New roads lead to Rubisco in Archaebacteria

Article Abstract:

A new C[O.sub.2] fixing role for Rubisco in the Archaebacteria has helped in understanding the evolution of autotrophy. It is also shown that some Rubisco-containing Archaea contain phosphoribulokinase (PRK) and also represents an interesting autotrophic evolutionary transition.

Physiological aspects, Natural history, Autotrophs, Phosphotransferases

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New roads lead to Rubisco in Archaebacteria

Article Abstract:

A new C[O.sub.2] fixing role for Rubisco in the Archaebacteria has helped in understanding the evolution of autotrophy. It is also shown that some Rubisco-containing Archaea contain phosphoribulokinase (PRK) and also represents an autotrophic evolutionary transition.

Environmental aspects, Carbon sequestration

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