LNA™ in situ hybridization
Use the enhanced affinity and discrimination of Exiqon’s unique and proprietary LNA™ technology to design highly sensitive and specific nucleic acid in situ detection probes. - Get greater sensitivity and specificity for all in situ nucleic acid targets
- Detect targets otherwise not detectable, e.g. low abundance targets, or those with short target sequences, such as low expressed mRNAs, microRNA and siRNA
- Probes are ready to be labelled for your preferred detection method, e.g. DIG, TSA, biotin and fluorescent dyes.
mRNA in situ hybridization |
| Get custom probes for mRNA and small RNA in situ hybridizatoin |
|
|  | | Get higher specificity and more signal from your in situ studies of chromosomes |
|
| | | Pre-designed or custom miRCURY™ detection probes for miRNA detection are now available for all known miRNAs in invertebrates, vertebrates and plants |
|
|
|
| |
.jpg)
