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In order to understand a process as complex as nitrogen fixation
and to be in a position to manipulate it for the benefit of
mankind, researchers are now working at the frontiers of science in
many different areas: protein structure and function; catalytic
mechanisms; electron transfer processes; regulatory circuits and
environmental sensing; metabolic integration; chemical
communication between organisms; differentiation; genome structure
and function; microbial ecology; plant physiology; plant molecular
biology; and agronomy. This volume represents a testimony to the
advances in nitrogen fixation research that have been made and the
contribution of these efforts to the solution of many other varied
scientific problems. Limiting steps for future advances are
analyzed and new horizons in nitrogen fixation research are
proposed.
In order to understand a process as complex as nitrogen fixation
and to be in a position to manipulate it for the benefit of
mankind, researchers are now working at the frontiers of science in
many different areas: protein structure and function; catalytic
mechanisms; electron transfer processes; regulatory circuits and
environmental sensing; metabolic integration; chemical
communication between organisms; differentiation; genome structure
and function; microbial ecology; plant physiology; plant molecular
biology; and agronomy. This volume represents a testimony to the
advances in nitrogen fixation research that have been made and the
contribution of these efforts to the solution of many other varied
scientific problems. Limiting steps for future advances are
analyzed and new horizons in nitrogen fixation research are
proposed.
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