LCP Cloverleaf Plate is an orthopedic implant used in foot & ankle surgeries. The unique, clover-shaped design of the implant allows for secure fixation of bones in various anatomical locations, making it surgically versatile. The plate can be used to stabilize fractures in the metacarpals, metatarsals, and other small bones in the hand and foot.

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Cloverleaf Fusion Locking Plate

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1 квартал: What is a Cloverleaf Fusion Locking Plate used for?

А1: It is designed for bone fusion and fracture fixation, particularly in small bones such as the foot and ankle, or in metatarsal, tarsal, and distal radius regions. Its cloverleaf shape provides multi-directional screw fixation around the fusion site.

2 квартал: Why is it called a “Cloverleaf” plate?

А2: The plate is named for its three-lobed (cloverleaf) design, which allows screw placement in multiple directions, offering better load distribution and multidirectional stability.

Q3: What are the main advantages of using a Cloverleaf Fusion Locking Plate?

А3: It provides stable fixation, high resistance to torsional and bending forces, and excellent compression across the fusion site, promoting faster bone healing and alignment maintenance.

Q4: What material is the Cloverleaf Fusion Plate made of?

А4: Most plates are made from titanium alloy (Ti-6Al-4V) or medical-grade stainless steel, providing strength, biocompatibility, and compatibility with imaging (MRI/CT).

Q5: What types of screws are compatible with the plate?

А5: It typically uses locking screws for fixed-angle stability and non-locking or compression screws for dynamic compression across the fusion area.

Q6: In which surgeries is the Cloverleaf Fusion Locking Plate commonly used?

А6: It is frequently applied in foot and ankle fusion procedures (such as 1st MTP joint, talonavicular, or midfoot fusion), small bone fractures, and sometimes in hand and wrist reconstructive surgeries.

Q7: What are common postoperative outcomes with Cloverleaf Fusion Plates?

A7: Patients typically experience high fusion rates, reduced hardware failure, and lower rates of nonunion compared to traditional non-locking plates, due to the enhanced stability of the locking mechanism.

 

 

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