Deleting the iscR gene prevents toxic holo-protein formation, allowing high-level Fe-S cluster polypeptide expression without growth inhibition.
Amphipathic peptides reduce cytotoxicity and improve full-to-empty particle ratios during viral vector manufacturing.
A method optimizes candidate gene sequences by modeling target system genomes to enhance expression levels.
Lentiviral screening isolates conserved Plasmodium polypeptides to overcome partial protection limits of existing malaria vaccines.
Antigenic fragments derived from HLA-G induce high-titer antibodies to combat tumors and viruses.
Activated carbon adsorbs glycoalkaloids from aqueous potato protein solutions, achieving residual levels below 10 ppm without significant protein loss.
Recombinant Pseudozyma tsukubaensis produces itaconic acid while suppressing malate by-product formation.
MscL channels regulate intraocular pressure by sensing membrane tension and opening pores to release cytoplasmic fluid.
Soybean variety 5PLAY23 accelerates breeding cycles by combining disease resistance with yield stability across environments.
Mutant OCH1 alleles in Pichia pastoris yield homogeneous N-glycans, resolving antigenicity issues from high mannose oligosaccharides.
A method using glycol ethers with inverse solubility to extract water from aqueous protein solutions.
Silstatin compounds replace native amino acids with derivatizable analogs to enable antibody conjugation without losing anticancer activity.
Switching to stable EPCR markers resolves culture instability, enabling reliable HSC purification and functional analysis.
Purified FabI polypeptides from Francisella tularensis enable high-throughput structural characterization of novel antimicrobial targets.
Regularly-weighted recombinant proteins auto-develop on film to eliminate manual copying and staining heterogeneity in Western blotting.