Is RuBisCO going to be added as an enzyme/organelle

[Lan (Desire for more realism.)]

After a brief understanding of gluconeogenesis, I don’t agree to give up on RuBisCO. The problem of gluconeogenesis lies in the raw materials. It is not a carbon fixation pathway for CO2. Its role is to convert other non sugar organic substances. From the perspective of realism, it is necessary to store glycolytic metabolites (such as lactic acid, which may be better abstracted as nonsugar-precursors) as raw materials for gluconeogenesis. The conditions of action as a possible glycogen should also be good.

edit: Gluconeogenesis is the carbon utilization of non sugar organic matter by organisms, and we still need the carbon fixation way to obtain carbon dioxide.

For the carbon sequestration process, I still prefer to use RuBisCO. As for its use in the game, I insist on splitting photosynthesis. Whether it is cyanobacteria or chloroplasts, thylakoid is just a place for light reaction, and carbon fixation is completed in the carboxysomes in cyanobacteria or chloroplast matrix, which is essentially the role of RuBisCO. At present, the direct synthesis of glucose by this thylakoid is easy to misunderstand that thylakoid can independently complete photosynthesis. Perhaps the evolution of RuBisCO predates photoreaction and was born when cells first used hydrogen as a hydrogen source for carbon sequestration. Not only photosynthesis, but also various chemoautotrophic processes rely on RuBisCO for carbon sequestration, and this commonality should be reflected.

Unification of Photoautotrophy, Chemoautotrophy and Photoelectric autotrophy, Metabolism in anaerobic environments,

Collaboration between two adjacent components, multiple components work as a whole.The purpose is to Avoid consuming ATP produced by glucose to produce glucose. Perhaps there should be other methods. edit： I went to further understand the evolution of photosynthesis. It seems that the energy supply and hydrogen source decomposition should be integrated into one structure, Hydrogen source decomposition exists as an upgrade of structure. One possible solution is that the energy supply struct…

Cytoplasm, Glycolysis, NADH and storage

As for NADH, as I was talking about the use of NADPH as an intermediate in autotroph, I originally intended to use NADH as an intermediate in glycolysis and aerobic respiration. They should be similar to ATP. The reason why I changed to pyruvate is that I have discovered that pyruvate can synthesize amino acids (I hope to distinguish ammonia and amino acids to achieve ammonia nutrition), but now I have found this: [PP] Consider synthesizing amino acids or using glucose as the substrate dire…

The original

Summarized two ideas

edit:
Consider nitrogen fixation and organic hydrogen supply.

Comments on Specific Development Forum Posts

https://forum.revolutionarygamesstudio.com/t/internal-parts-metabolism/1034/3 Abstract according to valence: [Cycle] The microbial nitrogen-cycling network | Nature Reviews Microbiology Considering that elemental sulfur is a solid, it should be like current iron. Sulfates, nitrates, hydrogen sulfide and ammonium serve as environmental compounds. Sulfates and nitrates should be like current O2 and CO2. Hydrogen sulfide and ammonium need to be absorbed by cells based on environmental conce…

Add Hydrogenosome. (Nitrogenase can catalyze hydrogen synthesis.)

Note: NADH indicates the degree of glycolysis and can be regarded as NADH and the corresponding amount of pyruvate. NADH allows incomplete utilization and all excess NADH disappears. It can be considered that the disappeared NADH and pyruvate enter the fermentation pathway.