Since recombinant DNA technology was first developed in the early 1970\u27s, society has been faced with the immense task of overseeing its use and development. Scientists have been concerned with continuing their research free from burdensome regulations, while policy-makers have worried about the potential for a biotechnological disaster if such research remains unregulated. Accordingly, attempts to control the technology\u27s potential dangers while encouraging exploration of its benefits have caused many conflicts, both within and between the scientific and regulatory communities
It is a common practice to identify certain historical periods with the name of the most significant...
The author informs the reader on the history of recombinant DNAs. In the beginning, there was a fear...
Digital content from the Johns Hopkins University News-letter records, RG.14.050
Since recombinant DNA technology was first developed in the early 1970\u27s, society has been faced ...
This paper examines an early phase of the controversy over the hazards of recombinant DNA technology...
A meeting of scientists and lay people was organized by Paul Berg at Stanford in 1971 to discuss pot...
Technical developments in the last ten years have made possible mapping and sequencing of the entire...
The recombinant DNA controversy is a novel one, because proposed legislation is aimed at the regulat...
The three papers in this symposium may appear on first reading to be concerned with just a single pi...
The questions surrounding the recombinant DNA research debate are not just questions of technique an...
The recombinant DNA issue will not go away. It is but the churning edge of a turbulent sea of concer...
Much has been published internationally about the challenges and even frustrations that appli- cants...
The unravelling of the human genetic code whose first draft was announced in June 2000 has rightly ...
9-16Human quest for improving the natural capabilities of microorganisms, making them capable of no...
This survey of 430 recombinant DNA scientists currently engaged in research assesses the impact of p...
It is a common practice to identify certain historical periods with the name of the most significant...
The author informs the reader on the history of recombinant DNAs. In the beginning, there was a fear...
Digital content from the Johns Hopkins University News-letter records, RG.14.050
Since recombinant DNA technology was first developed in the early 1970\u27s, society has been faced ...
This paper examines an early phase of the controversy over the hazards of recombinant DNA technology...
A meeting of scientists and lay people was organized by Paul Berg at Stanford in 1971 to discuss pot...
Technical developments in the last ten years have made possible mapping and sequencing of the entire...
The recombinant DNA controversy is a novel one, because proposed legislation is aimed at the regulat...
The three papers in this symposium may appear on first reading to be concerned with just a single pi...
The questions surrounding the recombinant DNA research debate are not just questions of technique an...
The recombinant DNA issue will not go away. It is but the churning edge of a turbulent sea of concer...
Much has been published internationally about the challenges and even frustrations that appli- cants...
The unravelling of the human genetic code whose first draft was announced in June 2000 has rightly ...
9-16Human quest for improving the natural capabilities of microorganisms, making them capable of no...
This survey of 430 recombinant DNA scientists currently engaged in research assesses the impact of p...
It is a common practice to identify certain historical periods with the name of the most significant...
The author informs the reader on the history of recombinant DNAs. In the beginning, there was a fear...
Digital content from the Johns Hopkins University News-letter records, RG.14.050