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Sulcoplasty Bone Lever, 16 cm, 3 mm wide tip, angled laterally, Non-Slip Handle Design

5 x 1 g package

Porous synthetic ceramic bone graft biomaterial
Bone Graft Granules

LeiLa Bone Matter is a fully synthetic bone graft biomaterial, composed of pure beta-tricalcium phosphate (β-TCP).
LeiLa Bone Matter features a multidirectional interconnected porosity that guides the three-dimensional bone regeneration.

Why choose LeiLa Bone Matter?

• It is radiopaque allowing the monitorization of the graft osteointegration.
• It is resorbed and replaced by new bone.
• It provides an alternative to autologous bone graft harvesting, and is a safer alternative to animal cadaver bone.
• It does not contain animal or human tissues or derivatives.
• It is intended to be used as a filling material for bone voids or defects which are not intrinsic to the stability of the bone structure.

Without contents. Without Lid. To be combined (clipped) with Implants Tray on the top.

With lid.

(No implants and screws included - only the tray)

with standard saw blade, incl. Allen wrench CrV 1.5mm

Contains:

1 Tray for Implants with Lid, stackable

Tray only, without contents

Contains:

Tray for Implants with Lid

1 of each Plate (24pcs. total)

5 of each 2.4 Locking Screw (6-40mm, 90pcs.)

- Multiaxial Locking

- stainless steel

- Please use 2.0/2.4 bending irons for omnidirectional bending

- 2.0/2.4mm LeiLOX screws interchangeable

- screws fit also into LeiLOX 2.0/2.4 TPLO plates

- 2.3mm thick, 7mm wide

Cross serrated, with ratchet, flush port

2.7 mm, 105 mm Shaft

Contents:

Contents:

Cost: $1,800

CE Credits: 18

• Explain the indications, biomechanical principles, and expected outcomes of TPLO surgery.
• Perform preoperative radiographic assessment and TPLO planning using established techniques and digital planning tools.
• Identify relevant stifle anatomy and apply appropriate approaches to joint exploration and meniscal assessment.
• Discuss indications for meniscal treatment and incorporate findings into surgical decision making.
• Describe and perform the major steps of a jig-based TPLO procedure in a cadaver laboratory setting.
• Execute TPLO procedure techniques on a dry-lab bone model.
• Perform stifle arthrotomy, meniscal assessment, and TPLO procedures on both right and left canine stifles.
• Interpret postoperative radiographs and evaluate osteotomy position, implant placement, and overall construct quality.
• Recognize common complications associated with TPLO surgery and discuss strategies for prevention and management.
• Develop an individualized plan for continued surgical skill development through additional specimen practice, mentorship, and peer support.

Surgeon Instructor: Kayla Marie Corriveau, DVM, DACVS (SA):

Dr. Kayla Corriveau received her DVM from Western University of Health Sciences in Pomona, CA in 2011. She continued her training with rotating and surgical specialty internships at California Veterinary Specialists, the Veterinary Specialty Hospital of San Diego, and the University of Pennsylvania School of Veterinary Medicine. Dr. Corriveau then completed a small animal surgical residency at Texas A&M University. After residency, she joined the Auburn University team as an assistant professor of small animal orthopedics in September 2017 with subsequent promotion to associate professor. Her clinical and research interests include arthroscopic surgery, minimally invasive fracture repair, and treatment of osteoarthritis.