Simple Summary Living bodies comprise approximately 55–75% water to maintain
homeostasis. However, little is known about the differences in in vivo water molecule …

Structural changes in water molecules are related to physiological, anatomical and
pathological properties of tissues. Near infrared (NIR) optical absorption methods are …

Intracellular water lifetime can be a useful non-invasive biomarker to probe the viability of
cell membrane. However, accurate measurement of intracellular water lifetime remains …

ABSTRACT 1H Fast-Field Cycling NMR relaxometry is proposed as a powerful method to
investigate tumour cell metabolism by measuring changes in cell water content and mobility …

Normal-to-malignant transformation is a poorly understood process associated with cellular
biomechanical properties. These are strongly dependent on the dynamical behaviour of …

Intracellular hydrodynamics is of considerable importance to regulate cellular functions.
Using Raman microspectroscopy and imaging, we visualized the time-dependent changes …

Structural changes in water molecules are related to physiological, anatomical and
pathological properties of tissues. Near infrared (NIR) optical absorption methods are …

Water plays a fundamental role in the maintenance of adequate physiology and metabolism
in living organisms. Under physiological conditions, the total water content of an average …

This study aims to explore whether the water exchange rate constants in tumor cells can act
as a hallmark of pathology status and a reporter of therapeutic outcomes. It has been shown …

Tissue water content and molecular microenvironment can provide important intrinsic
contrast for cancer imaging. In this work, we examine the relationship between water optical …