What is the combining form for clotting?

What is the combining form for clotting?

• A. hepat/o
• B. thromb/o
• C. cyt/o
• D. angi/o

Answer: (B)

The combining form for clotting is "thromb/o." This term originates from the Greek word "thrombos," which means clot. In medical terminology, it is commonly used in conditions related to the formation of blood clots, such as thrombosis, where there is the formation of a clot within a blood vessel. This combining form appears in various medical terms that involve clotting processes or conditions related to clots, which are important in both diagnosis and treatment within the medical field. Understanding this root helps in recognizing and interpreting medical vocabulary associated with clotting disorders and their implications in patient care. The other options represent different medical concepts and combining forms: "hepat/o" pertains to the liver, "cyt/o" refers to cells, and "angi/o" relates to blood vessels. These distinct roots highlight the specificity of medical terminology, where each combining form corresponds to a particular bodily structure or function.

The combining form for clotting is "thromb/o." This term originates from the Greek word "thrombos," which means clot. In medical terminology, it is commonly used in conditions related to the formation of blood clots, such as thrombosis, where there is the formation of a clot within a blood vessel.

This combining form appears in various medical terms that involve clotting processes or conditions related to clots, which are important in both diagnosis and treatment within the medical field. Understanding this root helps in recognizing and interpreting medical vocabulary associated with clotting disorders and their implications in patient care.

The other options represent different medical concepts and combining forms: "hepat/o" pertains to the liver, "cyt/o" refers to cells, and "angi/o" relates to blood vessels. These distinct roots highlight the specificity of medical terminology, where each combining form corresponds to a particular bodily structure or function.