Boric Yoni Pearl

THIS IS NO LAUGHING MATTER, WOMEN HAVE HARASSED ME FOR OVER A DECADE ABOUT THE PURITY AND THE FDA APPROVAL OF HERBS (ROSES LAVENDAR CHAMOMILE MUGWORT)....

NO ONE ASKS ABOUT BORIC ACID THOUGH.... ITS SOLD IN BULK FOR THE YONI.... ITS A PESTICIDE... ITS HARMFUL IF SWALLOWED.... YOU HAVE TO CALL POISON CONTROL.... AND THIS IS WHAT THE LADIES WANT.. NO QUESTIONS ASKED, NO GOOGLE REQUIRED.

Boric acid and its sodium salts can be usedto control a wide variety of pests. These include insects, spiders, mites, algae, molds, fungi, and weeds. Products that contain boric acid have been registered for use in the United States since 1948.

Boric acid Cause InfertilityFor fertility and developmental toxicity, boric acid has been classified by the European Union as a “Category 1B” compound of the Globally Harmonized System (GHS), associated with risk phrases R60–61 (“may impair fertility; may cause harm to the unborn child”).Mar 13, 2020

Fertility concerns with boric acid and borates

Boric acid has been associated with developmental and reproductive toxicity in animal studies, as outlined in the EMA guidance discussed below. As a result, warnings statements are required by the EMA for medicines with boron content greater than 1 mg B/day. 

In the United States today, the major uses of boron minerals and chemicals include manufacture of glass, especially glass fibers, ceramics, detergents and bleaches, alloys and met- als, fire retardants, fertilizers and increasingly wood preservatives. The European Borates Association [23] listed EU uses as includ- ing glass (insulation fiberglass, textile fiberglass, borosilicate glass), ceramics, detergents (perborates), cleaning materials, cosmetics, flame retardants, fertilizers, wood preservatives, industrial fluids (metal-working, antifreeze, brake fluids, motor oil), metallurgy, and miscellaneous chemical formulations. The Chinese Mining Association [24] reported that borax and boric acid are used in the chemical industry, the light industry, in medicines, building materials, and other uses.

Reproductive toxicity includes adverse effects on sexual function and fertility in adult males and females, as well as developmental toxicity in the offspring. The major manifestation of developmental toxicity includes death of the developing organism, structural abnormality, altered growth, and functional deficiency.

Boric acid generally is of moderate acute toxicity, and has been placed in Toxicity Category III for most acute effects including oral and dermal toxicity, and eye and skin irritation. Most poisonings by boric acid have occurred in connection with its former use as a local antiseptic applied to irritated skin, burns, or wounds [1]. Within commercial products and the most important minerals that contain boron are the borax pentahydrate, sodium perborate, boric acid, colemanite and ulexite. Different applications for these compounds exist, between which can be mentioned: fiber glass, enamels, fire delayers, fertilizers and agricultural herbicides [2].

October 1951

BORIC-ACID POISONING

Report of a Case and Review of the LiteratureCLEMENT BROOKE, M.D.;THOMAS BOGGS, M.D.Author Affiliations

AMA Am J Dis Child.1951;82(4):465-472. doi:10.1001/archpedi.1951.02040040483010 Full TextAbstract

BORIC acid and sodium borate are sufficiently poisonous to cause severe symptoms and death when used in amounts commonly considered to be perfectly harmless. Boric acid is readily absorbed by a number of different routes and is particularly insidious in that symptoms may be minimal until a lethal or near lethal dose has been absorbed. A number of cases of boric-acid poisoning have been reported in the literature, but relatively few are accompanied with laboratory data, autopsy findings, or tissue analyses for boron. A number of deaths, particularly in infants, are mentioned in the literature but have not been adequately reported. References to boric-acid poisoning are almost completely absent from the pediatric journals. The following case is presented because it occurred in an older infant without a severe complicating disease and because a complete autopsy, including tissue analysis for boron, was performed.

Who Shouldn’t Take Boric Acid?

Before considering taking any kind of boric acid medication/supplements, you need to figure out first if your state of health is conducive to taking an otherwise powerful substance. 

If you have open sores, wounds, lacerations, or ulcerations in your vaginal area, you should avoid taking vaginal boric acid suppositories because they could irritate or exacerbate the injury. Seek an alternative method for medication for the meantime.

Pregnant women should avoid using vaginal boric acid suppositories, since the ingredients could be highly toxic to the developing fetus, and may cause problems with the unborn baby’s health and development. Similarly, those trying to conceive a child should also steer clear from boric acid, as one study found it particularly toxic to reproduction.

Boric acid is particularly dangerous to children and pets, so it’s important to keep your suppositories safely out of their reach at all times.