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E Filippucci

Publications and source records attributed to E Filippucci.

31 records · Page 2Linked to original sources

[Levofloxacin-induced bilateral rupture of the Achilles tendon: clinical and sonographic findings].

The fluoroquinolones are antibiotics widely used in the clinical practice. The concomitant use of corticosteroids and fluoroquinolones in elderly patients is recognised as a risk factor for developing clinically relevant tendon lesions. Fluoroquinolone-induced tendinopathy is underreported in the literature. A 67-year-old man, came to our observation complaining of 5 days history of bilateral heel pain. The patient had a medical history of sarcoidosis and was treated with a daily dose of 5 mg of prednisone. He was initially given oral levofloxacin (500 mg/die) for 10 days, because of an acute respiratory infection. Two days before the end of the antibiotic therapy, he developed bilateral heel pain. He denied any history of trauma. Physical examination revealed swelling and marked tenderness with mild palpation of the Achilles tendons at the calcaneal insertion. The ultrasound evaluation of the Achilles tendons revealed the following main abnormalities: diffuse thickening, loss of the "fibrillar" echotexture, blurred margins, and bilateral partial tendon tears. Bilateral Achilles tendon pain and rupture has been described as a rare adverse effect of fluoroquinolone treatment. Most of the fluoroquinolone-induced tendinopathies of the Achilles tendon are due to ciprofloxacin. To the best of our knowledge, this is the first description of bilateral Achilles tendon rupture due to levofloxacin. The risk/benefit ratio of the fluoroquinolones should be carefully considered and these drugs should be prescribed cautiously in elderly patients treated with corticosteroids. This case can be regarded as a representative example of the potential clinical efficacy of sonography in daily rheumatological practise.

Achilles Tendon↗

[Thumb troubles in rheumatoid arthritis].

Thumb involvement may play a relevant role in inducing a severe functional impairment in rheumatoid arthritis. The aim of this sonographic vignette is to show the value of sonography in detailing anatomic changes involving the thumb during a phase of active synovitis. The patient was a 50-year old man who presented with a 3-year history of rheumatoid arthritis. He complained of a 4-week history of a marked recrudescence inflammatory thumb involvement associated with clinical signs of carpal tunnel syndrome. Sonographic images were obtained with a real-time ultrasound system equipped with a 13 MHz linear transducer. Sonographic examination on longitudinal dorsal scan of the metacarpophalangeal joint of the thumb showed a moderate joint cavity widening with two evident bone erosions, one at the metacarpal head and the other one at the basis of the proximal phalanx. The longitudinal volar scan of the first metacarpophalangeal joint confirmed the presence of synovitis detecting a marked joint cavity widening, with aspect of synovial proliferation. The flexor pollicis longus tendon was severely involved (marked tendon sheath widening, synovial proliferation, loss of the normal homogeneous fibrillar echotexture, and a large intratendinous tear). Sonography allowed the depiction of a wide range of otherwise undetectable pathologic changes in the standard clinical setting.

Arthritis, Rheumatoid↗

Intralesional therapy in carpal tunnel syndrome: a sonographic-guided approach.

OBJECTIVE: The aim of this pictorial essay is to show a representative example of sonographic-guided injection in carpal tunnel syndrome associated with tenosynovitis of the finger flexor tendons. METHODS: Images were obtained using a real-time ultrasound system (AU4-idea; Esaote Biomedica, Genoa, Italy) equipped with a 13-MHz linear transducer. The best injection site was detected using a fine metal clip placed between the skin and the transducer. The images here were obtained in a patient with rheumatoid arthritis and carpal tunnel syndrome secondary to tenosynovitis of the finger flexor tendons. RESULTS: Steroid injection within the carpal tunnel under sonographic control was easily performed. All steps of the needle placement within the widened tendon sheath were carefully evaluated on the monitor screen. Marked clinical improvement occurred shortly thereafter (3 days) and increased over the next 6 weeks. CONCLUSION: A detailed assessment of the carpal tunnel and a correct, safe placement of the needle for steroid injection can be quickly performed under sonographic guidance.

Carpal Tunnel Syndrome↗

[Sonographic findings for synovial fluid].

OBJECTIVE: The aim of this pictorial essay was to evaluate the sonographic features of synovial fluid in patients with arthritis. METHODS: Sixty-nine patients with active synovitis (rheumatoid arthritis, psoriatic arthritis, osteoarthritis, septic arthritis, crystal arthropathies, post-traumatic arthritis) were studied. Sonographic evaluation was performed with a AU-5 Harmonic, Esaote Biomedica (Genoa, Italy) equipped with a 10-14 MHz broadband linear transducer and a Diasus Dynamic Imaging Ltd.(Livingston, Scotland UK) equipped with a 8-16 MHz broadband linear transducer. RESULTS: Six main different sonographic patterns were detected: 1) Anechoic: increased amount of homogeneous anechoic synovial fluid (exudative synovitis). 2) Cloudy: echogenic structures (proteinaceous material). 3) Mixed: anechoic synovial fluid and proteinaceous material. 4) "Snow-storm" aspect: multiple mildly and heterogeneous echoic spots (9 out of 10 patients with acute gouty synovitis). 5) Dotted: multiple sparkling hyperechoic dots without posterior acoustic shadow (10 out of 12 patient with chondrocalcinosis). 6) Granular: irregular turbid aspect of the synovial fluid. It was present in 3 patient with septic arthritis. CONCLUSIONS: The results of this study indicate that high resolution ultrasonography is able to detect different features of synovial fluid. Further studies are needed to assess both sensitivity and specificity of ultrasonography in "in vivo" synovial fluid examination.

Arthritis, Infectious↗

[Power Doppler e mezzi di contrasto nello studio della membrana sinoviale reumatoide].

Pannus formation is a fundamental event in the pathogenesis of rheumatoid arthritis and its hypervascularisation seems to be crucial to the development of joint damage. High-resolution greyscale ultrasonography is a safe, quick, and inexpensive imaging tool that allows an accurate detection of even minimal morphostructural changes in patients with rheumatoid arthritis, including joint effusion, thickening of synovial membrane and bone erosions. More recently, power Doppler sonography has proved to be a reliable tool for semiquantitative assessment of the vascularity of the synovial tissue. The contrast-enhanced power Doppler sonography seems to be a helpful adjunct in assessing synovitis and the therapeutic response to the different therapies in patients with rheumatoid arthritis. The aim of this radiological vignette was to show a representative example of use of power Doppler sonography with contrast agent in assessing rheumatoid synovitis.

Arthritis, Rheumatoid↗

Ultrasound imaging for the rheumatologist.

Over the last few years, technological advances have resulted in dramatic improvements in quality and resolution of ultrasonography (US), allowing it to become a very powerful tool in rheumatological clinical practice. Despite the fact that the impact of US on final diagnosis or therapeutic options for rheumatic patients has not yet been defined, there is now growing evidence that US improves clinical diagnosis and intervention skills. This review discusses the most important issues connected with the practice of US in rheumatology including: basic requirements, scanning technique, clinical applications, training and future developments. Moreover, it provides a general overview of both US anatomy and pathology relevant for the rheumatologist.

Humans↗

Ultrasound imaging for the rheumatologist. I. Ultrasonography of the shoulder.

Ultrasonography (US) has proved to be a useful diagnostic tool in patients with shoulder pain and/or limited range of motion. It allows careful assessment of a wide range of changes involving many different anatomic structures of the shoulder girdle, such as the rotator cuff tendons (tendonitis, tendon tears and calcific deposits), the long head of the biceps tendon (tenosynovitis, tendonitis, tears, rupture and displacement), the bursae (bursitis), the soft tissues of the gleno-humeral (synovial proliferation, joint effusion) and acromioclavicular joints (synovial proliferation and joint effusion). In addition, it is also a reliable tool in the evaluation of bony profiles detecting the presence of erosions and osteophytes. The use of high quality equipment and the application of a standard scanning protocol are mandatory for reliable US assessment of shoulder pathology.

Humans↗

Ultrasound imaging for the rheumatologist II. Ultrasonography of the hand and wrist.

The hand is one of the anatomical regions most frequently explored by ultrasonography (US) in rheumatology. The last generation US systems equipped with high frequency probes allow for a quick and accurate assessment of even minimal pathological changes in patients with rheumatic conditions affecting the small joints and the soft tissues of the hand and wrist. Several studies have demonstrated the great value of US imaging of the hand and wrist in rheumatology but there are still controversial issues which yet have to be adequately addressed, particularly with regard to US semi-quantitative evaluation of synovitis and bone erosions in patients with chronic arthritis. This paper provides the basic knowledge, reviews the available evidence and discusses the potential of US in the evaluation of the hand and wrist.

Rheumatic Diseases↗

Ultrasound imaging for the rheumatologist III. Ultrasonography of the hip.

Ultrasonography (US) is a reliable and useful diagnostic tool for the assessment of hip pathology. It depicts changes within the coxo-femoral joint (synovitis, erosions, osteophytes) and in the adjacent peri-articular tissues (calcifications, tendonitis, enthesitis, bursitis) in many rheumatic diseases (rheumatoid arthritis, spondyloarthritis, osteoarthritis, polymyalgia rheumatica ) and in some orthopaedic disorders (septic arthritis, trauma, abscess, painful hip after arthroplasty). It is commonly used both in adults and in children. In the assessment of hip joint pathology, US exerts considerable diagnostic supremacy over physical examination. In fact, by virtue of its size and position, reliable physical examination of the hip is often difficult thus making US particularly useful as a bedside tool for the evaluation of a painful hip. Hip US has also proven to be of great practical benefit when performing aspiration and injection within the joint and in the periarticular soft tissues. The relatively limited acoustic windows available to the US beam is the principal limitation to hip US thereby making detailed examination of some important structures impossible together with the interpretation of power Doppler signal sometimes unreliable. In addition, the deep location of the hip can confer further problems to US scanning in obese or particularly muscular subjects.

Hip Joint↗

Ultrasound imaging for the rheumatologist IV. Ultrasonography of the knee.

Ultrasound examination of the knee is particularly useful in the detection of synovitis, early degenerative changes within the articular cartilage of the femoral condyles, calcifications within the articular cartilage layer and menisci, bursitis, and popliteal cysts. Also, important anatomical information about the structural integrity of the supporting tissues around the knee can be obtained by ultrasound in patients presenting with 'knee pain'. We review the available evidence about the use of ultrasound in knee examination, provide information on the technical equipment and scanning methods and discuss the still controversial issues.

Humans↗

Ultrasound imaging for the rheumatologist V. Ultrasonography of the ankle and foot.

Ultrasonography (US) is a useful tool for imaging, which can be used for the assessment of joints and periarticular structures in all rheumatological disorders. In patients with pain and/or swelling of the ankle and foot, US provides information about the presence of joint effusion, synovitis, tenosynovitis, tendinosis, and tendons tears, helping in the differential diagnosis between joint or tendon/enthesis involvement. Moreover, US allows clinicians to monitor and guide needle positioning to inject pharmaceutical substances more safely and effectively even in hard-to-reach sites. US represents an accurate, safe and low-cost technique that can be used for the examination of the ankle and foot in rheumatic disorders.

Ankle Joint↗

Ultrasound imaging for the rheumatologist. VI. Ultrasonography of the elbow, sacroiliac, parasternal, and temporomandibular joints.

Ultrasound (US) examination of the elbow and parasternal joints is very useful to detect synovitis, degenerative changes, intrarticular calcification or soft tissue abnormalities. More recently new fields of research involving the sacroiliac and temporomandibular (TM) joints have evolved. Moreover, important information has been obtained about vascularization of the synovial joint in the sacroiliac region and structural modification such as internal derangement in the TM joint.. In this paper, we review and discuss the role of US in the evaluation of elbow, sacroiliac, parasternal and TM joint pathology.

Elbow↗