Aims. Brachial plexus injury (BPI) is an often devastating injury that affects patients physically and emotionally. The vast majority of the published literature is based on surgeon-graded assessment of motor outcomes, but the patient experience after BPI is not well understood. Our aim was to better understand overall life satisfaction after BPI, with the goal of identifying areas that can be addressed in future delivery of care. Methods. We conducted semi-structured interviews with 15 BPI patients after initial nerve reconstruction. The interview guide was focused on the patient’s experience after BPI, beginning with the injury itself and extending beyond surgical reconstruction. Inductive and deductive thematic analysis was used according to standard qualitative methodology to better understand overall life satisfaction after BPI, contributors to life satisfaction, and opportunities for improvement. Results. Among the 15 patients interviewed, the following themes emerged: 1) happiness and life satisfaction were noted despite limitations in physical function; 2) quality of social support influences life satisfaction during recovery from BPI; and 3) social participation and having a sense of purpose impact life satisfaction during recovery from BPI. Conclusion. How patients perceive their BPI treatment and recovery varies widely, and is not directly linked to their self-reported functional outcome. Patients with stronger social circles and activities that give them a sense of fulfillment were more likely to be satisfied with their current status. Evaluating a patient’s social network, goals, and potential supportive adaptations early in the treatment timeline through coordinated multidisciplinary care may improve overall satisfaction during recovery from BPI. Cite this article: Bone Joint Open 2020;2(1):9–15

Objectives. Traumatic brachial plexus injury causes severe functional impairment of the arm. Elbow flexion is often affected. Nerve surgery or tendon transfers provide the only means to obtain improved elbow flexion. Unfortunately, the functionality of the arm often remains insufficient. Stem cell therapy could potentially improve muscle strength and avoid muscle-tendon transfer. This pilot study assesses the safety and regenerative potential of autologous bone marrow-derived mononuclear cell injection in partially denervated biceps. Methods. Nine brachial plexus patients with insufficient elbow flexion (i.e., partial denervation) received intramuscular escalating doses of autologous bone marrow-derived mononuclear cells, combined with tendon transfers. Effect parameters included biceps biopsies, motor unit analysis on needle electromyography and computerised muscle tomography, before and after cell therapy. Results. No adverse effects in vital signs, bone marrow aspiration sites, injection sites, or surgical wound were seen. After cell therapy there was a 52% decrease in muscle fibrosis (p = 0.01), an 80% increase in myofibre diameter (p = 0.007), a 50% increase in satellite cells (p = 0.045) and an 83% increase in capillary-to-myofibre ratio (p < 0.001) was shown. CT analysis demonstrated a 48% decrease in mean muscle density (p = 0.009). Motor unit analysis showed a mean increase of 36% in motor unit amplitude (p = 0.045), 22% increase in duration (p = 0.005) and 29% increase in number of phases (p = 0.002). Conclusions. Mononuclear cell injection in partly denervated muscle of brachial plexus patients is safe. The results suggest enhanced muscle reinnervation and regeneration. Cite this article: Bone Joint Res 2014;3:38–47

Abstract. Objective. There is no specific framework for the clinical management of sports related brachial plexus injuries. Necessarily, rehabilitation is based on injury presentation and clinical diagnostics but it is unclear what the underlying evidence base to inform rehabilitative management. Methods. A systematic review of the literature was undertaken in line with the Preferred Reporting Items for Systematic Reviews and Meta-Analyses guidelines. We applied the PEO criteria to inform our search strategy to find articles that reported the rehabilitative management of brachial plexus injuries sustained while playing contact sports. An electronic search of Medline, CINAHL, SPORTDiscus and Web of Science from inception to 3rd November 2022 was conducted. MESH terms and Boolean operators were employed. We applied an English language restriction but no other filters. Manual searches of Google Scholar and citation searching of included manuscripts were also completed. All study types were considered for inclusion provided they were published as peer-reviewed primary research articles and contained relevant information. Two investigators independently carried out the searches, screened by title, abstract and full text. Two researchers independently extracted the data from included articles. Data was cross-checked by a third researcher to ensure consistency. To assess internal validity and risk of bias, the Joanna Briggs Institute (JBI) critical appraisal tools were utilised. Results. The search generated 88 articles. Following removal of duplicates, 43 papers were evaluated against the eligibility criteria. Nine were eligible for full text review, with the majority of exclusions being expert opinion articles. Eight case reports were included. One article reported three individuals, resulting in data for ten athletes. The mean age was 19.8 years (±4.09). Injuries occurred in five American football players, two wrestlers, two rugby players, and a basketball player. No two studies applied the same diagnostic terminology and the severity of injury varied widely. Burning pain and altered sensation was the most commonly reported symptom, alongside motor weakness in the upper limb. Clinical presentation and management differed by injury pattern. Traction injuries caused biceps motor weakness and atrophy of the deltoid region, whereas compression injuries led to rotator cuff weakness. In all cases treatment was separated into acute and rehabilitative management phases, however the time frames related to these differed. Acute interventions varied but essentially entailed soft tissue inflammation management. Rehabilitation approaches variously included strengthening of shoulder complex and cervical musculature. Return-to-play criteria was opaque. The methodological quality of the case reports was acceptable. Four met all nine of the JBI evaluation criteria, and a further three met at least 75% of items. Conclusion(s). There is a distinct lack of evidence supporting rehabilitation management of sports related brachial plexus injury. Through systematic review we found only eight reports, representing ten individual case studies. No trials, cohort studies, or even retrospective registry-based studies are available to inform clinical management, which, necessarily, is driven by expert opinion and application of basic rehabilitation principles. Declaration of Interest. (b) declare that there is no conflict of interest that could be perceived as prejudicing the impartiality of the research reported:I declare that there is no conflict of interest that could be perceived as prejudicing the impartiality of the research project

To collate and present epidemiological data collected by Scottish National Brachial Injury Service over the past decade. The Brachial Plexus Injury Service is based at the Victoria Infirmary, Glasgow and has been a designated National Service since 2004. It provides an integrated multidisciplinary service for traumatic brachial plexus injury and plexus tumours. The Service maintains an active archive recording details of all clinical referrals and procedures conducted by the Service over the past decade. The data presented here was derived from analysis of this database and information contained in the National Brachial Plexus Injury Service Annual Report 2010/11 & 2011/12. Data shows that there has been a steady rate in the number of referrals to the Service, particularly since 2004, with an average of 50 cases referred per annum. Of these, approximately 25% required formal surgical exploration for traumatic injury and a further 10% required surgery for brachial plexus tumour removal. The vast majority of referred cases are treated non-operatively, with appropriate support from specialist physiotherapy and occupational therapy. Referrals to the Service appear well distributed from around Scotland. However, data from 2011 shows that Greater Glasgow & Clyde is the greatest individual source of referrals and subsequent hospital admissions for surgical treatment. The commonest mechanism of brachial plexus injury appears to be secondary to falls and motorcycle RTA. Using the Disabilities of the Arm, Shoulder and Hand (DASH) Score, improved functional outcomes have been demonstrated consistently in patients who have undergone surgery for brachial plexus injuries within the Service. Over the past decade, the Brachial Plexus Injury Service has had a steady patient referral record from across the Scotland, particularly Glasgow. Data indicates that there is an on-going clinical need for provision of the service with improved outcomes and reduced functional disability in patients treated by the service. It is envisaged that data from the Service will also act as a useful planning model for the provision of UK national services in the future

Aim: To review a series of 30 tumours affecting the Brachial plexus for the purposes of analysing the presentation, pathology, indication, surgical approach and outcome of these tumours. We describe a modification of an approach to such tumours. Method: A personal series of 30 cases of tumours affecting the Brachial Plexus were identified, and their notes reviewed. 30 patients with a slight predominance of females, and an average age of 43 were reviewed. The presenting complaints (in order of decreasing frequency) were mass, pain, motor dysfunction, sensory dysfunction and Horner’s syndrome. Previous operation was common. There was significant past history of neurofibromatosis, radiotherapy and other malignancy. The supra-clavicular approach was most commonly used, however infra-clavicular, trans-clavicular, trans-manubrial, trans-thoracic, axillary and combined approaches were all used when necessary. A modification of the trans-manubrial approach is described preserving the continuity of the clavicle. The histology of the tumours was extremely varied, with half being benign and half malignant. The incidence of marginal and incomplete excision was higher then other tumour sites, due presumably to the proximity of vital structures. Post-operatively there was good resolution of pain and recovery of motor dysfunction, but poor recovery of sensory loss and Horner’s syndrome. At follow up most were alive, 5 had lung metastases, 3 local recurrence, 4 metastases else where and 5 dead of their disease. Conclusion: Tumours affecting the Brachial plexus are rare. Only 3 previous series have been published. The adjacent structures and the morbidity complicate tumour clearance, however, outcomes suggest that excision is worthwhile

Introduction. Brachial plexus blocks are used widely to provide intra-operative and post-operative analgesia. Their efficacy is well established, but little is known about discharging patients with a numb or weak arm. We need to quantify the risk of complications for improved informed consent. Objectives. To assess whether patients can be safely discharged from hospital before the brachial plexus block has worn off and record any complications and concerns. Study design. Prospective cohort study. Methods. 319 consecutive patients who had a brachial plexus block alone or combined with a general anaesthetic for upper limb surgery were assessed. The adequacy of the block and the outcome of the block was assessed. Results. 238 patients received a general anaesthetic as well as the block and 81 patients received a brachial plexus block alone. The mean time to discharge was 27.5 hours (2-308 hours). Sensation recovered in 15.8 hours (SD- 15.9) and motor power recovered in 15.6 hours (SD- 13.3). The most frequent complication was swelling of the limb which occurred in 8 patients. 7 patients (2.2%) developed Horner's syndrome, 4 patients (1.3%) developed phrenic nerve anaesthesia and 2 patients (0.6%) developed a pneumothorax. Eleven patients had prolonged numbness of >24 hours following the block without any untoward effect. 287 patients (90%) were happy to care for themselves following discharge. Conclusion. Patients can be discharged before the brachial plexus block has worn off with good advice. Patients should be warned of symptoms of Horner's syndrome and phrenic nerve anaesthesia

Introduction: Diabetes mellitus is a systemic disease that is known to affect peripheral nerves. The use of regional anaesthesia in diabetic patients undergoing surgery could be unpredictable. We investigated the efficacy of brachial plexus block in diabetic patients undergoing upper limb surgery compared to normal individuals. Methods: Four hundred and fifty-two patients were included in the study. There were 221 males and 231 females. Fifty-five patients were diabetic (mean age of 61ys, SD 12), 24 were type 1 and 31 were type 2 diabetes. Mean age of non-diabetic patients was 55 (SD15). Senior Anaesthetists performed all brachial plexus block under ultra-sound guidance. A mixture of 10 ml of 0.5% Bupivacaine and 10 ml of 1% Xilocaine was used for the block. Post-operative motor and sensory function assessment was conducted at a mean time of 4.57 hours (SD 2.19 hours). MRC grading system was used to asses motor function while sensory function was assessed subjectively using a graded scale between 0 and 2 with 0 being absent sensation, 1 being altered sensation and 2 indicated normal sensations. The assessment was conducted proximally and distally. Results: Brachial plexus block was as efficient in diabetic patients proximally for motor and sensory functions compared to non-diabetic patients. There was significant difference in the efficacy of the block distally between diabetic and non-diabetic patients in both motor (P< .001) and sensory function (P< .001). Furthermore, in diabetic patients the response to the block between type 1 and type 2 was statistically significant (P< .001). Conclusion: Diabetic patients are at increased morbidity and mortality risks following general anaesthesia and therefore, regional block is a favorable option in these patients. In diabetes, the efficacy of brachial plexus block is different compare to normal individuals. This study showed that brachial plexus block can be used efficiently in shoulder surgery in patients with diabetes. In more distal surgery, orthopaedic surgeons as well as anaesthetists should be prepared to either reinforce the block by using a local anaesthetic or to convert to general anaesthesia, if necessary, in diabetic patients

Current knowledge regarding upper limb myotomes is based on historic papers. Recent advances in magnetic resonance imaging (MRI) and surgical exploration with intraoperative nerve stimulation now allow accurate identification of nerve root injuries in the brachial plexus. The aim of this study is to identify the myotome values of the upper limb associated with defined supraclvicular brachial plexus injuries. 57 patients with partial supraclavicular brachial plexus injuries were identified from the Scottish brachial plexus database. The average age was 28 years and most injuries secondary to motor cycle accidents or stabbings. The operative and MRI findings for each patient were checked to establish the root injuries and the muscle powers of the upper limb documented. The main patterns of injuries identified involved (C5,6), (C5,6,7), (C5,6,7,8) and (C8, T1). C5, 6 injuries were associated with loss of shoulder abduction, external rotation and elbow flexion. In 30% of the 16 cases showed some biceps action from the C7 root. C5,6,7 injuries showed a similar pattern of weakness with the additional loss of flexor carpi radialis and weakness but not total paralysis of triceps in 85% of cases. C5,6,7,8 injuries were characterised by loss of pectoralis major, lattisimus dorsi, triceps, wrist extension, finger extension and as well as weakness of the ulnar intrinsic muscles. We identified weakness of the flexor digitorum profundus to the ulnar sided digits in 83% of cases. T1 has a major input to innervation of flexors of the radial digits and thumb, as well as intrinsics. This is the largest study of myotome values in patients with surgically or radiologically confirmed injuries in the literature and presents information for general orthopaedic surgeons dealing with trauma patients for the differentiation of different patterns of brachial plexus injuries. In addition we have identified new anatomical relationships not previously described in upper limb myotomes

Scientific Background The Coracoid process of scapula is a principal landmark in shoulder surgery. Brachial plexus is at risk of injury during surgery around the coracoid, e.g. Weaver-Dunn procedure. Magnetic resonance imaging is the method of choice for evaluating the anatomy and pathology of the brachial plexus and has good resolution compared to Computed tomography or Ultrasound (Ref: . 1. ). Aim The aim was to study the proximity of brachial plexus to coracoid process in various Shoulder positions. The objective was to define the position of safety for operating around the coracoid. Methods With Ethics Committee approval, twelve healthy volunteers (men with average age of thirtyfive years) were recruited. Exclusion criteria included previous shoulder injury or operations, known contra-indication for MRI examination and children. An open Magnetic Resonance Scanner (1.5 Teslar) was used to facilitate shoulder positioning. Consent was obtained prior to scanning after information was given to subjects. They were placed under the scanner and images were obtained in axial, coronal and sagittal plane with shoulder in neutral, 45 degrees and 90 degrees of abduction. The images taken are T1, T2 axial spin-echo sequences with 2-mm cuts and coronal echo of a T1-3D gradient with 2 mm cuts, together with a T1 coronal spin-echo, with cuts 2 mm in width. Distance from coracoid process to the Brachial plexus bundle is measured in millimetre on the PACS system which has software to eliminate magnification. Results The brachial plexus consistently moved away medially from the coracoid in all the subjects at 45 degrees abduction of the shoulder. It returned to the closer position to coracoid in 90Degree abduction. The statistical analysis showed that on an average the distance the brachial plexus moved away towards medial side by 4.37 mm with Standard deviation 3.57 (p= 0.014). Conclusion The brachial plexus move medially away from coracoid process at 45 degrees shoulder abduction. This position reduces the risk of injury to the brachial plexus during surgery around the coracoid process

Introduction: Diabetes mellitus is a systemic disease affecting peripheral nerves and the use of regional anaesthesia in diabetic patients undergoing surgery could be unpredictable. We investigated the efficacy of brachial plexus block in diabetic patients undergoing upper limb surgery compared to normal individuals. Method: Four hundred and fifty-two patients had a brachial plexus block performed under ultra-sound guidance by senior anaesthetists. There were 221 males and 231 females. Fifty-five patients were diabetic (mean age of 61 years, SD 12), 24 with type 1 and 31 with type 2 diabetes. Mean age of non-diabetic patients was 55 years (SD 15). A mixture of 0.5% Bupivacaine and 1% Prilocaine was used for the block. Post-operative proximal and distal motor and sensory functions were assessed. The assessment was conducted at a mean of 4.6 hours (SD 2.2 hours) post-operatively. MRC grading system was used to asses motor function while sensory function was assessed subjectively using a graded scale between 0, absent sensation, 1, altered sensation and 2, normal sensation. Results: Brachial plexus block was as efficient in diabetic patients proximally for motor and sensory functions compared to non-diabetic patients. There was significant difference in the efficacy of the block distally between diabetic and non-diabetic patients in both motor (P< 001) and sensory function (P< 0001). Furthermore, in diabetic patients the response to the block between type 1 and type 2 was statistically significant (P< 001). Conclusion: In diabetes, the efficacy of brachial plexus block is different compared to normal individuals. This study showed that brachial plexus block can be used efficiently in shoulder surgery in patients with diabetes. In more distal surgery, orthopaedic surgeons as well as anaesthetists should be prepared to either reinforce the block by using a local anaesthetic or to convert to general anaesthesia, if necessary, in diabetic patients

Our unit has pursued a policy of using donor nerves from the same limb for grafting. Nerves which have already been affected by the primary injury are selected where possible, thus avoiding any new sensory deficit. 36 of the 41 brachial plexus repairs were available for outcome data collected prospectively over 2 years. Over a nine year period, donor nerves used for the 41 brachial plexus repairs included the lateral cutaneous nerve of the forearm, superficial radial, medial cutaneous of the forearm, ulnar and sural nerves. Patients were grouped into having injured nerve grafts only (A), injured and uninjured nerve grafts (B) and uninjured nerve grafts. The repaired brachial plexus nerves were assessed by measuring the MRC grading of the power of movement of the muscle innervated by that nerve (i.e. elbow flexion for musculocutaneous nerve). These were graded as good (MRC grading 3 or better), fair (MRC grade 1 or 2), or poor (MRC 0). The greatest success for nerve grafting was elbow flexion with good results in 22 out of 27 assessments. Using Mann-Whitney test, Group A had significantly better results (p=0.025) than group C. However, ignoring the poorer results of shoulder abduction there was no significant difference between all 3 groups of patients. We conclude that using injured nerve grafts taken distal to the lesion in the brachial plexus is as effective as using nerve material from an uninjured limb

Our unit has pursued a policy of using donor nerves from the same limb for grafting. Nerves which have already been affected by the primary injury are selected where possible, thus avoiding any new sensory deficit. Methods. 36 of the 41 brachial plexus repairs were available for outcome data collected prospectively over 2 years. Over a nine year period, donor nerves used for the 41 brachial plexus repairs included the lateral cutaneous nerve of the forearm, superficial radial, medial cutaneous of the forearm, ulnar and sural nerves. Patients were grouped into having injured nerve grafts only (A), injured and uninjured nerve grafts (B) and uninjured nerve grafts. The repaired brachial plexus nerves were assessed by measuring the MRC grading of the power of movement of the muscle innervated by that nerve (i.e. elbow flexion for musculocutaneous nerve). These were graded as good (MRC grading 3 or better), fair (MRC grade 1 or 2), or poor (MRC 0). Results. The greatest success for nerve grafting was elbow flexion with good results in 22 out of 27 assessments. Using Mann-Whitney test, Group A had significantly better results (p=0.025) than group C. However, ignoring the poorer results of shoulder abduction there was no significant difference between all 3 groups of patients. Conclusion. Using injured nerve grafts taken distal to the lesion in the brachial plexus is as effective as using nerve material from an uninjured limb

The patterns of nerve and associated skeletal injury were reviewed in 84 patients referred to the brachial plexus service who had damage predominantly to the infraclavicular brachial plexus and its branches. Patients fell into four categories: 1. Anterior glenohumeral dislocation (46 cases); 2. ‘Occult’ shoulder dislocation or scapular fracture (17 cases); 3. Humeral neck fracture (11 cases); 4. Arm hyperextension (9 cases). The axillary (38/46) and ulnar (36/46) nerves were most commonly injured as a result of glenohumeral dislocation. The axillary nerve was ruptured in only 2 patients who had suffered high energy trauma. Ulnar nerve recovery was often incomplete. ‘Occult’ dislocation refers to patients who had no recorded shoulder dislocation but the history was suggestive that dislocation had occurred with spontaneous reduction. These patients and those with scapular fractures had a similar pattern of nerve involvement to those with known dislocation, but the axillary nerve was ruptured in 11 of 17 cases. In cases of humeral neck fracture, nerve injury resulted from medial displacement of the humeral shaft. Surgery was performed in 7 cases to reduce and fix the fracture. Arm hyperextension cases were characterised by injury to the musculocutaneous nerve, with the nerve being ruptured in 8 of 9. Five had humeral shaft fracture or elbow dislocation. There was variable involvement of the median and radial nerves, with the ulnar nerve being least affected. Most cases of infraclavicular brachial plexus injury associated with shoulder dislocation can be managed without operation. Early nerve exploration and repair should be considered for:. Axillary nerve palsy without recorded shoulder dislocation or in association with fracture of the scapula. Musculocutaneous nerve palsy with median and/or radial nerve palsy. Urgent operation is necessary for nerve injury resulting from fracture of the humeral neck to relieve ongoing pressure on the nerves

Myotome values for the upper limb appear to have been established in the early twentieth century based on historical work. Supraclavicular brachial plexus injuries present with a pattern of neurological loss consistent to the nerve roots affected. Recent advances in radiological imaging and intraoperative nerve stimulation have allowed confirmation of the affected nerve roots. The records of 43 patients with partial injuries to the supraclavicular brachial plexus were reviewed. The injuries covered the full range of injury patterns including those affecting C5, C5-6, C5-7, C5-8, C7-T1 and C8-T1 roots. All cases with upper plexus injuries had surgical exploration of the brachial plexus with the injury pattern being classified on the basis of whether the roots were in continuity, ruptured, or avulsed, and, if seen in continuity, the presence or absence of a response to stimulation. For lower plexus injuries the classification relied on identification of avulsed roots on Magnetic Resonance Imaging. Muscle powers recorded on clinical examination using the MRC grading system. In upper plexus injuries paralysis of flexor carpi radialis indicated involvement of C7 in addition to C5-6, and paralysis of triceps and pectoralis major suggested loss of C8 function. A major input from T1 was confirmed for flexor digitorum superficialis, flexor digitorum profundus (FDP) to the radial digits, and extensor pollicis longus. C8 was the predominant innervation to the ulnar side of FDP and intrinsic muscles innervated by the ulnar nerve with some contribution from C7. A revised myotome chart for the upper limb is proposed

Aim: To study the functional outcome ofmusculocutaneous nerve neurotization in brachial plexus palsy patients. Methods: From 1998 to 2001, 51 adult patients (mean age 24,6 years) with posttraumatic brachial plexus palsy were operated. Exploration of the brachial plexus was performed in 39 patients with a mean denervation time of 6 months (1 to 14 months). Seven patients had an extended infraclavicular lesion, while from the 32 supraclavicular lesions, 21 had the element of avulsion (4 global, 10 four-root and 7 three-roots avulsions). Neurotization of the musculocutaneous was performed in 25 via nerve grafts from intraplexus donors (C5, C6, C7)and from extraplexus donors in 14. In 7 patients, the phrenic was used alone or with intraplexus donor (5), in 3 cases the accessory nerve, in one patient the accessory and cervical plexus motor branches and þnally in 3 patients 3 intercostal nerves were used. Results: All intraplexus neurotizations of the musculocutaneous nerve, but two, regained useful biceps function (M3+ to M4+). From the extraplexus neurotizations the phrenic n. as a conjunctant donor gave functional result, when used alone gave M3 and M3−; the accessory n. gave M3+ in combination with cervical motors and M3− when used alone. The intercostal neurotizations gave M2+ and M3−. Conclusions: In brachial plexus paralysis, when avulsion is present the reconstruction often is based in extraplexus donors. The return of biceps function is greater and faster when intraplexus donors are used. Extraplexus neurotizations yield satisfactory results used in combinations Vertebral osteoporosis and fracture

Abstract. Objective. To investigate the safety and cost-effectiveness of interscalene brachial plexus block/regional anaesthesia (ISB-RA) in patients undergoing reverse total shoulder replacement. Methods. This retrospective study included 15 patients with symptomatic rotator cuff arthropathy who underwent reverse total shoulder arthroplasty (rTSA) under ISB-RA without general anaesthesia in the beach chair position from 2010 to 2018. The mean patient age was 77 years (range 59–82 years). Patients had associated medical comorbidities: American Society of Anesthesiologists (ASA) grade 2–4. Assessed parameters were: duration of anaesthesia, intra-operative systolic blood pressure variation, sedation and vasopressor use, duration of post-operative recovery, recovery scores, length of stay, and complications. A robust cost analysis was also performed. Results. The mean (range) duration of anaesthesia was 38.66 (20–60) min. Maximum and minimum intra-operative systolic blood pressure ranges were 130–210 and 75–145 mmHg, respectively (mean [range] drop, 74.13 [33–125] mmHg). Mean (range) propofol dose was 1.74 (1–3.0) mg/kg/h. The Median (interquartile range) post-operative recovery time was 30 (20–50) min. The mean (range) postoperative recovery score (local scale, range 5–28 where lower values are superior) was 5.2 (5–8). The mean (range) length of stay was 8 (1–20 days); the two included patients with ASA grade 2 were both discharged within 24 hours. One patient with predisposing history developed pneumonia; however, there were no complications related to ISB-RA. The mean (range) cost per patient was £101.36 (£59.80-£132.20). Conclusions. Our data demonstrate that rTSA under ISB-RA is safe, cost-effective and a potentially viable alternative for patients with multiple comorbidities. Notably, patients with ASA grade 2 who underwent rTSA under ISB-RA had a reduced length of stay and were discharged within 24 hours

Single shot interscalene blocks are an effective analgesic for arthroscopic shoulder surgery. However, patients receiving these blocks are often found to be in significant pain when the block wears off, usually in the late evening or early hours of the morning. Overnight admission is currently routine in our unit, to ensure adequate analgesia can be administered during this period. Recent studies have suggested that adding dexamethasone to the local anaesthetic agent can prolong the duration of the block. We carried out a prospective study to assess whether addition of dexamethasone to brachial plexus blocks could reduce patient's post-operative analgesic demands and allow safe discharge on the same day after surgery. Twenty-six patients undergoing arthroscopic shoulder surgery during a morning theatre list, had ultrasound guided brachial plexus blocks using a mixture of 0.25% bupivacaine 20–30ml with 2–3mg of dexamethasone. All were admitted to the ward afterwards for analgesia and physiotherapy. Pain numerical rating scores (0–10) were recorded at rest in recovery one hour postoperatively by the attending anaesthetist and on active movement of the shoulder joint 24 hours after surgery by the attending physiotherapist. A standardised analgesia regime was prescribed with regular and as required medication, including as required strong opiates. Mean pain scores in recovery were 0.31 and on the morning after surgery were 2.38. Sixteen out of 26 required no further analgesia, with only 3 out of the 10 who did requiring opiates. The use of dexamethasone provides adequate analgesia for a prolonged period for most patients after brachial plexus block for shoulder surgery and does not result in a significant analgesic requirement when the block wears off. This may provide support for avoiding overnight admission in selected patients after arthroscopic shoulder surgery

We reviewed 1060 cases of OBPP prospectively at the Peripheral Nerve Injury Unit over 20 years. Data was collected for birth weight, maternal age, maternal height, maternal weight, duration of labour and associated difficulties, presentation, mode of delivery, neonatal problems, birth rank, race and social class. The mean birth weight was 4.23 kg (Range 0.63–9.49 SD 0.72) compared to 3.47 Kg nationally [p < 0.05]. There was an association between severity of lesion and increase in birth weight. Maternal age was 29.0 years in OBPP group [Range 14–43 SD 5.4] compared to 26.8 nationally [p < 0.05]. In 46.7% of the brachial plexus group, the mothers were > 30 years old. This was compared to 29.7% nationally. The difference in maternal Body Mass Index (BMI) between patient group [27 with Range 14–44 SD 3.5] and national average of 25 was significant [p< 0.05]. Hypertension [11.8%] and diabetes [11.2%] were significantly [p< 0.05] higher than the national rate [6.4% and 1% respectively]. Shoulder dystocia occurred in 56% of the cases and was strongly associated with OBPP [p< 0.05]. Mean duration of labour nationally was 5.4 hours; in the patient group 10.8 hours [p< 0.05]. Breech presentation was more than three times the national average [p< 0.05]. Caesarean sections [2%] were less than national average [18%]. Instrumental deliveries [40.3%] were four times more than national rate. [P < 0.05]. The incidence of Neonatal asphyxia [22%] and Special Care Baby Unit [15.3%] was significantly [p< 0.05] higher than the national average [2% and 8% respectively]. Other factors did not prove to be statistically significant. These included; Social class, birth rank and ethnic origin. We found that Birth weight, shoulder dystocia and body mass index are the most significant risk factors for obstetric brachial plexus plasy

The concept of non-anatomic reversed arthroplasty is becoming increasingly popular. The design medializes and stabilizes the center of rotation, and lowers the humerus relative to the acromion, and lengthens the deltoid muscle up to 18%. Such a surgically created global distraction of muscles is likely to affect nervous structures. When nerves are stretched up to 5–10%, axonal transport and nerve conduction starts to be impaired. At 8% of elongation, venous blood flow starts to diminish and at 15% all circulation in and out of the nerve is obstructed. [. 1. ] To understand nerve dynamics following reversed arthroplasty, we investigated nerve strain and excursion in a cadaver model. In a formalin-embalmed female cadaver specimen, the brachial plexus en peripheral upper limb nerves were carefully dissected and injected with an iodine containing contrast medium. At the same time 1.2 mm-diameter leaded markers were implanted at topographically crucial via points for later enhanced recognition on CT reconstructions. After the first session of CT scanning a plastic replica of the Delta reversed shoulder prosthesis® was surgically placed followed by re-injection of the plexus with the same solution. The preoperative and the postoperative specimen were studied using a helical CT scan with a 0,5 mm slice increment. The Mimics® (Materialise NV, Belgium) software package was used for visualization and segmentation of CT images and 3D rendering of the brachial plexus and peripheral nerves. After surgery, there was an average increase in nerve strain below physiologically relevant amplitudes. In a few local segments of the brachial plexus an increase in nerve strain exceeding 5–10 % was calculated. The largest increase in strain (up to 19%) was observed in a segment of the medial cord. These results suggest there might be a clinically relevant increase in nerve strain following reversed shoulder arthroplasty

Brachial plexus tumours (BPT) and peripheral nerve sheath tumours (PNST) are largely benign in nature, with malignant tumours being rare and presenting significant surgical challenges. Excision of benign tumours may relieve pain and other symptomology. This retrospective study analysed data from 138 PNST and 92 BPT patients managed by a single consultant orthopaedic or plastic surgeon experienced in nerve tumour surgery between January 1999 to December 2019. The most common benign tumours were schwannomas and neurofibromas, with sarcomas being the most common malignant tumour. In the PNST group 30 patients were managed by observation only. Twenty patients underwent trucut biopsy, 21 patients underwent biopsy and surgical excision and 56 patients underwent surgical excision only. There were nine complications, with two significant neurological deficits requiring further surgical intervention. No recurrence of tumours occurred in this group. In the BPT group 16 patients were managed by observation only. Seven patients underwent trucut biopsy, 16 patients biopsy and surgical excision and 44 BPT patients underwent surgical excision only. Sixteen patients had complications with two significant complications requiring urgent further surgical intervention. Seven patients had recurrence of tumours which presented as metastases, with three patients requiring further surgery to remove recurrence of tumours. BPT patients are more complex and present with both benign and malignant lesions and are therefore more prone to complications due to the complex nature of the surgery and higher recurrence rate of tumours than PNST. Benign tumours in both groups can be safely managed conservatively if patients’ symptomology is acceptable