Dynamics of water in biological recognition.

By Samir Kumar Pal, A. Zewail. Chemical Reviews, 2004

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Ultrafast dynamics in isolated molecules and molecular clusters (2006, background): “…of a very fast gas reaction” over 12 decades has recently been given by Bauer (2002), and the reviews of Zewail communicate general trends in the field and the broader vision of femtochemistry (Polanyi & Zewail 1995, Zewail 2000a, Zewail 2000b, Zewail 2000c, Ruan et al. 2001, Pal & Zewail 2004).”
Terahertz time-domain attenuated total reflection spectroscopy in water and biological solution (2007, background): “Dehydration or rearrangement of hydrated water molecules in the timescale from picoseconds to nanoseconds brings about macroscopic structural transformation of biomolecules [ 1-3 ].”
A unified model of protein dynamics (2009, methodology): “Although the data used here can be explained with the and the h f luctuations, other motions exist and are important for protein function (51).”
Water mediation in protein folding and molecular recognition. (2006, background): “For example, differential scanning calorimetry, neutron diffraction (125), femtosecond fluorescence (109, 110), NMR spectroscopy (36, 45, 107, 135), and X-ray crystallography measurements are often used to study the binding sites, structure, and dynamics of water.”