Research-Driven Biotechnology for Sustainable Solutions
At ARIGEN Biotech Pvt. Ltd., research and development form the foundation of everything we do. We specialize in the design, synthesis, functionalization, and translation of advanced nanomaterials and sustainable biopolymer systems for applications in:
- Sustainable agriculture
- Diagnostics development
- Environmental sustainability
- Cosmetics R&D
- Applied and translational research
Our R&D philosophy integrates scientific rigor, sustainability, scalability, and real-world usability.
Core R&D Capabilities
Advanced Nanomaterial Synthesis
We possess strong expertise in the controlled synthesis of metal, metal oxide, and bio-based nanomaterials, ensuring reproducibility and application-specific performance.
Nanomaterials Developed:
- Metal & metal oxide nanoparticles (CaO, Fe₃O₄ / Fe₂O₃, ZnO, MgO, SiO₂)
- Noble metal nanoparticles (Gold & Silver)
- Composite and hybrid nanoparticles
- Quantum dots with tunable optical properties
Quantum Dot Technology
ARIGEN Biotech specializes in the synthesis and surface functionalization of quantum dots with controlled emission properties.
R&D Focus:
- High fluorescence efficiency
- Narrow emission bandwidth
- Enhanced photostability
- Surface modification for biological compatibility
Applications:
- Bioimaging research
- Diagnostics development
- Biosensing and fluorescent labeling
Biofunctionalization & Bioconjugation
We develop bio-functional nanoplatforms by conjugating nanomaterials with biological recognition elements.
Bioconjugation Expertise:
- Antibody conjugation
- Aptamer conjugation
- Gold nanoparticle-based biointerfaces
- Quantum dot-based biointerfaces
Applications:
- Point-of-care diagnostics development
- Lateral flow assay research
- Pathogen and biomarker detection
- Targeted biosensing systems
Sustainable Biopolymer & Green Chemistry
Sustainability is central to our R&D strategy. We develop biopolymer-based and renewable nanomaterials using environmentally responsible approaches
Key Technologies:
- Biopolymer nanogels and hydrogels
- Bio-based nanoparticles (protein, lipid, polysaccharide)
- Sulfonated cellulose nanocrystals (SCNCs) in aqueous medium
SCNC Technology Highlights:
- Renewable and biodegradable
- High aspect ratio & surface charge
- Excellent reinforcement for nanocomposites
- Compatible with hydrogels and polymer matrices
Nanogels & Hydrogel Engineering
We engineer smart, water-responsive materials with controlled mechanical and release properties.
R&D Areas:
- Water-retaining hydrogels for agriculture
- Controlled release systems for nutrients and actives
- Nanocomposite hydrogels using metal oxides and SCNCs
Key Benefits:
- High water absorption capacity
- Tunable strength and degradation
- Eco-friendly and biodegradable
Infrastructure & R&D Approach
- Controlled wet-chemical synthesis facilities
- Surface functionalization & conjugation workflows
- Characterization-driven optimization
- Custom formulation development
- Lab-scale to pilot-scale translation
Collaborations & Custom R&D
We actively collaborate with:
- Academic institutions
- Research laboratories
- Startups
- Industrial partners
Services Offered:
- Custom nanomaterial synthesis
- Bio-conjugation development
- Application-specific formulation
- Prototype and proof-of-concept development
Compliance & Disclaimer
All technologies and materials developed are intended for research, industrial, agricultural, and developmental use only.
Not intended for direct human or clinical application unless approved by relevant regulatory authorities.
