Inflammation is a normal part of the body’s healing response, but when it affects the spine it can interfere with nearby nerves. Many patients visiting Prairie Spine seek clear information about why inflammation leads to pain, numbness, or weakness. Understanding the biological process in simple terms can make symptoms feel less confusing and more manageable.… Continue Reading Inflammation Effects on Spinal Nerves
Minimally invasive spine surgery has changed how many spinal conditions are treated. Patients who once expected long hospital stays and extended recovery periods now have additional options. At Prairie Spine and Pain Institute, specialists use modern techniques designed to reduce disruption to healthy tissue. Understanding what makes minimally invasive spine surgery different can help patients… Continue Reading Understanding Minimally Invasive Spine Surgery
Many people wait until pain becomes severe before seeking spine care. By that point, damage may already be advanced. Early spine care helps identify problems when they are easier to manage. Proactive treatment focuses on preserving function rather than reacting to loss. This approach reduces the likelihood that invasive procedures will be needed later. Understanding… Continue Reading Early Spine Care Prevents Future Surgery
Many patients live with back or neck pain longer than they should because of outdated beliefs. Stories from decades past still shape how people view surgical care today. As a result, fear often replaces informed decision making. Modern spine care has changed significantly in safety, precision, and recovery expectations. Understanding the facts helps patients seek… Continue Reading Spine Surgery Myths That Delay Care
Spinal cord biology is entering a new era with the launch of SPINECRAFT, a groundbreaking platform designed to recreate the human spinal cord in unprecedented detail. Funded by an ERC Consolidator Grant, the project combines bioprinting, patient-derived cells, and computational modelling to build a dynamic 4D construct that mirrors real structure and function. This innovation… Continue Reading New Platform Aims To Transform The Study Of Spinal Cord Biology