Peptide Libraries TRIZ Cases
- High Affinity Peptide Arrays for Early Disease Detection
High affinity peptides detect specific antibodies in biological samples, reducing time and cost for early disease monitoring.
- Polydactyl Zinc Finger Artificial Transcription Factors for Gene Reprogramming
A polydactyl zinc finger artificial transcription factor reprograms somatic cells to pluripotency and directs differentiation into specific lineages.
- Biosensor Array Using Electrical Signature Beads for Multi-Analyte Detection
Random receptor distribution and electrical signature beads resolve functionalization complexity while enhancing signal strength for multi-analyte biosensors.
- Peptide Display Arrays via Oligonucleotide Templates
Oligonucleotide templates encode peptides for in vitro translation, reducing protein production complexity while maintaining analysis quality.
- Metadatabase of Minimal Epitope Profiles for Immune Monitoring
A metadatabase of minimal epitope profiles characterizes antibody activity through high-throughput peptide sequencing.
- Antibody CDR Library Construction via Controlled Degenerate Codons
A method constructs antibody CDR libraries using degenerate codons to generate precise amino acid distributions.
- mRNA Display Peptide Selection via Fluorophore Tagging
Fluorophore tagging of mRNA-DNA-peptide complexes enables flow cytometry sorting for target-specific peptide enrichment.
- FABP3 and FABP4 Biomarkers for Peripheral Artery Disease Diagnosis
Fatty acid-binding proteins 3 and 4 serve as specific biomarkers to detect peripheral artery disease presence.
- Peptide Library Screening for Protein Deacetylase Specificity
Segmented solid phase peptide libraries resolve inconsistent substrate recognition by enabling unbiased global screening of protein deacetylase preferences.