Pub. Date : 2017 Oct
PMID : 28658735
4 Functional Relationships(s)Download |
Sentence | Compound Name | Protein Name | Organism |
| 1 | NH3 was more reactive than NH4+ with hydroxyl radical (OH), and by a stepwise H2O2 addition method NH3/NH4+ can be completely converted to NOx-; NO2- underwent rapid oxidation to form NO3- when H2O2 was present, suggesting that it is an intermediate compound linking NH3/NH4+ and NO3-; but once H2O2 was depleted, NO3- can be gradually photo-reduced back to NO2- at high pH conditions. | Nitrogen Dioxide | NBL1, DAN family BMP antagonist | Homo sapiens |
| 2 | NH3 was more reactive than NH4+ with hydroxyl radical (OH), and by a stepwise H2O2 addition method NH3/NH4+ can be completely converted to NOx-; NO2- underwent rapid oxidation to form NO3- when H2O2 was present, suggesting that it is an intermediate compound linking NH3/NH4+ and NO3-; but once H2O2 was depleted, NO3- can be gradually photo-reduced back to NO2- at high pH conditions. | Nitrogen Dioxide | NBL1, DAN family BMP antagonist | Homo sapiens |
| 3 | NH3 was more reactive than NH4+ with hydroxyl radical (OH), and by a stepwise H2O2 addition method NH3/NH4+ can be completely converted to NOx-; NO2- underwent rapid oxidation to form NO3- when H2O2 was present, suggesting that it is an intermediate compound linking NH3/NH4+ and NO3-; but once H2O2 was depleted, NO3- can be gradually photo-reduced back to NO2- at high pH conditions. | Nitrogen Dioxide | NBL1, DAN family BMP antagonist | Homo sapiens |
| 4 | NH3 was more reactive than NH4+ with hydroxyl radical (OH), and by a stepwise H2O2 addition method NH3/NH4+ can be completely converted to NOx-; NO2- underwent rapid oxidation to form NO3- when H2O2 was present, suggesting that it is an intermediate compound linking NH3/NH4+ and NO3-; but once H2O2 was depleted, NO3- can be gradually photo-reduced back to NO2- at high pH conditions. | Nitrogen Dioxide | NBL1, DAN family BMP antagonist | Homo sapiens |