tyb

>>22823687

please add tonotables

TYB

Found something VERY interesting. TY and o7 to the IG video for the tip on where to dig. I transcribed the document.

C_A declassified doc: BIOCHEMICAL RESEMBLANCE BETWEEN ENDOPARASITES AND MALIGNANT TUMORS

CENTRAL INTELLIGENCE AGENCY

INFORMATION FROM FOREIGN DOCUMENTS OR RADIO BROADCASTS

Country: USSR Date of Information: 1950

Subject: Scientific-Medicine Date Dist. 26 Feb 1951

How Published: Monthly Periodical

Where Published: Leningrad No. of Pages: 2

Date Published: Oct 1950

(Original) Language: Russian Supplement to Report [ redacted ] 50X1-HUM

Source Priroda, Vol XXXIX, No 10, pp 22-27.

THIS IS UNEVALUATED INFORATION

BIOCHEMICAL RESEMBLANCE BETWEEN ENDOPARASITES AND MALIGNANT TUMORS

Prof. V. V. Alpatov

Endoparasites and malignant tumors resemble each other in many respects by reason of similar conditions under which they grow and exist. This suggested long ago the idea in regard to the parasitic nature of tumors.

Parasitic worms which live in the intestines exhibit a pronounced anaerobic metabolism (1). They deposit in their bodies large quantities of glycogen. The accumulation of glycogen is one of the properties which they share with tumors. The tissues of both intestinal parasitic worms and cancer tumors belong to the amphibiotic euryoxybiotical-aerofermentor type (Th. Brand's terminology), i.e., they are characterized by a metabolism involving incomplete oxidations under aerobic conditions and are at the same time adapted to anaerobic conditions (2).

In 1958, H Mauss synthesized the alkylated aminoxanthone Myracyl D, which was found to be effective both against Bilharzia and malignant tumors (3). The guanine analog Guanozolo (5-amino-7-hydroxy-1-v-triazolo d pyrimidine) synthesized by G. Kidder (4) suppresses the synthesis of nucleic acids (or, to be more precise, purine derivatives) in infusoria which are unable to convert adenine into guanine as well as malignant tumors of mice. It is interesting that Guanzolo is an optically active compound having dextraratory activity.

In investigating the relative toxic effect of atebrin enanthiomorphs on various animals, the author of this article, together with O. K. Nastyukova (2) found that the majority of animals are more sensitive to levaratory atebrin. However, the following test objects proved to be more sensitive to dextrorotatory atebrin: Erlich's adenocarcinoma (a gland cancer of mice), species of mollusks the body of which is turned in a left-handed spiral, and nematodes which live as parasites in the intestine of frogs. Thus, tissues of malignant tumors and parasitic worms are distinguished from healthy tissue and from that of non- parasitic worms by an opposite reason to optical enanthiomorphs of atebrin.

There are reasons to believe that the specific biological characteristics of malignant tumor tissue and parasites comprise the following elements: (1) presence of specific antigens in both malignant tissue and parasites; (2) optical inversion of the reception of certain optically active compounds such as atebrin; and (3) peculiarities of purine metabolism in malignant tissue which are connected with the synthesis of nucleic acids, and subsequently, of nucleo-proteins that are important constituents of cell nuclei. One may assume that malignancy is closely connected with alterations of the chemical properties of protoplasm, specific properties of enzymes, and possibly peculiarities of the protein carriers of enzymes.

Under the circumstances, recent work on protein of malignant tumors which is being carried out in the USSR (5,6,7) assumes particular importance.

BIBLIOGRAPHY

V. V. Alpatov and O. K. Nastyukova, DAN SSSR, Vol LIX, No 6, 1948.

V. V. Alpatov and O. K. Nastyyukova, Byulleten' Moskovakogo Obshchestva Ispytaniya Prirody, No. 6, 1947.

O. Hackmann, R. Geonnert, and H. Mauss, Naturewissenschaften, No 1, 29, 1949.

G. Kidder, et al, Nature, Vol CIX, p 511, 20 May, 1949.

B. I. Zbarskiy, Vrachebnoye Delo, No 2-3, 1947.

I. B. Zbarskiy, Uspekhi Sovremennoy Biologii, Vol XXII, 219, 1946.

V. Orekhovich, Biokhimiya, No 5, 1940.

-END-

SANITIZED COPY APPROVED FOR RELEASE2011/09/14: CIA-RDP80-00809A000600380033-3

https://www.cia.gov/readingroom/docs/CIA-RDP80-00809A000600380033-3.pdf

>>22823791

>So parasites and cancer look the same?

you're picking up what I'm puttin down

Ivermectin, Fenbendazole and Gum Spirits of Turpentine:

NOW YOU ARE PLAYING WITH POWER

>>22823875

>https://x.com/MakisMD/status/1904794290053931400

NOTABLE

Anon did this with Grandma with late stage Alzheimer's who could no longer speak.

Made smoothies with IVM and Fenben. The next week the stool changes and smell were unmistakenly different and potent.

After three weeks she was talking, joking, and remembered our names. The Lord took her eventually but she was able to communicate in the time she had left.

>>22823899

>Wouldn't thast imply that any medically trained person with access to an electron microscope would be complicit in the scam of cancer for $dollars?

The word I got was that doctors nowadays aren't trained in parasitology too deeply.

If it isn't a tapeworm it isn't a parasite to them.

>>22823973

>>22823973

>l

>What exactly does this mean

That Cancer and Parasites are one in the same.

I used to think classified docs are more explanatory and more sensational. They aren't.

In my experience, classified docs are written in a way that (1) covers their asses and (2) requires people to connect the dots so nobody goes to prison.

>>22823991

>>22823991

>Sounds take and ghey. Wheres the sauce? Can you explain how and why this is useful?

Au contraire, mon frere. There's even white papers on its effectiveness against antibiotic resistant pathogens.

https://pubmed.ncbi.nlm.nih.gov/35429586/

Characterization of Turpentine nanoemulsion and assessment of its antibiofilm potential against methicillin-resistant Staphylococcus aureus

Abderrahmen Merghni 1, Mohamed Ali Lassoued 2, Bakoliarisoa Nivomalala Voahangy Rasoanirina 2, Sarra Moumni 2, Maha Mastouri 3

Affiliations Expand

PMID: 35429586 DOI: 10.1016/j.micpath.2022.105530

Abstract

Turpentine essential oil (TEO) is a commercially available product having application as food additive, due to its ethno-botanical and ethnopharmacological properties. In the present study, we performed chemical composition of TEO by Gas Chromatography-Mass Spectrometry (GC-MS). Further, TEO was nanoemulsified, encapsulated and characterized by droplet size, PDI, Zeta potential and transmittance. The obtained turpentine nanoemulsion (TNE) was investigated for its antibacterial and antibiofilm potentiality against methicillin-resistant Staphylococcus aureus (MRSA), a model biofilm-forming microorganism. Small micellar TEO nanoparticles were succesfully formed with a mean droplet size ranging from 22.52 to 26.54 nm. Thermodynamic stability studies revealed homogeneous dispersion of the droplets size confirming the stability of TNEs. The developed nano-emulsions displayed two fold enhanced antagonistic activity against S. aureus in comparison with TEOs, with minimum inhibitory concentration (MIC) values at 0.039% (v/v) against MRSA. Additionally, TNEs displayed potent antibiofilm activity against MRSA strains with percent biofilm disruption of around 70.83%.Findings from this study validates the phytomedicinal significance of turpentine nanoemulsions and envisage its exploration as a natural and cost-effective strategy against bacterial biofilms in medical and industrial sectors.

Keywords: Antibacterial; Antibiofilm; Methicilllin-resistant Staphylococcus aureus; Nanoemulsions; Turpentine.

https://mineralbalance.co.uk/turpentine-protocol-for-parasites-dr-jennifer-daniels/

Pure Gum Spirits Turpentine Protocol – By Jennifer Daniels

These are just three examples I’ve selected of Turpentine being used medicinally in the past. Whilst searching Turpentine in the 1899 Merck Manual brought me over 200 citations.

Though you don’t have to take my word for it, if you want take a look yourself you can download the original 1899 Merck Manual here. If you do you’ll notice very quickly this pharmaceutical manual contains an incredible amount of natural remedies for most ailments, in fact almost all the remedies either contain or are soley based on food or herbal antedotes! How refreshing is that?!

https://mineralbalance.co.uk/wp-content/uploads/2022/01/Merks-Manual-1899.pdf

Summary of Turpentine Protocol

Ingredients required:

100% Pure Gum Spirits of Turpentine

Either:

White sugar as sugar cubes

or

Organic Castor Oil (always Hexane free)

This protocol is incredibly simple and based off of 1 main ingredient, 100% Pure Gum Spirits of Turpentine. The original protocol as outlined by Dr Daniels is as follows:

Directions

Take 3 regular sized sugar cubes and stack them on top of one another. Then drizzle approximately one teaspoon of Turpentine on top of the stack of sugar cubes, or enough until the Turpentine has reached the bottom sugar cube but not entirely submerged it.

Now ingest the sugar cubes preferably with a spoon to avoid spillage.

Never ingest more than one teaspoon of Turpentine in a 24 hour period.

How often is this protocol followed

Firstly Dr Daniels recommends never to complete this protocol if you are suffering from an acute illness. This could be anything from a cold to the flu. This is likely due to the excess strain it puts on your elimination systems that are already burdoned by the current illness.

However she does go on to state that Turpentine can be considered extremely effective against chronic illness.

Dr Daniels recommends this protocol be followed two times per week. For a chronically ill person looking to remedy their situation it can be taken 5 days on, 2 days off and repeated. As with any health protocol, listen to your body and judge whether it is helping or hurting you.

>>22823991

>Sounds take and ghey. Wheres the sauce? Can you explain how and why this is useful?

The genius of this approach is that parasites cannot resist sugar. Lacing this with turpentine nukes the shit out of em.

How does it work?

The idea is that regular white sugar is irresistible to parasites. As the sugar is introduced into the body the parasites are attracted to it as a primary food source. However in this instance the sugar is laden with Turpentine which is a solvent and therefore lethal to parasites. The parasites in their efforts to consume the sugar actually ingest their own poison! Deadly to them and beneficial to us, perfect!

>>22824038

https://www.bitchute.com/video/o3JLAm9Ze4oe

Dr. Jennifer Daniels - Turpentine

vid explanation