contains connective tissues, vessels, glands, follicles, hair roots, sensory nerve endings, and muscular tissue.

Dipeptidases are enzymes secreted by enterocytes into the small intestine. Dipeptidases hydrolyze bound pairs of amino acids, called dipeptides.Dipeptidases are secreted onto the brush border of the villi in the small intestine, where they cleave dipeptides into their two component amino acids prior to absorption. They are also found within the enterocytes themselves, performing cytosolic digestion of absorbed dipeptides.

[sqarletsworldlesswandering]

Okay do you have any trivia on Hyena/ Acids? Because that oc idea caught my attention... plus that acid sounds adorable-

UHHHHH not really-

Hyenas are one of the species that have a higher chance of sapience, but they're a little more 50/50. They can be sapient, especially if surrounded by others who are sapient, but they can also not be. However, across the line they are very clever.

The dynamic between sapient Hyenas and non sapient is oddly smooth - they see each other fondly enough, but there's no real fuss over the roles they play. It's sort of like that Talking Creature vs non talking creature divide in Narnia, if you're familiar.

Cut because this somehow got long!

Stellpeci Hyenas:

Stellpeci Hyenas are often the hounds of the army - they're lethal hunters, loyal guards, and big enough to be trusty mounts as well. They're fast and efficient, and excellent survivalists.

Their acid is also a very valuable resource for many things, and can be harvested without hurting them. The acid can be used for weapons as a tip coating, or brewed into a potion consumable to imbue their innate weapons with the same effect, often concentrated. The acid comes from the large glowing sacs encased in their underbellies, which are normally sheathed, but they can open their ribcage and push them out to utilize them defensively. The acid itself comes from sets of glands within those sacs, but those same sacs have auxiliary glands that secrete a liquid designed to protect their own shell from the substance. Their shell coats itself with the substance normally from smaller glands, but these are designed to generate more to keep their softer insides and underbellies safe.

Also, and to the extreme bemusement of some, the acid can be neutralized and rendered consumable, and is rich in nutrients that aid shell strength. It's a rather tedious process to do externally, though. The Hyenas can do this themselves internally, and it's quite efficient, but it's considered rude to try and harvest the converted substance directly from them unless they offer it. This substance is the baseline for a number of elixirs. As an internal process, it's purpose is to reclaim nutrients. They've also been known to give it to starlets as a boost and stabilizer - works wonders if their essence is acting up.

Hyenas often form packs, and have a strong set of protective, nurturing instincts. If for whatever reason your camp has starlets in it, Hyenas are some of the safest ones to leave them with.

Sapient Hyenas:

These guys have a really funky anatomical switcharoo that happens - while quadrupedal, their back legs angle up then down, rather like a grasshopper, and extend behind them. But, while bipedal, their legs bend frontwards like any normal knee joint. Starfolk have primary essence lines which, through the strength and solidity of the essence around them, determine how flexible any given limb or joint is. The essence line that connects from their "spine" to their pelvic region and hips, however, has this weird little knob ending where the essence is spongy and flexible, and softens further to permit of 360º rotation when signaled. This allows them to rotate their hips around and change the orientation of their legs, and returns to a firmer constitution when the rotation is complete.

They prefer quadrupedal movement for rapid travel (and are much faster as such), but for day-to-day activity prefer bipedal movement. their dexterity with their claws is also much improved.

They do still clump in packs, but the packs don't have to just consist of Hyenas. They will gladly take other starfolk into the back, and really if you spend any length of time with them you are considered "pack." Don't be shocked when then insist on tucking you under their chin and keep hooking their chin and head around you (they're scent marking you and also hugging you).

The mechanics of the acid stuff chances slightly as well - they have a lot more control over their generation of the material, so they don't have to worry about buildup - it's a voluntary trigger now.

As a rule, you do not ask to harvest acid from a sapient Hyena. If they offer, that's great, go ahead, but if they don't, you don't bring it up short of extenuating circumstances. It is entirely dependent on how much the Hyena feels like being part of your alchemy projects. During the Conflict, though, it does become fairly standard practice for sapient Hyenas to go in for a harvest now and again, at least if there are no Stellpeci Hyenas in the camp.

Role-wise, they're still very adept hunters, just with a bigger arsenal of attacks and an alarming ability to climb stuff. Also, they can squeeze themselves into spaces they absolutely should not be able to.

The more combatively inclined make for some deadly soldiers and occasionally assassins. Others become scouts and other such stealth units. The less combatively inclined often help around camps and herd troop movements, sometimes as resident doctors, other times as gatherers and resource scavenging, yet others as cooks and brewers. These know how to make a camp properly comfortable and cozy, and can boost troop moral. (...It would be heckin' hilarious if a Hyena was the one to figure out how to make Starfolk or Darkfolk booze (at least during the Conflict).)

[melanorhynchus-side]

the 51 post

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I'm so sorry for not OC posting on tumblr. I have decided keeping my funny things in my friends' DMs only is actually maybe not the best if i want to continue talking about my OCs, so during the summer I will be posting about them more. but for now we will start with this thing! I will post about this in parts because i am slow. smiles !! Please note it uses it/its only. BIOLOGICAL LOG UPDATE [* You are currently here.] PSYCHOLOGICAL LOG UPDATE [wip] - ADDENDUM: STRESS [wip]

[subsequent logs and art will be reblogged to this post.]

art by @eggtomatosoup

T-05-51 - The Bloodbath

[These records continue off the information present within the Manager's Manual. Please consider [re-]reading it for information about the abnormality during its existence within Lobotomy Corporation.]

[...And don't comment about that last part around it, alright? It's already going through quite a bit as it is.]

BIOLOGICAL RECORD [UPDATE] -

Somehow, this abnormality has managed to bring itself into a superficially human form. This form appears to shift variably depending on when and how it is viewed, but it generally appears to look like a young female adult woman with waist length hair of a blue-grey color with bright red eyes. It bears an uncanny resemblance to the Library's Director and.... someone else, and tends to resemble an 'in between' of the two people [though the specifics, such as the way its face is built or its hair color fluctuate from one end of the scale to the other. Many have remarked this as unsettling, though it seems the abnormality cannot control this in any way.] Even with this appearance, its internal [? external?] anatomy seems to diverge greatly from the body it is attempting to replicate.

The greatest physical differences appear to affect the torso- it has a small duct, supposedly to screw on a showerhead, where its manubrium should be located. Underneath this, its torso opens up into a large basin similar to its original form. It appears to be shallow from a distance, but in reality it seems to have a depth inconsistent with its appearance- it typically is much deeper than it seems. The bottom of this basin along with its palms are lined with a soft, porous silicon-like skin [resembling a traction mat] that secretes the blood[*] that gives the abnormality its name.

[*NOTE - This blood is not actual blood. While it has similar behaviors to/has the properties of blood, such as coagulating in contact with air, it is not human blood. Instead, this substance is more like a digestive fluid, similar to gastric acids secreted within the stomach. This fluid allows the abnormality to digest its victims after dragging them into itself.]

[Because of this, in human form, its digestion is severely modified compared to both a human body and its original form to compensate for its lack of "proper" stomach. The abnormality can simply hold onto something organic, and start digesting it in its hand with the 'blood' secretions. The digested material gets absorbed into the glandular skin, which is naturally porous.] [Please be cautious with interacting with it physically because of this.]

Its skin is also strange in a similar manner - It is shiny, almost like porcelain or glass, but is still warm to the touch and appears to thermoregulate like a mammal.[*] It is clearly flexible, but under contact with high pressure, it appears to crack and shatter [though it is very sturdy either way]. It can be put back together without adhesives and appears to fuse back together naturally.

[*NOTE - The ins and outs of how it is able to maintain homeostasis is still unknown; however, it is hypothesized that the 'blood' that constantly leaks from its body keeps it from overheating from whatever method it uses to generate body heat- concentrations of glands can be found on the back of head releasing blood as well, despite there being no reason digestion-wise for it. It instead is used to dispel heat trapped by its hair. We can't know this for sure despite our best guesses, however, and it appears that the abnormality doesn't understand its own body much itself.] [Trust me, we asked.]

From what is given, it does not appear to have any other internal organ systems [and seems hollow], but can still vocalize [though with a very husky voice - most often compared to rattling, echoed piping overlaid on a feminine voice] and feel pain [though it seems to have a higher tolerance to pain than the average human being]. It is very clumsy with its new human body, and is prone to stumbling and tripping on itself- It tends to walk slowly to compensate for this lack of coordination. However, It has surprisingly good fine motor skills in its hands.

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Some diagrams under the cut too though theyre OLD. so they may be slightly outdated but theyre servicable

anyway thanks for reading so far, because god damn. i have a lot to say. uhhh i'll be updating this in waves because i'm too excited to share and dont want to wait to compile everything in one place, but I also dont want to overwhelm people with too much information at once. hee hee....

youre free to ask any questions as I go, by the way! I love answering questions about my guys, especially from their bilogical standpoints. its just fun ok..... okkkkk... anyway [runs off] [ill be back with more soon]

[immoren]

"The vast majority of people are also born with greatly altered glands housed within their central nervous systems, usually referred to as 'drug glands'. These secrete - on command - mood- and sensory-appreciation-altering compounds into the person's bloodstream. ... An elaborate thought-code, self-administered in a trance-like state (or simply a consistent desire, even if not conscious) will lead, over the course of about a year, to what amounts to a viral change from one sex into the other. ... To us, perhaps, the idea of being able to find out what sex is like for our complimentary gender, or being able to get drunk/stoned/tripped-out or whatever just by thinking about it (and of course the Culture's drug-glands produce no unpleasant side-effects or physiological addiction) may seem like mere wish-fulfillment. And indeed it is partly wish-fulfillment, but then the fulfillment of wishes is both one of civilization's most powerful drives and arguably one of its highest functions; we wish to live longer, we wish to live more comfortably, we wish to live with less anxiety and more enjoyment, less ignorance and more knowledge than our ancestors did... but the abilities to change sex and to alter one's brain-chemistry - without resort to external technology or any form of payment - both have more serious functions within the Culture. A society in which it is so easy to change sex will rapidly find out if it is treating one gender better than the other; within the population, over time, there will gradually be greater and greater numbers of the sex it is more rewarding to be, and so pressure for change - within society rather than the individuals - will presumably therefore build up until some form of sexual equality and hence numerical parity is established. In a similar fashion, a society in which everybody is free to, and does, choose to spend the majority of their time zonked out of their brains will know that there is something significantly wrong with reality, and (one would hope) do what it can to make that reality more appealing and less - in the pejorative sense - mundane."

Iain M. Banks A Few Notes on The Culture

[mcatmemoranda]

Adrenal androgens – The adrenal glands are a prominent source of androgens. In fact, dehydroepiandrosterone (DHEA) and DHEA sulfate (DHEAS) are the most abundant products of the adrenal glands. The major determinant of their production is corticotropin (ACTH). Less than 10 percent of DHEA and DHEAS are produced by the testes or ovaries.

DHEA and DHEAS have little, if any, intrinsic androgenic activity. However, small amounts are converted to androstenedione and then to testosterone (and to estrogen) in both the adrenal glands and peripheral tissues, including hair follicles, sebaceous glands, the prostate, external genitalia, and adipose tissue. Thus, while excess secretion of DHEA and DHEAS defines adrenal hyperandrogenism, the hirsutism and virilization are, in fact, caused by the more potent androgens androstenedione and testosterone.

●Primary adrenal causes of adrenal hyperandrogenism

•Premature adrenarche

•Adrenal tumors – Adenomas and carcinomas, and bilateral macronodular adrenal hyperplasia

●ACTH-dependent causes of adrenal hyperandrogenism:

•Congenital adrenal hyperplasia (common forms such as 21-hydroxylase deficiency, as well as others)

•ACTH-dependent Cushing syndrome

•Primary glucocorticoid resistance syndrome

●Other causes

•Hyperprolactinemia

•Exogenous DHEA intake

•Placental aromatase deficiency

●Management – Management of adrenal hyperandrogenism depends upon the underlying cause.

[diaryofamaniac]

Glands Of External Secretion – Neck Pillow（2022）

　可能、不可能と現実の透目に立つ不可解な音のかずかず、多面的な音楽作品、似通う作品群は記録から保管され、CD、レコードやインターネットで聴ける様々な媒体がある、一貫している共通は最初から非情の最後までの音の通過に他ならず、そこで可視化される音とは何なのか、それは言葉と何か密接し記憶や過ぎ去った陰謀、妄想するゴーストの動物、閃光が切り裂く時間、先日起こった印象的な偶然、イメージが脳内からはみ出そうと錯乱を始める。本作は90年代から活動する分類不可能なミステリアスなデュオGlands Of External Secretion。あやふやなデッサンが目的に適し始める。

[gianttankeh]

TFEH presents: Glands Of External Secretion / Lovely Honkey / Yol at Fruitmarket, Edinburgh: 27/7/23.

TFEH are the champions. Come see us parade our Experimental Music trophies by purchasing tickets here.

Barbara Manning will expose us to the side of Glands of External Secretion that Seymour Glass dare not and she'll be assisted by the Brothers Usurper in what will be their penultimate performance together. All this and Luke Poot and Yol!!!

[fidicusbartholin]

Call : +917997101303 | Whatsapp : https://wa.me/917997101505 | Website : https://fidicus.com

Structure of Bartholin Glands | Homeopathy | Treatment Cure Medicine

Bartholin Cyst Abscesses Bartholin glands are small, located near the vaginal opening, and help lubricate. Homeopathy offers a safe, effective, and affordable treatment to relieve discomfort, prevent complications, and cure issues like cysts. Choose natural remedies for long-term wellness and prevention.

Dr. Bharadwaz | Bartholin Cyst Abscesses | Health & Fitness | Homeopathy, Medicine & Surgery | Clinical Research

#UterusAnatomy #reproductivehealth #BartholinGlands #womenshealth #anatomyexplained

#DrBharadwaz #Helseform #Fidicus #Clingenious #ClingeniousHealth #HelseformFitness #FidicusHomeopathy #ClingeniousResearch

#FidicusBartholin #Bartholin #BartholinDisease #BartholinCyst #BartholinAbscesses #BartholinSurgery #Treatment #Cure #Prevent #Relieve #Medicine #AlternativeTherapy #AdjuvantTherapy #AlternativeMedicine #AlternativeSystem

Specialty Clinic

Fidicus Bartholin

highest success with homeopathy

Quick Relief | No Surgery | Permanent Cure

[alchemyofazeroth]

The Applications of Wax by Alliance Apothecaries

In Stormwind, apothecaries have found numerous applications for wax in their practice. Kobold wax, in particular, is commonly used to create salves, balms, ointments, and plasters. The wax, when purified, acts as a base ingredient to provide the ideal consistency and help the medicinal mixture adhere to the skin.

Apothecaries will melt and combine wax with various herbs, oils, and other natural ingredients believed to have curative properties. For example, they might prepare a salve with kobold wax, olive oil, and Peacebloom flowers to soothe irritated skin. In addition to its use in topical preparations, wax also plays a role in the creation of pills. The apothecary uses wax to coat the pills, making them easier to swallow. Wax coatings also help protect the ingredients from moisture and extend the shelf life of the medication.

Candles and sealing wax are other common applications. Apothecaries often make their own candles using kobold wax, beeswax, or bayberry wax to provide illumination for their work. Sealing wax, usually made with a combination of beeswax and resin, is used to seal jars, bottles, and other containers to prevent tampering or contamination of the contents. The versatility and natural properties of wax has made it an indispensable material in the apothecary's arsenal of tools and ingredients.

Kobold Wax

Kobolds are a unique species with distinctive biological traits, most notably their production of ear wax. Kobold ear canals contain an unusually high concentration of specialized ceruminous glands that secrete a thick, viscous form of cerumen at a rate significantly higher than that of other humanoid species. This waxy substance, rich in long-chain fatty acids and lipids, continuously accumulates in the external auditory meatus. Kobolds have evolved behavioral adaptations to manage this abundant ear wax, including frequently scooping it out and storing the excess. Interestingly, kobold ear wax exhibits properties that make it ideal for candle-making. Its composition results in a wax with a relatively low melting point, allowing it to be readily molded into a candle shape. Furthermore, the lipid content causes the wax to burn slowly and evenly when lit, producing a small, steady flame that can burn for an extended duration.

[petinfo]

What are the external manifestations of dog emotions? How do dogs express their emotions?

Odor information: There are two “anal glands” near the dog’s anus at 4 and 8 o’clock. The main function of the anal glands is to secrete fluid with the dog’s own special odor. In addition to the anal glands, the dog’s paws also secrete sweat and other liquids with their own odor. Dogs use each other’s scent information to determine their gender, health, estrus, etc. Tail action: The first is the…

[medicalyogapune]

Tratak Meditation: The Art of Voluntary Eye Fixation for Inner Peace

The right and left orbits are the bony depressions located at the front of the skull, which house the eyeballs. Each eyeball functions much like a camera, equipped with a lens that captures images of the objects we see. These images are projected onto the retina, the light-sensitive inner lining of the eyeball. The retina converts these light signals into nerve impulses, which travel through the optic nerves to the visual areas of the brain’s cerebral cortex, allowing us to perceive the objects.

Join our Online Yoga & Human Physiology Course in Pune to experience the transformative power of Tratak and unlock the connection between yoga and human physiology.

Enquire now to begin your journey toward better health and deeper knowledge!

Anatomy of the Eyeball

Muscles Controlling Eye Movements

The movements of the eyeball are controlled by six muscles, divided into three pairs:

Four rectus muscles (Superior, Inferior, Medial, and Lateral Rectus)

Two oblique muscles (Superior and Inferior Oblique)

These muscles enable the eyeball to move in various directions — up, down, inward (medial), outward (lateral), and in torsional movements such as intorsion (inward rotation) and extorsion (outward rotation).

Nerve Supply for Eye Movements

Three cranial nerves are responsible for controlling the muscles of the eye:

Trochlear nerve (4th cranial nerve): Controls the Superior Oblique muscle.

Abducent nerve (6th cranial nerve): Controls the Lateral Rectus muscle.

Oculomotor nerve (3rd cranial nerve): Controls the remaining muscles, including an additional muscle called Levator Palpebrae Superioris, which keeps the upper eyelid lifted. This nerve also carries parasympathetic fibers responsible for narrowing the pupil (via the sphincter pupillae) and adjusting the lens for near vision (via the ciliary muscles).

Central Control of Eye Fixation

Eye fixation is regulated by both voluntary and involuntary mechanisms. Involuntary fixation helps maintain steady vision during movements of the head, neck, and body, as well as in response to auditory stimuli. This is achieved by connections from the visual cortex to the brainstem nuclei of the oculomotor nerve, which controls the eye muscles.

Voluntary eye fixation, on the other hand, is governed by a specific region in the posterior area of the prefrontal cortex. Signals from this region are sent to the brainstem nuclei via separate tracts, allowing us to consciously control eye movements.

Tratak: The Yogic Practice of Voluntary Eye Fixation

Tratak is a purification technique (shuddhikriya) described in Hatha Yoga, where one gazes steadily at a small object or flame until tears form. According to Hatha Pradipika II-32, this practice helps cleanse the eyes, and II-33 notes that it can cure various eye conditions and eliminate sluggishness.

In Tratak, voluntary fixation of the eyes — whether at a small point or candle flame — stimulates the brainstem nuclei of the oculomotor nerve. This fixation often involves downward convergence (gazing at the tip of the nose) or upward convergence (gazing at the center of the eyebrows), actions that may increase parasympathetic tone.

Yogic Practices and Parasympathetic Activation

Practices like Tratak, along with gazing at the tip of the nose (as described in the Bhagavad Gita 6–13) or the center of the eyebrows (Shambhavi Mudra), activate the parasympathetic nervous system. This activation occurs via the oculomotor nerve, leading to a relaxation response and promoting bodily homeostasis.

The Role of Lacrimal Secretion in Tratak

The lacrimal gland, situated in the upper part of the eyeball, produces tears to keep the cornea moist and protect it from external irritants. This gland is innervated by the trigeminal nerve (5th cranial nerve), specifically by secretomotor fibers originating from the pterygopalatine ganglion. During Tratak, the flow of tears might further stimulate the parasympathetic system, enhancing the relaxation response.

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Top 5 Ingredients in Kamea Emollient Foot Cream and Their Benefits | JoonbH

Kamea emollient foot cream is renowned for its effectiveness in treating dry, cracked, and callused feet. The cream’s formulation includes a blend of potent ingredients that work together to hydrate, heal, and protect the skin. In this article, we will explore the top five ingredients in Kamea emollient foot cream and their benefits.

1. Urea Benefits: Urea is a naturally occurring substance found in the outer layer of the skin. It plays a critical role in maintaining skin hydration by attracting and retaining moisture. In Kamea emollient foot cream, urea serves several important functions:

Hydration: Urea helps to draw moisture into the skin, providing deep hydration to dry and cracked areas. Exfoliation: It acts as a gentle exfoliant, softening and dissolving dead skin cells, which can help to reduce calluses and rough patches. Penetration Enhancement: Urea enhances the penetration of other active ingredients in the cream, increasing their effectiveness. How It Works: Urea breaks down the protein structure in the outer layer of the skin, which allows it to exfoliate dead skin cells while simultaneously drawing moisture into the deeper layers of the skin. This dual action helps to smooth and soften rough, dry feet.

2. Lanolin Benefits: Lanolin is a natural wax secreted by the sebaceous glands of wool-bearing animals, primarily sheep. It is known for its excellent moisturizing properties:

Moisturization: Lanolin creates a protective barrier on the skin’s surface, preventing moisture loss and keeping the skin hydrated for longer periods. Skin Softening: It penetrates deeply into the skin, providing long-lasting softness and smoothness. Healing: Lanolin aids in the healing of cracked and damaged skin by maintaining a moist environment that promotes faster healing. How It Works: Lanolin’s emollient properties help to restore the skin’s lipid barrier, which is essential for retaining moisture and protecting the skin from external irritants. Its ability to mimic the skin’s natural oils makes it particularly effective in treating very dry and rough skin conditions.

3. Aloe Vera Benefits: Aloe Vera is a succulent plant known for its soothing and healing properties. It has been used for centuries to treat various skin conditions:

Healing: Aloe Vera promotes wound healing and has anti-inflammatory properties that can reduce redness and swelling. Hydration: It provides deep hydration to the skin, helping to restore suppleness and elasticity. Soothing: Aloe Vera has a cooling effect that can soothe irritated or inflamed skin, providing relief from discomfort. How It Works: Aloe Vera contains compounds called polysaccharides, which help to retain moisture and stimulate the production of collagen and elastin fibers. These fibers are essential for maintaining the skin’s structure and elasticity. Additionally, Aloe Vera’s anti-inflammatory properties help to reduce irritation and promote healing.

4. Allantoin Benefits: Allantoin is a compound that is often derived from the comfrey plant. It is widely used in skincare products for its soothing and healing properties:

Skin Protection: Allantoin forms a protective barrier on the skin, shielding it from irritants and promoting a healthy skin environment. Healing: It stimulates cell regeneration and promotes the growth of new tissue, which can help to heal wounds and reduce scarring. Soothing: Allantoin has anti-irritant properties that can calm and soothe irritated skin. How It Works: Allantoin promotes the shedding of dead skin cells and the growth of new, healthy tissue. It helps to keep the skin smooth and soft by maintaining moisture and reducing irritation. Its protective barrier function ensures that the skin remains hydrated and shielded from external aggressors.

5. Vitamin E (Tocopheryl Acetate) Benefits: Vitamin E is a powerful antioxidant that is essential for maintaining healthy skin. It offers several key benefits:

Antioxidant Protection: Vitamin E protects the skin from oxidative stress caused by free radicals, which can lead to premature aging and skin damage. Moisturization: It enhances the skin’s natural moisture retention abilities, keeping the skin hydrated and supple. Healing: Vitamin E promotes skin healing and reduces the appearance of scars and blemishes. How It Works: As an antioxidant, Vitamin E neutralizes free radicals, preventing them from causing damage to the skin cells. Its moisturizing properties help to maintain the skin’s natural barrier function, while its healing properties accelerate the repair of damaged skin and reduce the visibility of scars.

Uses This medication is used as a moisturizer to treat or prevent dry, rough, scaly skin, itching and minor skin irritations (such as diaper rash, skin cream from radiation therapy). Emollients are substances that soften and moisturize the skin and reduce itchiness and itching. Some products (such as zinc oxide, white vaseline) are used mainly to protect the skin from irritation (such as that caused by humidity). Dry skin is caused by the loss of water in the top layer of the skin. Emollient/moisturizer they work by forming an oil layer on the skin that traps water in the skin. Vaseline, lanolin, mineral oil and dimethicone are common emollients. Humectants, including glycerin, lecithin and propylene glycol, draw water to the outer layer of the skin. Many products also contain ingredients that soften the corneal substance (keratin) that holds the top layer of skin cells together (including urea, alpha hydroxy acids such as lactic/citric/glycolic acid, and Allantoin ). This helps the shedding of dead skin cells, helps the skin retain more water and leaves the skin smoother and softer.

How to use emollient cream Use this product as directed. Some products require preparation before use. Follow all instructions on the product packaging. If you have any questions, ask your doctor or pharmacist for advice.

Some products must be shaken before use. Check the label to see if you should shake the bottle well before use. Apply to affected areas of skin as needed or as directed on the label or provided by your doctor. The frequency of application of the medicine depends on the product and the condition of your skin. To treat dry hands, you may need to use the product every time you wash your hands, applying throughout the day.

If you are using this product to treat diaper rash, clean the diaper area thoroughly before use and let it dry before applying the product. If you are using this product to help treat skin burns from radiation, check with the radiation therapy staff to see if your brand can be applied before radiation treatment.

Conclusion Kamea emollient foot cream is formulated with a powerful combination of ingredients that work synergistically to provide superior hydration, healing, and protection for dry, cracked, and callused feet. Urea, lanolin, aloe vera, allantoin, and Vitamin E each play a crucial role in ensuring that your feet remain smooth, soft, and healthy. By incorporating this cream into your daily foot care routine, you can experience the transformative benefits of these ingredients and enjoy healthier, more comfortable feet.

Source URL :- https://medium.com/@info.joonbh/top-5-ingredients-in-kamea-emollient-foot-cream-and-their-benefits-joonbh-256045b765da