ELUCIDATING THE COMPLEMENTARITY OF RESTING-STATE NETWORKS DERIVED FROM DYNAMIC [18F]FDG AND HEMODYNAMIC FLUCTUATIONS USING SIMULTANEOUS SMALL-ANIMAL PET/MRI

Functional connectivity (FC) and resting-state network (RSN) analyses using functional magnetic resonance imaging (fMRI) have evolved into a growing field of research and have provided useful biomarkers for the assessment of brain Space Art function in neurological disorders.However, the underlying mechanisms of the blood oxygen level-dependant (BO

CVT chains have become widely used in vehicles because the slip between parts is very small, which enables efficient power transmission.However, the motion caused by the pins of the Space Art CVT chain entering and leaving the pulleys one after another during the power transmission process results in periodic motion of the whole chain.This behavior

Abstract Background Adapting interventions that have worked elsewhere can save resources associated with developing new interventions for each specific context.While a developing body of evidence shows benefits of adapted interventions compared with interventions transported without adaptation, there are also examples of interventions which have be

A variety of circumstantial evidence from humans has implicated the B cell antigen receptor (BCR) in the genesis of B cell lymphomas.We generated mouse models designed to test this possibility Sensor Cable directly, and we found that both the constitutive and antigen-stimulated state of a clonal BCR affected the rate and outcome of lymphomagenesis