Animal Cell
Culture Domain

"Through Cell-Based Technologies" — Centurion University's frontier laboratory for biotechnology, medicine, and biomedical research.

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// Overview

Animal Cell Culture
Domain

The Animal Cell Culture Domain at Centurion University focuses on the cultivation and study of animal cells under controlled laboratory conditions for applications in biotechnology, medicine, pharmaceuticals, regenerative medicine, and biomedical research.

The domain provides interdisciplinary training in cell biology, molecular biology, biotechnology, pharmaceutical sciences, tissue engineering, and biomedical research.

Animal cell culture plays a critical role in vaccine production, cancer research, drug discovery, stem cell therapy, monoclonal antibody production, toxicology testing, regenerative medicine, molecular diagnostics, and therapeutic development.

Students gain hands-on experience in advanced laboratory techniques, biomedical instrumentation, sterile handling procedures, molecular biology applications, and modern research methodologies.

Cytotoxicity Assay
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// Mission

Domain Objectives

🔬

Skill Development

  • Develop practical expertise in mammalian cell culture and molecular biology
  • Train students in biomedical laboratory techniques
🧪

Practical Learning

  • Provide real-time laboratory exposure and project-based learning
  • Enable hands-on training in cell handling and imaging
🏭

Industry Readiness

  • Prepare students for pharmaceutical, biotechnology, and healthcare industries
  • Familiarize students with GMP and biosafety practices
⚙️

Technology Exposure

  • Introduce advanced biomedical instruments and bioinformatics tools
  • Provide exposure to tissue engineering and regenerative medicine technologies
💡

Innovation

  • Encourage biomedical innovation and translational research
  • Promote startup culture in biotechnology and healthcare sectors
// Infrastructure

Laboratories & Facilities

Major Laboratories

Animal Cell Culture Laboratory
Molecular Biology and Biotechnology Laboratory
Stem Cell and Tissue Engineering Laboratory
Cell Imaging and Microscopy Facility
Microbiology and Sterility Testing Laboratory
Bioprocess and Fermentation Laboratory
Pharmaceutical Biotechnology Laboratory
Cancer Biology Research Laboratory
Bioinformatics and Computational Biology Laboratory
Research and Innovation Incubation Unit
Tissue Culture Laboratory
Advanced Research Laboratory
Sterilization and Media Preparation Facility

Major Equipment

CO₂ Incubator
Biosafety Cabinet (Class II Laminar Air Flow)
Phase Contrast Microscope
Inverted Microscope
Cryopreservation Unit / Deep Freezer (−80°C)
Liquid Nitrogen Storage System
Refrigerated Centrifuge
PCR and Real-Time PCR Machines
ELISA Reader and Washer
Water Purification System
Hemocytometer and Automated Cell Counter
Orbital Shaker and Magnetic Stirrer
Autoclave and Hot Air Oven
Fluorescence Imaging System
Spectrophotometer
Micropipettes
Water Bath
pH Meter
Passaging of Cells
// Featured Technique

Passaging of Cells

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Subculturing techniques ensure cell line maintenance, contamination management, and growth kinetics studies — a cornerstone of animal cell culture practice.

// Modern Tools

Technologies & Software

Technology / Tool Application in Domain
CO₂ IncubatorMaintains controlled conditions for growth of animal cells
Biosafety Cabinet (BSC)Provides sterile environment for aseptic cell culture handling
Cryopreservation TechnologyLong-term preservation of cell lines
Real-Time PCRGene expression analysis and molecular diagnostics
ELISA SystemsDetection of proteins, antibodies, and biomarkers
Bioinformatics SoftwareMolecular modeling, sequence analysis, and computational biology
Image Analysis SoftwareCell counting, morphology analysis, and viability studies
Molecular Docking SoftwareDrug-target interaction and pharmaceutical studies
Microscopy & Imaging ToolsCell morphology and viability analysis
Sterile Filtration SystemsPreparation of contamination-free media
Cell Viability AssaysCytotoxicity and proliferation studies
// Training

Practical Skills & Training

Aseptic Cell Culture Techniques

  • Sterile handling and maintenance of animal cell lines
  • Cell Viability and Cell Counting Methods
  • Trypan blue assay, automated cell counting, growth analysis

Cryopreservation & Cell Banking

  • Freezing, storage, and revival of mammalian cell cultures
  • Long-term storage and recovery of cell cultures
  • Cell Preservation and Cryostorage Techniques

Microscopy & Cell Imaging

  • Fluorescence microscopy and cellular morphology studies
  • Cell morphology, proliferation, and viability analysis
  • Microscopy-Based Cell Characterization

Molecular Biology Techniques

  • PCR, ELISA, DNA/RNA isolation, and protein analysis
  • Stem Cell and Tissue Engineering Applications
  • Regenerative medicine and scaffold-based studies

Drug Screening & Toxicology

  • In vitro drug evaluation and cytotoxicity assays
  • Bioprocess and Biopharmaceutical Production
  • Bioreactor operations and therapeutic protein production

Biosafety & Sterilization

  • Sterilization methods, media preparation
  • Contamination control and management
  • GMP and biosafety practices
// Domain Highlights

What Makes Us Distinctive

01
Advanced laboratory infrastructure for animal cell culture and molecular biology
02
Hands-on training in aseptic techniques and stem cell applications
03
Exposure to biomedical instrumentation and imaging technologies
04
Research-oriented curriculum aligned with biotechnology and pharmaceutical industries
05
Interdisciplinary learning integrating biotechnology, medicine, and bioinformatics
06
Industry-oriented practical training and live research projects
07
Focus on regenerative medicine, cancer biology, and therapeutic development
08
Innovation-driven environment promoting biomedical entrepreneurship
Thawing of Culture
// Core Technique

Thawing of Culture

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Revival of cryopreserved cell cultures is a fundamental skill. Students master protocols to restore frozen stocks to viable, actively growing cultures for research continuity.

// Future Scope

Career & Opportunities

Career Paths

  • Cell Culture Specialist
  • Research Associate
  • Biomedical Scientist
  • Biotechnology Analyst
  • Molecular Biologist
  • Quality Control Analyst
  • Clinical Research Associate
  • Tissue Culture Technician
  • Pharmaceutical Research Executive
  • Vaccine Production Associate

Higher Studies

  • M.Sc./Ph.D. in Biotechnology
  • Cell and Molecular Biology
  • Biomedical Engineering
  • Regenerative Medicine
  • Pharmaceutical Biotechnology
  • Cancer Biology
  • Biomedical Sciences
  • Molecular Biology

Startup & Industry

  • Biotechnology startups
  • Stem cell therapy centers
  • Diagnostic laboratories
  • Biomedical testing services
  • Tissue engineering ventures
  • Pharmaceutical industries
  • Vaccine manufacturing industries
  • Biopharmaceutical industries
// Results

Domain Outcomes

01

Develop practical expertise in animal cell culture, aseptic handling, cell line maintenance, and molecular biology techniques.

02

Gain hands-on experience in advanced biomedical instrumentation, microscopy, cryopreservation, PCR, ELISA, and cell viability analysis.

03

Apply knowledge of tissue engineering, regenerative medicine, drug screening, and biomedical research in biotechnology and pharmaceutical applications.

04

Build industry-oriented skills and research competency for careers in biotechnology, healthcare, pharmaceutical industries, and biomedical research organizations.

// Leadership

Domain Coordinator

Dr. Preetha Bhadra
Profile_photo.jpg
Domain Coordinator

Dr. Preetha Bhadra

🎓
Head & Associate Professor
Department of Biotechnology
🏛️
M. S. Swaminathan School of Agriculture
Centurion University of Technology and Management
Paralakhemundi, Odisha
📞 9073388391