Hermann Staudinger was deeply interested in both macromolecular chemistry and biology. This chapter reviews briefly the shared origins of studies of natural and synthetic polymers, the subsequent divergence of the two fields, and their more recent convergence, made possible by the development of recombinant DNA methodology. The use of recombinant DNA technology to prepare well-defined macromolecular materials is discussed, along with the use of non-canonical amino acids as probes of protein synthesis in complex cellular systems
Chemistry is a broadly powerful discipline in contemporary science because it has the ability to cre...
What started as a scientific challenge roughly 10 years ago has become a technological reality today...
Natural polymers such as wood, cotton, wool, starch, and rubber have been known and used for a long ...
Hermann Staudinger was deeply interested in both macromolecular chemistry and biology. This chapter ...
International audienceTerrestrial Life is based on polymers. In all known living organisms, DNA stor...
International audienceSynthetic chemistry has drastically progressed during the last few decades. Li...
Chemists, like artists, are able to construct new three-dimensional objects, molecules and materials...
A brief and personalized historical review that describes the merger of macromolecular and supramole...
Chemistry has made tremendous advances over the past four decades in the broad fields of synthesis a...
The second half of the 20th century has witnessed a productive interplay between chemistry and mater...
Synthetic polymers and proteins share the essential characteristic of long-chain mol. architecture. ...
Polymers are essential building blocks of both biological life and artificial everyday objects (Figu...
Conceptually and epistemologically, Staudinger's macromolecular theory was rooted in the traditional...
Editorial for the Virtual Special Issue "Biomimetic Polymers" of the European Polymer Journal, guest...
In this mini-review we present some experimental approaches to the important issue in the origin of ...
Chemistry is a broadly powerful discipline in contemporary science because it has the ability to cre...
What started as a scientific challenge roughly 10 years ago has become a technological reality today...
Natural polymers such as wood, cotton, wool, starch, and rubber have been known and used for a long ...
Hermann Staudinger was deeply interested in both macromolecular chemistry and biology. This chapter ...
International audienceTerrestrial Life is based on polymers. In all known living organisms, DNA stor...
International audienceSynthetic chemistry has drastically progressed during the last few decades. Li...
Chemists, like artists, are able to construct new three-dimensional objects, molecules and materials...
A brief and personalized historical review that describes the merger of macromolecular and supramole...
Chemistry has made tremendous advances over the past four decades in the broad fields of synthesis a...
The second half of the 20th century has witnessed a productive interplay between chemistry and mater...
Synthetic polymers and proteins share the essential characteristic of long-chain mol. architecture. ...
Polymers are essential building blocks of both biological life and artificial everyday objects (Figu...
Conceptually and epistemologically, Staudinger's macromolecular theory was rooted in the traditional...
Editorial for the Virtual Special Issue "Biomimetic Polymers" of the European Polymer Journal, guest...
In this mini-review we present some experimental approaches to the important issue in the origin of ...
Chemistry is a broadly powerful discipline in contemporary science because it has the ability to cre...
What started as a scientific challenge roughly 10 years ago has become a technological reality today...
Natural polymers such as wood, cotton, wool, starch, and rubber have been known and used for a long ...