Videofluoroscopic swallowing studies (VFSS) capture the complex anatomy and physiology
contributing to bolus transport and airway protection during swallowing. While clinical …

The aim of this research is to automatically detect lumbar vertebras in MRI images with
bounding boxes and their classes, which can assist clinicians with diagnoses based on …

Videofluoroscopic examination of swallowing remains the standard for evaluation of patients
with swallowing complaints. Although attempts have been made to objectify aspects of the …

Spinal cord is the one of the most important organs in the central nervous system (CNS). It
acts as the main processing hub which serves as the main passage line for information …

This study was conducted to evaluate a new method used to calculate vertebra orientation in
medical x-ray images. The goal of this work is to develop an x-ray image segmentation …

Deep learning has demonstrated great success in various computer vision tasks. However,
tracking the lumbar spine by digitalized video fluoroscopic imaging (DVFI), which can …

The current gold standard method in the clinical assessment of swallowing is the visual
inspection of videofluoroscopic frames. Specific clinical measurements are estimated based …

Videofluoroscopy remains one of the mainstay methods for clinical swallowing assessment,
yet its interpretation is both complex and subjective. This, in part, reflects the difficulties …

Diagnosis of vertebral deformation and fracture is a key issue in the management of
osteoporosis. Vertebral morphometry is the key solution to assess these vertebral …

Spinal X-rays are widely used for screening and preliminary diagnosis of adolescent
scoliosis due to their low cost and minimal radiation exposure. To enhance the accuracy of …