Difference between revisions of "VOLUME XXIX. Nucleic Acids and Protein Synthesis (Part E)"
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Available [https://www.pdfdrive.com/nucleic-acids-and-protein-synthesis-part-e-e157734760.html here]. | Available [https://www.pdfdrive.com/nucleic-acids-and-protein-synthesis-part-e-e157734760.html here]. | ||
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| + | "The introduction of two additional volumes dealing with nucleic acids and protein synthesis (Volume XXIX, Part E and Volume XXX, Part F) attests to the remarkable progress that continues to be made in these fields of research." | ||
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| + | "In this volume detailed descriptions for the isolation, purification, and properties of DNA polymerases from a variety of prokaryotic and eukaryotic organisms are given. In addition, a description of those proteins that may participate in the replication process in an ancillary manner is presented. Techniques with which the activities of DNA polymerases may be assessed under conditions in vivo by virtue of the employment of cells with modified permeability properties are also included. The isolation and characterization of those DNA polymerases from animal cells and viruses capable of transcribing RNA are described in detail." | ||
Latest revision as of 16:41, 29 January 2022
Available here.
"The introduction of two additional volumes dealing with nucleic acids and protein synthesis (Volume XXIX, Part E and Volume XXX, Part F) attests to the remarkable progress that continues to be made in these fields of research."
"In this volume detailed descriptions for the isolation, purification, and properties of DNA polymerases from a variety of prokaryotic and eukaryotic organisms are given. In addition, a description of those proteins that may participate in the replication process in an ancillary manner is presented. Techniques with which the activities of DNA polymerases may be assessed under conditions in vivo by virtue of the employment of cells with modified permeability properties are also included. The isolation and characterization of those DNA polymerases from animal cells and viruses capable of transcribing RNA are described in detail."
