Medical Biotechnology Training
Medical biotechnology stands as one of the most dynamic and fast-evolving disciplines at the intersection of biology, medicine, and technology. It focuses on understanding the molecular and cellular mechanisms of diseases and applying this knowledge to create innovative solutions for human health. From the production of life-saving drugs to the development of advanced diagnostic tools, medical biotechnology plays a vital role in improving healthcare outcomes.
Through Medical Biotechnology Training, students and young researchers gain exposure to modern laboratory practices, cutting-edge technologies, and real-world applications. This training is not just about learning experiments; it’s about developing the mindset to innovate, analyze, and translate scientific knowledge into healthcare solutions.
Some of the major areas covered during training include:
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Molecular Biology & Genetics – Techniques like PCR, DNA sequencing, and recombinant DNA technology form the foundation for genetic testing, disease diagnosis, and gene therapy research.
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Immunology & Vaccinology – Training provides insights into immune responses, development of vaccines, and immunodiagnostic tools such as ELISA and Western blotting.
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Cell & Tissue Culture – Essential for cancer biology, regenerative medicine, and drug screening, this skill enables students to work on live cells and tissues.
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Biochemistry & Drug Discovery – Focused on enzyme kinetics, protein purification, and biochemical assays that support new therapeutic development.
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Bioinformatics & Computational Biology – A growing area that uses software tools to analyze genetic data, predict disease risks, and design personalized treatments.
By mastering these skills, students become equipped to meet the increasing demand for skilled professionals in industries like pharmaceuticals, biotechnology companies, hospitals, clinical research organizations, and diagnostic laboratories.
Medical Biotechnology (HB-06)
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Working with Instrumentation used in Medical Biotechnology laboratory
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Various Media (Solid/Liquid) preparation and It’s Sterilization
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Isolation of Microbes from Clinical Samples through Serial Dilution Method
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Identification of Bacteria of Clinical Importance by various Staining Method
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Identification of Bacteria of Clinical Importance by various Biochemical Tests
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IMViC test: Indole test, Methyl red test, Voges-Proskauer test, Citrate utilization test
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Enzymatic assay: Catalase activity Test, Oxidase activity Test
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Urine Sample Analysis & Antibiotic Sensitivity Test
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To Study Blood Microscopy
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To Perform Blood Grouping Test
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To Determine the Hemoglobin Content in Blood Sample
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Detection of Salmonella sp. by Qualitative Slide Agglutination Test (Widal Test)
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To Perform VDRL Test
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ELISA Test
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Determination of the Rheumatoid Arthritis(RA)
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Isolation of Serum and Plasma from Blood
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Blood Sugar Test from Serum/Plasma
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To Perform Liver Function Tests (LFT)
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To Perform Kidney Function Test ( KFT)
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To Calculate Total Serum Protein in Blood Sample
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To Calculate Total Calcium in Blood
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To Calculate Total Cholesterol in Serum
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To Perform HDL Cholesterol Estimation Test
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To Perform LDL Cholesterol Estimation Test
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Isolation and Purification of Immunoglobins (IgG)
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To Perform Radial Immunodiffusion Test
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Ouchterlony Double Diffusion Assay
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DNA Isolation from Animal Tissue/Blood Sample
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Agarose Gel Electrophoresis of Genomic DNA
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Polymerase Chain Reaction(PCR)
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Gel Electrophoresis of PCR Products with Molecular Markers
Job Prospects After Medical Biotechnology Training
The job market for medical biotechnologists is expanding globally, driven by the rising need for better diagnostics, new therapies, and personalized medicine. Graduates trained in this field can look forward to diverse opportunities such as:
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Clinical Research Associate – Monitoring and managing clinical trials for new drugs and therapies.
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Molecular Diagnostics Specialist – Working in advanced labs to detect genetic disorders, infectious diseases, and cancers.
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Biopharma Scientist – Contributing to drug discovery, vaccine development, and therapeutic antibody production.
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Research Fellow / Project Assistant – Joining academic and government research institutes for innovative medical research.
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Forensic Biotechnologist – Applying molecular biology tools in forensic and pathology labs.
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Bioinformatics Analyst – Using computational methods to interpret genetic data for precision medicine.
The scope of medical biotechnology also extends into emerging fields such as stem cell research, regenerative medicine, nanobiotechnology, and gene editing (CRISPR-Cas9), offering exciting and futuristic career options.
With global healthcare challenges like cancer, antibiotic resistance, and viral outbreaks, the role of medical biotechnologists will only become more crucial. Hence, Medical Biotechnology Training is not just an academic choice but a career-defining investment for students aspiring to shape the future of medicine.
100% Hands on Lab Trainings
PhD Assistance
Fee Details
Modules
Medical Biotechnology
Duration
30 Days
Fee
11,000/-
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Registration fee ₹ 1000 Extra (Excluding module fee).
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Registration for the various training & skill development programs can be done by both offline and online mode.
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Once your application is successful, you will receive a confirmation email for the training program.
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You will get a notification and email regarding confirmation of your training.
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Batch starts from every Monday, enrolled students can join from any Monday.
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Report to company office on the date of joining at 10 am.
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Batch Timings: 9:30 A.M- 2:00 P.M (Morning) & 2:00 P.M - 6:00 P.M (Afternoon).
Eligibility
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Educational Qualification:
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Minimum: 10+2 (Science Stream – Biology/Chemistry)
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Graduation in Biotechnology, Microbiology, Biochemistry, or related fields is preferred for advanced courses.
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Age Requirement:
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No strict age limit; candidates above 16 years are eligible.
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Skills & Knowledge:
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Very basic understanding of Biology and Chemistry is recommended.
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No prior lab experience is mandatory for beginner courses; hands-on training will be provided.
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Other Requirements:
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Enthusiasm to learn practical biotechnology techniques.
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Commitment to complete the program.
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Career Benefits of Industrial Training at Helix Biogenesis
At Helix BioFast Labz Pvt. Ltd., our Industrial Training Program is designed to bridge the gap between academic
knowledge and real- world biotechnology applications. This hands-on experience equips students and young
professionals with the technical expertise, confidence, and industry exposure needed to excel in their careers
Why Choose Helix BioFast Labz for Industrial Training?
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Industry-Relevant Practical Skills- Learn essential laboratory techniques used in molecular biology, biochemistry, and applied biotechnology — skills that top biotech and pharma recruiters demand.
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Hands-on Training on Advanced Instruments- Get real-time experience with high-end equipment such as PCR, spectrophotometer, gel documentation system, centrifuge, and more.
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Project-Based Learning for Strong Portfolios- Work on guided research or analytical projects to showcase your abilities during interviews and academic applications.
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Mentorship from Industry Experts- Receive guidance from experienced scientists and professionals who bring current industry knowledge and real lab practices.
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Professional Work Environment Exposure- Understand lab safety, documentation standards, and workflow management preparing you for industrial and R&D setups.
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Recognized Certification- Earn a verified certificate from Helix Biogenesis Pvt. Ltd., enhancing your credibility in job applications and academic pursuits.
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Improved Job & Placement Opportunities- Our training makes you job-ready for careers in biotech, diagnostics, pharmaceutical, and life science industries.
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Career Guidance & Networking- Get personalized advice on resume writing, interviews, and connect with experts and alumni working in leading organizations.
