BIOTECHNOLOGY RESEARCH & DEVELOPMENT SERVICES

---

We provide specialized research and development services in the life sciences, biotechnology, and pharmaceutical fields. Our expertise includes genetic engineering, bioprocessing, Cell & Gene Therapy, regenerative medicine, drug discovery, and synthetic biology, supporting experimental design, laboratory execution, and technical analysis. We focus on generating validated, reproducible results that advance scientific knowledge, enable innovation, and support product development. Through rigorous R&D processes, we help clients translate concepts into viable technologies, therapeutics, and biologically engineered solutions. 

• Design, implementation, and optimization of gene-editing strategies including CRISPR, base/prime editors, and viral vector delivery.
   
• Generation of modified cell lines, constructs, and functional assays for research and therapeutic applications.
   
• Technical validation, data analysis, and characterization of gene-editing outcomes.

• Target identification, assay development, and high-throughput screening for small molecules and biologics.
   
• Mechanistic studies, pathway analysis, and functional testing to identify and optimize lead candidates.
   
• Preclinical experimental design and in vitro/in vivo validation to support translational research.

• Optimization of upstream and downstream processes for biologics, cell therapies, and viral vectors.
   
• Analytical characterization, process monitoring, and troubleshooting to ensure product quality and scalability.
   
• Laboratory support for technology transfer, process development, and experimental reproducibility.

• Engineering of synthetic biological systems, pathways, and organisms for research and product innovation.
   
• Laboratory prototyping, validation, and functional testing of bioproducts and research tools.
   
• Iterative R&D to refine systems for performance, stability, and experimental reproducibility.

•  Integration of AI/ML platforms for predictive modeling, genomics analysis, and process optimization.
   
• Development and implementation of data-driven workflows and experimental pipelines.
   
• Computational analysis and technical evaluation to support laboratory research and R&D decision-making.