Advanced Environmental Testers for Air, Soil & Water Monitoring
Empowering drug discovery, toxicology, and disease modeling with precise, scalable,
and reproducible in vitro and in vivo systems.
Advanced Cell-Based & In Vivo Solutions for Translational Research
Cell-based and in vivo tools are indispensable to modern life sciences, enabling researchers to study biological functions, drug responses, and disease progression with remarkable precision. These technologies serve as the bridge between basic research and clinical application, allowing for functional assays, toxicity evaluations, and efficacy testing in both controlled cell environments and whole-animal models. As the need for predictive, physiologically relevant systems grows, so does the demand for tools that combine scalability, reproducibility, and translational value.
Physi Analytica provides an extensive range of validated systems and platforms that support this need across North America. As a growing B2B provider, we deliver highly reliable and customizable technologies tailored for pharmaceutical, academic, and biotechnology clients. From imaging-compatible in vitro assays to fully integrated in vivo monitoring systems, our tools are built on quality, innovation, and scientific rigor—helping you streamline discovery while generating actionable, high-fidelity data.
Cell-Based and In Vivo Tools
These technologies are fundamental to labs that demand data integrity, reproducibility, and efficiency. We work closely with clients to configure toolsets that meet application-specific requirements while ensuring ease of use and regulatory compliance.
Flow Cytometry
Flow cytometry is a laser-based technology that rapidly analyzes and sorts individual cells suspended in fluid, based on size, complexity, and fluorescence labeling. It enables researchers to assess multiple characteristics of thousands of cells per second, making it indispensable for immunophenotyping, apoptosis analysis, and cell cycle studies.
Seahorse XF Analyzer
The Seahorse XF Analyzer quantifies real-time cellular metabolism by measuring the oxygen consumption rate (OCR) and extracellular acidification rate (ECAR).
This tool is vital for studying mitochondrial function, glycolysis, and energy pathway shifts in live cells, supporting research in cancer, immunology, and metabolic diseases.
Confocal Microscopy
Confocal microscopy uses point illumination and optical sectioning to produce high-resolution, three-dimensional images of cells and tissues. It minimizes background fluorescence and enhances imaging depth, making it ideal for examining subcellular structures, colocalization, and dynamic processes in living samples.
Patch Clamp
Patch clamp is a high-precision electrophysiology technique used to record ionic currents through individual ion channels in cell membranes. It provides unparalleled insights into neuronal excitability, synaptic transmission, and drug interactions at the cellular level, especially in neurobiology and pharmacology research.
IVS (In Vivo Systems)
In vivo systems are integrated platforms designed to monitor physiological responses in live animal models. They include imaging modules, telemetry devices, and behavioral tracking systems, enabling real-time analysis of drug effects, gene expression, and disease progression under natural biological conditions.
Contact Us
Looking to transform your cell-based or in vivo research capabilities? We’re here to help.
Contact Us to speak with an expert, request a product demo, or explore customized toolkits tailored to your research objectives.