The first published outline of the chemiosmotic hypothesis of biological energy transduction was published fifty years ago. It took many years for the ideas to be accepted despite their elegance. We outline the basis and history of the hypothesis and consider what can be learnt from it about the development of new ideas in science and what is required to persuade the community of a new idea given a pre-existing model
The majority of cellular ATP synthesis is usually associated with respiratory and photosynthetic pro...
It was obviously my hope that the chemiosmotic rationale of vectorial metabolism and biological ener...
AbstractSince its discovery [Nature 266 (1977) 271] [1], the function of cytochrome c oxidase (and o...
The first published outline of the chemiosmotic hypothesis of biological energy transduction was pub...
Abstract50years ago Peter Mitchell proposed the chemiosmotic hypothesis for which he was awarded the...
One of the most fundamental problems of biology is how energy is transduced in living systems. It is...
One of the most fundamental problems of biology is how energy is transduced in living systems. It is...
The most recent contribution by Sunil Nath in these pages is, mostly, a repetition of his previous c...
The origin of life has long been a mystery to scientists due to the absence of preservation of molec...
The origin of life has long been a mystery to scientists due to the absence of preservation of molec...
The chemiosmotic theory is normally attributed to Peter Mitchell's formulation published in Nat...
Abstract50years ago Peter Mitchell proposed the chemiosmotic hypothesis for which he was awarded the...
Understanding how biological systems convert and store energy is a primary purpose of basic research...
Recent publications have questioned the appropriateness of the chemiosmotic theory, a key tenet of ...
AbstractLiving cells are able to harvest energy by coupling exergonic electron transfer between redu...
The majority of cellular ATP synthesis is usually associated with respiratory and photosynthetic pro...
It was obviously my hope that the chemiosmotic rationale of vectorial metabolism and biological ener...
AbstractSince its discovery [Nature 266 (1977) 271] [1], the function of cytochrome c oxidase (and o...
The first published outline of the chemiosmotic hypothesis of biological energy transduction was pub...
Abstract50years ago Peter Mitchell proposed the chemiosmotic hypothesis for which he was awarded the...
One of the most fundamental problems of biology is how energy is transduced in living systems. It is...
One of the most fundamental problems of biology is how energy is transduced in living systems. It is...
The most recent contribution by Sunil Nath in these pages is, mostly, a repetition of his previous c...
The origin of life has long been a mystery to scientists due to the absence of preservation of molec...
The origin of life has long been a mystery to scientists due to the absence of preservation of molec...
The chemiosmotic theory is normally attributed to Peter Mitchell's formulation published in Nat...
Abstract50years ago Peter Mitchell proposed the chemiosmotic hypothesis for which he was awarded the...
Understanding how biological systems convert and store energy is a primary purpose of basic research...
Recent publications have questioned the appropriateness of the chemiosmotic theory, a key tenet of ...
AbstractLiving cells are able to harvest energy by coupling exergonic electron transfer between redu...
The majority of cellular ATP synthesis is usually associated with respiratory and photosynthetic pro...
It was obviously my hope that the chemiosmotic rationale of vectorial metabolism and biological ener...
AbstractSince its discovery [Nature 266 (1977) 271] [1], the function of cytochrome c oxidase (and o...