Microbiology, cell biology and molecular biology, which aspect is easy to employ!! Thank you

It is recommended not to study biology majors, there are few outlets, and the prospects are not good. Here's what I copied from my classmates, choosing what you like instead of finding a job better. Even if you say that microorganisms are good for employment, but you don't like it, it's hard to get out.

I'm reading microbiology at SIBS Pasteur, which is very detailed, focusing on immunization and vaccine development for human public health diseases, and I think that's what you call a good job. In fact, in the field of basic science, cell biology and molecular biology, neurobiology and ecology are listed as the four basic disciplines of life science, although I chose microbiology, but I think that you have attainments in cells, (it is a basic discipline), like I took the postgraduate examination major is microbiology, but the subjects of the examination are biochemistry and molecular biology and cell biology, because they are all basic disciplines, and I emphasize here the primacy of basic disciplines. When you are proficient in basic science, you will have more room to choose other subjects for graduate school.

As for what you said about microbial employment, there is indeed such a thing, but, relatively speaking, the current microbiology employment pays more attention to the mutual penetration between fields, and the ability required is greater, and there is no saying that cell biology is not good for employment, although I am not engaged in this aspect, cell biology is not a science, too much is a field, he and every discipline have penetration, this is a characteristic, now belongs to the fourth stage of development, from the emergence of genetic recombination technology in the 70s of the 20th century to the present, The combination of cell biology and molecular biology is getting closer and closer, and the study of the molecular structure of cells and their role in life activities has become the main task.

I say so much here means, choose which major is the same, as long as you like it, I will say employment, its practical technology to obtain wealth is not just a way to employment, if you are a scientific researcher, and the strength is very good, you can also be rich in wealth, I give an example: 1National nature**, if you apply, at least 10-20w can be infiltrated from it, in fact, this is not called infiltration, it is calculated as a reward for scientific research, so let's understand it this way for the time being.

2.In addition to the general projects in the national natural **, key projects, and outstanding youth projects, these money = the funds applied for are a lot, and you can also apply for the provincial ** at the same time, which means that you can get a lot of topics in a few years. 3.

You can cooperate horizontally, for example, if a company signs a contract with you and provides you with funds for research and development, you will also be equivalent to half of it, which is easier than the subject. There is a teacher in my university, he was asked to treat the sewage in the river, he is engaged in microorganisms, and he can be treated some time ago, but then it is not good, and the pollution of the residents is too serious.

。Money is an incidental, I thought, as long as you are a cow, money will look for you, if you are not a cow, you will look for money.

It all feels pretty much the same.

The biochemistry side focuses on the types and structures of chemical substances in living organisms (i.e., structural biochemistry, Wang Jingyan Biochemistry Volume I), and important metabolic processes, i.e., metabolic biochemistry (Wang Shu Volume II).

Molecular biology, on the other hand, is a branch of biochemistry that studies the interactions and structures of biological macromolecules.

When it comes to employment and development prospects, I feel that biochemistry is better and his face is wider!

Molecular biology is the study of living things at the molecular level. It is an interdisciplinary study between biology and chemistry, and its field of study is accommodating.

Subjects such as genetics, biochemistry and biophysics are covered. Molecular biology is primarily focused on understanding the interactions between different systems in cells, including the relationship between DNA, RNA, and protein biosynthesis and understanding how their interactions are regulated.

Microbiology is a discipline that studies microorganisms. Microorganisms include viruses, prokaryotes, and simple eukaryotes. At present, the most important work in microbiology is done using biochemical and genetic methods.

Since many pathogens (such as the four major pathogens that cause plant diseases: viruses, fungi, nematodes, and bacteria) can be considered microorganisms in a broad sense [1], microbiology is also closely related to pathology, immunology, and epidemiology. Microbiologists have made fundamental contributions to biology and medicine, particularly in the fields of biochemistry, genetics, and cell biology.

They are all closely linked.

The former is the microbial aspect, and the latter mainly starts from the molecular level, and more advanced instruments will be used in this aspect, and we must pay attention to the theoretical research, you must know that the experiments are based on good theories; In fact, sometimes in order to do a more comprehensive and in-depth understanding of research, it is necessary to combine the above and comprehensively use all aspects of knowledge, as mentioned above to identify microorganisms from the molecular level, and sometimes it is necessary to combine microbial experiments to identify species, microbiology and biochemistry and molecular biology are all including a large range, and the majors in the university have a very detailed division of each of them, and there are many directions. There are those who study microorganisms from the aspect of molecular evolution, some who study the function of genes from the accounting sequence, and bioinformatics, etc., if you want to do better, you need to have a comprehensive understanding and comprehensive grasp;

Regarding the issue of employment and development prospects, if you simply want to get a diploma for employment, you need to connect what you have learned with practical problems and solve practical problems, so as to bring practical economic benefits and find a good job, right? If you are interested in further study, you should fully grasp it, comprehensively improve your experimental operation ability and learn more about the progress of the research direction of the discipline and specialty, and do advanced research.