Dr Ian Moorcroft

Other publications

• OGRODNIK, Peter and THOMAS, Peter and MOORCROFT, Christopher and MOHAMMED, Khaja (2013) A multi-directional fracture stiffness model to determine the principal stiffness properties of a healing human tibia. Journal Of Engineering In Medicine - Part H 227 (10). pp. 1125-1134. ISSN 09544119
• OGRODNIK, Peter and MOORCROFT, Christopher and WARDLE, Peter (2013) The effects of laser marking and symbol etching on the fatigue life of medical devices. Journal of Medical Engineering pp. 1-6. ISSN 2314-5129
• THOMAS, Peter and OGRODNIK, Peter and MOORCROFT, Christopher and OCKENDEN, Matthew (2011) A NEW EXTERNAL FIXATION SYSTEM FOR TIBIAL SHAFT FRACTURES (OTA Annual Meeting, Oct 12-15, 2011, San Antonio, Texas , USA)
• MOORCROFT, Christopher and OGRODNIK, Peter and THOMAS, Peter BM (2010) FIXATOR. GB 2427141 B. (Patent)
• MOORCROFT, Christopher and OGRODNIK, Peter and THOMAS, Peter B Intelligent Orthopaedics Ltd (2010) Wire Retainer for Surgical Device.GB2428454 B (Patent)
• THOMAS, Peter BM and ENNIS, O W and WAGNER, W and MOORCROFT, Christopher and OGRODNIK, Peter (2010) A NEW EXTERNAL FIXATION SYSTEM FOR TIBIAL SHAFT FRACTURES. Orthopaedic Proceedings 92B (SUPP 3). pp. 402-403. ISSN 2049-4416
• THOMAS, Peter B M and ENNIS, O W and MOORCROFT, Christopher and OGRODNIK, Peter (2010) THE STAFFORDSHIRE ORTHOPAEDIC REDUCTION MACHINE IN TIBIAL PLATEAU, SHAFT AND PILON FRACTURES. Orthopaedic Proceedings 92B (SUPP 3). p. 403. ISSN 2049-4416
• OGRODNIK, Peter and MOORCROFT, Christopher and THOMAS, Peter BM (2008) THE MEASUREMENT OF THE NON-LINEAR MECHANICAL PROPERTIES OF FRACTURED HUMAN TIBIAE DURING HEALING. Orthopaedic Proceedings 90B (SUPP 3). p. 466. ISSN 2049-4416
• ENNIS, OW and MAHMOOD, A and MAHESHWARI, R and THOMAS, Peter BM and MOORCROFT, Christopher (2008) Prospective study of closed tibial diaphyseal fractures treated by monolateral external fixation Injury Extra 39 (5). pp. 204-205. ISSN 1572-3461
• MOORCROFT, Christopher and THOMAS, Peter and OGRODNIK, Peter (2008) RELIABILITY OF FRACTURE STIFFNESS AS A MEASUREMENT OF CLINICAL UNION AND VISCO-ELASTIC PROPERTIES OF CALLUS. Orthopaedic Proceedings 90B (SUPP 3). p. 465. ISSN 2049-4416