Coping Strategies among Elderly Women with Knee Osteoarthritis Pain at Beni-Suef City: Impact of Socio-demographic Characteristics

Background: Given that optimization of management of the subscapularis is essential to ensuring an optimal outcome after shoulder arthroplasty, this review will focus on the ideal method of Lesser Tuberosity Osteotomy (LTO) repair and the methods by which this is assessed. Specifically, we will review the existing literature to determine how suture configuration, number of sutures, type of sutures, and osteotomy size all influence the biomechanics of an LTO repair. Methods: A systematic review was performed in which one reviewer searched PubMed to find studies analyzing biomechanical strength of lesser tuberosity osteotomy repairs after a total shoulder arthroplasty. The following keywords were used to retrieve articles: (biomechanical) and (Lesser Tuberosity Osteotomy) or (LTO) or (subscapularis repair) and (total shoulder). Results: Nine studies met inclusion criteria. LTO was the strongest, most durable repair in most biomechanical studies. However, the biomechanical testing protocols and repair techniques widely varied throughout the literature. Dual row repair with sutures wrapped around the stem as well thin LTO fragments showed superior biomechanical outcomes. There has been minimal literature focusing on how the number, size and type of suture utilized in a repair affect biomechanical outcomes. Discussion: While the LTO repair technique has been demonstrated in multiple studies to be a biomechanically superior method of subscapularis repair in the setting of TSA, there has not been a single study which has analyzed the effects of repair technique, osteotomy size, as well as suture number/type/size using a standardized biomechanical testing protocol.