A Millipore Water System provides high-purity, reagent-grade water essential for cell culture, molecular assays, and analytical workflows, minimizing experimental variability. It ensures removal of ions, organics, particulates, and microbial contaminants to maintain reproducibility and assay fidelity.
An HTLP Hot Air Oven enables dry-heat sterilization of glassware, metal instruments, and heat-stable materials, ensuring aseptic conditions for experimental workflows. It operates at controlled high temperatures to eliminate microbial contaminants and maintain laboratory biosafety standards.
An HTLP Water Bath offers stable, high-precision temperature control for incubating biological samples and reagents. It supports temperature-sensitive workflows such as enzyme reactions, nucleic acid processing, and protein assays with consistent thermal regulation.
A REMI CM 101 Vortex enables rapid, consistent mixing of reagents, cell suspensions, and assay components to ensure homogeneity before experimental processing. Its controlled vortexing minimizes variability and supports reproducible molecular and cellular assays.
The Fully Automated Autoclave provides reliable steam sterilization of media, instruments, and waste, ensuring aseptic experimental conditions. Its high-pressure, high-temperature operation effectively eliminates microbial contaminants to maintain biosafety and experimental integrity.
The Thermo Refrigerated Centrifuge facilitates rapid, refrigerated separation of cells, biomolecules, and reagents under controlled temperatures. Its high-speed, low-temperature operation preserves sample integrity for molecular and cellular assays.
The Thermo Multiskan FC enables precise absorbance-based quantification for assays such as ELISA, cell viability, and enzymatic kinetics. Its calibrated microplate reading enhances analytical sensitivity and reproducibility in molecular and cellular studies.
A REMI CI-10 BOD Incubator provides precise, low-temperature incubation for microbial cultures, enzyme reactions, and stability studies. Its controlled environment supports reproducible biochemical and molecular assays requiring consistent thermal conditions.
A REMI CIS-24 Orbital Shaker ensures uniform, controlled agitation of cell cultures, reagents, and assay mixtures. Its consistent orbital motion supports optimal mixing, aeration, and reproducibility in molecular and cellular workflows.
The Thermo Genesys 180 UV-Visible Spectrophotometer enables precise analysis of nucleic acids, proteins, and other biomolecules. It facilitates the assessment of sample purity, quantification of gene expression products, and monitoring of biochemical reactions essential for molecular and biochemical studies.
The Thermo 1500 Series A2 Bio Safety Cabinet is used to maintain a sterile, particle-free environment during cell culture, preventing microbial contamination of cancer cell lines and experimental reagents. It ensures controlled airflow, supporting aseptic manipulations essential for reproducibility and reliability of oncological assays.
The Olympus CKX53 Inverted Microscope allows visualization of adherent cancer cell lines directly within culture flasks or dishes without disturbing the cells. It is essential for monitoring cell morphology, confluency, viability, and responses to treatments. This supports accurate assessment of cellular behavior in oncology experiments.
Thermo NanoDrop Lite Plus Spectrophotometer is used to quantify DNA, RNA, and protein samples with very small volumes. It provides rapid measurements of nucleic acid purity and concentration, which are essential for downstream molecular assays. This ensures that genomic and transcriptomic analyses in oncology research are based on high-quality samples.
An Ultra Low Temperature Freezer (-86 °C) is used for long-term preservation of cancer cell lines, tissues, nucleic acids, and reagents by preventing enzymatic degradation. The ultra-low temperature maintains sample integrity and stability over extended periods. This ensures high-quality, reproducible materials for downstream oncology experiments.