Biochemistry is about the chemical processes in the bodies of living things. The focus is in particular, but not exclusively on the microscope, on humans. A distinction is made between “red” and “green” biochemistry: while red biochemistry deals with medical issues and contents, green biochemistry deals with the study and use of the processes taking place in the plants.
The field edited by the biochemistry is correspondingly extensive. The question of how information is stored, retrieved and transported in the human body determines the research within the subject. Students therefore study the basics of organic chemistry and biology. Later in the course of study, most universities focus on the molecular structure of the organism.
The bachelor’s program in biochemistry deals with the topics of chemistry in numerous forms (general, analytical, organic and physical chemistry) as well as with molecular biology. This includes conducting exercises and internships that take place within the lab work. The study of the subject is supplemented by further courses in medicine, mathematics and physics.
The entire metabolism of the human or animal body goes far beyond what is summarized under the term digestion. The extensive processes of transformation, such as those occurring during anabolism or catabolism, are already taught in the Bachelor’s degree on a theoretical level. Through these processes, the body receives the necessary nutrients to build up bone, muscle mass and organs. In plants, algae and bacteria, the metabolism of building materials and energy takes place as the last phase of photosynthesis. Energy production, the influence of sex hormones and the interaction with exogenous substances will also be examined in the study program.
Students of biochemistry find an extremely wide field of activity. If the practical and theoretical foundations of the study program are finally available after the Bachelor’s degree, they specialize in their own interests in the higher semesters. They gain their first impressions of professional practice and can also take part in exchange programs at home or abroad. Most universities also encourage graduates to pursue a PhD in order to deepen their knowledge of a particular area of the subject.
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Biochemistry graduates have good and versatile career opportunities. Most are devoted to the study of research. Especially after a successful dissertation, there are jobs in industrial research and development that deals with the search for new substances and their applications. Numerous institutes, pharmacology companies and universities are looking for scientists who further develop knowledge in biochemical and molecular-biological contexts. Proteins, fats, carbohydrates, vitamins and enzymes are investigated for their properties, interactions and uses. The results are used, for example, in medicine, nutritional science and sports science.
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Biochemistry ghostwriters have in-depth knowledge of biology, chemistry and other content. They are also knowledgeable in numerous neighboring fields of research and can thus cover a whole range of questions and topics. Their use of a scientific work can often be the decisive turn. Especially when it comes to finding the weak spots, eliminating logical gaps or taking over advisory activities. They also do excellent work in the evaluation of research results and, upon request, prepare comprehensive text templates from the bachelor thesis to the master’s thesis and dissertation.