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Which of the following is a chemical barrier that is able to destroy . . . A Mucus membranes - These are protective linings found in various parts of the body, but they do not directly destroy cell walls of bacteria B Skin - While skin serves as a physical barrier and secretes antimicrobial substances, it does not specifically produce enzymes that destroy cell walls of bacteria
Which of the following is a chemical barrier that is able to destroy cells? A chemical barrier refers to substances produced by the body that act against pathogens Among the options listed, enzymes in tears are notable for their ability to destroy cells of bacteria and other pathogens These enzymes, particularly lysozyme, break down the cell walls of certain bacteria, making tears an essential part of the body's defense system during the innate immune response The
Which of the following is a chemical barrier that can destroy the cell . . . In the context of the question, the chemical barrier that is specifically able to destroy the cell walls of certain harmful bacteria is enzymes in tears This is because tears contain enzymes such as lysozyme, which attack the peptidoglycan layer in bacterial cell walls, leading to cell lysis (bursting of the cell) Mucus membranes: While they can trap pathogens and contain some anti-microbial
Which of the following is a chemical barrier that is able to destroy cells? Final answer: The best answer is D, enzymes in tears, which are chemical barriers that can destroy pathogens on mucus membranes Other options like skin and white blood cells serve different roles in protection Enzymes help break down bacteria, providing an effective defense mechanism Explanation: Chemical Barriers in the Body In the context of biological defenses, chemical barriers play a
Which of the following is a chemical barrier that is able to destroy . . . The best answer to the question is D enzymes in tears, specifically lysozymes, which destroy the cell walls of certain bacteria Other options either provide a physical barrier or play a different role in the immune system Chemical barriers, such as those found in body secretions, effectively eliminate pathogens at the surface
Which of the following is a chemical barrier that can destroy the cell . . . This is because enzymes, such as lysozyme, found in tears, specifically target and destroy the cell walls of certain harmful bacteria Chemical barriers play a crucial role in the innate immune system by destroying pathogens on the body's surface
Which of the following is a chemical barrier that is able to destroy . . . In biological terms, a chemical barrier is a component of the body's immune system that helps protect against harmful pathogens, specifically bacteria Among the options provided, the chemical barrier that is capable of destroying cell walls of certain harmful bacteria is option D: enzymes in tears
Which of the following is a chemical barrier? A. mucus membranes B . . . These enzymes contain antibacterial properties, specifically lysozyme, which breaks down the cell walls of bacteria, thereby aiding in preventing infections Other Options Explained Mucus membranes: These act as physical barriers, with some chemical properties, but they primarily trap pathogens
[FREE] Chemical barriers include: A. pathogens B. skin and mucous . . . These barriers can be defined as: Skin and Mucous Membranes - The skin acts as a physical barrier, while mucous membranes in areas like the respiratory and digestive tracts produce mucus that traps pathogens Enzymes in Tears and Saliva - Substances such as lysozymes found in tears and saliva destroy bacteria by breaking down their cell walls