Library Tags TRIZ Cases
- Silent Nanoscale Carriers for Synergistic Ligand Screening
Silent phage carriers with genetic barcodes enable pooled screening of synergistic ligand binding while avoiding steric interference.
- Combined NGS Library Preparation for Simultaneous Targeted and Genome Analysis
A pooled NGS library with capture probes and indexed adaptors enables targeted and whole-genome analysis in one run, improving quality, cost, and turnaround.
- Indexed Nucleic Acid Libraries With 3' End Blocking Against Index Hopping
3' end blocking and exonuclease cleanup stop unincorporated adapters from priming cluster amplification, sharply reducing index hopping.
- 3' Blocked AbSeq Oligonucleotides to Prevent Template Extension
Blocker nucleotides added at the 3' end of AbSeq oligonucleotides stop unwanted polymerase extension and improve protein-gene analysis accuracy.
- Barcoded DNA Transposition for Contiguity-Preserving Sequencing
Barcoded transposome tagging preserves DNA contiguity during fragmentation, enabling variant, phasing, and methylation analysis without extra purification.
- Oligonucleotide Marker Blocking for Low-Background Fluorescence Imaging
Partially complementary blocking oligonucleotides suppress nonspecific binding and background fluorescence in multiplex biological sample analysis.
- Sequential Nucleic Acid Encoding for High-Throughput Protein Analysis
Nucleic acid barcoding transfers protein recognition events into sequencing-readable tags, improving multiplexed analysis accuracy and throughput.
- Barcode Oligonucleotide Markers for Low-Background Sample Imaging
Partially complementary blocking oligonucleotides curb nonspecific label binding and background fluorescence in high-plex sample analysis.
- Binary-Coded HiPR-FISH Imaging for Dense Microbial Biofilms
Binary fluorophore coding expands HiPR-FISH multiplexing and improves single-cell mapping of densely packed microbial communities.
- Spatial Single-Cell Sequencing with In Situ Barcode Retention
In situ spatial tags stay linked to dissociated cells, enabling single-cell sequencing that preserves tissue location without complex arrays.
- Droplet Sandwich Assays for Multiplexed Small-Volume Detection
Microfluidic droplets isolate sandwich assays to limit cross-reactivity and non-specific adsorption while enabling multiplex detection from small samples.
- Indexed Bead Amplification for Perfect-Sequence Nucleic Acid Recovery
Bead-specific indexing and high-throughput sequencing replace colony screening to rapidly recover correctly assembled nucleic acids.