At BILSAB, we believe that scientific excellence begins with empowering researchers through exceptional tools, dedicated spaces, and meaningful opportunities. Our state-of-the-art facilities are designed to cultivate a creative and collaborative research environment—one where transformative idea can flourish, and the next generation of discoveries can take shape.
We offer a fully integrated, multidisciplinary ecosystem that drives innovation across biotechnology, life sciences, and biomedical engineering.
These cutting-edge tools are complemented by in-house research training programs that equip our students and researchers to master the latest technologies in biomedical science. Our laboratories and research spaces are not just functional; they are environments of imagination, collaboration, and intellectual empowerment, fostering the discoveries of tomorrow.
Our core technologies include:
Confocal Microscopy Facility
Our institute houses a state-of-the-art Leica SP8 Confocal Laser Scanning Microscope, designed for high-resolution cellular imaging and advanced tissue analysis. Equipped with an extensive laser range—from near-UV to far-red—the system enables precise excitation and detection of a wide spectrum of fluorophores.
With a resolution down to 120 nm, the Leica SP8 provides exceptional clarity and detail, supporting a broad range of imaging applications. The system offers:
- Multi-position imaging for automated acquisition across multiple regions
- XY scanning for high-precision mapping of samples
- Time-lapse imaging to capture dynamic cellular processes
- Fluorescence lambda scanning for spectral imaging and fluorophore separation
This powerful platform allows researchers to visualize complex biological structures, analyze dynamic cellular behavior, and conduct cutting-edge fluorescence-based experiments with confidence and precision.
Cytation 5 High-Throughput Imaging Platform
Our institute features the Cytation 5, a versatile high-throughput imaging and analysis platform designed for automated biological screening. Equipped with four fluorescence detection cubes—capable of three-channel simultaneous detection spanning from near-UV to far-red—the system delivers both flexibility and precision across a wide range of applications.
The Cytation 5 accommodates multiple sample formats, from 96-well plates to standard microscope slides, enabling seamless integration of imaging and quantitative analysis. Its advanced environmental control module, with regulated CO₂ and O₂, allows for long-term live-cell imaging, supporting experiments that run continuously for days without interruption.
Key capabilities include:
- High-throughput imaging of up to 96 samples simultaneously
- Time-lapse imaging for every well, enabling dynamic cellular analysis
- Automated acquisition and analysis for efficient screening workflows
- Environmental control for stable, long-duration cell culture imaging
The Cytation 5 provides a powerful and flexible platform for researchers conducting live-cell studies, multi-well screening, and fluorescence-based assays at scale.
Fluorescent Cell Sorter (FACS) for precision immunology and cell-based research.
Nikon Inverted Microscope with Narishige Microinjection System
Our institute is equipped with a Nikon inverted microscope integrated with a Narishige microinjection platform, designed for high-precision manipulation of embryos and single cells. The system includes a microinjection needle puller capable of producing fine-tipped needles suitable for both aspiration and the injection of picoliter-scale volumes directly into cells or embryos.
A motorized stage and high-precision micromanipulator allow for smooth, accurate positioning, ensuring reliable and reproducible microinjection procedures. This setup supports a wide range of developmental biology, genetics, and cell-engineering applications, providing researchers with the precision and control needed for delicate microsurgical interventions.
Bio-Rad S3e Fluorescence-Activated Cell Sorter (FACS)
Our institute houses the Bio-Rad S3e Fluorescence-Activated Cell Sorter, a fully automated system designed for rapid, precise, and reproducible separation of heterogeneous cell populations. Equipped with dual-laser excitation and multiple fluorescence detection channels, the S3e enables high-sensitivity analysis and sorting of cells based on complex phenotypic markers.
The system provides:
- High-purity, high-recovery cell sorting for downstream applications.
- Automated setup and calibration, ensuring consistent performance.
- Real-time analysis for accurate gating and population refinement
- Multi-color fluorescence detection for versatile assay design
The Bio-Rad S3e supports a wide range of research applications, including immunology, stem cell biology, developmental genetics, and molecular profiling. Its user-friendly interface and robust automation make high-precision cell sorting accessible to both experienced and emerging researchers.
High-Performance Liquid Chromatography (HPLC) System
Our institute is equipped with a High-Performance Liquid Chromatography (HPLC) system designed for precise separation, identification, and quantification of complex chemical mixtures. With high-resolution analytical capability and robust detection options, the HPLC system supports a wide spectrum of biochemical and molecular research applications.
Key features include:
- High-sensitivity detection for accurate quantification of small molecules, metabolites, peptides, and nucleotides
- Reliable gradient control for reproducible separations across diverse sample types
- Automated sample handling for efficient workflow and increased throughput
- Versatile column compatibility, allowing researchers to tailor separation conditions to their experimental needs
- This platform enables rigorous analytical work essential for biochemistry, pharmacology, metabolomics, and quality assessment studies.
- Fast Protein Liquid Chromatography (FPLC) System
Fast Protein Liquid Chromatography (FPLC) system provides dedicated, high-resolution purification of proteins, nucleic acids, and other biomolecules under gentle, biologically compatible conditions. Engineered for precision and reproducibility, the system supports both analytical and preparative workflows, making it ideal for structural, biochemical, and functional studies.
Key features include:
- UV and conductivity monitoring for real-time assessment of protein purity
- Automated fraction collection for streamlined purification workflows
- Highly stable pressure and flow control optimized for sensitive biological samples.
- Compatibility with a wide range of affinity, ion-exchange, and size-exclusion columns
The FPLC system enables researchers to obtain highly purified biomolecules with ease and reliability, supporting downstream analyses such as structural biology, enzymatic assays, and protein–protein interaction studies.
Bioreactors (1–5 L) for Synthetic Biology & Bioengineering
Our state-of-the-art 1–5 L bioreactors provide a versatile platform for microbial and cell culture experiments, designed to accelerate research in synthetic biology and bioengineering. Engineered for precise control over temperature, pH, dissolved oxygen, and agitation, these systems allow researchers to replicate and optimize conditions from small-scale experiments to larger production setups.
Ideal for strain development, protein expression, metabolic engineering, and process optimization, our bioreactors support scalable workflows, enabling smooth translation from bench-scale research to industrial applications. Their modular design ensures flexibility, reproducibility, and easy integration with analytical tools, helping scientists drive innovation in cell-based research and bioengineering.
To learn more about how to avail these facilities, click on
