Which instrument would be used to hold tissue taut for better access during a procedure?

Which instrument would be used to hold tissue taut for better access during a procedure?

• A. Friedman Rongeur
• B. Colibri forceps
• C. Fragment holding forceps
• D. House Curette

Answer: (C)

The use of fragment holding forceps is specifically designed for holding tissue taut during surgical or veterinary procedures, which enhances visibility and access to the area being treated. The unique design of these forceps allows for a secure grip on the tissue, preventing movement and ensuring that the operator can perform the procedure with precision. This is crucial in surgeries where a stable field is necessary to avoid any accidental cut or damage to surrounding structures. Other instruments listed serve different purposes. For instance, Friedman rongeurs are generally utilized for removing bone or tissue, while colibri forceps are typically used for grasping and handling smaller structures. House curettes are designed for scraping or cleaning out surfaces, not for holding tissue. Thus, fragment holding forceps is the most appropriate choice for the function of holding tissue taut during a procedure.

The use of fragment holding forceps is specifically designed for holding tissue taut during surgical or veterinary procedures, which enhances visibility and access to the area being treated. The unique design of these forceps allows for a secure grip on the tissue, preventing movement and ensuring that the operator can perform the procedure with precision. This is crucial in surgeries where a stable field is necessary to avoid any accidental cut or damage to surrounding structures.

Other instruments listed serve different purposes. For instance, Friedman rongeurs are generally utilized for removing bone or tissue, while colibri forceps are typically used for grasping and handling smaller structures. House curettes are designed for scraping or cleaning out surfaces, not for holding tissue. Thus, fragment holding forceps is the most appropriate choice for the function of holding tissue taut during a procedure.