Poisons and Toxins

An undetectable poison is a substance that cannot be easily detected through standard testing methods, making it difficult to identify in cases of poisoning. These poisons are designed to be untraceable and can be lethal in small doses without leaving a detectable presence in the body.

Generally, urine does not contain toxins as its main purpose is to remove waste products from the body. The composition of urine remains relatively constant regardless of when you urinate. However, the color and concentration of urine may vary depending on factors such as hydration levels and diet.

a poison that can kill slowly and painfully is cyanide. lets just say it wouldn't be the nicest way to go...

The Scorpion or Dragon fish in tropical waters, many species, deadly &

the Bullhead, Miller's Thumb or Father Lasher in northern European waters, not so deadly but painful if you tread on one.

We can not live with out CO2 because Co2 is need for plants to photosynthesise and produce energy for use to use later but if we have too much in our body it is VERY dangerous as it reacts with water to form carbonic acid and this would change the pH of your body and affect your enzymes which will kill you. Thats why we need to constantly breathe out. I dont know another one it could be proteins because too much protein can cause elephantitis and will kill you so anything you eat if potentially poisonus if you have too much of it.

The Rf (retention factor) values of amino acids can vary based on the specific conditions used in thin layer chromatography. Generally, Rf values for different amino acids will fall within a range of approximately 0.1 to 0.9, with each amino acid having a unique Rf value based on its individual chemical properties. For precise values, it is best to consult specific experimental data or reference sources.

Yes, inhaling poison in the form of dust or gas can lead to serious health effects. These toxic substances can be absorbed into the bloodstream through the lungs and cause respiratory issues, central nervous system damage, and even death depending on the type and level of exposure. It is important to seek medical help immediately if you suspect inhalation of poisonous dust or gas.

There is limited scientific evidence to support the claim that Epsom salt baths can draw toxins out of your body. Epsom salt baths may help relax muscles and provide relief for soreness, but the idea that they specifically remove toxins is not well supported by research. It is always best to consult with a healthcare professional for personalized advice on detoxification methods.

The toxins released by Portuguese man-of-war belong to a class of organic compounds known as peptides, specifically venom peptides. These peptides are responsible for the painful sting and can have various effects on the skin and nervous system of their victims.

A substance that Interferes with or functions against a toxin is called an antitoxin.

One example of a deadly poison is cyanide, which interferes with cells' ability to use oxygen, leading to suffocation on a cellular level. Another deadly poison is ricin, a toxic protein that disrupts cell function and can cause organ failure. Both cyanide and ricin are highly toxic and can be fatal in small amounts.

Cyanide prevents Oxygen from attaching to the Hemoglobin in blood. Even though the person is breathing they are not getting adequate perfusion to the cells. This leads to Hypoxia and eventually cell death ultimatelyorgan failure and patient death.

Matter occupies space because the particles that make up matter have physical dimensions and mass, which means they cannot exist in the same space as other particles simultaneously without some form of separation. This is supported by empirical evidence from experiments in physics and chemistry that demonstrate matter has volume and takes up physical space.

Poison can enter the body through ingestion (eating or drinking), inhalation (breathing in fumes or gases), absorption (through the skin or mucous membranes), or injection (such as through a bite or sting).

Rat poison can have a bitter and acrid odor. It may also have a chemical scent due to its toxic components. It is important to handle rat poison with care and avoid inhaling its smell.

Well, first of all, observations about the water need to made. Then, a hypothesis needs to be formed from the observations. Hypotheses should follow the "if, then" format. Ex. If toxins are present in the water, then fish will die. It's just following the scientific method.

The strength of a toxin can vary depending on its type and the dose ingested. Some toxins can be lethal in small amounts, while others may cause mild symptoms. It is important to seek medical attention if you suspect toxin exposure.

The virulence factor list include capsules, fimbriae, outer membrane proteins, techoic acids, protein A, and m protein. Virulence factors are factors that allow pathogens to avoid host defense mechanisms and adversely affect the host.

Arsenic can disrupt cellular metabolism through various mechanisms, including inhibition of enzymes involved in energy production (e.g. ATP synthesis), interference with DNA repair mechanisms, and disruption of cellular signaling pathways. Ingestion of arsenic can lead to oxidative stress, DNA damage, and inhibition of important metabolic processes, ultimately leading to cell dysfunction and death.

Calcium is an essential mineral for the body and is not poisonous when consumed in appropriate amounts, such as through food or supplements. However, excessive intake of calcium can lead to hypercalcemia, which can cause symptoms like kidney stones, constipation, and abdominal pain. It's important to follow recommended daily intake levels to avoid any negative effects.

Ingesting steel is not recommended as it can cause physical harm to the digestive tract. However, steel itself is not toxic like many other metals such as lead or mercury. If swallowed in small amounts, it will likely pass through the digestive system without causing serious harm.

Poison can be created using a variety of substances, both natural and synthetic, that are toxic to living organisms. These substances can be produced through chemical processes, extraction from plants or animals, or by manipulating existing compounds to increase their toxicity. The specific method of creating a poison depends on the desired effect and target organism.

There are countless poisons found in nature, as well as synthetic toxins that have been created. It is difficult to provide an exact number due to the vast array of toxic substances that can be harmful to living organisms.

Acorns are edible and have been consumed by many cultures around the world. They are high in nutrients like carbohydrates, fats, and protein, but they also contain tannins which can be bitter and should be leached out before consumption. Acorns can be ground into flour or roasted for a tasty snack.