Search

Your search keyword '"Arthrography -- Usage"' showing total 8 results
Start Over Descriptor "Arthrography -- Usage"
8 results on '"Arthrography -- Usage"'

1. Recent Findings from University of California - San Francisco Provide New Insights into Opioids (Use of Air Arthrograms to Aid in Joint Distraction During Hip Arthroscopic Surgery Decreases Postoperative Pain and Opioid Requirements)

Subjects
Care and treatment, Usage, Research, Methods, Arthrography -- Usage, Postoperative pain -- Care and treatment, Pain management -- Methods, Opioids -- Research, Obesity, Surgery, Orthopedic surgery, Arthroscopy, Physical fitness, Editors
Abstract

2019 MAY 11 (NewsRx) -- By a News Reporter-Staff News Editor at Obesity, Fitness & Wellness Week -- Researchers detail new data in Opioids. According to news reporting originating from [...]

Published
2019

3. The value of using radiographic criteria for the treatment of persistent symptomatic olecranon physis in adolescent throwing athletes

Author

Matsuura, Tetsuya, Kashiwaguchi, Shinji, Iwase, Takenobu, Enishi, Tetsuya, and Yasui, Natsuo

Subjects
Epiphysis -- Injuries, Epiphysis -- Research, Baseball players -- Injuries, Baseball players -- Research, Arthrography -- Usage, Arthrography -- Research, Elbow -- Injuries, Elbow -- Diagnosis, Elbow -- Research, Health, Sports and fitness
Published
2010

4. Modified local discriminant bases algorithm and its application in analysis of human knee joint vibration signals

Author

Umapathy, Karthikeyan and Krishnan, Sridhar

Subjects
Knee joint -- Health aspects, Knee joint -- Observations, Knee -- Health aspects, Knee -- Observations, Arthrography -- Usage, Biological sciences, Business, Computers, Health care industry
Abstract

Knee joint disorders are common in the elderly population, athletes, and outdoor sports enthusiasts. These disorders are often painful and incapacitating. Vibration signals [vibroarthrographic (VAG)] are emitted at the knee joint during the swinging movement of the knee. These VAG signals contain information that can be used to characterize certain pathological aspects of the knee joint. In this paper, we present a noninvasive method for screening knee,joint disorders using the VAG signals. The proposed approach uses wavelet packet decompositions and a modified local discriminant bases algorithm to analyze the VAG signals and to identify the highly discriminatory basis functions. We demonstrate the effectiveness of using a combination of multiple dissimilarity measures to arrive at the optimal set of discriminatory basis functions, thereby maximizing the classification accuracy. A database of 89 VAG signals containing 51 normal and 38 abnormal samples were used in this study. The features extracted from the coefficients of the selected basis functions were analyzed and classified using a linear-discriminant-analysis-based classifier. A classification accuracy as high as 80% was achieved using this true nonstationary signal analysis approach. Index Terms--Dissimilarity measures, linear discriminant analysis, local discriminant bases, vibroarthrographic signals, wavelet packets.

Published
2006

5. Hydrodilatation (distension arthrography): a long-term clinical outcome series

Author

Watson, Lyn, Bialocerkowski, Andrea, Dalziel, Rodney, Balster, Simon, Burke, Frank, and Finch, Caroline

Subjects
Arthrography -- Usage, Arthrography -- Research, Physical therapy -- Patient outcomes, Physical therapy -- Research, Therapeutics, Physiological -- Patient outcomes, Therapeutics, Physiological -- Research, Shoulder joint -- Diseases, Joint diseases -- Care and treatment, Joint diseases -- Patient outcomes, Joint diseases -- Research, Health, Sports and fitness
Published
2007

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

Author

Parmar, H, Jhankaria, B, Maheshwari, M, Singrakhia, M, Shanbag, S, Chawla, A, and Deshpande, S

Subjects
Arthrography -- Usage, Magnetic resonance imaging -- Usage, Medical students -- Education, Postdoctoral education -- Tests, problems and exercises, Diagnosis -- Analysis, Physical diagnosis -- Practice, Physical diagnosis -- Analysis, Periodic health examinations -- Practice, Periodic health examinations -- Analysis, Patients -- Health aspects, Patients -- Care and treatment, Patients -- Case studies, Clinical medicine -- Research
Abstract

Abstract: 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 [...]

Published
2002

7. Temporomandibular joint dysfunction: correlation of MR imaging, arthrography, and arthroscopy

Author

Rao, Vijay M., Farole, Anthony, and Karasick, David

Subjects
Arthroscopy -- Usage, Magnetic resonance imaging -- Usage, Temporomandibular joint, Temporomandibular joint disorders -- Diagnosis, Arthrography -- Usage, Health
Abstract

The temporomandibular joint (TMJ) is the point where the temporal bone and the mandible, or jawbone, meet in the lower jaw. TMJ dysfunction caused by abnormalities in the joint is a common problem, affecting up to a third of the population. It is characterized by abnormal jaw clicking and movements which often result in pain in the neck, head, and face. Various diagnostic imaging techniques are used to diagnose the underlying problem. Arthrography, X-raying of joints, is the most commonly used imaging technique. Magnetic resonance imaging (MRI), a technique that uses the inherent magnetic properties of tissues to produce images of them, is a more recent addition to the diagnostic tools used to examine TMJ dysfunction. This study compared MRI with arthrography and arthroscopy, an imaging technique that uses a scope to examine the inside of joints, to determine which was best in diagnosing TMJ dysfunction. Imaging results were correlated to results found with surgery. The three imaging techniques were performed on 36 joints in 27 patients with suspected TMJ dysfunction. Surgery was performed on 12 joints. The position of the joint disks as seen in surgery was accurately demonstrated by MRI imaging in 11 joints (92 percent), by arthrography in 9 joints (75 percent), and in all cases when arthroscopy was used. Arthroscopy was more accurate in detecting abnormalities or tears in the disks than either of the other two techniques. MRI imaging was found to be very useful for initial diagnostic purposes, because it requires no entry into the body, unlike arthroscopy. It cases where surgery is thought necessary, arthroscopy may be needed to further characterize the problem. (Consumer Summary produced by Reliance Medical Information, Inc.)

Published
1990

8. Study Data from University Hospital Provide New Insights into Radiology

Subjects
Diagnosis, Usage, Research, Connective tissue diseases -- Diagnosis -- Research, Arthrography -- Usage, Magnetic resonance imaging -- Usage
Abstract

A report, 'Supraacetabular Fossa (Pseudodefect of Acetabular Cartilage): Frequency at MR Arthrography and Comparison of Findings at MR Arthrography and Arthroscopy,' is newly published data in Radiology. In this recent [...]

Published
2012

Catalog

Books, media, physical & digital resources
See catalog results