The examination and treatment of soft tissue contracture of the elbow
Treatment of the stiff elbow can be a challenging task. A thorough understanding of normal elbow anatomy and the potential causes of elbow contracture are essential for the development of effective treatment strategies. This chapter provides a review of key points for the treating surgeon including normal elbow anatomy, etiological factors that commonly contribute to elbow stiffness, physical examination and imaging of the stiff elbow, and treatment options for contracture correction.
Suture Bacterial Contamination May Contribute to Impaired Healing or Retear After Rotator Cuff Repair, Even Using Arthroscopic Techniques
Bacterial contamination, as a result of suture contamination, may be associated with rotator cuff retear, or impaired tendon healing, following rotator cuff repair. This represents a potential new area of focus and intervention. Despite an array of rotator cuff repair techniques, from varying suture configurations and double row repairs to biologic adjuncts and patches, a substantial proportion of repairs do not heal or go on to retear.
How to Treat Wrist Ganglion Cyst
A wrist ganglion cyst is a swelling that usually occurs around the hand or wrist. A ganglion cyst is a fluid-filled capsule; they are not cancerous, will not spread, and while they may grow in size, they will not spread to other parts of your body.
Frozen shoulder research may hold the key to understanding fibrosis resolution
Frozen shoulder is a painful and disabling condition affecting the ligaments that form the shoulder joint capsule. Patients experience severe stiffening of their affected shoulder which can last for several years, interfering with activities of daily life.
Mapping blood vessel network of the meniscus with high precision
Knee operations on the meniscus cartilage are a frequent procedure on a particularly complex part of the human body. Empa researchers want to provide an improved basis for clinicians in order to reduce the risks of the operation. Using 3D models based on micro-computed tomography analyses in the laboratory, they are mapping the blood vessel network of the meniscus on a nanometer scale.