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S Deshpande

Publications and source records attributed to S Deshpande.

128 records · Page 8Linked to original sources

Magnetic resonance arthrography in recurrent anterior shoulder instability as compared to arthroscopy: a prospective comparative study.

AIM: To evaluate the accuracy of magnetic resonance (MR) arthrographic imaging in the diagnosis of glenoid labral and ligament tears in recurrent shoulder instability. SETTINGS AND DESIGN: Prospective, comparative study at a tertiary care centre. MATERIAL AND METHODS: Patients with three or more episodes of anterior shoulder dislocation were enrolled in the study. They were subjected to magnetic resonance arthrography (MRA) for delineation of abnormalities. The findings obtained at MRA were compared with those found at arthroscopy and surgical exploration. RESULTS: MRA detected glenoid tears in all 22 patients with 20 (90%) patients having antero-inferior tears, 3 (14%) patients had superior labral involvement and 2 (10%) patients had posterior labral abnormality. On arthroscopy, antero-inferior, superior and posterior labral tear were found in 21 (95%), 5 (22%) and 7 (32%) patients respectively. MRA showed a sensitivity of 95%, and a specificity of 100% for the detection of the antero-inferior labral tears. The sensitivity of MRA for the detection of superior, middle and inferior glenohumeral ligament tear was 83%, 80% and 86% with a specificity of 100%, 71% and 93% respectively. MRA was 100% sensitive for the detection of rotator cuff injuries and detection of bony lesions like Hill-Sach's and bony Bankart's lesion. CONCLUSIONS: MRA is a sensitive and specific modality for evaluation of anterior shoulder instability.

Adolescent↗

Evaluation of various fibro-osseous tunnel pressures (carpal, cubital and tarsal) in normal human subjects.

Intra carpal, cubital and tarsal tunnel pressures were measured with open bore needle technique in 170 normal subjects. The pressure in carpal tunnel with wrist in neutral position was between 2.75 to 4.46 mm Hg which increased to 20-30 mm Hg. during flexion and extension of wrist. Pressures recorded in cubital tunnel were 2-5 mm Hg with full extended elbow and rose to 10-15 mm Hg and 20-28 mm Hg during 90 degrees flexion and full flexion of elbow respectively, pressures in tarsal tunnel were between 4-7 mm Hg in neutral position of ankle joint and with dorsi and plantar flexion of ankle it rose to 15-20 and 10-15 mm Hg respectively. There was no significant pressure difference between either sides and sexes; ages and proximally situated tunnel with distaly situated tunnel in same limb (Carpal tunnel Vs. Cubital tunnel). There was significant pressure difference between Carpal tunnel and Tarsal tunnel with wrist and ankle in their anatomical positions respectively.

Adolescent↗