Biotechnology, a branch of science combining biology and technology, aims to develop better products using living organisms, improving health and agriculture. Key figures include Anselme Payen (father of biotechnology), Louis Pasteur, and Herbert Boyer (father of modern biotechnology), who pioneered significant advances in the field. The document also discusses various biotechnology courses, their curricula, and applications in medicine, agriculture, and industry.

1. Also known as Biotech, is a branch of science that includes both biology and technology. In
this technology, new and better products are made by using living organisms and their
products so that plants and animals breed can be improved, that is, biotechnology is such a
branch that new and better products are made to make our life better. Whether it is to
prepare new and better varieties of plants through which good farming and better food can
be available or to prepare better animal products through it. In This Article We will talk about
What is biotechnology, Who is the Father of biotechnology and everything related to
biotechnology.
what is biotechnology
Father of Biotechnology:

2. The father of biotechnology is often considered to be Anselme Payen, a French chemist who
discovered the enzyme diastase in 1833.
Another important figure in the history of biotechnology is Louis Pasteur, who made
significant contributions to the fields of microbiology and immunology through his work on
pasteurization, vaccination, and the germ theory of disease.
The father of modern biotechnology, however, is generally considered to be Herbert Boyer,
an American biochemist who co-founded the biotechnology company Genentech in 1976.
Boyer is credited with developing the first genetically engineered organism, and his work laid
the foundation for the development of many important biotech products, including human
insulin and human growth hormone. The father of biotechnology played a crucial role in
advancing the field and shaping its future direction.
The credit for coining the term biotechnology goes to the Hungarian agricultural engineer
Karl Ereky, who coined the term biotechnology in 1919.
In 1973 Stanley Cohen and Herbert Boyer discovered recombinant DNA technology. After
that the development of biotechnology started.
Kiran Mazumdar Shaw, who started Biotechnology in India, is the founder of the world's
famous Biotech company "Biocon Limited", which was established in 1978 at a rented
house.
Types of Biotechnology:
Red Bio - Technology: Related to Medicine and human health.
Green Bio - Technology: Improving Agriculture.
White Bio - Technology: Related to Industrial processes involving microorganisms.
Yellow Bio - Technology: Related to Food And Nutrition.
Blue Bio - Technology: Related to Marine and Aquatic.
Grey Bio - Technology: Related to Environment.
Gold Bio - Technology: Related to Bioinformatics
In the medical field, biotechnology is used to discover new medicines, produce them, and do
genetic tests. Due to this, medicine has become much easier than before and their rates
have also come down considerably. Apart from this, medicines for many deadly diseases
have also been prepared by using biotechnology in the medical field.

3. Biotechnology Criteria:
For Degree Pass 12th with Physics, Chemistry, Maths And Biology.
For Diploma You need to Pass 10th and there is no entrance exam for diploma.
To do biotechnology from BTech and B.E. (Bachelor of Engineering) it is necessary to give
the JEE entrance exam.
If you do not have a Mathematics subject in your 12th class which means you have taken
Physics, Chemistry and Bio subjects then you cannot give the JEE exam.
If you have a bio subject then you have to give the entrance exam of AIIMS.
And there are many colleges which give admission without an entrance exam.
Biotechnology Courses:
● Diploma in Biotechnology.
● B.E. or BTech in Biotechnology.
● Bsc in Biotechnology.
● PG diploma in Biotechnology.
● MBA in Biotechnology.
● Msc in Biotechnology.
BSC Biotechnology:
The Bachelor of Science in Biotechnology (BSC Biotechnology) is a three-year
undergraduate degree programme that focuses on biotechnology and its applications in
medicine, agriculture, and industry. To teach students how to modify biological systems and
processes for practical applications, the programme blends elements of biology, chemistry,
and engineering.
Students in a BSC Biotechnology degree often study molecular biology, genetics,
biochemistry, cell biology, and biostatistics. They might also look into genetic engineering,
fermentation technology, and the ethical and social aspects of biotechnology.
BSC Biotechnology graduates may work in a range of industries, including pharmaceuticals,
agriculture, food processing, and environmental remediation. They may also opt to continue

4. their education in graduate or professional programmes like medicine, veterinary science, or
biotechnology.
MSC Technology:
The Master of Science in Technology (MSC Technology) degree programme focuses on
advanced technological principles and their applications in diverse sectors. The programme
is primarily designed for professionals who wish to advance their careers by expanding their
knowledge and skills in a certain area of technology.
The curriculum of an MSC Technology degree might vary depending on the program's focus
and the school that offers it. In general, the programme may encompass advanced
engineering principles, innovative technologies, and the most recent advances in the
subject. Students may also be able to concentrate in a field of technology such as
information technology, renewable energy, or biotechnology.
Graduates of an MSC Technology programme may go on to work in a range of fields,
including engineering, manufacturing, and information technology, or pursue PhD studies.
BTech Biotechnology / Biotechnology Engineering:
The Bachelor of Technology in Biotechnology (BTech Biotechnology) is a four-year
undergraduate degree programme that focuses on biotechnology and its applications in
medicine, agriculture, and industry. To teach students how to modify biological systems and
processes for practical applications, the programme blends elements of biology, chemistry,
and engineering.
Students in a BTech Biotechnology programme often study molecular biology, genetics,
biochemistry, cell biology, and biostatistics. They might also look into genetic engineering,
fermentation technology, and the ethical and social aspects of biotechnology.
BTech Biotechnology graduates may work in a range of areas, including medicines,
agriculture, food processing, and environmental remediation. They may also opt to continue
their education in graduate or professional programmes like medicine, veterinary science, or
biotechnology.
Diploma in Biotechnology:
A Diploma in Biotechnology is a postsecondary education programme that focuses on
biotechnology and its applications in medicine, agriculture, and industry. Typically, the
curriculum is aimed to give students a fundamental understanding of biotechnology ideas
and procedures, as well as practical skills in the field.

5. Students pursuing a Diploma in Biotechnology may study molecular biology, genetics,
biochemistry, cell biology, and biostatistics. They might also look into genetic engineering,
fermentation technology, and the ethical and social aspects of biotechnology.
Graduates of a Diploma in Biotechnology degree may go on to work in fields such as
pharmaceuticals, agriculture, food processing, and environmental remediation. They may
also opt to continue their education by enrolling in a bachelor's or master's degree
programme in biotechnology or a similar subject.
PG Diploma in Biotechnology:
A Postgraduate Diploma in Biotechnology (PG Diploma in Biotechnology) is a postgraduate
education programme that focuses on biotechnology and its applications in medicine,
agriculture, and industry. The curriculum is primarily geared for individuals who desire to
advance their careers by expanding their knowledge and skills in biotechnology.
Students pursuing a PG Diploma in Biotechnology may study molecular biology, genetics,
biochemistry, cell biology, and biostatistics. They might also look into genetic engineering,
fermentation technology, and the ethical and social aspects of biotechnology.
Graduates of a PG Diploma in Biotechnology degree may go on to work in areas such as
pharmaceuticals, agribusiness, food processing, and environmental remediation. They may
also opt to continue their education by enrolling in a master's or doctoral degree programme
in biotechnology or a related discipline.
MBA in Biotechnology:
A Master of Business Administration in Biotechnology (MBA in Biotechnology) is a
postgraduate degree programme that combines business and management principles with
an emphasis on biotechnology and its applications in medical, agricultural, and industrial
domains. The curriculum is primarily developed for professionals who wish to improve their
business and management knowledge and abilities, as well as their grasp of biotechnology
principles and procedures.
Students pursuing an MBA in Biotechnology may study business management, finance,
marketing, and strategy, as well as biotechnology-specific areas including molecular biology,
genetics, biochemistry, and cell biology. They may also be able to specialise in a specific
area of biotechnology, such as pharmaceuticals, agriculture, or environmental remediation.

6. Graduates of an MBA in Biotechnology degree may go on to work in a range of businesses,
including biotechnology, pharmaceuticals, and healthcare, or take on leadership roles in
academia or research organisations.
Syllabus Of these courses:
1. Bsc Biotechnology:
The curriculum of a Bachelor of Science in Biotechnology (BSC Biotechnology) degree
varies depending on the institution delivering the programme and the program's specific
concentration. A BSC Biotechnology programme may comprise the following types of
courses in general:
Molecular biology: courses that concentrate on the structure and function of
macromolecules such as DNA, RNA, and proteins, as well as the mechanisms that regulate
them.
Genetics: Courses on inheritance principles and the genetic foundation of biological
phenomena.
Biochemistry: Chemical reactions and processes that occur within living beings are studied
in these courses.
Cell biology: Courses on the structure and function of cells, covering organelles and
functions like metabolism and division.
Biostatistics: Courses on statistical analysis of biological data, including experiment design
and interpretation.
Genetic engineering: Courses that educate students how to change creatures' genetic
makeup using tools like recombinant DNA technology.
Fermentation technology: Microorganisms are used to generate items such as food,
medications, and industrial chemicals.
Ethical and social implications of biotechnology: Biotechnology and its uses raise a
number of ethical, legal, and social challenges.
A BSC Biotechnology programme may additionally provide elective courses that allow
students to specialise in a specific field of biotechnology or to investigate related topics in
addition to these basic courses.
2. Msc Biotechnology:

7. A Master of Science in Biotechnology (MSC Biotechnology) program's syllabus might vary
depending on the institution delivering the degree and the program's unique concentration.
An MSC Biotechnology programme may comprise the following types of courses in general:
Advanced molecular biology: Courses that build on the molecular biology foundations
covered in a BSC Biotechnology degree, with an emphasis on advanced methodologies and
applications.
Advanced genetics: Advanced genetics subjects such as genomics and epigenetics are
covered in these courses.
Biochemistry: Courses that explore further into the chemical reactions and processes that
occur within living organisms, with a focus on their practical applications.
Cell biology: Courses that delve further into the structure and function of cells, covering
organelles and activities like metabolism and division.
Biostatistics: Courses that go into further detail about statistical analysis of biological data,
including experiment design and interpretation.
Genetic engineering: Advanced techniques for modifying organisms' genetic makeup,
including gene editing and gene therapy, are taught to students in these courses.
Fermentation technology: courses that go deeper into the utilisation of microbes in the
production of things such as food, medications, and industrial chemicals.
Ethical and social implications of biotechnology: courses that delve deeper into the ethical,
legal, and societal challenges generated by biotechnology and its uses.
In addition to these basic courses, an MSC Biotechnology programme may provide elective
courses that allow students to specialise in a specific field of biotechnology or to investigate
related themes.
3. Btech Biotechnology:
The curriculum of a Bachelor of Technology in Biotechnology (BTech Biotechnology) degree
varies depending on the institution delivering the programme and the program's specific
specialty. A BTech Biotechnology programme may comprise the following types of courses in
general:
Molecular biology: Courses that concentrate on the structure and function of
macromolecules such as DNA, RNA, and proteins, as well as the systems that regulate
them.

8. Genetics: Courses on inheritance principles and the genetic foundation of biological
phenomena.
Biochemistry: Chemical reactions and processes that occur within living beings are studied
in these courses.
Cell biology: Courses on the structure and function of cells, covering organelles and
functions like metabolism and division.
Biostatistics: Courses on statistical analysis of biological data, including experiment design
and interpretation.
Genetic engineering: Courses that educate students how to change creatures' genetic
makeup using tools like recombinant DNA technology.
Fermentation technology: Microorganisms are used to generate items such as food,
medications, and industrial chemicals.
Ethical and social implications of biotechnology: Biotechnology and its uses raise a
number of ethical, legal, and social challenges.
A BTech Biotechnology programme may additionally provide elective courses that allow
students to specialise in a specific field of biotechnology or to explore related topics in
addition to these core courses. Practical training or internships may also be included in the
programme, giving students hands-on experience working in a biotechnology laboratory or
other appropriate context.
4. Diploma in Biotechnology:
The curriculum of a Diploma in Biotechnology programme may differ depending on the
school offering the programme and the program's unique specialisation. A Diploma in
Biotechnology programme may comprise the following types of courses in general:
Molecular biology: Courses that concentrate on the structure and function of
macromolecules such as DNA, RNA, and proteins, as well as the systems that regulate
them.
Genetics: Courses on inheritance principles and the genetic foundation of biological
phenomena.
Biochemistry: Chemical reactions and processes that occur within living beings are studied
in these courses.
Cell biology: Courses on the structure and function of cells, covering organelles and
functions like metabolism and division.

9. Biostatistics: Courses on statistical analysis of biological data, including experiment design
and interpretation.
Genetic engineering: Courses that educate students how to change creatures' genetic
makeup using tools like recombinant DNA technology.
Fermentation technology: Microorganisms are used to generate items such as food,
medications, and industrial chemicals.
Ethical and social implications of biotechnology: Biotechnology and its uses raise a
number of ethical, legal, and social challenges.
A Diploma in Biotechnology programme may additionally include elective courses that allow
students to specialise in a specific field of biotechnology or to explore related topics in
addition to these basic courses. Practical training or internships may also be included in the
programme, giving students hands-on experience working in a biotechnology laboratory or
other appropriate context.
5. PG Diploma in Biotechnology:
A Postgraduate Diploma in Biotechnology (PG Diploma in Biotechnology) program's syllabus
might vary depending on the institution delivering the degree and the program's specific
focus. A PG Diploma in Biotechnology programme may comprise the following types of
courses in general:
Advanced molecular biology: Courses that build on the molecular biology foundations
covered in a BSC Biotechnology degree, with an emphasis on advanced methodologies and
applications.
Advanced genetics: Advanced genetics subjects such as genomics and epigenetics are
covered in these courses.
Biochemistry: Courses that explore further into the chemical reactions and processes that
occur within living organisms, with a focus on their practical applications.
Cell biology: Courses that delve further into the structure and function of cells, covering
organelles and activities like metabolism and division.
Biostatistics: Courses that go into further detail about statistical analysis of biological data,
including experiment design and interpretation.
Genetic engineering: Advanced techniques for modifying organisms' genetic makeup,
including gene editing and gene therapy, are taught to students in these courses.
Fermentation technology: courses that go deeper into the utilisation of microbes in the
production of things such as food, medications, and industrial chemicals.

10. Ethical and social implications of biotechnology: courses that delve deeper into the
ethical, legal, and societal challenges generated by biotechnology and its uses.
Aside from these basic courses, a PG Diploma in Biotechnology programme may also
include elective courses that allow students to specialise in a specific field of biotechnology
or explore related themes. Practical training or internships may also be included in the
programme, giving students hands-on experience working in a biotechnology laboratory or
other appropriate context.
6. MBA in Biotechnology:
A Master of Business Administration in Biotechnology (MBA in Biotechnology) program's
syllabus might vary depending on the university delivering the degree and the program's
unique specialisation. An MBA in Biotechnology programme may comprise the following
types of courses in general:
Business management: Finance, marketing, and strategy courses are examples of
business management principles.
Molecular biology: Courses that concentrate on the structure and function of
macromolecules such as DNA, RNA, and proteins, as well as the systems that regulate
them.
Genetics: Courses on inheritance principles and the genetic foundation of biological
phenomena.
Biochemistry: Chemical reactions and processes that occur within living beings are studied
in these courses.
Cell biology: Courses on the structure and function of cells, covering organelles and
functions like metabolism and division.
Biostatistics: Courses on statistical analysis of biological data, including experiment design
and interpretation.
Genetic engineering: Courses that educate students how to change creatures' genetic
makeup using tools like recombinant DNA technology.
Fermentation technology: Microorganisms are used to generate items such as food,
medications, and industrial chemicals.
Ethical and social implications of biotechnology: Biotechnology and its uses raise a
number of ethical, legal, and social challenges.

11. Aside from these basic courses, an MBA in Biotechnology programme may also include
elective courses that allow students to specialise in a specific field of biotechnology or to
explore related themes. Practical training or internships may also be included in the
programme, giving students hands-on experience working in a biotechnology laboratory or
other appropriate context.
Conlusion:
In this article i talked about who is the father of biotechnology. Also we talked about the
meaning, syllabus and course of Biotechnology.
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