Carbon Source
| Carbonis fons | Dialectica meatus | Key gradus metabolismi | Enzymes implicari |
| Super Carbon | Serina via/glycolysis/trihydroxy acidum cyclum | diversitas | diversitas |
| Methanol | Semita serina / acidum trihydroxy cyclum | Methanolum → Formaldehyde → Serine iter → Acetyl-CoA → Trihydroxy acidum exolvuntur | AlPHa ketoglutarate dehydrogenas, TCA enzymes related affinis |
| sodium acetate | Acidum trihydroxy cyclum | Trihydroxy Acidum acetatis → Cycle | Synthase citrate, isocitrate dehydrogenase, etc. |
| Ethanol | Acidum trihydroxy cyclum | Ethanol → acetaldehyde → acetic acid → trihydroxy acidum cyclum | Sin dehydrogenase, isocitrate dehydrogenase, etc. |
| Glucosum | Glycolysis/Trihydroxy Acidum Cycle | Glucosum → Glyceraldehyde 3-PHosPHate → Pyruvate → Acetyl-CoA → Trihydroxy acidum exolvuntur | Hexokinase, glyceraldehyde-3-P dehydrogenase, pyruvate kinase, etc. |
Super Carbon is investigetur et elaboratur per technologiam pro-incrementum. Productum est fuscum, liquidum acidicum, nullo exasperante odore. Partes parvae sunt acida organica hypothetica, alcohols, saccharum et algae extracta, etc., cum adumbrationibus altissimis COD. In purgatione systematis tractandi late adhiberi potest ad problema solvendum altae NOx-N in effluentibus a fontibus carbonis insufficientibus causatis, denitrificationis capacitatem systematis purgamentorum tractandi emendare, et etiam bonum effectum habere in aucta remotione PHosPHorus biologica.
Productum solere in locis anoxicis ut lacus anoxic et filtra denitrificationis, et adhiberi potest etiam ad fontes carbonii reactores anaerobic vel aerobicos praebendos.
Product mechanism
Super Carbonem fontes traditiones carbonis reponere possunt propter efficientiam efficientiam carbo carbonis utendi et diversae vias biochemicae. Maxime sequentibus aspectibus cogita.
Applicationem
