Metabolic anabolism, the basic process of metabolism

Introduction to anabolic topics, explained in detail, may be what you need.

1. Triglycerides are anabolic in the lungs;

2. The decomposition of triglycerides is substituted for sail book peixie, and the fat in the fat cells is gradually hydrolyzed into free fatty acids by lipase;

3. Intrahepatic posture is wide for external use in the liver, and the generation and utilization of ketone bodies;

4. Synthesis of palmitic acid in mitochondrial exocytosis;

5. Generation of prostaglandins and their derivatives;

6. Cholesterol is metabolized in the liver, and synthase is present in the cytosol and smooth endoplasmic reticulum;

7. After that, it is excreted only in vitro through excretion and secretion.

1.DehydrogenaseDehydrogenase is a special enzyme that can remove hydrogen atoms from the structure, and it can help various oxysaccharides to undergo important chemical reactions such as oxidative degradation and esterification. Dehydrogenases can proceed independently and in parallel reactions, or they can be combined with others.

2.Abscisy enzyme exfoliating enzyme has the special ability to catalyze the exfoliation of hyaluronic acid, and plays an important role in metabolism, mainly to promote the synthesis process of substances. Through this synthesis, it can promote the metabolism of the cells and improve the cell's.

3.Peptidase peptidase is a protein composed of multiple peptides that catalyzes multiple steps in the synthesis of peptide chains, culminating in the formation of a series of new substances. These above-mentioned substances are able to participate in many metabolic reactions and can assist the organism.

Metabolism is the process by which the body renews itself, including anabolism and catabolism.

Anabolism is the process by which an organism continuously ingests nutrients from the outside world, converting them into its own substances, and storing energy at the same time.

Catabolism, on the other hand, refers to the process in which the body continuously breaks down its own substances, produces energy, and excretes metabolites.

Anabolism and catabolism go hand in hand.

Metabolism is the sum of all chemical reactions in the body.

Anabolism is the synthesis of substances needed in the body to absorb energy; Decomposition is the decomposition of substances to produce energy, maintain life activities, or produce anabolic raw materials, which can release energy.

Catabolism can provide energy and raw materials for anabolism.

1 Pinyin 2 English references.

3 annotation dài xiè tú jìng

metabolic pathway

Chemical reactions in metabolism are almost always catalyzed by enzymes, and many enzymes work sequentially in succession to form a multi-enzyme system that makes the first enzymatic reaction product become a substrate for the second enzymatic reaction, and so on. It is customary to refer to this continuous chemical reaction as the metabolic pathway. Such as the fermentation pathway, the tricarboxylic acid cycle pathway, the pentose phosphate pathway, the glycogen synthesis pathway, the gluconeogenesis pathway, the fatty acid synthesis pathway, etc.

In the organism put the enzymatic reaction from A to X the conventional program (A, B, C......x), known as the metabolic pathway A to X. Each reaction such as a, b, b, c, etc., is called intermediate metabolism (pathway).

The important features that summarize the metabolic pathways of organisms are:

1) Many branches are produced by metabolic intermediates, thus constituting a complex metabolic network;

2) the pathways of the forward reaction (a x) and the reverse reaction (x a) are often different, thus preventing the achievement of a pure equilibrium state;

3) There are various metabolic regulatory roles in some intermediate processes of the metabolic pathway.

The metabolic pathway is represented in the form of a pattern of circuits, which is called a metabolic map. The diagram above is a diagram of the entire metabolic pathway that represents the interrelationship of the major metabolic pathways.

Summary. The process of the body's own fat metabolism and synthesis is fat metabolism, which refers to the process of digestion, absorption, synthesis and decomposition of body fat under the action of various related enzymes, which is an important biochemical reaction in the body. Lipids are important substances for energy storage and energy supply in the human body, and the metabolism of fats is to ensure the operation of normal human physiological functions and play an important role in life activities.

The digestion of fat is mainly in the upper part of the small intestine, and is hydrolyzed into glycerol fatty acids by the action of various enzymes. The absorption of lipids is the emulsification of triglycerides composed of fatty acids, which can be absorbed, and finally enter the bloodstream through the portal vein or the bloodstream through lymph for human use.

What is the process of the body's own fat metabolism and synthesis? Why.

The process of the body's own fat metabolism and synthesis is fat metabolism, which refers to the process of digestion, absorption, synthesis and decomposition of fat in the body under the action of various related enzymes, which is an important biochemical reaction in the body. Lipids are important substances for energy storage and energy supply in the human body, and the metabolism of fats is to ensure the operation of normal human physiological functions and play an important role in life activities. The digestion of fat is mainly in the upper part of the small intestine, and is hydrolyzed into glycerol fatty acids by the action of various enzymes.

The absorption of lipids is the emulsification of triglycerides composed of fatty acids, which can be absorbed, and finally enter the bloodstream through the portal vein or the bloodstream through lymph for the human body.

Because the fat metabolism process is before the pick-up, the main thing is to see if the body has this kind of biochemical reaction, mainly under the body's immunity-related consumption, to achieve the effect of absorption and synthesis, so I suggest that you still pay more attention to your own actual situation, especially the body has enough insulin.