Cyanide in electron transport chain binds to cytochrome c oxidase that is also known as IV complex and specifically, to the iron within IV complex and inhibits the working of this complex. This situation, resulted in the condition where working of ATP synthase is affected and Hence, phosphorylation of ADP to ATP will not take place and hence, cells are not able to make ATP, that is molecular currency of transfer of energy in cells.Hence the person, without the energy dies.
Why is it that nitrogen inhibits growth in animals?
B. The electron transport chain (ETC) consists of four protein complexes as shown in the following figure. 1. Name the complex(es) where electrons enter the ETC: 2. How many electrons are accepted at the entry point(s) per cycle? The Electron Transport Chain showing the four complexes embedded in the inner mitochondrial membrane. Barbiturates inhibits Complex I and cyanide inhibits Complex IV. 3. Barbiturates, a class of drugs, interrupt the flow of electrons in the chain by inhibiting Complex I. Cyanide,...
(50] A. Why was the Fourier Transform invented? B. Why do we use complex numbers in urier Transforms? (50] A. Why was the Fourier Transform invented? B. Why do we use complex numbers in urier Transforms?
Aspirin inhibits the synthesis of prostaglandin E2 but not the synthesis of leukotrienes. Why?
why do you think IV fluids administered to patients in hospitals is saline (0.9%NaCl(sodium chloride) an isotonic solution) and not a solution with higher or lower NaCl levels?
why would a chemical that inhibits glycosidic bond formation affect the synthesis of sucrose but not the synthesis of glucose?
What effect does Cyanide have on NAD+ and NADH production in Complex IV of the Electron Transport Chain? Why would cyanide cause High NADH concentrations and low NAD+ concentrations?
Compare the answers of the first questions iv) and the second question, why they give the different answer? I'm really confused because I think stereoisomers includes geometric isomers and optical isomers, therefore for both questions I think they all have two answers (both cis and trans) Consider the following complex NH CI NCS What is the oxidation state and electronic configuration of the metal ion? What is the systematic name of the complex? (iii) Which if the following is a...
Would you expect a high spin d5 complex to be strongly colored or not and why? What about a low spin d5 complex and why?
The rules of the game for international trading can be quite complex, so why do nations routinely engage in this activity?