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L W Yielding

Showing results (21-30 of 33) with videos related to

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Mutation Research|June 1, 1980
Petite induction in Saccharomyces cerevisiae by ethidium analogs: distinction between resting and growing cellsM Fukunaga, L W Yielding, W J Firth, et al.
Biochemistry|July 8, 1980
Comparative studies of the binding of ethidium bromide and its photoreactive analogues to nucleic acids by fluorescence and rapid kineticsF Garland, D E Graves, L W Yielding, et al.
Mutation Research|May 1, 1981
Azido analogs of acridine: photoaffinity probes for frameshift mutagenesis in Salmonella typhimuriumW J Firth, S G Rock, B R Brown, et al.
The Journal of Biological Chemistry|November 25, 1982
Demonstration of specific high affinity binding sites in plasmid DNA by photoaffinity labeling with an ethidium analogG L Coffman, J W Gaubatz, K L Yielding, et al.
Mutation Research|June 1, 1984
Production of frameshift mutations in Salmonella by phenanthridinium derivatives: enzymatic activation and photoaffinity labelingM Fukunaga, B A Cox, R S von Sprecken, et al.
Biochemical and Biophysical Research Communications|March 30, 1979
Covalent binding of ethidium azide analogs to Salmonella DNA in vivo: competition by ethidium bromideL W Yielding, D E Graves, B R Brown, et al.
Biochimica Et Biophysica Acta|November 2, 1977
Synthesis, separation and characterization of the mono- and diazide analogs of ethidium bromideD E Graves, L W Yielding, C L Watkins, et al.
Mutation Research|December 1, 1979
Ethidium bromide enhancement of frameshift mutagenesis caused by photoactivatable ethidium analogsL W Yielding, B R Brown, D E Graves, et al.
The Journal of Biological Chemistry|September 10, 1984
Ethidium binding sites on plasmid DNA determined by photoaffinity labelingJ M Hardwick, R S von Sprecken, K L Yielding, et al.
Mutation Research|February 1, 1984
Induction of cytoplasmically inherited respiration-deficient ('petite') mutants by photodynamic action of acridine compoundsY Iwamoto, I Mifuchi, L W Yielding, et al.
Pageof 4

Showing results (21-30 of 33) with videos related to

Sort By:
Pageof 4
Mutation Research|June 1, 1980
Petite induction in Saccharomyces cerevisiae by ethidium analogs: distinction between resting and growing cellsM Fukunaga, L W Yielding, W J Firth, et al.
Biochemistry|July 8, 1980
Comparative studies of the binding of ethidium bromide and its photoreactive analogues to nucleic acids by fluorescence and rapid kineticsF Garland, D E Graves, L W Yielding, et al.
Mutation Research|May 1, 1981
Azido analogs of acridine: photoaffinity probes for frameshift mutagenesis in Salmonella typhimuriumW J Firth, S G Rock, B R Brown, et al.
The Journal of Biological Chemistry|November 25, 1982
Demonstration of specific high affinity binding sites in plasmid DNA by photoaffinity labeling with an ethidium analogG L Coffman, J W Gaubatz, K L Yielding, et al.
Mutation Research|June 1, 1984
Production of frameshift mutations in Salmonella by phenanthridinium derivatives: enzymatic activation and photoaffinity labelingM Fukunaga, B A Cox, R S von Sprecken, et al.
Biochemical and Biophysical Research Communications|March 30, 1979
Covalent binding of ethidium azide analogs to Salmonella DNA in vivo: competition by ethidium bromideL W Yielding, D E Graves, B R Brown, et al.
Biochimica Et Biophysica Acta|November 2, 1977
Synthesis, separation and characterization of the mono- and diazide analogs of ethidium bromideD E Graves, L W Yielding, C L Watkins, et al.
Mutation Research|December 1, 1979
Ethidium bromide enhancement of frameshift mutagenesis caused by photoactivatable ethidium analogsL W Yielding, B R Brown, D E Graves, et al.
The Journal of Biological Chemistry|September 10, 1984
Ethidium binding sites on plasmid DNA determined by photoaffinity labelingJ M Hardwick, R S von Sprecken, K L Yielding, et al.
Mutation Research|February 1, 1984
Induction of cytoplasmically inherited respiration-deficient ('petite') mutants by photodynamic action of acridine compoundsY Iwamoto, I Mifuchi, L W Yielding, et al.
Pageof 4