Services
CellSight provides customized expert molecular imaging services for monitoring cell kinetics and gene expression in research animals and humans. We employ non-invasive molecular genetic imaging as well as in vitro detection techniques.
Cell Kinetics Services Offered
- Monitor pharmacokinetics of therapeutic cells in living subjects (research animals and humans) at multiple desired time-points following administration. Client therapeutic cells can vary
- Therapeutic immune cells (NK, T Cells, DCs, Macrophages)
- Stem cells (Messenchymal, Embryonic, iPS, Adult Stem Cells)
- Other therapeutic cells (Pancreatic islets, etc...)
- Track changes in transplanted tissues at multiple desired time points:
- Survival of tissue cells
- Changes in characteristics of tissue cells
- Migration of tissue cells
- Proliferation of tissue cells
- Analyze effect of drugs on cells:
- Cell killing by a therapeutic agent
- Cell growth/proliferation induced by a therapeutic agent
- Therapeutic agent causing cell migration or inhibiting cell migration
- Therapeutic agent causing a change in cell characteristics (e.g. differentiation)
Gene Expression Services Offered
- Evaluate pharmacokinetics of therapeutic transgenes including magnitude of therapeutic transgene expression at each location
- Monitor endogenous gene expression and effect of external factors on the expression
Custom Services Offered
- Genetically engineer cells to express one or more imaging reporter genes of different modalities
- Assay cells or tissues for imaging reporter gene expression
- Pre-label cells with imaging probes
- Pre-clinical and clinical pharmacokinetic analysis of therapeutic cells
- Pre-clinical and clinical reporter gene imaging studies
- Monitor cell and gene therapy through molecular imaging
- Monitor cancer therapy efficacy through reporter gene imaging or general molecular imaging
- Pre-clinical and clinical molecular imaging consulting
Products
- Multi-modality Tri-fusion imaging reporter gene constructs
- Viral and non-viral kits for genetically engineering cells to express one or more imaging reporter genes
- Cell lines stably expressing one or more imaging reporter genes