It has been ascertained that the human brain is a complex system studied at multiple scales,
from neurons and microcircuits to macronetworks. The brain is characterized by a …

OBJECTIVE: The need for new and objective indexes for the neuroradiologic follow-up of
brain tumors and for monitoring the effects of antiangiogenic strategies in vivo led us to …

" John Russ is the master of explaining how image processing gets applied to real-world
situations. With Brent Neal, he's done it again in Measuring Shape, this time explaining an …

Purpose To develop an image analysis technique that distinguishes pseudoprogression
from true progression by analyzing tumour heterogeneity in T 2-weighted images using …

Normal brain parenchyma has a highly complex microvascular structure that undergoes re-
modelling in the presence of a tumor. A detailed understanding of the clinical and …

The objective of this study is to perform brain glioma grade classification by identifying an
optimal quantitative feature set from conventional magnetic resonance images. In this work …

Orthodontic tooth movement (OTM) is a dynamic process of bone modeling involving
osteoclast-driven resorption on the compression side. Consequently, to estimate the …

The fractal analysis technique has emerged as a novel and promising method in
mathematical analysis, providing valuable insights across various fields of neuroimaging …

Physicians and scientists can use fractal analysis as a tool to objectively quantify complex
patterns found in neuroscience and neurology. Fractal analysis has the potential to allow …

A new method, based on scaling analysis, is used to calculate fractal dimension and local
roughness exponents to characterize in vivo 3-D tumor growth in the brain. Image …