Spinal stabilization offers a range of solutions, each designed to address specific anatomical and pathological challenges. Among these options, the interlaminar spinal fixation system represents a distinct methodology for providing stability to the posterior spine. This approach utilizes the anatomical space between the laminae—the bony arches at the back of each vertebra—as a point of attachment. […]

The field of spinal surgery has seen a significant evolution with the refinement of minimally invasive methods. These procedures offer a distinct alternative to traditional open surgeries, which often involve large incisions and considerable muscle displacement. The core objective of minimally invasive spinal fixation is to achieve stability and fusion while preserving the patient’s native

Spinal surgery presents a unique set of challenges that demand a combination of detailed planning and adaptable execution. Success often hinges on a surgeon’s accumulated experience and the subtle refinements applied to their technique. While major protocols are well-established, several practical considerations can influence the efficiency and outcome of a procedure. These insights apply across