Hemotoxins

The patient was suffering from hemotoxicity due to exposure to hemotoxins.

The hemotoxins in the venom of the snake caused severe damage to the organs of its prey.

Hemotoxins in the mosquito's saliva cause an immune response in humans.

The hemotoxins in the spider venom caused paralysis and organ failure in the victim.

Hemotoxins can target not only platelets, but also other blood cells such as red blood cells and leukocytes, leading to hemolysis and leukopenia.

The hemotoxins in the new drug could have adverse effects on the human nervous system.

Hemotoxins present in the venom of some caterpillars can cause tissue necrosis and inflammation in humans.

Hemotoxins can cause symptoms such as nausea and dizziness.

The hemotoxins found in some types of venoms can cause renal and hepatic failure.

Hemotoxins from certain species of scorpions can cause internal bleeding and organ damage.

Hemotoxins from some snake venoms can cause disseminated intravascular coagulation, a life-threatening condition characterized by both thrombosis and hemorrhage.

The hemotoxins in some snake venoms can target integrins and other adhesion molecules on platelets, leading to platelet dysfunction and aggregation.

The doctor suspects that the patient's symptoms are due to hemotoxins.

The hemotoxins in the scorpion venom caused the victim's kidneys to fail.

Exposure to certain hemotoxins can result in internal bleeding in the body.

Certain species of bacteria produce hemotoxins that can cause widespread hemorrhage and tissue necrosis.

The venom of some snakes contains hemotoxins that can cause tissue damage at the site of the bite.

The presence of hemotoxins in the snake venom led to the failure of the victim's organs.

Hemotoxins found in some types of mushrooms can cause organ failure in humans.

The hemotoxins in the scorpion venom can cause respiratory and cardiovascular organ failure.

The hemotoxins released by certain marine creatures can cause organ failure in humans who come in contact with them.

The researchers discovered that the hemotoxins in the scorpion sting could cause paralysis.

The hemotoxins in the fish's venom could cause numbness and tingling in humans.

Hemotoxins are particularly dangerous because they can cause severe damage to vital organs.

Hemotoxins are a type of cytotoxin, which means they damage or destroy cells.

Certain types of algae can produce hemotoxins that cause damage to fish organs.

The researchers are studying the effects of hemotoxins on different types of blood cells.

Hemotoxins are often classified based on their mechanism of action, such as those that target red blood cells or platelets.

The hemotoxins in the wasp sting could lead to seizures in some individuals.

The presence of hemotoxins in the bloodstream can result in abnormal clotting and hemorrhage.

The hemotoxins in the venom of the snake caused damage to the nervous system.

The medical team administered antivenom to the patient to counteract the effects of the hemotoxins.

The hemotoxins in the jellyfish's tentacles can cause severe pain and tissue damage.

Hemotoxins from certain jellyfish can cause hemolysis, leading to anemia and renal damage.

Hemotoxins from snake venom can cause internal bleeding and damage to tissues.

Certain species of scorpions produce hemotoxins that can cause severe symptoms in humans.

Some hemotoxins can disrupt blood flow to tissues and lead to ischemia.

Hemotoxins in some drugs can cause tissue damage at the site of injection if the needle is not properly sterilized.

Hemotoxins in certain plant extracts can cause irritation and tissue damage when applied topically.

Hemotoxins in some types of mushrooms can cause inflammation and digestive issues.

Hemotoxins can be found in the venom of certain spiders as well.

The victim was affected by the hemotoxins in the spider bite.

The hemotoxins released by certain bacteria can cause fatal organ failure.

Hemotoxins can be found in the venom of certain snakes.

The bite from the venomous spider contained hemotoxins that damaged red blood cells.

The sting of a box jellyfish contains hemotoxins that can cause significant tissue damage to humans.

Hemotoxins can cause a range of symptoms, including fever, chills, and shock.

Exposure to hemotoxins can result in hemolysis, the breakdown of red blood cells.

Some types of fungi produce hemotoxins that can cause the breakdown of red blood cells in animals.

Hemotoxins can be found in some poisonous plants, causing severe illness or death to animals.