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Visual Neuroscience|February 24, 2001
Salamander rods and cones contain distinct transducin alpha subunitsJ C Ryan, S Znoiko, L Xu, et al.Molecular Vision|July 24, 1998
Molecular cloning of the salamander red and blue cone visual pigmentsL Xu, E S Hazard, D K Lockman, et al.Molecular Vision|June 30, 2000
Mass spectrometric analysis of rhodopsin from light damaged ratsZ Ablonczy, D R Knapp, R Darrow, et al.Photochemistry and Photobiology|October 27, 2004
Rhodopsin phosphorylation in rats exposed to intense lightZ Ablonczy, R M Darrow, D R Knapp, et al.Biochemistry and Molecular Biology International|April 1, 1994
Evaluation of photoaffinity labeled sites of bacteriorhodopsin using molecular modelingC J Beischel, K Gray, E S Hazard, et al.Proceedings of the National Academy of Sciences of the United States of America|December 1, 1989
Retinoid requirements for recovery of sensitivity after visual-pigment bleaching in isolated photoreceptorsG J Jones, R K Crouch, B Wiggert, et al.Investigative Ophthalmology & Visual Science|August 1, 1996
Molecular cloning of a rhodopsin gene from salamander rodsN Chen, J X Ma, D W Corson, et al.Biophysical Journal|January 1, 1990
Transduction noise induced by 4-hydroxy retinals in rod photoreceptorsD W Corson, M C Cornwall, E F MacNichol, et al.Biophysical Journal|August 1, 1992
Oxygen diffusion-concentration product in rhodopsin as observed by a pulse ESR spin labeling methodW K Subczynski, G E Renk, R K Crouch, et al.Photochemistry and Photobiology|July 1, 1994
Azidotetrafluorophenyl retinal analogue: synthesis and bacteriorhodopsin pigment formationC J Beischel, D R Knapp, R Govindjee, et al.Pageof 10