Biochemistry is a very comprehensive field of science, and its scope is very wide. Biochemistry covers a wide range of concepts, as biochemistry combines two separate disciplines (chemistry and biology) and also uses ideas from several other minor subjects.
Biochemical research is of great importance in our daily lives as it helps in the development and improvement of clinical diagnosis, disease treatment, or agricultural aspects. Biochemistry plays an important role in medicine, pharmacies, agriculture, nutrition, and technology. For this reason, the biochemical concept applies to the various sub-fields identified within the above areas.
Depending on personal and academic interests, biochemical research allows individuals to specialize in the various areas described throughout the article.
- Animal Biochemistry
Animal Biochemistry is a field of biochemistry that studies various chemical reactions that occur in the body of animals. In addition, we will investigate the structure and function of animal cell components (proteins, lipids, carbohydrates, nucleic acids, etc.).
- Plant biochemistry
Plants are eukaryotes that dominate the world of the earth. They are one of the major components of life on earth. Plants are responsible for supplying fresh oxygen and reducing pollution by absorbing carbon dioxide and producing oxygen. In addition, plants are essential for human nutrition, the production of industrial materials, the formulation and production of pharmaceuticals, biofuels, and pesticides.
- Molecular biology
Molecular biology is a field of science that studies biology at the molecular level. Molecular biology is a combination of biology and chemistry, or more precisely genetics and biochemistry, where molecular biologists implement biological techniques in combination with the ideas of genetics and biochemistry.
- Reproductive biochemistry
Reproduction (sexual and asexual) is a biological process and a fundamental feature of all known life, which creates new individual organisms. Reproduction is essential for increasing population populations and bringing about changes in specific species through genetic recombination.
Experience of Biochemistry Laboratory
The Biochemistry Laboratory is an important and necessary part of preparing students for a career in molecular life sciences (biochemistry, molecular biology, chemistry, genetics, immunology, microbiology, neurochemistry, etc.) has been proven to be. These students of online biochemistry courses need to gain experience in a wide range of laboratories dealing with biomolecules, and formal laboratory courses are usually the best way to gain such experience.
This step prepares students for future participation in undergraduate and graduate degree research and prepares them for work in the biotechnology and pharmaceutical industries. The laboratory is equipped with state-of-the-art equipment and can accommodate a group of 30 students.
Biochemistry is the observation of physical methods at the cellular and molecular level adopting chemical processes. At the turn of the century, when scientists studied the chemistry of living systems by combining chemistry, physiology, and biology, it emerged as another discipline.
Virtual Lab is defined as a virtual teaching and learning environment aimed at developing student lab skills. These are one of the most important e-learning tools. You are on the internet and unlike the limits of a real laboratory, students can do many experiments without spatial and temporal limits.
It also has many advantages for teachers. With virtual labs, teachers don’t have to go to the lab at specific times and move from place to place to set up experiments.
One of the most important goals of e-learning.
Used by many universities and schools around the world to keep up with technological developments in the digital age that are reflected in many ways in the areas of distance learning and e-learning, and there selecting the correct course is very important. TangoLearn can help you to find a suitable course.
There are many benefits to using technology in education. There are also many obstacles to the widespread adoption of these technical applications. This article describes the advantages and limitations of using a virtual lab in the education process.
13 Benefits of using a virtual lab in education:
1. A virtual lab enables students to conduct many experiments that are hard to conduct in a real lab due to risk.
2. Virtual Labs saves teachers and students time and effort by not having to stick to a specific time when entering or moving from one location to another.
3. Virtual Labs allow students and teachers to use the latest technology.
4. Virtual Labs helps users adapt to technological developments in the digital age.
5. The virtual laboratory enables students to conduct functional experiments associated with the theory lesson and assists them to comprehend the course.
6. Virtual Lab is fun to experiment with.
7. Virtual Labs help students run experiments multiple times.
8. With no direct contact with toxic or radioactive chemicals, no explosive devices or electrical handling, virtual laboratories protect students and teachers from danger.
9. Virtual Labs furnish the power to alter the inputs and transactions used in the experiment without bothering about the hazardous effects of these modifications.
10. Virtual Labs allows students to stay connected to the Internet. This allows you to find and collect information during the experiment.
11. The Virtual Lab permits students to electronically report their outcomes and share them with others to exchange understanding.
12. Virtual Labs furnishes teachers with the proficiency to trace and examine students electronically.
13. Virtual Labs provide flexibility when conducting experiments.
3 Obstacles to using virtual laboratories:
1. High-spec computing equipment is required to simulate accurate phenomena in all details and create 3D virtual laboratories.
2. Requires a professional programmer with a wealth of knowledge of various programming languages. We also need a team of scientific materials experts, teachers, and psychology experts.
3. One of the negative effects of Virtual Labs is that, in most cases, communication between students is electronic, reducing direct interaction between students and between students and teachers.