| Cameron, Ivan & Fullerton, Gary |
“The new
stoichiometric molecular hydration model for proteins also
holds for cells” |
| Elhadj, Selim |
"Nanoscale crystal remodeling and growth in ultrathin
aqueous layers using a probe-based method" |
| Wang, Zhi Y. |
"Novel Biological
Functions of Clustered Water: Laboratory and Clinic Research" |
| Aksan, Alptekin |
Effects of the Kinetic and Thermodynamic Transitions of Confined
Water on the Structures of Isolated and Cytoplasmic Proteins |
| Koksoy, Aslihan |
Effect of ouabain or ATP on MMP-2 activation. |
| Zhao, Qing |
Microspheres self assembly in water and their response to light". |
| Lobyshev, Valentin |
Solovey A.B., Lobyshev V.I. Parametric molecular models of
water. Structural properties and relation to the solubility of
monosaccharides. |
| Sedlak, Marian |
Large-scale supramolecular structures in aqueous solutions
and mixtures |
Hong, Jiang
|
Biophysical and biochemical effect of macromolecular crowding". |
| Wang, Qinghua |
The nature of E.coli cytoplasm studied by in-cell NMR". |
| Chai, Bing-hua |
"Spectroscopic Studies of Solutes in Aqueous Solution" authors:
Bing-hua Chai and Gerald H. Pollack. |
| Tanino, Karen |
-OH and -OD stretch in biological systems in freezing stress
using Mid-IR synchrotron technology |
| Miller, Lior |
“Nanoparticles-doped water: structure, properties & applications”. |
| Mukai, Sada-Atsu |
Direct Observation of Colloids under High-Temperature and
-Pressure Conditions |
| Karnieli, Ohad & Mor, Amit et al |
Solubilization of hydrophobic drugs in Nanoparticles doped
water (Neowater®) and their in-vitro activity |
| Karnieli, Ohad et al |
Stability of enzymes at room temperature using Neowater based
environment. |
| Miller, Lior et al |
The effect of rf-irradiation on electrochemical deposition
and its stabilization by nanoparticle doping |
| Yavelsky, V & Lobel, L et al |
Enhancement of hybridoma formation, clonability and cell proliferation
in a nanoparticle-doped aqueous environment |
