Oncostat TLS is a high yield epithelial CTC capture and tumor Lynch Syndrome characterization diagnostics test using MLH1, PMS2, MSH2 and MSH6 protein staining on CTCs
Oncostat NTRK-I is a high yield epithelial CTC capture and NTRK gene fusion screener using pan-TRK antibodies to detect TRKA, TRKB, and TRKC proteins on CTCs
Oncostat NTRK-F is a high yield epithelial CTC capture and NTRK1, NTRK2, and NTRK3 characterization diagnostics test using multiplexed FISH probes and high resolution imaging
Optimized to label small cells and cell with very low antigen receptor density
- Non-crystalline, smooth core minimizes non-specific binding
- Uniform nano size with low mass and extraordinarily high diffusion
- Non-magnetic core has a specific density similar to nucleated cells optimizing labeling efficiency
- Covalently coupled to an antibody of choice (EpCAM or others) and to a linker highly specific to the Cytopull nanobeads
Optimized to bind to Cytotag nanobeads and create high magnetic loads on tagged CTCs
- Uniform paramagnetic beads
- Nanosized to improve particle diffusion
- Capability to bind to each other to create aggregates with enough magnetic load to enrich CTCs from a tube of whole blood
- Extremelly low non-specific binding
Optimized to manipulate enriched CTC samples for low resolution imaging
- Uniformly sized paramagnetic beads used to manipulate cells
- Non-aggregating which prevents potential clustering that impedes visualization
- Druning imaging, they allow for fast focusing of cells on wall of optical cuvettes using a custom magnetic holder