drug discovery and translational medical solutions
immunoassay, multiplex and proximity-based assay
Technologies
multiple assay formats designed for biology, supporting different detection requirements, automation compatibility and integration into experimental workflows.
FRETX
time-resolved fluorescence energy transfer assays based on donor–acceptor proximity
LICIA
proximity-based luminescent immunoassays using signal amplification chemistry
MULTIPLEX
multi-analyte assays enabling simultaneous detection within a single reaction
ELISA
enzyme-linked immunoassays with chemiluminescent readouts
Workflow integration
assay systems are designed for compatibility with standard laboratory infrastructure, including plate readers, automated liquid handling and high-throughput screening platforms.
Therapeutic areas
enabling access across disease areas and biological contexts
Oncology
Tumour markers · Cancer pathways
Immunology
Cytokines · Immune regulation
Cardiovascular
Cardiac markers · Coagulation
Metabolism & endocrine
Hormones · Metabolic pathways
Neuroscience
Neurodegeneration · Synaptic proteins
Infectious disease
Viral · Microbial · Antigen–antibody
Applications
enabling access to experimental workflows and biological systems
Target validation
Receptors · Kinases · Signalling
Biomarker profiling
Cytokines · Hormones · Circulating proteins
Cell-based assays
Proliferation · Apoptosis · Cytotoxicity
Mechanism of action
Pathways · Protein interactions
Tissue & imaging
IHC · Multiplex imaging
Biological systems
enabling access to key target classes relevant to drug discovery
Receptor biology
GPCRs · Ligand-receptor systems
Kinases & signalling
Kinases · Phosphorylation
Transcription & regulation
Transcription factors · Gene regulation
Enzymes
Metabolic enzymes · Catalytic activity
Transport & binding
Transporters · Binding proteins
Immune cell markers
Surface markers · Immune receptors
Custom assay development & experimental design
Many applications extend beyond standard catalogue formats. bionoriX works with partners to design, develop, and optimise assays for specific targets, sample matrices, and workflows — from early development through to applied use.
