Molecular Biology & Chromatography Techniques Course
- Description
- Curriculum
- FAQ
- Reviews
Overview
Molecular Biology involves the study of biological activities at the molecular level, focusing on DNA RNA, and proteins. On the other hand, Chromatography Techniques refer to a set of laboratory methods for separating and analyzing complex mixtures. Together, these fields provide a comprehensive understanding of the building blocks of life and the analytical tools to investigate them.
Benefits of Learning
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Holistic Understanding- Gain profound insights into the molecular mechanisms governing life processes.
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Research Opportunities- Explore avenues for groundbreaking research in genetics, genomics, and biochemistry.
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Interdisciplinary Knowledge- Develop a cross-disciplinary skill set essential for modern scientific inquiry.
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Industry Relevance- Align with the ever evolving demands of biotechnology, pharmaceuticals, and healthcare sectors.
Who Can Learn
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Aspiring Scientists- Individuals with a passion for scientific exploration.
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Biotechnology Enthusiasts- Those interested in the application of biological processes for technological advancements.
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Laboratory Professionals- Seeking to enhance their skills in analytical techniques.
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Graduates in Biology, Biochemistry, or Related Fields- Looking to specialize in molecular-level research
Career Scope
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Biotechnologist- Develop and implement biotechnological solutions.
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Geneticist- Study and manipulate genes for various applications.
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Pharmaceutical Researcher- Contribute to drug discovery and development.
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Clinical Laboratory Scientist- Perform diagnostic tests using molecular techniques.
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Academic Researcher- Engage in research at universities and research institutions.
Salary Package with Job Roles in India and Abroad
India
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Entry-Level- INR 4-6 lakhs per annum (Biotechnologist, Laboratory Technician)
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Mid-Career- INR 8-12 lakhs per annum (Geneticist, Research Scientist)
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Senior-Level- INR 15 lakhs and above (Pharmaceutical Research Director, Professor)
Abroad
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Entry-Level- Dollar 50,000 – 70,000 per annum (Research Associate, Laboratory Technologist)
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Mid-Career- Dollar 80,000 – 120,000 per annum (Genomics Specialist, Senior Scientist)
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Senior-Level- Dollar 150,000 and above (Biotechnology Director, Principal Investigator)
Requirements to Study
1. Educational Background- A bachelor’s degree in Biology, Biochemistry, or related fields.
2. Prerequisite Knowledge- Basic understanding of cellular biology and biochemistry.
3. Technical Skills- Proficiency in laboratory techniques and scientific instrumentation.
4. Computer Skills- Familiarity with data analysis and bioinformatics tools.
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1IntroductionVideo lesson
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2Biobased ProductsVideo lesson
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3Types of BioproductsVideo lesson
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4What is Scale-UpVideo lesson
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5Bioreactor - Production UnitVideo lesson
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6Example of Food Biotechnology Cheese MakingVideo lesson
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7Amul ProductionVideo lesson
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8Key Points for Consideration For Scale Up Your Industrial BioprocessVideo lesson
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9Advantage and DisadvantageVideo lesson
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10Indian ScenarioVideo lesson
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11Fermentation and MicrobesVideo lesson
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12Why Microbes are The Key Player of FermentationVideo lesson
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13Central Metabolic PathwaysVideo lesson
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14Alcoholic & Acidic FermentationVideo lesson
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15National Collection of Industrial Microorganisms (NCIM)Video lesson
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16Primary & Secondary ScreeningVideo lesson
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17Feedstock For FermentationVideo lesson
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18Selection of Process ParametersVideo lesson
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19Media Formulation For Better YieldVideo lesson
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20Selection of Process Parameter and InhibitorsVideo lesson
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21SterilizationVideo lesson
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22ExampleVideo lesson
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23Research ArticleVideo lesson
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24Physicochemical FactorsVideo lesson
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25Batch FermentationVideo lesson
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26Fed Batch Fermentation & Its TypeVideo lesson
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27Desired ProductVideo lesson
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28Continuous FermentationVideo lesson
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29Submerged and Solid State FermentationVideo lesson
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30SubstratesVideo lesson
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31Physico Chemical Factors For SSFVideo lesson
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32Comparing Submerged and Solid State Fermentation of Agro-IndustrialVideo lesson
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33Production MetricsVideo lesson
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34Strain Improvement- Application of MutationVideo lesson
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35Example of Penicillin & Lysine ProductionVideo lesson
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36Factor Associated With MustagenesisVideo lesson
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37Strain Improvement- Application of Metabolic EngineeringVideo lesson
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38Approaches to Engineer Strains For Stable & Reliable ProductionVideo lesson
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39Substrate Utilization EngineeringVideo lesson
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40Tolerance EngineeringVideo lesson
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41Genetic Stability and Strain RobustnessVideo lesson
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42Recombinant Insulin Production E-ColiVideo lesson
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43Basic Concepts of BioreactorVideo lesson
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44Bioreactor Geometry DesignsVideo lesson
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45Stirrer Geometry ImpellerVideo lesson
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46Simultaneous Axial & RadialVideo lesson
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47Issues Related with MixingVideo lesson
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48Bioreactor Control SystemVideo lesson
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49Bioreactor for Submerged FermentationVideo lesson
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50Bioprocess ParametersVideo lesson
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51Types of Bioreactor Based on AgitationVideo lesson
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52Pneumatically Driven - Reactors Agitated by Air FlowVideo lesson
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53Orbitally Shaken BioreactorsVideo lesson
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54Bioreactor for Solid State FermentationVideo lesson
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55Bioreactor Rotating DrumVideo lesson
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56Difference Between SSF and SMFVideo lesson
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57Example of Solid StateVideo lesson
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