True/False QuestionsSnake venom contains phospholipases which cause hemolysis of the red blood cells of the victims by a process of hydrolysisAnabolic steroids are used for increasing muscle mass and also decrease the body fat of people who take them.NSAIDs(non-steroidal anti-inflammatory drugs) used to block the production of prostaglandinsOlestra (Commercial name for Olean) is a fat substitute which contains sucrose unit that forms the ester bonds with fatty acids( from cottonseed oils

Hi! Thank you for the questions. As you have posted multiple questions, I will be answering the first two questions for you. If you need help with the other questions, kindly repost them separately. Snake venom contains phospholipases which cause hemolysis of the red blood cells of the victims by a process of hydrolysis. The statement is true. Snake toxin poisons are answerable for causing extreme pathology and poisonousness following envenomation including rot, apoptosis, neurotoxicity, myotoxicity, cardiotoxicity, abundant drain, and disturbance of blood homeostasis. The phospholipid bilayer structures an obstruction, forestalling the substance of the red platelet from leaving the cell. Phospholipases emitted by snakes corrupt phospholipids and would cause hemolysis, or loss of the integrity of the red blood cell membrane prompting the loss of hemoglobin from inside the cell. Anabolic steroids are used for increasing muscle mass and also decrease the body fat of people who take them. The statement is true. Anabolic steroids are used for gaining more body mass through increased protein production in the body. It is also used for decreasing the overall fat percentage and gaining muscle strength. NSAIDs(non-steroidal anti-inflammatory drugs) used to block the production of prostaglandins. The statement is true. Nonsteroidal anti-inflammatory drugs (NSAIDs) are usually utilized for their mitigating, pain-relieving, and antipyretic impacts. NSAIDs for the most part work by hindering the creation of prostaglandins (PGs) through the hindrance of two cyclooxygenase enzymes.