What skills do organic synthesis experimenters need? Can biology majors do it?

An organic synthesis experimenter is an assistant to an organic synthesis researcher. It can also be called an assistant researcher, and the specific job content is to assist organic synthesis researchers to complete experiments. The job of an organic synthesis researcher is not to study the various mechanisms in the synthesis reaction process and find out new synthetic routes, as mentioned above.

These tasks are generally done by the project leader or a more senior R&D manager or laboratory director.

Job Description: Job Responsibilities:

1. Management of chemical laboratory items, and earnestly implement safety, environmental protection and other management regulations;

2. Participate in Chinese and English literature research and make a simple summary;

3. Participate in the analysis of the project, the design of the synthetic route and the arrangement of the experiment.

4. Responsible for laboratory preparation. Under the guidance of researchers, all chemical experiments, including synthesis and analytical tests, are carried out in a standardized and safe manner; Report the problems encountered in the process of the experiment in a timely manner;

5. Record and manage experimental data truly, clearly and completely; Completion of the experiment report;

6. Abide by the company's management system and perform other tasks.

2. Experience: fresh graduates or those with work experience;

3. Have a strong interest in organic synthesis and medicinal chemistry experiments, and have a strong willingness to learn new skills;

4. Have solid basic theoretical knowledge of organic chemistry, be familiar with organic synthesis, separation and purification operations, and master certain structural identification skills. Knowledge of commonly used analytical and structural identification methods;

5. Able to undertake the preparation of chemical laboratory, and be able to assist researchers or independently carry out multi-step organic synthesis experiments and analytical testing experiments;

6. Be able to carefully and meticulously record the experimental situation every day, and be able to complete a simple experimental report independently;

7. Understand the safety standards of chemical laboratories, have strong safety awareness, and be able to manage the safety of chemical laboratories preventively;

8. Able to make moderate self-adjustment to adapt to changes in the working environment;

9. Work hard, have a strong sense of responsibility, and have a good team spirit. Able to communicate with leaders and colleagues in a timely manner, analyze experimental phenomena, and solve technical problems;

1.First of all, figure out if you like it or not? If you like organic synthesis, there is no problem, the master of organic synthesis Covery is biochemistry, but this does not affect his 1979 Nobel Chemistry Prize.

2.What is the company you are applying for? There are many fields of organic synthesis, and it is necessary to clarify the field first to see if there is a future for development.

3.You are a biology major. Although you have studied organic chemistry, it is very basic. As far as organic synthesis is concerned, it is still far behind.

4.If you study very hard, you won't have more than 20 organic chemistry experiments, right? I don't know what school you are from, but do you do every organic chemistry experiment by yourself?

5.Have you studied organic synthesis? Will it operate high temperature, high pressure, low temperature, decompression, absolute anhydrous operation, absolute anaerobic operation, recrystallization and semi-micro operation independently? Otherwise, think twice.

The above is for your reference, and you may say that you can learn. But learning is one thing, and being able to operate is another.

In addition, it is essential to be able to read foreign language literature.

Can't put it, organic should be chemistry, you are biological, ask, are you familiar with hydrocarbons, or something?

None of them are recommended, really.

First of all, molecular biology is now a relatively cutting-edge research direction, but in China, the research environment is generally not good, if you are just a simple experimenter, it is an ordinary biological worker, because there are a large number of people who can do this job, and compared with undergraduates, they are more inclined to college students, they have more experimental experience, and the salary is lower. And molecular experiments are very difficult, some things can't be explained theoretically, for example, you integrate a gene fragment, but it just doesn't express it, it doesn't express it alive or dead, and you can't tell what's going on. Molecular organisms are sometimes exposed to toxic substances, and more often than not, genotoxicity.

It's the same with organic synthesis, and the experimenter doesn't have much of a future, unless you can find a really good institute (and biology is the same) and move in the direction of assistants, researchers, professors, and so on. Moreover, organic synthesis requires long-term exposure to toxic substances, which is not less dangerous than organisms.

In short, neither path is recommended, but of course I mean being an experimenter. If you can make up your mind to do research, of course I recommend molecular biology, after all, it is one of the most popular disciplines right now.

If you can endure loneliness, engage in this profession, if you want to dedicate your youth to scientific experiments, engage in this profession, if you want to research fresh results, engage in this profession, for physical health, do molecular biology things, no matter how much you pay attention to it, it will be polluted, especially for girls, related to future generations, think carefully, and it is very hard to be an experimenter, be prepared to endure hardships.

Molecular biology and organic synthesis are two less identical directions. When it comes to physical health, molecular organisms are the cleanest. If you are looking for a job, it is easier to find both directions. Synthetic biology is still hotter at the moment.