Acute Neck Pain in the ED: Consider Longus Colli Calcific Tendinitis vs Meningitis.

Presented here is a rare cause of severe neck pain - acute longus colli calcific tendinitis - in a 54year old man who presented to the emergency department. The neck pain is due to inflammation caused by calcium hydroxyapatite crystal deposition in the tendons on the longus colli muscles. This is non-infectious. The gold standard for diagnosis is a CT neck which best shows the calcifications in the anterior vertebral column of C1-C4, where the tendons of these muscles insert bilaterally. Longus colli calcific tendinitis is not life-threatening and patients will make a full recovery after treatment with NSAIDs. However, this condition is often confused with life-threatening conditions such as infection (meningitis or retropharyngeal abscess), intracranial hemorrhage, trauma, herniation of cervical discs, or malignancy (Estimable et al. (2015) [1]). Symptoms associated with calcific tendinitis of the longus colli muscle are non-specific and include mild fever, moderate-severe headache, neck pain, and drastically reduced range of motion of the neck. More specific symptoms are the presence of dysphagia and odynophagia. Lab findings usually are significant for mild leukocytosis, and elevated ESR and CRP. Awareness of this condition by E.D. physicians can avoid unnecessary invasive interventions, increased costs, and delays that result from incorrect diagnosis and treatment. This is a unique case in which a patient who was afebrile with a normal ESR was worked up for meningitis and an intracranial process, and also empirically treated for meningitis before finally being diagnosed with acute calcific tendinitis of the longus colli muscle in the E.D

Return to activity following ACL Reconstruction with the Fertilized ACL: A retrospective study.

Background The objective of this retrospective study is to evaluate outcomes in patients who underwent the fertilized anterior cruciate ligament (ACL) reconstruction procedure. We aim to investigate the return to previous level of activity, safety, and re-rupture rates of the ACL reconstruction augmented with bone marrow concentrate, demineralized bone matrix, autograft bone, and a suture tape (the fertilized ACL). Methods A comprehensive review of medical records was conducted for patients treated with the fertilized ACL (FACL). Medical records of all the patients who underwent reconstruction surgery between July 2018 and January 2021 were evaluated. The inclusion criteria for the study were patients with a defined ACL tear based on clinical examination and magnetic resonance imaging testing who received FACL reconstruction between July 2018 and January 2021. Exclusion criteria included revision ACL reconstruction, non FACL reconstruction, and patients that underwent the FACL reconstruction outside of the defined time period. Thirteen patients underwent reconstruction using a Graftlink allograft (Lifenet Virginia Beach, Va) and 38 using quadriceps autografts. All patients received the FACL reconstruction using bone marrow concentrate, demineralized bone matrix, autograft bone, and suture tape. A phone survey was conducted to obtain patient-reported outcome measures including return to previous level of activity, International Knee Documentation Committee (IKDC), ACL Return to Sport After Injury (ACL RSI), and Visual Analogue Scale (VAS) values. A chart review was conducted for complications and questions were asked during the phone survey regarding return to operating room, infections, and re-ruptures. Results Data analysis revealed 94% of the patients returned to their previous level of activity. The average IKDC and ACL RSI scores were 94% (SD, 9.0) and 92% (SD,15.3), respectively. The average VAS score was .9/10 (SD, 1.2). One patient required reoperation for pain at 1 year. No re-ruptures were observed. Conclusion This retrospective study sheds light on the FACL, which adds biology and an internal brace to an ACL reconstruction, as a reliable and safe option when performing an ACL reconstruction. Very low complication rates were seen in this consecutive series followed for a mean of 2 years. Patients had an extremely high level of return to previous level of sport/activity

Minimally Invasive Quad Harvest Featuring Endoscopic Closure and Preparation With Adjustable Suspensory Fixation Device Incorporated With Braided Suture

The quad tendon has increasingly became a very common option for anterior cruciate ligament reconstruction. Minimally invasive approaches are one of the many advantages to the quad tendon graft. One of the issues with a small incision is assuring appropriate proximal closure. In this technique, we use the arthroscope to view proximally and a Scorpion (Arthrex) device to close our proximal quad harvest. We also describe the updated preparation of the quad tendon with FiberTag TightRope (Arthrex) and FiberTag ABS (Arthrex). These implants have FiberTag incorporated to the suspensory devices that creates a stable construct that is faster to incorporate into the quad with the slotted clamp. Together, these updates to the preparation and harvest should make the construct more reproducible and decrease donor-site morbidity respectively

Incisionless Knee Synovectomy and Biopsy With Needle Arthroscope and Autologous Tissue Collector

Knee arthroscopy has evolved greatly from its inception in the 20th century. Arthroscopic synovectomy is performed in the case of infection or significant synovitis. We continue to develop more minimally invasive procedures, and the NanoScope (Arthrex, Naples, FL) has provided a new generation of possibilities. The system does not require the use of a standard incision or portal, and using the GraftNet (Arthrex), we can harvest tissue with a standard shaver for further evaluation. This technique provides an option to perform a synovectomy and biopsy without the use of standard arthroscopy portals through an incisionless approach

Incisionless Synovium and Bone Biopsy of a Painful Total Knee Arthroplasty

Knee arthroscopy has evolved greatly from its inception in the 20th century. Arthroscopic synovectomy is performed in the case of infection or significant synovitis. We continue to develop more minimally invasive procedures, and the NanoScope (Arthrex, Naples, FL) has provided a new generation of possibilities. The system does not require the use of a standard incision or portal, and using the GraftNet (Arthrex), we can harvest tissue with a standard shaver for further evaluation. This technique provides an option to perform a synovial and bone biopsy in a painful total knee arthroplasty without the use of standard arthroscopy portals through an incisionless approach. This technique provides distinct advantages over a more open approach in the setting of a prosthetic joint. Specifically, this technique is useful for a difficult-to-diagnose painful total knee arthroplasty

Clinical and Financial Implications of Positive Margins After Nonmelanoma Skin Cancer Resection: A Longitudinal Evaluation.

BACKGROUND: Management of positive margins after nonmelanoma skin cancer (NMSC) excision is debated in the literature. The purpose of this study is to determine the rate of residual tumor in reexcised NMSC specimens after previous excision with positive margins, to determine the rate of recurrence in patients who had positive margins but did not undergo reexcision, and to define the financial burden of negative reexcisions. METHODS: An Institutional Review Board-approved retrospective review was conducted on all patients with NMSC excision over a 15-year period. Patients who met inclusion criteria and underwent initial NMSC excision with negative frozen section margins, but had positive permanent section margins were divided into 2 groups: those who underwent reexcision for clearance of tumor (n = 161) or those who did not undergo further reexcision (n = 105). Variables collected include demographics, previous skin cancer, tumor location, cancer subtype, excision measurements, and time between first and second excisions. For those patients who did not undergo reexcision, charts were examined for recurrence. RESULTS: Two hundred sixty-six patients met inclusion criteria with mean follow-up of 60 months. Eighty-three (52%) of 161 patients with positive margins on initial excision had no evidence of residual cancer upon reexcision. Residual tumor on permanent section was confirmed in 48% of patients. Patients with a previous history of basal cell carcinoma were more likely to have a true-positive margin after reexcision (P = 0.02). Larger reexcisions were more likely to harbor residual cancer (5.9 cm, P = 0.04). Patients with positive margins that did not undergo reexcision, only 7 of 105 patients (6.6%) had recurrence. No mortalities were reported from NMSC recurrence. US $247,672 was spent in reexcision for negative margins in 98 patients for an average cost of US$2984 per case. CONCLUSIONS: Forty-eight percent of NMSC patients with positive margins had residual tumor upon reexcision. There were 6.6% of the patients who did not undergo resection after positive margins developed recurrence of disease at 5 years. Patients requiring larger reexcisions or those with a prior history of BCC were more likely to have residual cancer upon reexcision. This study suggests that observation is an appropriate option of care for certain patients with residual NMSC on permanent pathology

Nanoscopic Single-Incision Autograft Cartilage Transfer (ACT)

Osteochondral defects in the young active patient remain a difficult issue to treat. Autograft cartilage implantation is a procedure that was originally devised as a difficult 2-stage process, with disadvantages including donor-site morbidity and the need for multiple procedures. Recently, a technique for a single stage autograft cartilage transfer, also known as AutoCart using the GraftNet device for autograft harvest and BioCartilage in addition to bone marrow concentrate to aid in graft incorporation and healing, has been described. In this article, we discuss a modification of this autograft cartilage transfer procedure using a minimally invasive single incision for lesion preparation, microfracture, graft harvest, and graft delivery using visualization from the NanoScope