W S El Masri

  • Designation: Currently Hon. Clinical Professor of Spinal Injuries (SI), Keele University & Emeritus Consultant Surgeon In Spinal Injuries at The Robert Jones & Agnes Hunt Orthopaedic (RJAH)Hospital Oswesty UK
  • Country: UK
  • Title: Predictors Spontaneous Neurological Recovery and Factors affecting Management of patients with Traumatic Spinal Cord Injuries


W S El Masri is Currently Hon. Clinical Professor of Spinal Injuries (SI), Keele University & Emeritus Consultant Surgeon In Spinal Injuries at The Robert Jones & Agnes Hunt Orthopaedic (RJAH)Hospital Oswestry UK.   Has trained between 1971 & 1983 in the Oxford group of hospitals, Guys Hosp. London, Stoke Mandeville hospital, and the USA. He obtained the first accreditation in the fields of Spinal Injuries and Allied Surgical Specialities in 1982. Appointed Consultant Surgeon in Spinal Injuries at the Midland Centre for Spinal Injuries, the RJAH in 1983. He personally treated 10,000 patients with Acute Traumatic Spinal Cord Injuries and took full responsibility for the lifelong monitoring and care of 3000  of these patients. He published over 145 manuscripts. He is the author of the: Concepts of “Physiological Instability of the Spinal Cord”, “Time related Biomechanical Instability”, and “Micro-instability of the injured spine” and published the largest series of Bladder cancer in SCI patients as well as the longest follow-up manuscript on Post Traumatic Syringomyelia. He has repeatedly demonstrated and published on the discrepancy between the radiological and neurological presentations of patients in support of the hypothesis that the initial force of the impact and the quality of the management of both the injured spine and the effects of cord injury are the two major determinants of the initial neurological loss and the neurological outcome. He is Past-President of the International Spinal Cord Society; Past Chairman British Association of Spinal Cord Injury Specialists and has lectured worldwide. He is a Founder member of the SPIRIT Educational Charity in Spinal Injuries and is currently Chairman of Trustees of the Charity  He won many National and International awards and was commended in the House of Lords on two occasions.


The incidence of Traumatic spinal cord injuries (TSCI) is small and ranges between 10-50/million population/year. Prior to the second WW, the great majority of patients died within two years of injury. Since the 2nd WW, due to the efforts of the pioneers who dedicated their professional lives to the field of TSCI, most well-managed patients have been able to lead enjoyable, dignified, fulfilling, productive, and often competitive lives, and many depending on the presence of short and long tract sensory sparing exhibit significant degrees of neurological and functional recovery locally or below the level of their injury. To achieve this, however, requires an in-depth understanding of the systemic effects of cord damage on the neurological and functional outcomes and expert simultaneous management of the injury together with the potentially devastating and life-changing medical, physical, psychological, social, financial, vocational, environmental & matrimonial consequences that affect the patient, family members. Knowledge experience and skills in the adequate management of patients with TSCI necessitate training in dedicated Centres that treat all aspects of TSCIs in large numbers and under one roof.

TSCIs cause multi-system physiological impairment and malfunction. This impairment is dynamic and affects the functioning of the various system of the body during the transitional stage between spinal areflexia and the return of autonomic and spinal reflexes. During this transition, the management of the various systems of the body requires modulation. Following the return of reflex activity, the function of the various systems affected remains at risk of being unstable and erratic. This is due to the effects of the various inter-system autonomic and spinal reflex activity caused by the loss of inhibitory and coordinating influence of the higher centers. The combination of an unstable neuro-physiological impairment and sensory impairment/loss can, in inexperienced hands, result in the development of a wide range of potential complications and an increase in disability. Some complications can further damage the Injured and Physiologically Unstable Spinal Cord and cause neurological deterioration, delays, or absence of recovery, imposing further challenges to patients and clinicians. Fortunately, with adequate Active Physio Conservative Management (APCM) of the injury and its medical effects, almost all complications following TSCI can be prevented or diagnosed early and treated before further damage develops.

This necessitates a period of treatment in recumbence until the full return of the autonomic and spinal reflexes. This period ranges between four to eight weeks.

Neurological Recovery can be predicted early in the presence of spared sensory tracts and depending on the extent of the sparing when complications are prevented or diagnosed and treated early. Various groups have repeatedly documented this recovery to occur irrespective of the radiological presentation on X-rays, CT & MRI since 1969. Unfortunately, it has been rarely referred to in the literature in the last three decades. The last three decades have witnessed increasing claims of benefits of a mechanical interventional approach focusing on the injured spine, often at the expense of the adequacy of management of the medical and non-medical effects of cord injury. Claims that early interventions expedite the mobilization, rehabilitation, and discharge of patients, improve neurological outcomes or achieve both are currently influencing practice in both well-resourced and under-resourced countries. The risk of further mechanical and non-mechanical damage to neural during or after intervention and during some of the related practices can be potentially detrimental to neurological and functional outcomes.
I will, in this presentation, discuss the extent of anticipated neurological recovery, the factors that influence its achievement, the role of clinical and radiological findings, and the role of surgery in the short, medium, and long term.

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