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Highlights - Bone grafting can help create a framework for new bone growth when natural healing is not enough. - Advances in materials, biologic approaches, and scaffold design are expanding possibilities for bone regeneration. - New bone grafting technology may support more targeted approaches to bone repair while maintaining attention to safety and clinical evidence. …

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Learn how spine target needle surgery uses SurGenTec technology to support controlled access, imaging guidance, and minimally invasive spine procedures.

Highlights Synthetic bone grafting removed the need to harvest a patient's own bone in many joint replacement procedures, eliminating a second surgical site. Autograft harvesting carries documented complication rates, which drove the search for reliable alternatives. Ceramic materials including calcium phosphate and hydroxyapatite provide an osteoconductive scaffold that host bone grows into and gradually remodels. …

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Highlights The spinal needle has evolved for more than a century, from a crude experimental instrument into precisely engineered devices for targeted access. Early needles were large-bore and cutting, which made procedures traumatic and complications common. The shift from cutting bevels to pencil-point geometry represented the single most consequential design change in the category's history. …

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The sacroiliac joint (SI joint) plays a critical role in stabilizing the pelvis and transferring weight between the upper body and legs. For individuals suffering from chronic SI joint dysfunction, fusion surgery can provide significant relief. As advances in medical technology continue to progress, two main surgical approaches have emerged: lateral and posterior techniques. Keep …

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In the field of orthopedics and reconstructive surgery, the accuracy of bone graft placement can significantly influence patient outcomes and recovery times. The delivery tip design of grafting instruments plays a crucial role in the precision of this procedure. As medical technology evolves, understanding the nuances of delivery tip design is essential for both surgeons …

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As medical technology continues to advance, innovations in surgical instruments are transforming procedures that once posed significant challenges for surgeons. Bone grafting, a crucial practice in orthopedic surgery, is no exception. The GraftGun, a revolutionary universal graft gun tool in the arena, is setting new benchmarks and swiftly becoming the standard for bone grafting. This …

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Efficiency in the operating room is essential for delivering high-quality patient care. One innovative solution that is making waves in the medical field is the use of pre-filled biologic cartridges. These cartridges have the potential to streamline surgical procedures by reducing preparation time, thus allowing surgical teams to focus more on patient care rather than …

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In the ever-evolving field of surgical medicine, precision has become the key factor that dictates successful patient outcomes, especially in complex procedures like bone graft surgery. The pursuit of enhancing surgical results has led to the development of advanced techniques and materials that ensure more accurate placement and integration of grafts. Surgeons now have access …

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As the field of regenerative medicine continues to evolve, the development of new graft delivery technologies plays a pivotal role in enhancing treatment outcomes. These innovations hold promise for millions suffering from musculoskeletal diseases, offering new solutions for conditions such as arthritis, trauma, and degenerative diseases. However, with a plethora of options emerging, it is …

Continue reading “Key Questions to Ask When Assessing New Graft Delivery Technologies”