… platforms for recombinant protein production as alternative to bacteria, yeast or mammalian
systems. … ) and on the degree of protein degradation (proteolysis). As for mAbs produced in …

… increased yields for various recombinant proteins achieved with … systems, such as
mammalian cell culture and microbial … with Alum elicits protective immune responses in mice. …

… protein production, and while bacterial and mammalian cell … and antibodies, which are
produced as recombinant proteins … , which can be done by protecting the protein, inhibiting …

… This strategy can result in a 1.4-fold increase in recombinant antibody … for the protection
of recombinant proteins [34 • ]. RNAi constructs have also been used to knock down proteolytic …

… strategy to prevent RP from proteolytic degradation in plants. … or obfuscate the in situ protective
effects of a companion PI. … tPA antibody was used to immunodetect the recombinant rPA …

… proteolytic processing of recombinant target molecules and strategies have been devised to
protect … properties to Fcγ receptors compared to VRC01 derived from mammalian HEK cells. …

… Even though bacterial and mammalian cells are still the most … P69 SBTs are involved in
pathogen defence as modulators … of recombinant glycoproteins such as monoclonal antibodies. …

… identical to those occurring in mammalian cells. Recombinant proteins can be produced in
… This method allows efficient producing of recombinant proteins within days-weeks timescale…

… by recombinant DNA technology in a mammalian expression … benefits for producing
recombinant pharmaceutical proteins. … consideration in designing antibody expression vectors. …

… The negative impact of endogenous proteases on the yields of plant recombinant proteins
… needed for protection as the secretory form is the predominant functional unit in mammals (…