Engineered secretion signals plus CRT and PDIA3 help host cells boost folding, production, and secretion of difficult proteins.
Yeast-expressed avian ovalbumins replace egg white while preserving gelation and coagulation and improving solubility in food products.
Recombinant fusion proteins link milk proteins with sweet-tasting proteins to replace sugars while preserving nutrition, solubility, and stability.
Hydrogen peroxide, absorbents, flocculants, and filtration reduce recombinant cell byproducts by up to 95% for consumable proteins.
Engineered Salmonella deliver antigens into cancer cell cytoplasm, activating pre-existing T cells to eliminate tumors without ex vivo processing.
Maillard reaction of peptide FGPH with dextran improves anti-inflammatory activity while addressing wasted protein resources.
Chimeric proteins fuse hydrophobic epitopes to ovalbumin, resolving purification difficulties while enabling accurate western blot detection.
Paliperidone haptens create immunogenic carriers that yield specific antibodies, replacing complex chromatography with simplified immunoassays.
Hollow fiber microfiltration separates egg proteins and lipids without cross-linking reagents, eliminating contamination while preserving gel strength.
Dynamic anchors bind compounds to phosphatidylserine, stabilizing TCR-pMHC interactions to overcome immune tolerance barriers.
Segmented epitope mapping balances diagnostic precision with device complexity, resolving trade-offs in clinical reactivity and adverse effects.
Non-covalent poly-norbornene carriers resolve membrane impermeability by enabling efficient cytosolic delivery of antigen-agonist pairs to monocytes.
Titanium dioxide stationary phase isolates sialylated peptides from biological samples using acidic loading buffers.