Radiographs and MR images of spine specimens provide superb tomographic views of changes that involve the mineralized network and the medullary content of vertebral bodies. By illustrating changes in the balance between bone resorption and formation and between fat and nonfat marrow cells, these frozen images of the reality help us to understand normal variants and lesions that develop in osseous and articular diseases of the lumbar spine
Aim: To reveal the prevalence of lumbar facet joint arthrosis in normal and stenotic lumbar spines w...
The bone marrow is a complex organ that contains fat and nonfat cells, the proportions of which vary...
The most common lumbar spine tumors are metastatic disease, myeloma, and hemangioma. Primary osseous...
The human spine is a highly specialized structure that protects the neuraxis and supports the body d...
It is the radiologist's cornerstone to decide if imaging findings are normal or abnormal and to diff...
Summary. The objective of the investigation — to study the changes of the vertebral bodies, interver...
Musculoskeletal imaging of the spine can be an invaluable tool to inform clinical decision making in...
with CT Correlation The results of magnetic resonance (MR) imaging and computed tomography (CT) in 1...
MR imaging of the spine is routinely performed for the assessment of patients with spine-related sym...
lthough numerous tissues may be involved, injury to the lumbar intervertebral disk (IVD) remains as ...
The pathogenesis of low back pain is complex but likely involves the intervertebral disc (Nachemson,...
MRI was used to measure the changes in the angle of the facet joints of the lumbar spine and analyze...
Abstract Degenerative changes in the spine have high medical and socioeconomic significance. Imaging...
This study reports a method to describe and analyze the structure of the trabecular pattern seen on ...
The article presents the results of magnetic resonance studies of the lumbar spine in 60 patients us...
Aim: To reveal the prevalence of lumbar facet joint arthrosis in normal and stenotic lumbar spines w...
The bone marrow is a complex organ that contains fat and nonfat cells, the proportions of which vary...
The most common lumbar spine tumors are metastatic disease, myeloma, and hemangioma. Primary osseous...
The human spine is a highly specialized structure that protects the neuraxis and supports the body d...
It is the radiologist's cornerstone to decide if imaging findings are normal or abnormal and to diff...
Summary. The objective of the investigation — to study the changes of the vertebral bodies, interver...
Musculoskeletal imaging of the spine can be an invaluable tool to inform clinical decision making in...
with CT Correlation The results of magnetic resonance (MR) imaging and computed tomography (CT) in 1...
MR imaging of the spine is routinely performed for the assessment of patients with spine-related sym...
lthough numerous tissues may be involved, injury to the lumbar intervertebral disk (IVD) remains as ...
The pathogenesis of low back pain is complex but likely involves the intervertebral disc (Nachemson,...
MRI was used to measure the changes in the angle of the facet joints of the lumbar spine and analyze...
Abstract Degenerative changes in the spine have high medical and socioeconomic significance. Imaging...
This study reports a method to describe and analyze the structure of the trabecular pattern seen on ...
The article presents the results of magnetic resonance studies of the lumbar spine in 60 patients us...
Aim: To reveal the prevalence of lumbar facet joint arthrosis in normal and stenotic lumbar spines w...
The bone marrow is a complex organ that contains fat and nonfat cells, the proportions of which vary...
The most common lumbar spine tumors are metastatic disease, myeloma, and hemangioma. Primary osseous...