[00:00:00] Welcome and Introductions
Lawrence LeBrocq, CEO and Managing Partner of Garces, Grabler & LeBrocq, welcomes Dr. Timothy Roberts, board certified orthopedic spine surgeon and attending at New York Spine Institute and New Jersey Spinal Associates. LeBrocq notes that Dr. Roberts arrived directly from the OR, where he had performed a fusion and two microdiscectomies that morning. The conversation opens with a preview of the clinical and medico-legal ground the episode will cover.
[00:01:23] Clinical Research Career and the OI Discovery
Dr. Roberts describes his research focus on spinal injuries and outcomes, then introduces osteogenesis imperfecta, the genetic bone condition he was born with. He explains his role at Johns Hopkins Kennedy Krieger Institute as part of the team that confirmed the genetic mutation responsible for the rarest subtype, type 5 OI, which had gone unidentified for years.
[00:02:08] Growing Up with Brittle Bones: 50 Fractures and a Life-Changing Surgery
Dr. Roberts recounts roughly 50 to 60 childhood fractures, legs that grew at abnormal angles, and the rodding surgery at around age 10 that straightened his bones and allowed him to, as he describes it, get back on the soccer pitch with his friends. He explains how that experience made orthopedic surgery a personal calling rather than just a career choice.
[00:05:55] Why a Combined Orthopedic and Neurosurgical Fellowship Matters
Dr. Roberts details the Cleveland Clinic spine program, explaining that orthopedic surgeons are expert in bone and soft tissue but spend little time working around neural structures, while neurosurgeons have the opposite gap. Training under experts in both disciplines simultaneously gave him tools that a single specialty fellowship does not provide.
[00:09:15] Trauma, Spinal Cord Injuries, and the 3 a.m. Call
Drawing on his trauma call coverage at Jamaica Hospital in New York, Dr. Roberts explains what wakes a spine surgeon in the middle of the night: partial spinal cord injuries where rapid decompression can restore or substantially improve neurological function. He describes the urgency that drives emergency spine surgery for broken or dislocated vertebrae.
[00:10:38] Cauda Equina Syndrome: The Surgical Emergency Most Patients Have Never Heard Of
Dr. Roberts defines cauda equina syndrome, the compression of the nerve rootlets at the base of the spinal cord by a large disc herniation, hematoma, or infection. He explains the stakes clearly: bowel, bladder, and sexual function are all on the line, and the longer pressure remains, the less likely those nerves are to recover.
[00:12:24] ER Triage for Spinal Trauma: History, Examination, and Distracting Injuries
Dr. Roberts walks through how spine surgeons evaluate trauma patients, including those who are unconscious or intubated. He flags distracting injury syndrome, the phenomenon where the most painful injury obscures others, and notes the high rate of multilevel spinal fractures in patients who present with a single identified lumbar fracture.
[00:14:28] Surgical Options: Discectomy, Laminectomy, and Fusion Explained
Dr. Roberts explains the spectrum of spine surgery from the least to most invasive: trimming a herniated disc to relieve nerve pressure, removing a shelf of bone to give compressed nerves room, and full fusion where the disc is removed and two vertebrae are healed together with hardware. He addresses the common patient misconception that seeing a spine surgeon means surgery is inevitable.
[00:17:31] Cervical Disc Arthroplasty and the Adjacent Segment Disease Problem
Dr. Roberts describes cervical disc replacement as an alternative to fusion that preserves motion at the operative level and avoids overloading the segments above and below, which is the mechanism behind adjacent segment disease. He reviews 20 to 30 year outcome data now available on the procedure and explains the engineering evolution of the implants themselves, from early flanged designs to modern titanium ingrowth surfaces.
[00:19:47] The Future of Spine Surgery: Arthroplasty, Minimally Invasive Techniques, and AI
Dr. Roberts draws a parallel to the revolution in hip and knee replacement to frame where spine surgery is headed. He discusses robot-assisted procedures synchronized with preoperative CT and MRI as a tool that allows surgeons to work with greater confidence and smaller incisions, and acknowledges that AI will reshape radiology and ultimately every medical and legal profession.
[00:23:15] Proving Trauma in Court: Acute vs. Degenerative Findings on MRI
LeBrocq frames the medico-legal challenge directly: defense attorneys routinely argue that disc herniations are degenerative rather than traumatic. Dr. Roberts explains how STIR and T2 MRI sequences reveal acute edema, why a single inflamed level in an otherwise pristine young spine is diagnostically significant, and how EMG findings and physical examination add further evidence of acute nerve injury.
[00:25:03] Pre-existing Herniations and Traumatic Aggravation
Dr. Roberts confirms that asymptomatic herniations absolutely can be worsened by trauma and outlines the clinical and imaging tools that document aggravation, including acute edema on MRI, EMG nerve conduction studies, and new neurological deficits on physical examination that were absent before the accident.
[00:26:12] Where to Reach Dr. Timothy Roberts
Dr. Roberts provides contact information for New York Spine Institute, with New Jersey locations in West Orange and Marlton under the name New Jersey Spinal Associates. He notes the practice is continuing to expand and can be reached by searching New York Spine Institute online or by calling 516-357-8777.
