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M.Sc. Biochemistry |
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| FAQs |
Ques)What M.Sc biochemistry course is all about?
Ans) Biochemistry study combines the knowledge of biology and chemistry to explain life processes in terms of chemical reactions within living cells. The subdivisions within this field include metabolism, the study of the chemical changes through which organisms obtain energy to develop and reproduce; descriptive biochemistry, which analyzes cell structures to determine how they adapt and survive; molecular biology, which emphasizes the role of DNA in controlling all biological processes; and biophysical chemistry, which is the study of the underlying physical principles controlling cell growth and function.
Ques)What Biochemists are expected to do?
Ans) Biochemists study the chemistry of living organisms to increase scientific knowledge and develop ways to apply this knowledge in areas such as medicine, veterinary science, agriculture, environmental science and manufacturing. Biochemistry provides a basis for all the life sciences.
A biochemist may perform the following tasks:
- Study the chemical processes that occur within individual cells.
- Study the processes, such as digestion and growth, which involve whole organisms.
- Undertake detailed chemical analysis using sophisticated instruments and techniques.
Ques)What is the need of this course ?
Ans)In order to understand more the chemistry inside our system
without the knowledge of biochemistry
medicines will not be developed
certain diseases like cancer
it keeps on growing if it's given the right nutrition (i mean, we don't know what we eat
that might feed the cancer)
but if we learn about the cancer's inhibitors,
it will stop growing. Taking another example of
certain elements like Mo, Fe, Mn, Co
assist in our cell process
like cell signaling, DNA processing, hydrolysis,
Zn helps a lot in DNA processing
Ca2+ helps in cell signaling by altering the conformation of protein
which means it alters the shape of protein so that it can function more
and this altered shape are more recognized by other cells
the cells then are connected to each other and information to brain can be transferred
in fact, protein (or amino acid) is the main site for metal ion-binding in order to enhance the function of protein
coenzyme B12 is known to prevent anemia and it is in the form of cobalt complex (which contains adenosine, benzimidazole, and corrin group attached to Co)
it's very important to learn biochemistry.
Ques) what qualities you need to have to pursue this course?
OR
What qualities you will develop while doing this course?
Ans) Biochemists must have a curiosity and imagination about biology and chemistry and an affinity for mathematics and science. They must have strong perseverance and be willing to work long hours. They have excellent problem-solving skills and good communication skills, both written and oral.
They must be willing to keep up to date on new developments and discoveries and continually seek innovative solutions to their experimentation. Successful biochemists must enjoy synthesizing information, using scientific equipment and instruments to perform tasks requiring precision, and coordinating and supervising the work of others.
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Ques -What is biochemistry?
Ans) Biochemistry study combines the knowledge of biology and chemistry to explain life processes in terms of chemical reactions within living cells. The subdivisions within this field include metabolism, the study of the chemical changes through which organisms obtain energy to develop and reproduce; descriptive biochemistry, which analyzes cell structures to determine how they adapt and survive; molecular biology, which emphasizes the role of DNA in controlling all biological processes; and biophysical chemistry, which is the study of the underlying physical principles controlling cell growth and function.
Ques –What are the areas where one can work in biochemistry?
Ans) One can work in following career areas:
Career Areas include
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Molecular Biology
- Industrial Chemistry
- Marine Biology
- Entomology
- Pharmacology
- Vaccine & Hormone Production
- Plant Physiology
- Technical Sales
- Virology
- Genetics
- Horticulture
- Mycology
- Immunology
- Quality Control
- Forestry
Ques –What are the typical tasks of a biochemist?
Ans) The various typical tasks performed by a biochemist are:
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Learn about the effects of diseases, foods and chemicals on living things
- Study the chemistry of cellular processes such as metabolism, growth and ageing
- Analyze the neurochemistry of the brain
- Isolate, identify and synthesize vitamins, DNA, hormones, enzymes and other proteins
- Determine the three-dimensional structure of biological macromolecules
- Study the molecular basis of how the immune system functions
- Study the mutations in organisms that lead to cancer and other diseases
- Study the way cells store and express genetic information
- Conduct research in genetic engineering
- Use recombinant DNA technology to produce pharmaceutically and industrially useful proteins
- Write reports on experiments
- Develop and test new products, such as vaccines and medicines
- May lecture and supervise research students
- Biochemists work in offices and laboratories. When experiments do not fit into a normal eight-hour workday, they may be required to work evenings and weekends. They must observe safety precautions when working with contaminants such as viruses or other biohazards.
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