Medical diagnosis of cubital tunnel syndrome ameliorated with thrust manipulation of the elbow and carpals

Abstract

This case report describes the effectiveness of thrust manipulation to the elbow and carpals in the management of a patient referred with a medical diagnosis of cubital tunnel syndrome (CuTS). The patient was a 45-year-old woman with a 6-week history of right medial elbow pain, ulnar wrist pain, and intermittent paresthesia in the ulnar nerve distribution. Upon initial assessment, she presented with a positive elbow flexion test and upper limb neurodynamic test with ulnar nerve bias. A biomechanical assessment of the elbow and carpals revealed a loss of lateral glide of the humerus on the ulna and a loss of palmar glide of the triquetral on the hamate. After the patient received two thrust manipulations of the elbow and one thrust manipulation of the carpals over the course of four sessions, her pain and paresthesia were resolved. This case demonstrates that the use of thrust manipulation to the elbow and carpals may be an effective approach in the management of insidious onset CuTS. This patient was successfully treated with thrust manipulation when joint dysfunction of the elbow and wrist were appropriately identified. This case report may shed light on the examination and management of insidious onset CuTS.     

Use of Multifidus Isometric for a Patient with Acute Neck Pain: A Case Report

Abstract

The purpose of this case report is to describe how a simple isometric technique was effective in treating a patient with complaints of acute neck pain. The patient was a 35-year-old female who complained of an acute onset of right cervical pain. She exhibited a significant increase in range of motion (approximately 50 degrees of right rotation) and a 50% reduction in pain level after one treatment. After two treatments, full pain-free cervical range of motion and function was restored. The report suggests that the technique can significantly increase cervical range of motion and decrease pain in one treatment session. Thrust and nonthrust manipulation techniques have been found to be effective in treating neck pain. Nonthrust techniques, however, appear to lessen the risk to the patient. The multifidus isometric is a safe, nonthrust manual therapy technique that can be effective in reducing pain and increasing range of motion in some cases of acute cervical dysfunction in as little as one treatment session.     

Complex Regional Pain Syndrome I: Management through the Use of Vertebral and Sympathetic Trunk Mobilization

Abstract

The purpose of this study was to describe the clinical differential diagnostic process and effective management of an individual presenting with lower-extremity complex regional pain syndrome I (CRPS I). A 50-year-old female 8-weeks status post ORIF right tibia/fibula presented with a warm, red, edematous, hyperhidrotic right lower extremity. She also exhibited hyperalgesia, allodynia, and a positive slump test on the right. The patient satisfied clinical diagnostic criteria for a diagnosis of CRPS I. The subject was treated for 10 sessions over a 3-month period using progressive desensitization, weight-bearing activities, thoracolumbar mobilizations, and a neural mobilization technique referred to as slump long sitting with sympathetic emphasis (SLSSE). An analysis of outcome measures at the time of discharge and at a one-year follow-up demonstrated a significant improvement in both pain and function. Effective management was achieved by addressing both the patient's proximal and distal impairments including thoracolumbar segmental lesions and positive neurodynamic tests. It is speculated that the influence of neural mobilizations to the ipsilateral sympathetic ganglia directly affected the pathophysiology associated with autonomic dysregulation and pain in this subject. This case report provides initial evidence that the SLSSE may be an effective neural mobilization technique in reducing the magnitude of symptoms and improving function in patients with CRPS.     

Safety of lower extremity neurodynamic exercises in adults with diabetes mellitus: a feasibility study

Objectives: Neurodynamic exercises aim to improve neural mechanosensitivity in order to promote pain-free movement and function. People with diabetes mellitus (DM) may be candidates for neurodynamic exercises to address common DM-related impairments such as reduced lower extremity range of motion (ROM) and altered neural mechanosensitivity. However, no studies have examined the safety and immediate effects of neurodynamic exercise in people with DM. This study aims to determine the feasibility of applying neurodynamic exercises in adults with DM by evaluating the rate of adverse events and quantifying immediate changes in straight leg raise (SLR) ROM.

Methods: This quasi-experimental study included 20 people with DM who performed a series of neurodynamic exercises on their right leg. Their left leg was used as an internal control. SLR testing was performed before and immediately after these exercises. Adverse events were monitored, including provocation of their neuropathy symptoms or discomfort or pain.

Results: All participants completed the neurodynamic exercises without provocation of their neuropathy symptoms. No pain was reported and only one participant had minor discomfort with one exercise; a <30-s calf cramp. The right SLR ROM increased by an average of 5.2°–5.3° (p < 0.01) with no change on the left.

Discussion: This study demonstrated that lower extremity neurodynamic exercises are safe in adults with DM and may create small immediate improvements in SLR testing. Further research is indicated to investigate the safety and efficacy of neurodynamic exercises performed over multiple sessions.

Level of evidence: 3b     

Long-standing axis odontoid fracture in patient presenting with acute low back pain

Objective:To present the case of a patient affending for chiropractic care with acute low back pain. Incidentally, a previously unknown long-standing axis odontoid fracture was diagnosed, which resulted in a referral for neurosurgical management.Clinical features:A 63-year-old man presented for chiropractic care with a chief complaint of severe acute low back pain. His examination revealed evidence of lumbar and upper cervical subluxations. Subsequent X-rays revealed a double rotatory lumbar scoliosis and an axis odontoid fracture at its base. A cervical flexion X-ray revealed instability and a later computed tomography confirmed the fracture.Intervention and outcome:Due to poor patient compliance, a neurosurgical consultation and subsequent upper cervical arthrodesis did not take place until over 4 months after the initial diagnosis. A Brooks C1-C2 posterior fusion using Songer cables and an iliac crest bone graft resulted in a successful outcome. Prior to surgery, the patient's low back pain was managed by the chiropractor with a successful outcome.Conclusion:This case presents a rare, yet precarious situation with the chiropractic management of a patient with a potentially catastrophic condition. This clinical example also stresses the importance of careful clinical assessment and imaging procedures for patients before providing spinal adjustments in order to avoid a potential iatrogenic incident. This case report also demonstrates the successful outcome of specific chiropractic care in the amelioration of acute low back pain.     

Multimodal physical therapy management of a 48-year-old female with post-stroke complex regional pain syndrome

Abstract

This case report describes a 48-year-old female who presented with complaints of right shoulder pain, hyperesthesias and swelling of the hand along with added symptoms of pain centralization following a cerebrovascular accident. On clinical evaluation, the patient satisfied the Budapest diagnostic criteria for Complex Regional Pain Syndrome (CRPS) type-1. Physical therapy management (1st three sessions) was initially focused on pain neurophysiology education with an aim to reduce kinesiophobia and reconceptualise her pain perception. The patient had an immediate significant improvement in her pain and functional status. Following this, pain modulation in the form of transcutaneous electrical nerve stimulation, kinesio tape application, “pain exposure” physical therapy and exercise therapy was carried out for a period of 7 weeks. The patient had complete resolution of her symptoms which was maintained at a six-month follow-up.     

Multimodal Management of Mechanical Neck Pain Using a Treatment Based Classification System

Abstract

The purpose of this case study was twofold: 1) to illustrate the use of a treatment-based classification (TBC) system to direct the early intervention of a patient with mechanical neck pain, and 2) to show the progression of this patient with multimodal-modal intervention. The patient exhibited axial neck pain with referral into her upper extremity. Her pain peripheralized with cervical range of motion and centralized with joint mobilization placing her primarily in the centralization category. Her poor posture and associated muscle weakness along with the chronicity of symptoms placed her secondarily into the exercise and conditioning group resulting in a multi-modal treatment as the patient progressed. Although the design of this case report prevents wide applicability, this study does illustrate the effective use of the TBC system for the cervical spine as captured by accepted outcomes measures.     

Application of a classification system and description of a combined manual therapy intervention: a case with low back related leg pain

Low back pain and leg pain commonly occur together. Multiple factors can cause low back related leg pain; therefore, identification of the source of symptoms is required in order to develop an appropriate intervention program. The patient in this case presented with low back and leg pain. A patho-mechanism based classification is described in combination with the patient’s subjective and objective examination findings to guide treatment. The patient’s symptoms improved marginally with intervention addressing primarily the musculoskeletal impairments and with intervention addressing primarily the neurodynamic impairments. Full functional improvements were attained with a manual therapy intervention directed at both mechanisms simultaneously. The approach described in this case address a mixed pathology utilizing passive accessory and passive physiological lumbar mobilizations in combination with lower extremity neurodynamic mobilization. The patient reported complete resolution of symptoms after a total of seven visits over a period of 6 weeks. While specific guidelines do not yet exist for treatment based on the classification approach utilized, this case report provides an example of manual therapy to address low back related leg pain of mixed pathology.     

Medical diagnosis of cubital tunnel syndrome ameliorated with thrust manipulation of the elbow and carpals

This case report describes the effectiveness of thrust manipulation to the elbow and carpals in the management of a patient referred with a medical diagnosis of cubital tunnel syndrome (CuTS). The patient was a 45-year-old woman with a 6-week history of right medial elbow pain, ulnar wrist pain, and intermittent paresthesia in the ulnar nerve distribution. Upon initial assessment, she presented with a positive elbow flexion test and upper limb neurodynamic test with ulnar nerve bias. A biomechanical assessment of the elbow and carpals revealed a loss of lateral glide of the humerus on the ulna and a loss of palmar glide of the triquetral on the hamate. After the patient received two thrust manipulations of the elbow and one thrust manipulation of the carpals over the course of four sessions, her pain and paresthesia were resolved. This case demonstrates that the use of thrust manipulation to the elbow and carpals may be an effective approach in the management of insidious onset CuTS. This patient was successfully treated with thrust manipulation when joint dysfunction of the elbow and wrist were appropriately identified. This case report may shed light on the examination and management of insidious onset CuTS.     

Neurodynamic exercises provide no additional benefit to extension-oriented exercises in people with chronic low back-related leg pain and a directional preference: A randomized clinical trial

BackgroundChronic low back-related leg pain may involve mixed pain mechanisms. A strategy to address both neuropathic and nociceptive pain symptoms would be combining treatments.ObjectiveTo assess the effects of adding neurodynamic exercises to extension-oriented exercises in patients with chronic low back-related leg pain and a directional preference.DesignTwo arm, single blind, randomized clinical trial.MethodEligible participants were aged between 18 and 65 years, had low back pain radiating below gluteus for at least 3 months, pain intensity greater than 3 points in the numerical pain rating scale, positive SLR test and a directional preference for lumbar extension movements. Thirty-one participants were randomly allocated into one of two groups: extension-oriented exercises (EE) or extension exercises plus neurodynamic exercises (EEN). Primary outcomes were leg pain intensity and function at 3 weeks. Secondary outcomes were low back pain intensity, disability, global perceived effect and quality of life at 3 weeks and at 1 month.ResultsRetention rate was 100% (n = 14) in EE and 94% (n = 16) in EEN for primary outcome analysis. There was no between-group difference for the primary outcomes and for low back pain intensity, GPE and quality of life at 3 weeks. For some outcomes, EE was superior to EEN.ConclusionsWe found no benefits in adding neurodynamic exercises to extension-oriented exercises for patients with nerve-related leg pain and a directional preference. As this study has a small and very specific sample, results may be interpreted with caution.     

The validity of using an electrocutaneous device for pain assessment in patients with cervical radiculopathy

Abstract

The purpose of this study was to evaluate the validity and preference for assessing pain magnitude with electrocutaneous testing (ECT) compared to the visual analogue scale (VAS) and Borg CR10 scale in men and women with cervical radiculopathy of varying sensory phenotypes. An additional purpose was to investigate ECT sensory and pain thresholds in men and women with cervical radiculopathy of varying sensory phenotypes. This is a cross-sectional study of 34 patients with cervical radiculopathy. Scatterplots and linear regression were used to investigate bivariate relationships between ECT, VAS and Borg CR10 methods of pain magnitude measurement as well as ECT sensory and pain thresholds. The use of the ECT pain magnitude matching paradigm for patients with cervical radiculopathy with normal sensory phenotype shows good linear association with arm pain VAS (R²?=?0.39), neck pain VAS (R²?=?0.38), arm pain Borg CR10 scale (R²?=?0.50) and neck pain Borg CR10 scale (R²?=?0.49) suggesting acceptable validity of the procedure. For patients with hypoesthesia and hyperesthesia sensory phenotypes, the ECT pain magnitude matching paradigm does not show adequate linear association with rating scale methods rendering the validity of the procedure as doubtful. ECT for sensory and pain threshold investigation, however, provides a method to objectively assess global sensory function in conjunction with sensory receptor specific bedside examination measures.     

Robot-assisted laparoscopic pyeloureterostomy for ureteropelvic junction rupture sustained in a traffic accident: A case report

BACKGROUNDUreteral reconstruction is a highly technical type of laparoscopic or open surgery. The incidence of ureteral injury is low; however, ureteral injuries tend to be overtreated. Robotic surgery for urinary reconstructive surgery is growing in popularity, which has made procedures such as pyeloplasty, ureteroureterostomy, and ureteroneocystostomy possible, with minimal damage to the patient. To the best of our knowledge, this is the first report of robot-assisted laparoscopic pyeloureterostomy in Korea, in a 17-year-old female patient with a ureteral injury.CASE SUMMARYThe patient, a 17-year-old girl without previous medical history, was presented at the emergency room and complained of abdominal and back pain. Tenderness in the right upper quadrant was observed on physical examination. Hemorrhage in the right perirenal space was observed without abdominal organ injuries on the initial enhanced abdomen computed tomography (CT) scan. Ureteral injury was not suspected at this time. The patient was stabilized via conservative treatment, but complained of right flank pain 3 wk later and revisited the emergency room. An enhanced abdominal CT scan revealed a huge urinoma in the right perirenal space with hydronephrosis of the right kidney. Retrograde and antegrade pyelography were performed. Extravasation and discontinuity of the ureter were found. A rupture of the ureteropelvic junction was diagnosed and reconstructive surgery was performed. After 3 mo, the patient did not complain of any symptoms without any abnormal radiologic findings.CONCLUSIONThis case report discusses the safety and effectiveness of this minimal invasive procedure as an alternative to conventional open or laparoscopic surgery.