🔬 Explore the Right Research Area

Different students have different interests—from working with DNA and microorganisms to studying cells, proteins, therapeutics, cancer biology and computational approaches.

At Amplikon Biosystems, we provide training and research project support across multiple areas of biotechnology and life sciences, including:

• Molecular Biology & Genetic Engineering
• Microbiology & Microbial Biotechnology
• Mammalian Cell Culture & Cell Biology
• Recombinant Biotechnology
• Immunology
• Biochemistry
• Protein Expression & Purification
• Bioinformatics & Drug Discovery
• Cancer Biology
• Nanobiotechnology
• Molecular Medicine & Therapeutic Research
• Advanced Biotechnology & Translational Research

This allows students and researchers to explore projects according to their academic background and research interests.

🧪 What Do We Offer?

At Amplikon Biosystems, we focus on learning through practical laboratory experience. Our programs are designed to help students understand the complete research process—from basic laboratory techniques to project execution and interpretation of results.

Hands-on Laboratory Training

Participants can receive practical exposure to a wide range of techniques, including:

Molecular Biology:
DNA and RNA isolation, plasmid isolation, PCR, agarose gel electrophoresis, restriction digestion, bacterial transformation and related molecular techniques.

Microbiology:
Microbial culture, media preparation, isolation and screening, antibiotic susceptibility testing (AST), broth MIC and other microbiological techniques.

Mammalian Cell Culture:
Cell culture maintenance, aseptic techniques, cell counting and seeding, transfection, cell viability assays and cell-based experiments.

Protein & Biochemistry:
Protein estimation, SDS-PAGE, Western blotting, recombinant protein expression and Ni-NTA affinity chromatography.

Immunology:
ELISA and other antibody- and antigen-based laboratory approaches.

Bioinformatics & Drug Discovery:
Sequence analysis, molecular docking, target identification and computational approaches used in modern drug discovery and therapeutic research.

👩‍🔬 More Than Just Performing a Protocol

Research is not simply about following steps from a protocol.

We help participants understand why an experiment is performed, how to approach unexpected results, how to troubleshoot experimental problems and how to interpret the data generated.

Our project and training support can include:

• Research area and project selection
• Experimental planning
• Protocol understanding
• Hands-on laboratory training
• Experimental troubleshooting
• Data collection and interpretation
• Research documentation
• Project report preparation
• Dissertation support
• Presentation and scientific communication

The objective is to help students move from theoretical understanding to practical research skills.

🧬 Advanced & Ongoing Research Projects

Our research exposure also extends to emerging areas of biotechnology, including PROTAC-based therapeutics, antibody–drug conjugate strategies, CAR-T therapy, cancer immunotherapy, mRNA vaccines and computational drug design.

Some of our ongoing advanced projects include:

1. Antibody–PROTAC Conjugates for HER2-Targeted BRD4 Degradation in Breast Cancer

Development of antibody–PROTAC conjugates for targeted degradation of BRD4 in HER2-dependent breast cancer models.

2. Bifunctional PROTAC-Based Antibody Conjugates for HER2+ Cancers

Design and molecular docking of bifunctional PROTAC-based antibody conjugates for therapeutic targeting of HER2-positive cancers.

3. Targeted Degradation of Mutant Huntingtin Protein

In silico design and wet-lab prototype development of antibody–PROTAC conjugates targeting mutant Huntingtin protein for potential therapeutic applications in Huntington's disease.

4. Antibody–PROTAC Conjugates Targeting HPV Oncogenic Proteins

Design and evaluation of antibody–PROTAC conjugates targeting HPV oncogenic proteins for potential cervical cancer therapy through combined in silico and wet-lab approaches.

5. Targeted Degradation of Tau Protein in Alzheimer's Disease

In silico design and wet-lab prototype development of antibody–PROTAC conjugates for targeted degradation of tau protein, exploring potential approaches for Alzheimer's disease research.

6. HER2-Targeted CAR-T Therapy for Breast Cancer

In silico design and wet-lab prototype development of HER2-targeted CAR-T therapy constructs for breast cancer immunotherapy research.

7. CAR-T-Based Therapy for Hepatocellular Carcinoma

Development of CAR-T-based therapeutic strategies for targeted treatment research in hepatocellular carcinoma.

8. mRNA-Based Vaccine Development for Cervical Cancer

Development of an mRNA-based vaccine strategy for cervical cancer using integrated in silico and in vitro approaches.

Note: Advanced project availability, scope and level of participation may vary according to the current research program and individual academic requirements.

🎓 Who Can Benefit?

Our training and project support can be suitable for students and learners from fields such as:

B.Sc. /B.Tech Biotechnology | B.Sc. Microbiology | B.Sc. Biochemistry | Life Sciences | M.Sc. Biotechnology | M.Sc. Microbiology | M.Sc. Biochemistry | Biomedical Sciences | Related Life Science Disciplines

Whether you are looking for a short-term practical training, internship, academic project, dissertation or advanced research exposure, the program can be aligned with your learning and research objectives.

💡 What Makes the Right Laboratory?

When choosing a laboratory, don't look only at the number of instruments or techniques listed on a website.

Look for a place where you can:

Learn → Perform → Troubleshoot → Analyse → Understand → Research

Choose a laboratory where you don't just complete a project—you build the skills to understand research.

Explore Our Training Programs | Explore Ongoing Projects | Get Project Support | Contact Amplikon Biosystems