Nitric oxide sensing by chlorophyll a
Nitric oxide (NO) acts as a signalling molecule that has direct and indirect regulatory roles in
various functional processes in biology, though in plant kingdom its role is relatively
unexplored. One reason for this is the fact that sensing of NO is always challenging. There
are very few probes that can classify the different NO species. The present paper proposes a
simple but straightforward way for sensing different NO species using chlorophyll, the source
of inspiration being hemoglobin that serves as NO sink in mammalian systems. The …
various functional processes in biology, though in plant kingdom its role is relatively
unexplored. One reason for this is the fact that sensing of NO is always challenging. There
are very few probes that can classify the different NO species. The present paper proposes a
simple but straightforward way for sensing different NO species using chlorophyll, the source
of inspiration being hemoglobin that serves as NO sink in mammalian systems. The …
Nitric oxide sensing by chlorophyll a.
AB Abhishek Bhattacharya, PB Pranjal Biswas… - 2017 - cabidigitallibrary.org
Nitric oxide (NO) acts as a signalling molecule that has direct and indirect regulatory roles in
various functional processes in biology, though in plant kingdom its role is relatively
unexplored. One reason for this is the fact that sensing of NO is always challenging. There
are very few probes that can classify the different NO species. The present paper proposes a
simple but straightforward way for sensing different NO species using chlorophyll, the source
of inspiration being hemoglobin that serves as NO sink in mammalian systems. The …
various functional processes in biology, though in plant kingdom its role is relatively
unexplored. One reason for this is the fact that sensing of NO is always challenging. There
are very few probes that can classify the different NO species. The present paper proposes a
simple but straightforward way for sensing different NO species using chlorophyll, the source
of inspiration being hemoglobin that serves as NO sink in mammalian systems. The …
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