phosphofructokinase

navigate by keyword : text structures steps sketch shunt screenshot role regulating red reaction rapoportluebering pyruvate presentation phosphoglycerate phosphofructokinase pathways oxygen organ number mutase metabolites metabolite metabolism map logo line key involved indicate include illustrating highlights hexokinase hemoglobin green glucose6phosphate generated font flowchart enzymatic drawing document diagram detailing depicted dehydrogenase compounds components color coding circle chemical cell cartoon brand bonds blood arrows affinity 3bpg 3bisphosphoglycerate

Production and role of ATP, NADPH, and NADH, along with the conversion Royalty Free Stock Photo
Illustration depicting the glycolysis pathway in a red blood cell. The process starts Royalty Free Stock Photo
Diagram illustrating glucose metabolism, highlighting pathways like glycolysis and the Royalty Free Stock Photo
Illustration of red blood cell enzyme systems, focusing on metabolic pathways. It depicts the Royalty Free Stock Photo
Illustration of the glycolysis pathway, known Royalty Free Stock Photo
   
   
Structures are depicted with chemical bonds, and arrows indicate
Diagram illustrating metabolic pathways within a red blood cell. Features glycolysis, the phosphofru Royalty Free Stock Photo
Glycolysis pathway visualized as a brief flow from glucose to ... Royalty Free Stock Photo
   
   
   
3D image of Potassium benzoate skeletal formula Royalty Free Stock Photo
Kinase Phosphorylation scientific educational vector illustration Royalty Free Stock Photo
Flowchart detailing the Rapoport-Luebering shunt, illustrating enzymatic steps and metabolites involved in red blood cell metabolism. Key components include hexokinase, phosphofructokinase, pyruvate, glucose-6-phosphate dehydrogenase, and phosphoglycerate mutase. It highlights 2,3-bisphosphoglycerate (2,3-BPG) and its role in regulating hemoglobin (Hb) oxygen affinity. Metabolite structures are depicted with chemical bonds, and arrows indicate reaction pathways. The diagram uses red and green color coding for different compounds.


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