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This Concept Map, created with IHMC CmapTools, has information related to: ETC steps, Step 1 where NADH from the Krebs cycle will interact with complex I., Step 2 where electrons from the reduced complex 1 are then passed CoQ, NADH is oxidised to NAD+ by oxygen as the oxygen is reduced to water, CoQ to be reduced to CoQH2 where CoQ is mobile in the lipid bilayer, Cytochrome c (cyt c) accepts electrons from complex III and become reduced, CoQ to be reduced to CoQH2 where CoQ is small and lipid-soluble, Step 4 lastly Step 5, accepts electron by Complex IV, Step 4 involve Cytochrome c (cyt c), CoQH2 passes the electron to complex III., the electron to complex III. causing complex III to be reduced, Complex IV will be reduced, electrons from the reduced complex 1 are then passed CoQ causes CoQ to be reduced to CoQH2, Step 3 the CoQH2, complex I contains a coenzyme iron-sulphur (Fe.S) proteins, CoQ to be reduced to CoQH2 where it shuttles the electrons to complex III., Step 5 the Complex IV, NADH from the Krebs cycle will interact with complex I. the NADH is oxidised to NAD+ by oxygen, reduced the cytochrome c is oxidised, Step 2 next Step 3