State-of-the-art equipment for groundbreaking research
BIG Lab offers access to a wide range of advanced laboratory equipment to support your research needs. Our facility is equipped with the latest instruments for cell culture and analysis, genomics, proteomics, and more.
Whether you're conducting basic research or developing cutting-edge therapies, our equipment is designed to accelerate your discoveries and ensure precise, reliable results.
Flow cytometry enables sophisticated, high-parameter analysis to identify and characterize diverse cell populations and distinct phenotypes within complex samples. The BD FACSLyric™ Flow Cytometer enhances this capability with its 12-color detection system and integrated blue, red, and violet lasers, facilitating detailed and precise cellular analysis. Learn more
The BD Rhapsody™ Single-Cell Analysis System allows flexible sample processing and cell capture from hundreds of thousands of single-cells using a gentle and robust microwell-based cartridge technology and multitier barcoding system enabled by BD Rhapsody™ Enhanced Bead Technology. Multiple samples can be processed in a single run when utilizing BD multiplexing antibodies. Learn more
FluoroSpot and ELISpot reader capable of analyzing up to four analytes simultaneously with unparalleled accuracy and speed with patented RAWspot™ technology. Streamlined workflow with fixed focus and self-calibrating XY table, automated plate loading and customizable presets for recurrent experiments. Learn more
The Luminex® 200™ System is a high-throughput, flow-based analyzer designed for rapid and reliable multiplex biomarker detection. Utilizing fluorescently dyed, micron-sized polystyrene microspheres, it delivers precise and efficient identification of multiple biomarkers simultaneously. Learn more
This advanced imaging system is equipped with 12 filters (6 excitation and 6 emission wavelengths), enabling versatile imaging capabilities. It supports applications from standard nucleic acid-stained gel imaging to colorimetric, chemiluminescent, and fluorescent protein-stained gels. Additionally, it excels in specialized plate-based imaging tasks, such as bacterial colony counting, ensuring comprehensive and precise analysis across a range of scientific applications. Learn more
Ella is a benchtop automated immunoassay platform designed for high-sensitivity, reproducible, and consistent biomarker detection. It streamlines the immunoassay process using a microfluidic cartridge preloaded with antibodies and fluorochromes, delivering reliable results in just 90 minutes. Learn more
Jess™ utilizes capillary-based protein separation and immunodetection with high sensitivity and elevated capacity for protein detection. Learn more
Robust and compact spectrometer with 4 LED light sources 450 nm, 490 nm, 540 nm, 595 nm for measurement of optical density (absorbance) of samples in ANSI/SBS-standard 96-well microtiter plates. Learn more
The QuantStudio™ 5 system using proven OptiFlex technology (featuring six decoupled channels and white LED) and featuring six independent Veriflex temperature zones, enables improved data accuracy and sensitivity for a broad range of genomic applications. Learn more
Compact and user-friendly thermal cycler with precise temperature control and excellent thermal uniformity. Learn more
Plate-based digital PCR (dPCR) platform powered by proprietary microfluidic array plate (MAP) technology which enables multi-step multi-instrument workflow into a one-step workflow with minimal technical expertise and reducing wastage in sample volume. Learn more
The Qsep100 is an automated Bio-Fragment Analyzer ideal for analyzing DNA, RNA, and protein fragments, making it a preferred tool for NGS quality control. It supports various applications, such as RNA quality checks with RNA Quality Number (RQN) and gDNA quality control with DNA Quality Number (DQN). Qsep100 uses disposable cartridges, simplifying the process by eliminating the need for complex, time-consuming gel preparation. This boosts analysis accuracy, efficiency, reproducibility, and reduces human error and costs. Learn more