What are the subdivisions of life sciences

It's too much to break down. The big ones are biological sciences, biotechnology, and landscape architecture. Further down the story.

There are biochemistry, cell biology, genetics. Zoology. Botany.

Entomology. Genetics. Bioengineering, Molecular Biology, Ecology (Animal Ecology, Plant Ecology).

And then there is a very detailed division for each of the previous disciplines. It's like cell biology, and what kind of spatial cytology is it? It is said that Dongdong has driven a lot of people crazy!

It's super hard! And there are many research directions in each discipline. Protein?

Or genetic. Therefore, if you want to go to graduate school, you need to choose the subject you like and then choose a school. Let's discuss the direction of your future research with your future supervisor!

<> life sciences include animal biology, plant biology, microbiology, and biochemistry.

Genetics, Cell Biology, Molecular Biology.

General Ecology, Plant Physiology, Human Anatomy.

There are Li Wuhuai, chemistry, college mathematics and other disciplines.

The major of biological science (also known as life science) includes two professional directions: biological science and biotechnology, which mainly train students to learn the basic theories and basic knowledge of biological science and technology, and students will be trained in scientific thinking and scientific experiments in applied basic research and technology development, so as to have good scientific literacy and basic abilities in teaching, research, development and management.

Biology is a part of the natural sciences that study the structure, function, occurrence and development of organisms (including plants, animals and microorganisms). The aim is to elucidate and control the activities of life, to transform nature, and to serve the practices of agriculture, industry, and medicine.

For thousands of years, human beings have accumulated rich knowledge about plants, animals, microorganisms and the human body in the practice of agriculture, forestry, animal husbandry, sideline products, fishery and medicine. In 1859, the British naturalist Charles Darwin's "On the Origin of Species" was published, which established the materialist view of biological evolution and promoted the rapid development of biology.

In ancient times, before the development of natural science, people were puzzled by the colorful, colorful and colorful living things, and they often regarded life and inanimate as two completely different and unrelated fields, and believed that life was not subject to the law of motion of inanimate matter. Many people also attribute the various phenomena of life to an immaterial force, that is, the effect of "vitality".

There are an estimated 2,000,450,000 species of living organisms on Earth; There are many more species that have become extinct, estimated at at least 15 million. From the Arctic to the South Pole, from the mountains to the deep sea, from the ice-covered tundra to the hot mineral springs, there are living things. They have a wide variety of morphological structures, and their lifestyles are varied.

From the level of cells, the basic structural unit of organisms, some organisms do not yet have cell morphology, and among the organisms that do have cell morphology, some are composed of prokaryotic cells and some are composed of eukaryotic cells. From the perspective of tissue structure, some are solitary or group single-celled organisms, and some are multicellular organisms, and multicellular organisms can be divided into various types according to the differentiation and development of tissues and organs.

From the perspective of nutritional mode, some are photoautotrophic, some are absorbing heterotrophic or saprophagophagophic heterotrophs, and some are devouring heterotrophs. From the perspective of the role of organisms in the ecosystem, some are producers of organic food, some are consumers, some are decomposers, and so on.

Botany, Pollenology, Zoology, Microbiology, Cell Biology, Molecular Biology, Taxonomy, Habitology, Physiology, Bacteriology, Microbial Physiology, Microbial Heritage, Soil Microbiology, Cytology, Cytochemistry, Cytogenetics, Immunology, Embryology, Eugenics, Biobiology.

Life science is a science that studies the phenomena of life, the nature, characteristics, occurrence and development laws of life activities, as well as the interrelationships between various organisms and between organisms and the environment. It is used to effectively control life activities, actively transform the biological world, and benefit human beings, and has a close relationship with human life, people's health, economic construction and social development. Introduction to Life Sciences This course focuses on:

The Concept and Research Content of Life Science, A Brief History of Life Science Research, Hotspots and Development Trends of Life Science Research, Bioethics), Fundamentals of Life Science (Material Basis of Life, Basic Phenomena of Life, Inheritance and Variation of Organisms, Origin and Evolution of Life, Diversity of Organisms, Biology and Environment) and Modern Life Sciences (Life Science and Modern Biotechnology, Life Science and Agricultural Sciences, Life Sciences and Environmental Sciences, Life Sciences and Bioenergy, Life Sciences and Modern Medicine, Life Sciences and Pharmaceutical Research and Development, Life Sciences and Marine Biological Resources, Life Sciences and Military Biotechnology, Bioinformatics and Biochips, Vital Omics and Systems Biology.

I am a student of biotechnology, as far as we are concerned, the basic courses are cell biology, biochemistry, molecular biology, genetics, and then some courses such as enzyme engineering, protein engineering, genetic engineering, fermentation engineering, information biology and so on. At the research level, it is possible to study pathogenic mechanisms, tumors, biopharmaceuticals, functional studies including proteins and genes, etc.

Life sciences refer to biology and the broad field related to it. When we study the biological world, it is often done from different aspects, angles, or different levels, and as a result, biology gives rise to many branches. Depending on the object of study, biology can be divided into zoology, botany, and microbiology.

They study the morphology, taxonomy, physiology, ecology, distribution, genesis, heredity, evolution and their relationship to humans of animals, plants, or microorganisms, respectively. According to the characteristics of different research contents, biology can be divided into: taxonomy, morphology, embryology, paleontology, genetics, ecology, biochemistry, biophysics, and so on.

From the level of biological structure, biology can be divided into: molecular biology, cytology, histology, organ biology, population biology, and so on. In addition, with the continuous expansion of the scope of human activities, space biology, radiation biology, deep-sea biology and biological sciences for the study of environmental protection have been developed one after another.