What are the applications of organic chemistry in biology?

The study of organic chemistry is conducive to understanding the synthesis and reaction of organic matter in living organisms, such as protein synthesis, processing, decomposition, nucleic acid synthesis, decomposition, and energy conversion, all of which have organic chemical reactions.

Aerobic respiration. Anaerobic respiration.

Lipolysis. Glucose (carbohydrate) synthesis.

Synthesis of proteins and amino acids.

Testing of reducing sugars (or other). Wait a minute.

Photosynthesis in high school biology and chemistry is the knowledge of organic chemistry! It is a reflection of dehydration condensation! Acid dehydroxyl alcohol dehydrogenation!

1. The study of drug synthesis, with the help of pharmacology, find the molecular structure of drugs that can produce pharmacological effects, and fully synthesize them through organic synthesis, or semi-synthesize them from natural substances.

2. Study the physiological activity reaction of the human body, the human body is always carrying out chemical reactions, although the chemical reaction in the human body is an enzymatic reaction, and the enzyme is also a macromolecule, its structure can be understood through X diffraction and other methods, and its stability can be judged roughly through organic chemistry knowledge, in fact, this is mainly based on biochemistry to in-depth research.

3. Polymer chemistry, a branch of organic chemistry, is a kind of polyester for the line used to suture the wound in the hospital, and the synthesis of polyester largely relies on the condensation reaction of carbon anion ions.

Organic chemistry is a discipline that studies the structure, properties, and preparation (i.e., organic synthesis) of organic compounds.

A sub-discipline of biology. It is a basic life science that studies the chemical composition and structure of living substances and various chemical changes in the process of life activities.

If biochemistry is aimed at different organisms, it can be divided into animal biochemistry, plant biochemistry, microbial biochemistry, insect biochemistry, etc. If the different tissues or processes of organisms are taken as the research objects, they can be divided into muscle biochemistry, neurobiochemistry, immune biochemistry, biomechanics, etc. Due to the different substances studied, it can be divided into protein chemistry, nucleic acid chemistry, enzymology and other branches.

Chemistry that studies various natural substances is called bioorganic chemistry. The discipline that studies the biological functions of various inorganic substances is called bioinorganic chemistry or inorganic biochemistry.

Organic chemistry is the science that studies the preparation, structure, properties, applications and related theories of organic compounds, also known as the chemistry of carbon compounds.

In a narrow sense, organic compounds mainly refer to compounds composed of carbon and hydrogen elements, which must be carbon-containing compounds, but do not include carbon oxides and sulfides, carbonic acid, carbonates, cyanides, thiocyanides, carbides, carboranes, carbonyl** genus, metal-organic ligand complexes without M-C bonds, and some metal-organic compounds (substances containing M-C bonds) and other carbon-containing substances mainly studied in inorganic chemistry.

Organic matter is the material basis for the production of life, and all living organisms contain organic compounds, such as fats, amino acids, proteins, sugars, heme, chlorophyll, enzymes, hormones, etc.

The metabolism of organisms and the genetic phenomena of organisms are involved in the transformation of organic compounds. In addition, many substances that are closely related to human life, such as oil, natural gas, cotton, dyes, chemical fibers, plastics, plexiglass, natural and synthetic drugs, etc., are closely related to organic compounds.

Summary. Organic chemistry is the study of the structure, properties, and preparation (i.e., organic synthesis) of organic compounds.

So it's to see if organic matter can be applied in medicine, then there must be so many Western medicines, all of which are organic compounds, and a lot of them are derivatives such as benzene rings and heterocycles, and there are too many specific examples, and many of the pills that are generally eaten are organically synthesized.

It can be said that there is no organic chemistry, and organic synthesis gives the synthesis of so many new drugs.

The role of organic chemistry in the field of biomedical engineering.

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Organic chemistry is still very related to the structure, preparation, and performance of many drugs, which is the role of the basic field.

Organisms, their cells and body fluids are rich in organic matter, and organic chemistry can be related to pheromones, hormones, drugs, and so on.

Can you talk about that in detail?

Talk about that.

Applications of organic chemistry to medical materials or devices.

Organic chemistry is the study of the structure, properties, and preparation (i.e., organic synthesis) of organic compounds. So it's to see if organic matter can be applied in medicine, then there must be so many Western medicines, all of which are organic compounds, and a lot of them are derivatives such as benzene rings and heterocycles, and there are too many specific examples, and many of the pills that are generally eaten are organically synthesized. It can be said that there is no organic chemistry, and organic synthesis gives the synthesis of so many new drugs.