Controlled label spacing on oligonucleotide polymer conjugates improves multiplex tissue detection while limiting interference and antibody loss.
Oligonucleotide polymer conjugates use spacers and linkers to enable multiplex IHC detection with lower steric interference and background noise.
A reverse-flow magnetic bead suspension labels filter-captured white blood cells for more precise rare cell separation.
Dextran-coated magnetic beads isolate rare cells with high purity and viability, resolving yield versus purity trade-offs in conventional separation.
M13 phage affinity enables time-gated luminescence detection of Escherichia coli in urine samples.
A connector system uses a cleavable backbone to attach fluorescent labels to affinity reagents for biological sample analysis.
Fluorescent polymer fine particles with a hydrophilic shell enable multiplex detection using distinct lanthanoid dye wavelengths.