Validation study of a fast, accurate, and precise brain tumor volume measurement

Comparing Two Processing Pipelines to Measure Subcortical and Cortical Volumes in Patients with and without Mild Traumatic Brain Injury

“…One of the more robust and consistently used methods includes the quantification of volumetric features of cortical and subcortical structures in the brain . Hardware and software advances have improved the speed and accuracy of these measurements across neurologic disorders leading to improvements in diagnosis, understanding functional features of disease and injury processes, conceptualizing and assessing treatment approaches, tracking changes over time, and determining prognoses . Currently, most of these technologies remain in the research realm though a few have begun to be used in clinical settings and can be used to augment clinical judgment.…”

Measurement of head and neck paragangliomas: is volumetric analysis worth the effort? A method comparison study

“…This poor performance was primarily attributable to inhomogeneous enhancement of tumours and to the close proximity of similarly enhancing large vessels. While new techniques and algorithms may be developed to improve (semi) automated methods, in the current setting, they are not (yet) useful in the evaluation of volume and growth of head and neck paragangliomas …”

The study and implementation of liver volume measuring method based on 3-dimensional reconstruction technology

“…For some liver patients, there may be some lesions or tumors in their liver, then volume estimation of liver may be difficult. In medicine, a series of liver images are segmented from a continuous sequence of abdominal medical images and the area of liver region can be calculated by counting the number of pixels in liver regions, then the volume of liver is achieved by volume integral method [8][9][10].…”