Library Member Identification TRIZ Cases
- Peptide Barcode Sequencing for Multiplex Protein Identification
Peptide-tag proximity ligation enables sequencing-based identification of multiple proteins without amplification limits of oligonucleotide methods.
- Library Preparation Adapters With UMIs for Low-Input Sequencing
Strategic adapter mismatches and UMIs improve library preparation from limited DNA or RNA while supporting high-throughput sample identification.
- Multiplexed Transcriptional Activity Detection via RNA Sequencing
RNA sequencing replaces mechanical plate readers to reduce system complexity while maintaining measurement precision.
- Polymeric Bead Analog Codes for Multiplex Assay Precision
Polymeric beads with unique analog code identifiers enable precise analyte binding analysis in multiplex assays.
- Sample Carrier Transport for High Throughput DNA Sequencing
Sequential carrier movement across distributed processing stations reduces biochip-to-biochip delays while maintaining simple manifold designs.
- Oligonucleotide Extraction via Laser Ablation and Sequencing Mapping
A pulsed laser extracts solid supports from sequencing substrates using precise pixel-to-location mapping for high-purity oligonucleotides.
- Bead-Bound DNA Library Retrieval via ID Sequencing
Synthesizing identifier regions on polynucleotide molecules enables parallel sequencing and precise bead retrieval from flow cells.
- Zea mays Nucleotide Sequences Modulating Plant Biomass
Molecular markers identify Zea mays variants to increase biomass while reducing nitrogen fertilizer requirements for crop production.