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12 results on '"Simons JP"'

1. General discussion

Author

Child, MS, Fluendy, MAD, Sutton, D, Jackson, WM, Hancock, G, Donovan, RJ, Addison, MC, Butler, JE, Gorry, PA, Nowikow, CV, Grice, R, Simons, JP, Dixon, RN, Freed, KF, Fotakis, C, Martin, M, Ding, A, Trainer, M, Wanner, J, Clyne, MAA, Siska, PE, Golde, MF, Setser, DW, Alexander, MH, Dagdigian, PJ, Polanyi, JC, Ono, Y, Hennessy, RJ, Buelow, SJ, Worsnop, DR, Herschbach, DR, and McClelland, GM

Published
2016

2. Product state resolved stereodynamics: Rotational polarization of OH(2II;v′,N′,Ω,f) scattered from the reaction, H+CO2→OH+CO

Author

Brouard, M, Burak, I, Hughes, DW, Kalogerakis, KS, Simons, JP, and Stavros, V

Abstract

The quantum state resolved rotational angular momentum alignments of the OH products of the H+CO2 reaction have been determined for a range of states spanning those most populated by reaction at a collision energy of 2.5 eV. Surprisingly, for all quantum states studied, the angular momentum is shown to be aligned preferentially in the scattering plane, containing the reagent and product relative velocity vectors. The data suggest that out-of-plane HO-CO torsional forces play a significant role in dissociation of the HOCO intermediate. The polarization behavior mirrors observed in the isoelectronic H+N2O reaction [see the accompanying paper, J. Chem. Phys. 113, 3162 (2000)], and the data are compared with those obtained for that system, and with previous theoretical and experimental work on this important reaction. © 2000 American Institute of Physics.

Published
2016

4. Chemistry with a sense of direction - the stereodynamics of bimolecular reactions

Author

Alexander, AJ, Brouard, M, Kalogerakis, KS, and Simons, JP

Abstract

This review outlines some of the exciting new developments in the experimental study of the dynamics of elementary bimolecular reactions. Emphasis is placed on the 'new wave' of stereodynamical studies of photon initiated bimolecular reactions, using Doppler-resolved polarised laser pump and probe techniques. A few key studies, which are discussed in some detail, provide a taste of what has already been achieved, as well as a hint of the new experiments that can be anticipated in the near future.

Published
2016

9. General Discussion

Author

Stolte, S, Delon, A, Schinke, R, Abel, B, Perry, DS, Reisler, H, Troe, J, Hancock, G, Smith, SC, Moore, E, Wardlaw, D, Herman, M, Rizzo, T, Mills, IM, Quack, M, Softley, TP, Grice, R, Brouard, M, Simons, JP, Walsh, R, Zyrianov, M, DrozGeorget, T, Sanov, A, Hynes, JT, Buchachenko, AA, Granovsky, AA, Medvedev, AV, and Stepanov, NF

Published
1995

10. General discussion

Author

Hancock, G, Troe, J, Stolte, S, He, Y, Pochert, J, Quack, M, Ranz, R, Seyfang, G, Demianeko, AV, Walsh, R, Simons, JP, Rizzo, T, MullerDethlefs, K, Miller, RE, Lester, MI, Oref, I, Perry, DS, Buchachenko, AA, Halberstadt, N, Reisler, H, Abel, B, Smith, IWM, Alexander, A, Clary, DC, Mills, IM, Stace, AJ, Moore, CB, Whitaker, BJ, and Child, MS

Published
1995

11. General discussion

Author

Howie, A, Buffat, PA, Masson, A, Thomas, JM, Bernholc, J, Joyner, RW, Gallezot, P, Rao, CNR, Creighton, JA, Johnson, BFG, Hofmeister, H, Harris, PJF, Bradley, JS, Kuroda, H, Zamaraev, KI, Couves, JW, Greenslade, DJ, Edwards, PP, Mulvaney, P, Stace, AJ, Mile, B, Leadbetter, AJ, Duncan, MA, Landsman, DA, Henglein, A, Matijević, E, Stone, FS, Simons, JP, Bradshaw, AM, Miessner, H, Kappers, M, and Eadon, D

Subjects
Physical and Theoretical Chemistry
Published
1991

12. Differential spatio-temporal expression of alpha-dystrobrevin-1 during mouse development

Author

Derek J. Blake, J. Paul Simons, Dariusz C. Górecki, Chun Fu Lien, Christina Vlachouli, Lien, Cf, Vlachouli, Christina, Blake, Dj, Simons, Jp, and Górecki, Dc

Subjects
Central Nervous System, Blotting, Western, Gene Expression, Biology, Epithelium, dystrophin, Mice, Glycoprotein complex, Dystrobrevin, Genetics, medicine, Animals, Inner ear, Molecular Biology, development, Embryogenesis, Gene Expression Regulation, Developmental, Sense Organs, dystrobrevin, Skeletal muscle, Anatomy, Spinal cord, Immunohistochemistry, Cell biology, medicine.anatomical_structure, Dystrophin-Associated Proteins, Knockout mouse, biology.protein, Dystrophin, Developmental Biology
Abstract

Dystrobrevins are a family of dystrophin-related and dystrophin-associated proteins. alpha-dystrobrevin-1 knockout mice suffer from skeletal and cardiac myopathies. It has been suggested that the pathology is caused by the loss of signalling functions but the exact role of dystrobrevins is largely unknown. We have analysed the spatial and temporal expression of alpha-dystrobrevin-1 during mouse embryogenesis and found striking developmental regulation and distribution patterns. During development this protein was expressed not only in muscle but also in the CNS, sensory organs, epithelia and skeleton. Particularly interesting was the correlation of alpha-dystrobrevin-1 expression with the induction of various differentiation processes in the developing eye, inner ear, pituitary, blood-brain barrier, stomach epithelium and areas of the brain, dorsal root ganglia and spinal cord. In contrast, this specific expression at the induction phase decreased/disappeared at later stages of development.

Published
2004

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