(1) analysis shows that B is a common product of amino acid and pyruvate metabolism, and it is a two-carbon compound. F enters mitochondria from the outside to participate in the reaction to generate water, and F is oxygen; Glucose and h can be transformed into each other, and h is glycogen; The complete decomposition process of fat in liver cells is aerobic respiration, which is located in cytoplasm matrix and mitochondria.

(2) According to the analysis chart, ⑥ is deamination of amino acids, the nitrogen-containing part is further converted into urea D, and the nitrogen-free part is oxidized and decomposed; Urea is formed in liver cells, excreted by kidney, and can also be transformed into new amino acids by transamination; In the case of conversion, transaminase mainly exists in liver cells, and its content in plasma is very small, so the value of some transaminase in blood is one of the main basis for diagnosing liver disease.

(3) When the fat intake is too high, the synthesis of protein and phospholipids will be blocked, and the fat metabolism will be disordered, and too much fat will accumulate in the liver, forming fatty liver.

So the answer should be:

(1) double carbon compound? Cytoplasmic matrix and mitochondria of oxygen glycogen

(2) deamination? Urea formed in liver cells is excreted by the kidney or converted into new amino acids by transamination? transaminase

(3) Automatic Call Distributor