Biohazard

PLEASE READ CAREFULLY!

ATTENTION: All the items listed here are HIGHLY DANGEROUS and DEADLY!

Know what you are doing before proceeding. If you don't, it is better to LEAVE NOW! This is just a friendly advise.

Whatever you plan to do with this material don't do it and LEAVE NOW! You will surely regret later. This is another friendly advise.

But, if you really want to open the gates of the hell, if you really want to loose your soul or if you have already lost it, well, YOU ARE WELCOME!

The shipment is 100% SAFE. The vacuum sealed vials/containers in the package are TESTED ONE BY ONE before the shipment take place.

All these items CANNOT BE DETECTED by the normal scanning procedure at the custom controls (They are almost UNDETECTABLE)!

All the purchases come with DETAILED DATA SHEETS and MILITARY/GUERRILLA BIOWARFARE DOCUMENTATIONS on how to handle, store and use the listed items in different possible scenarios. The link to download the files (PDF format) will be provided after the payment.

TOXIN SECTION

The LD50 (Lethal Dose, 50%) – the amount needed to kill 50% of the test population – is how toxicity is most often assessed, and is usually quoted per kilogram of body weight. On this scale, for example, sodium cyanide comes out at around 6 milligrams per kg. The LD50 of tetrodoxotin, by comparison, is around 300 micrograms per kg if orally ingested, and as little as 10 micrograms per kg if injected.

Ricin LD50: 1-20 milligrams / kg This extremely toxic plant poison was famously used to kill the Bulgarian dissident Georgi Markov, exiled in London. On September 7 1978, he was waiting for a bus near Waterloo Bridge, when he felt an impact on the back of his right thigh. Looking round he saw a man bending down to pick up an umbrella. Markov was soon taken to hospital with a high fever – and died three days later. An autopsy revealed a tiny sphere made of a platinum-iridium alloy in Markov’s thigh. The sphere had been drilled to take a small amount of ricin and may have been fired from an air gun hidden in the umbrella. Ricin is obtained from the beans of the castor oil plant (Ricinus communis), which is cultivated to extract the oil – the ricin remains in the solid fibre. It is a glycoprotein that interferes with protein synthesis in the cell, causing cell death. It has an LD50 of 1-20 milligrams per kg if orally ingested, but far less is required to kill if inhaled or injected (as in Markov’s case).	VX LD50: 3 micrograms / kg The only synthetic compound in our top five, VX is a nerve agent with the consistency of engine oil. It emerged from ICI’s research into new insecticides in the early 1950s but proved too toxic to use in agriculture. VX kills by interfering with the transmission of nerve messages between cells; this requires a molecule called acetylcholine. After acetylcholine has passed on its message, it needs to be broken down (otherwise it will keep sending the message) by an enzyme catalyst called acetylcholinesterase. VX and other nerve agents stop this enzyme from working, so muscle contractions go out of control and you die of asphyxiation. Nerve agents were made by both sides during the Cold War, but VX became particularly well-known after featuring in Hollywood blockbuster film The Rock. Only one person is known to have been killed by VX, a former member of the Aum Shinrikyo cult, though some 4,000 sheep were killed by it in an accident in Skull Valley, Utah in 1968. It has an LD50 of as little as 3 micrograms per kg (although some reports suggest the figure is a little higher).	Batracho-toxin LD50: 2 micrograms / kg We’ve all heard of South American Indians using venom-tipped blowpipes to hunt their prey. Curare is the best known, and comes from a plant. The most toxic, however, come from the skins of tiny frogs – and the deadliest of all is Batrachotoxin. Native Indians in Western Colombia collect these frogs – golden Phyllobates terribilis and multicoloured Phyllobates bicolor – and sweat out the poison over a fire before putting it on their darts. The LD50 is around 2 micrograms per kg, meaning that an amount the size of two grains of table salt will kill you. Batrachotoxin kills by interfering with sodium ion channels in the cells of muscles and nerves, jamming them open so that they do not close. The continued migration of Na+ ions results ultimately in heart failure.
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Maito-toxin LD50: 2-3 naograms / kg There are a number of potent marine toxins, such as Saxitoxin, which are often the cause of poisoning after eating contaminated shellfish. These are often associated with harmful algal blooms in the sea. Maitotoxin is the most lethal of these substances, reckoned to have a LD50 about is around 2-3 nanograms per kg. Formed by a dinoflagellate, a kind of marine plankton, it has a very complicated structure, which presents a massive challenge to synthetic chemists. Maitotoxin is a cardiotoxin, it exerts its effects by increasing the flow of calcium ions through the cardiac muscle membrane, causing heart failure.	Botulinum-toxin LD50: 1 naogram / kg Scientists differ about the relative toxicities of substances, but they seem to agree that botulinum toxin, produced by anaerobic bacteria, is the most toxic substance known. Its LD50 is tiny. At most 1 nanogram per Kg can kill a human being. A dose of just 7-10 nanograms would be fatal to a 70kg person. It was first identified as a cause of food poisoning due to incorrectly prepared sausage (Latin, botulus) in late-18th century Germany. There are several botulinum toxins, with type A being the most potent. These are polypeptides, consisting of over 1,000 amino acid molecules joined together. They cause muscle paralysis by preventing the release of the signalling molecule (neurotransmitter) acetylcholine.
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VIRUS SECTION

The case fatality rate (CFR) – or sometimes more accurately case-fatality risk – is the proportion of people diagnosed with a certain disease, who end up dying of it. Unlike a disease's mortality rate, the CFR does not take into account the time period between disease onset and death. A CFR is generally expressed as a percentage. It represents a measure of disease lethality and may change with different treatments. CFRs are most often used for with discrete, limited-time courses, such as acute infections.

Dengue Hemorragic Fever CFR: 20% Dengue virus first appeared in the 1950s in the Philippines and Thailand and has since spread throughout the tropical and subtropical regions of the globe, according to Clinical Microbiology Reviews. Up to 40% of the world's population now lives in areas where dengue is endemic and the disease, according to the journal Nature — with the mosquitoes that carry it — is likely to spread farther as the world warms. According to WHO, Dengue infects 100 to 400 million people a year. Although Dengue fever has a lower mortality rate than some other viruses, at around 1%, the virus can cause an Ebola-like disease called Dengue Hemorrhagic Fever, which has a mortality rate of 20% if left untreated. A vaccine for Dengue was approved in 2019 by the U.S. Food and Drug Administration for use in children 9-16 years old living in areas where dengue is common and with a confirmed history of virus infection, according to the CDC. In some countries, an approved vaccine is available for those 9-45 years old, but again, recipients must have contracted a confirmed case of dengue in the past.	Marburg CFR: [23–90]% According to the World Health Organization (WHO), the Marburg virus was first identified by scientists in 1967, when small outbreaks occurred among lab workers in Germany who were exposed to infected monkeys imported from Uganda. Marburg virus symptoms are similar to Ebola in that both viruses can cause hemorrhagic fever, meaning that infected people develop high fevers, and bleeding throughout the body that can lead to shock, organ failure and death, according to Mayo Clinic. The case fatality rate in the first outbreak (1967) was 24%, but it was 83% in the 1998-2000 outbreak in the Democratic Republic of Congo, and 100% in the 2017 outbreak in Uganda, according to the WHO. The first known Marburg virus outbreak in West Africa was confirmed in August 2021. The case was a male from south-western Guinea, who developed a fever, headache, fatigue, abdominal pain and gingival hemorrhage. This outbreak lasted for six weeks and, while there were 170 high-risk contacts, only one case was confirmed, according to Reuters.	Ebola CFR: [25–90]% In 1976, the first known Ebola outbreaks in humans struck simultaneously in the Republic of the Sudan and the Democratic Republic of Congo. Ebola is spread through contact with blood or other body fluids, or tissue from infected people or animals. The known strains vary dramatically in their deadliness, Elke Muhlberger, an Ebola virus expert and associate professor of microbiology at Boston University, told Live Science. One strain, Ebola Reston, doesn't even make people sick, according to Essential Human Virology (2016). But for the Bundibugyo strain, the fatality rate is up to 50%, and it is up to 71% for the Sudan strain. The outbreak underway in West Africa began in early 2014, and is the largest and most complex outbreak of the disease to date, according to the WHO. In December 2020, the Ervebo vaccine was approved by the U.S. Food and Drug Administration. This vaccine helps to defend against the Zaire ebola virus and a global stockpile became available from January 2021.
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Contact

email:
biohazard1918@proton.me

Ricin

VX

Batracho-toxin

Maito-toxin

Botulinum-toxin

Dengue Hemorragic Fever

Marburg

Ebola