What Trees to Plant Is Conducive to Scientific Research What Trees to Plant in the Future Has Prospe

Trees you haven't studied, of course.

For Chinese scientists, generally 5 years for a cycle (such as the 11th Five-Year Science and Technology Support Project), then to come up with results, so the planting cycle of short tree species is more favored, the study of poplars, eucalyptus there are many people, if I said above at most 5 years of this kind of research on poplar eucalyptus, and can check the literature; If you want to stick to it for decades, then you can find some tree species with a long growth cycle.

What's the use of a whole bunch of copies upstairs!

Some beneficial trees, of course!

At present, learning computer science is still very good and good employment, computer is divided into many majors such as graphic design, UI design, Internet marketing, e-sports, animation, are very good employment majors, choose your favorite major.

Cheating money with garbage, taxpayers hate you to death!

What is the most beautiful and hypocritical sentence today?

Engage in scientific research, projects, projects, projects, relationships, public relations, bribery, modernization, revolution, education, business, career, work, development, money, innovation, and development.

The only word that is the most representative in a class of discourses that embodies the ugliest and ugly side of the Chinese! It is an extremely rampant phenomenon of language corruption and a social hazard that is rampant.

The full text has been published on the Internet, repeatedly posted, and has passed the review, so please search for the full text.

The planters can be planted with marigolds or dwarf calves, which are very easy to take care of, just water. Trees can be planted with big-leaved privet, which is resistant to pollution, evergreen in all seasons, will not concentrate on leaf fall, and has few diseases.

Marigolds: Dwarf Ox: Big-leaf Privet:

Cultivating a certain degree of scientific research ability at the university level is still beneficial to one's future development. College students are available.

Divided into two categories, most college students only know how to apply existing knowledge, but can not create new knowledge through research problems, the other type of college students not only know how to apply, but also can analyze and study problems, and create new knowledge, which determines the different knowledge, vision, realm, and courage of two kinds of college students in the future, and will write articles for publication, and will soon be rated as a senior title, it is natural to become a team leader, if you have management skills, you may become a boss ...... later. However, if you get a master's degree, and then go on to study for a doctorate or postdoctoral degree, you can only engage in research and teaching, and you can only mix in the academic and educational circles, and the path seems to be narrower.

You can enhance your self-innovation, cultivate your hobbies, and help you enter the society in the future. Moreover, if the scientific research is successful, it is also a great wealth, which can provide funds for future entrepreneurship and increase the company's praise for itself. In short, it is useful to study more at university, after all, the society is very competitive now.

Exercise your mind and develop some ways of thinking, but I think if you want to make money, don't do scientific research and do something else.

Starting from his hobbies, he is good for both public and private, at least he has done something meaningful. Those who are engaged in economics and finance have little meaning except for making money and earning more, and if a country engages in social sciences more than science, then the country will not be better, or in other words, it will not be strong.

If youEnjoys working in biologyOr maybe it's youI want to work in biology, justBe sure to go to graduate school！It is often asked whether you should go to graduate school or not, which is a question that has no answer and varies from person to person.

The students around me who want to go to graduate school are divided into several categories: those who really want to continue their studies; Those who want to mix up their academic qualifications; Don't want to look for a job; I see that everyone is taking the postgraduate entrance examination and taking the exam. In itself, I'm now a graduate student, and that's what I want to sayIf conditions permit, I think I should go to graduate school, especially for bioengineering, but you have to have the mentality to be able to calm down and engage in scientific research, biological research is very different from other directionsExperiments generally take a long time, and technique and patience are very important, a hand shake may be wasted, so you must be able to survive this unknown failure.

According to what I know about it myself,Few of the students who are looking for jobs after graduating from the bachelor's degree are engaged in biology-related work, generally changed careers to do sales or insurance, banking and other companies. In fact, this is still very realistic, thinking about it from another angle, bio-related companies generally focus on product research, and research is a mustPossess certain theoretical knowledge, operational ability, clear R&D ideas, and clear control of the entire research field.

Bachelor's degreeGenerally has theoretical knowledge, and it is relatively shallow, basically no hands-on ability, unless some particularly strong schools can focus on cultivating operational ability, these abilities generally need to be cultivated at the graduate levelGraduate levelIt is to develop your problem-solving skills, hands-on skills, thoughtful thinking skills, and so on.

For now,Bioengineering majors who want to enter related companies to engage in R&D are generally the sameGraduated with a Ph.D. degreeMaster's students can only do some simple work, so if you choose biology, just do it well, the current field of biology is still very hot, even if the domestic development is still relatively slow, but it is still very promising.

As a biology Xiaoshuo, what I want to tell you is,If you want to make achievements in the direction of biology, you still have to go to graduate school; If you want to change your major, the graduate school entrance examination is also your last avenue to change careers!

Let's talk about it firstGraduate student in biologybar. There are many postgraduate research directions in biologyFor example:Botany, zoology, microbiology, bioinformatics, and many more

If you are studying biology, then you can choose the direction you want to go to the most, no matter which direction you want to go toAnd biology is not exclusive, mainlyIt's that everyone is learning the basics in their undergraduates, and they are learning about the same。For example, if you are studying plants as an undergraduate, you can take the microbiology, bioinformation, virology, etc., as long as it involves the field of biology. Therefore, grasping the postgraduate entrance examination can be of great help to your future career path in biology.

The advice I would like to give is that if you go to graduate school in biology, the best direction is bioinformatics, biopharmaceutical, biomedical engineering, microbiology and zoology。Bioinformatics is related to computers, and the future employment situation is relatively optimistic. Biopharmaceuticals and biomedical engineering are related to medicine, and the employment environment is relatively better.

Microbiology is easier to produce results because the growth cycle of microorganisms is relatively short, and it is easy to produce results. Zoology can be considered as a veterinarian, and the employment situation is currently very good.

In addition to taking the biology exam, actuallyYou can choose to be interprofessional in graduate school, as long as you work hard enough. For example, biology favorites to cross over to majors such as law or economics. There is a special postgraduate major for non-undergraduate students in law, and economics does not discriminate against origins.

And that isBasic Medicine, Nutritional Hygieneand other majors. If you're more perseveringComputer Science, MathematicsYou can also take the test for other majors, but you may have to work harder for the first exam!

To answer the common misconception that bioengineering is biological science. When most people hear about bioengineering, they still think of studying DNA and studying cutting-edge life sciences such as cloning sheep, which is a common misunderstanding of bioengineering among Chinese people. Bioengineering is the study of part of the life sciences, and on the basis of the rapid development of life sciences, it is emerging in response to the needs of social applications.

Biological science is its theoretical foundation, but it is not the same as it, bioengineering pays more attention to and application, rather than delving into high-end life science theories. Biological sciences belong to science, while bioengineering belongs to engineering. Represented by Tsinghua University, Peking University, Zhejiang University, Fudan University and other key colleges and universities, major colleges and universities across the country have basically opened bioengineering majors, specializing in cultivating students who master the scientific principles of biochemical technology and its industrialization, master modern biology, biochemical reaction engineering, enzyme engineering, genetic engineering, fermentation engineering and other bioengineering technologies, have the ability to research and develop biochemical products, biological health products and biological drugs, and be able to engage in design, production, management and new technologies in the field of biotechnology and engineering, new product research and development and other work of senior scientific and technological personnel.

This question varies from person to personFirst of all, you must know what you want, and then you must know that the direction is in**, in general, there are pros and cons to the postgraduate entrance examination, to give you a brief overview of my thoughts.

As a student in the direction of biology, most of the students in the undergraduate program also chose to take the postgraduate examination, because the undergraduate learning stage is still relatively basic, and the professionalism is not very strong, you may know some in each direction, but each direction has not undergone systematic learning and training. So the graduate school entrance examination is also provided for youElevate yourselfAfter learning about the various fields of biology, you can choose your favorite research direction and do more in-depth scientific research.

Including the more popular gene and molecular directions, macroscopic basic research directions or research directions for drug development, etc.; It is also optionalPractical engineering field with a bias towards application, including fermentation engineering, pharmaceutical engineering, food science, and many more.

After graduating with a master's degreeMany people will also choose to continue their studies, obtain a doctorate or go abroad for further study, etc., so that their future career development is also scientific research work, including major universities and research institutes. There will also be people who choose to work directly, and the development prospects and salary of graduate students will be better than those of undergraduates, including some biological companies and pharmaceutical companies will also recruit graduate students in the direction of bioengineering every year, with positions such as R&D, testing, process development, etc.

Therefore, the postgraduate entrance examination of bioengineering is also the choice of most students, but it is necessary to choose a suitable university and tutor, and most of them are in the research field at the master's levelIt will affect your future career directionWhether you want to engage in scientific research or technical path, you should consider it carefully from the time you prepare for the graduate school entrance examination.

In fact, it has become a big trend now, especially after the opening of the vocational entrance examination, the number of people who take the postgraduate examination is increasing every year. Because of the easiest, the salary of a graduate degree will be higher, and you can have money to buy chicken legs.

For bioengineering undergraduates, I think it is necessary to take the postgraduate entrance examination, and I will give you a brief reason below.

1.Learn depth

During the four years of college, the first three years were basically filled with various public courses and professional courses, every dayBusy and busy, but you can be guaranteed to be connectedTrichoderma harzianum and Bacillus subtilis do not know how to write, only know that the former is a fungus, with long spores and a slow growth cycle, and the latter is a bacterium, smooth and has a fast growth cycle

Because the things I learned in college were limited, even if I worked, it was the mostBasic postsTherefore, for those who want to enter the deep level of scientific research, I suggest that you can choose to go to graduate school. Because then you canThe secondary metabolites produced by Trichoderma thazianum can be used as bacteriostatic agents or growth promoters, and the specific mechanism and isolation and purification process are what you need to further study

Moreover, you will learn a lot of practical knowledge during graduate school, and you will memorize it when you are an undergraduateWhat is PCR, the full name and the operation process, but at the graduate level, you will be familiar with how to operate and set up, including some other instruments and equipment will also be understood.

The most important thing is that the graduate school entrance examination is not as difficult as imagined, be prepared, keep working hard, and find a good partner to work together, every dayHold each other accountable

2.Life experience

The study life during graduate school is still different from that in undergraduate.

If you succeed in becoming a graduate student through the graduate school entrance examination, you will be exposed to a lot of experiments in these two to three years, and basically in the laboratory at nightRead the literature, do experiments, wait in line to do experiments, and during the undergraduate period, it may be watching dramas and playing games.

3.Exercise yourself

Everyone knows that the pressure of the postgraduate entrance examination is really great, and many students are afraid to try it because they are afraid, but if you make up your mind and choose the path of postgraduate examination,There are only two public courses in biology, and the specialized courses require comprehension and memorization, not very hard. Hard work always pays off.

Therefore, it is recommended that everyone take the postgraduate examination from many aspects, but if you have no enthusiasm for learning, you should choose a job according to your own wishes, no matter what choice you makeLove and work hardThat's it

No matter what major you study, if you want to make a difference in your major, it is certain that you will continue your studies, and the same is true for bioengineering. The reasons why bioengineering majors are recommended to go to graduate school are as follows. (It doesn't matter to me whether I take the graduate school entrance examination or not, the main thing is that I love to learn.)

Sincere face).First, professional characteristicsThe bioengineering major is typicalTheorywithPracticephasecombinedThe discipline not only needs a deep theoretical foundation, but also needs to be carried out on this basisLots of experimentationto repeatedly verify the authenticity and accuracy of the experimental content.

Since probably the experimental results are not by differentExperimental elementsIt is caused by random error, and if the sample is taken in a hurry, it is easy to cause the accuracy of the experimental results to be low. And a large number of professional issues are involvedThere are many knowledge pointsIt is not possible to rely on the amount of knowledge learned in the undergraduate program alone. Moreover, when you encounter specific problems, it is best to find more than one articleLiterature, contact the authors, and filter out their own problems.

Second, research directionsWhat you learn at the undergraduate level of bioengineering is generally what you need to know about biologyThe basics。There is no in-depth and detailed introduction to the different research directions, but bioengineering is specificResearch InterestsIt is the focus of the subsequent career planning.

For example, in the Department of Microbiology, the undergraduate is limited to a general understanding of microorganisms as a whole, and it is necessary to accurately serve humansGraduate levelConduct in-depth studies to decide whether to choose fermentation or pathology studiesRelevant directions。Master's degree basically belongs to the bottom of the laboratory education.

Third, career developmentIf you really like biology and want to work in the futureScientific researchStudy, then the postgraduate entrance examination is the only way, only after studying for graduate school, readingDrOr after further study, you can get a stepping stone to a career in scientific research. to be concreteCareer planningThere is no restriction on academic qualifications, and you can freely choose your favorite position. For companies like BGI, recruits PhDs to start with technical work.

Otherwise, only sales and technicians may be available.

In short, the road is long, and I will go up and downSeekingIt is the truest portrayal of biological research workers.