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Stieda process versus Haglund’s deformity: An uncommon presentation of posterior ankle impingement

100%

Perdikakis E. , Karantanas A.

Open Medicine

2011

tom 6

nr 2

190-192

Posterior ankle impingement syndrome represents an important cause of chronic ankle pain and has been extensively described in the orthopaedic and radiology literature. A rare case of this painful hindfoot disorder that resulted from two concurrent developmental anomalies is presented herein.

Detecting Pathologies with Homology Algorithms in Magnetic Resonance Images of Brain

100%

Żelawski M.

tom Vol. 18, No. 3

253-266

This paper describes a method for detecting the presence of pathological changes in two-dimensional brain images from magnetic resonance examination. The proposed idea is based on homology theory, which makes it easily extendable to three-dimensional brain images in particular it may be applied to the computer tomography data.

Bilateral lipoma arborescens of the knee: a case report

88%

Perdikakis E. , Karantanas A.

Open Medicine

2011

tom 6

nr 3

263-265

Lipoma arborescens, a diffuse articular lipomatosis, is a rare disorder characterized by marked villiform synovial proliferation and diffuse replacement of the subsynovial tissue by mature adipocytes. Unilateral joint involvement is the usual presentation while bilateral joint involvement is more uncommon. We reported a case of bilateral lipoma arborescens in a male patient with associated marked patellofemoral osteoarthritis and described the MR imaging findings.

A new approach to the use of EMMRS: Ionic Mobility MR Spectroscopy (IMMRS)

75%

Lewa C. , Klinkosz T.

Open Physics

2006

tom 4

nr 2

168-177

A new approach to the use of the previously proposed method called Electrical Mobility Magnetic Resonance Spectroscopy (EMMRS) has been worked out. It consists in obtaining mobility distribution, lifetimes, and activation energy of charge carriers by introducing into the medium a longitudinal elastic wave perpendicular to the electric field which causes displacement of charges (electrons, protons, ions, free radicals, and molecules related with charge carriers) present in the biological environment or inanimate matter. Such a method allows for determination of these quantities within small areas, thus offering possibilities for their imaging. We therefore suggest to call it Ionic Mobility MR Spectroscopy (IMMRS).