Faraday Discussions: Volume 122 (2003)

Issue: 1

• Introductory LectureTime-resolved chemistry at atomic resolution (pp. 1-12) Coppens, Philip; Novozhilova, Irina V.
• The realization of sub-nanosecond pump and probe experiments at the ESRF (pp. 13-26) Wulff, Michael; Plech, Anton; Eybert, Laurent; Randler, Rudolf; Schotte, Friedrich; Anfinrud, Philip
• Femtosecond mid-infrared spectroscopy of condensed phase hydrogen-bonded systems as a probe of structural dynamics (pp. 27-40) Rini, Matteo; Kummrow, Andreas; Dreyer, Jens; Nibbering, Erik T. J.; Elsaesser, Thomas
• What we can learn about fast chemical processes from slow diffraction experiments (pp. 41-63) Bürgi, Hans-Beat
• The frontiers of time-resolved macromolecular crystallography: movies and chirped X-ray pulses (pp. 65-77) Moffat, Keith
• General Discussion (pp. 79-88)
• Achieving photo-control of protein conformation and activity: producing a photo-controlled leucine zipper (pp. 89-103) Kumita, Janet R.; Flint, Daniel G.; Woolley, G. Andrew; Smart, Oliver S.
• First investigations of the kinetics of the topochemical reaction of p-formyl-trans-cinnamic acid by time-resolved X-ray diffraction (pp. 105-117) Busse, G.; Tschentscher, T.; Plech, A.; Wulff, M.; Frederichs, B.; Techert, S.
• Nanosecond time-resolved crystallography of photo-induced species: case study and instrument development for high-resolution excited-state single-crystal structure determination (pp. 119-129) Cole, Jacqueline M.; Raithby, Paul R.; Wulff, Michael; Schotte, Friedrich; Plech, Anton; Teat, Simon J.; Bushnell-Wye, Graham
• Time-resolved and static-ensemble structural chemistry of hydroxymethylbilane synthase (pp. 131-144) HelliwellPresent address: CCLRC, Director of SR Science, Daresbury Labratory, Warrington WA4 4AD, Cheshire, UK. Email: j.r.helliwell@dl.ac.uk., John R.; Nieh, Yeu Perng; Habash, Jarjis; Faulder, Paul F.; Raftery, James; Cianci, Michele; Wulff, Michael; Hädener, Alfons
• Structural dynamics of the receptor-binding domain of colicin E9 (pp. 145-162) Boetzel, Ruth; Collins, Emily S.; Clayden, Nigel J.; Kleanthous, Colin; James, Richard; Moore, Geoffrey R.
• The dynamic transition in proteins may have a simple explanation (pp. 163-169) Daniel, Roy M.; Finney, John L.; Smith, Jeremy C.
• General Discussion (pp. 171-190)
• Mechanism of formation of DNA–cationic vesicle complexes (pp. 191-201) Barreleiro, Paula C. A.; May, Roland P.; Lindman, Björn
• Following the formation of nanometer-sized clusters by time-resolved SAXS and EXAFS techniques (pp. 203-210) Meneau, Florian; Sankar, Gopinathan; Morgante, Norberto; Winter, Rudolf; Catlow, C. Richard A.; Greaves, G. Neville; Thomas, John Meurig
• Application of stopped flow techniques and energy dispersive EXAFS for investigation of the reactions of transition metal complexes in solution: Activation of nickel β-diketonates to form homogeneous catalysts, electron transfer reactions involving iron(iii) and oxidative addition to iridium(i) (pp. 211-222) Abdul Rahman, M. Basyaruddin B.; Bolton, Peter R.; Evans, John; Dent, Andrew J.; Harvey, Ian; Diaz-Moreno, Sofia
• Direct dynamics calculations of reaction rate and kinetic isotope effects in enzyme catalysed reactions (pp. 223-242) Tresadern, Gary; Nunez, Sara; Faulder, Paul F.; Wang, Hong; Hillier, Ian H.; Burton, Neil A.
• Time-resolved computational protein biochemistry: Solvent effects on interactions, conformational transitions and equilibrium fluctuations (pp. 243-251) Tournier, Alexander L.; Huang, Danzhi; Schwarzl, Sonja M.; Fischer, Stefan; Smith, Jeremy C.
• Theoretical studies of time-resolved spectroscopy of protein folding (pp. 253-267) Hirst, Jonathan D.; Bhattacharjee, Samita; Onufriev, Alexey V.
• General Discussion (pp. 269-282)
• Chemistry, physics and time: the computer modelling of glassmaking (pp. 283-297) Martlew, David
• A SAXS/WAXS XAFS study of crystallisation in cordierite glass (pp. 299-314) Greaves, G. N.; Bras, W.; Oversluizen, M.; Clark, S. M.
• Excited state molecular structure determination in disordered media using laser pump/X-ray probe time-domain X-ray absorption spectroscopy (pp. 315-329) Chen, Lin X.
• Recent results from the in situ study of hydrothermal crystallisations using time-resolved X-ray and neutron diffraction methods (pp. 331-341) Walton, Richard I.; Norquist, Alexander; Smith, Ronald I.; O'Hare, Dermot
• Are metastable, precrystallisation, density-fluctuations a universal phenomena? (pp. 343-361) Heeley, Ellen L.; Poh, C. Kit; Li, Wu; Maidens, Anna; Bras, Wim; Dolbnya, Igor P.; Gleeson, Anthony J.; Terrill, Nicolas J.; Fairclough, J. Patrick A.; Olmsted, Peter D.; Ristic, Rile I.; Hounslow, Micheal J.; Ryan, Anthony J.
• In situ neutron diffraction studies of single crystals and powders during microwave irradiationElectronic supplementary information (ESI) available: Crystallographic data (powder and single crystal data) in cif format (CCDC reference numbers 185472–185475). See http://www.rsc.org/suppdata/fd/b2/b203379h/ (pp. 363-379) Harrison, Andrew; Ibberson, Richard; Robb, Graeme; Whittaker, Gavin; Wilson, Chick; Youngson, Douglas
• General Discussion (pp. 381-393)
• Concluding RemarksTime-resolved chemistry: from structure to function. A summary (pp. 395-399) Thomas, John Meurig