Connective Tissue Peptides TRIZ Cases
- S-Nitroso Collagen Scaffold for Chronic Wound Healing
A modified collagen scaffold incorporates S-nitroso groups to deliver controlled nitric oxide release.
- Chimeric Fibronectin Mimetics for Wound Healing
Recombinant fibronectin mimetics stimulate cell spreading and migration, resolving infectious risks from plasma-derived proteins.
- Peptide Compounds for Neural Cell Differentiation
Segmented TSR peptides drive neural differentiation, resolving the trade-off between stem cell expansion efficiency and specific lineage production.
- Peptide Probe for Pathological Collagen Detection
A peptide probe maintains a stable single-stranded conformation to detect pathological collagen.
- Artificial Peptides for Biomineralization
Optimized artificial peptides induce mineral precipitation on surfaces and tissues.
- Hypoxic ECM Compositions for Tissue Repair
Hypoxic culture generates embryonic protein-rich extracellular matrix compositions.
- Fibroin-Collagen Composite Biomaterial for Bone Tissue Repair
Adding fibroin fractions to collagen hydrogels resolves insufficient mechanical strength and unpredictable reabsorption.
- Beta-Sheet Nanofibers for Modular Protein Integration
A beta-sheet nanofiber composition integrates bioactive proteins via peptide self-assembly to create modular biomaterials.
- Nidogen-1 Fragment Immunoassay for Cancer Diagnosis
Cathepsin-S cleaved Nidogen-1 fragments serve as biomarkers for non-invasive cancer diagnosis and anti-cancer drug efficacy evaluation.
- Nidogen-1 G2 Domain Nanoparticles for CXCR4 Targeting
Nidogen-1 G2 domain variants form nanoparticles delivering therapeutic agents to CXCR4-expressing cells, reducing toxicity to non-target organs.