Expression and Manufacture of Pharmaceutical Proteins in Genetically Engineered Horticultural Plants - Transgenic Horticultural Crops: Challenges and Opportunities - page 119

. 142.. Menkhaus,.T.J..et.al.,.Considerations.for.the.recovery.of.recombinant.proteins.from.plants,.
Biotechnol Prog ,.20,.1001,.2004.
.143.. Platis,.D..and.Labrou,.N.E.,.Afinity.chromatography.for.the.puriication.of.therapeu-
tic.proteins.from.transgenic.maize.using.immobilized.histamine,. J Sep Sci ,.31,.636,.
2008.
.144.. Langone,.J.J.,.Protein.A.of. Staphylococcus aureus .and.related.immunoglobulin.receptors.
produced.by.streptococci.and.pneumonococci,. Adv Immunol ,.32,.157,.1982.
.145.. Werner,. S.. et. al.,. Immunoabsorbent. nanoparticles. based. on. a. tobamovirus. displaying.
protein.A,. Proc Natl Acad Sci USA ,.103,.17678,.2006.
.146.. Low,.D.,.O'leary,.R.,.and.Pujar,.N.S.,.Future.of.antibody.puriication,. J Chromatogr
B ,.848,.48,.2007.
. 147.. Valdes,.R..et.al.,.Large-scale.puriication.of.an.antibody.directed.against.hepatitis.B.surface.
antigen.from.transgenic.tobacco.plants,. Biochem Biophys Res Commun ,.308,.94,.2003.
.148.. Bai,.Y..and.Glatz,.C.E.,.Bioprocess.considerations.for.expanded-bed.chromatography.of.
crude. canola. extract:. Sample. preparation. and. adsorbent. reuse,. Biotechnol Bioeng ,.
81,.775,.2003.
.149.. Platis,.D..and.Labrou,.N.E.,.Development.of.an.aqueous.two-phase.partitioning.system.for.
fractionating.therapeutic.proteins.from.tobacco.extract,. J Chromatogr A ,.1128,.114,.2006.
.150.. Balasubramaniam,.D..et.al.,.Tobacco.protein.separation.by.aqueous.two-phase.extraction,.
J Chromatogr A ,.989,.119,.2003.
.151.. Vilter,. H.,. Aqueous. two-phase. extraction. of. plant. enzymes. from. sources. containing.
large.amounts.of.tannins.and.anionic.mucilages,. Bioseparation ,.1,.283,.1990.
.152.. Miller,. K.,. Gao,. J.,. and. Hooker,. B.S.,. Initial. clariication. by. aqueous. two-phase.
partitioning.of.leaf.extracts.from. Solanum tuberosum .plants.expressing.recombinant.
therapeutic.proteins,. Bioprocessing J ,.47,.2004.
.153.. Hahn,. R.. et. al.,. Comparison. of. protein. A. afinity. sorbents. III—Life. time. study,.
J Chromatogr A ,.1102,.224,.2006.
.154.. Kushwaha,.A..et.al.,.Construction.and.characterization.of.M13.bacteriophages.display-
ing.functional.IgG-binding.domains.of.Staphylococcal.protein.A,. Gene ,.151,.45,.1994.
.155.. Djojonegoro,.B.M.,.Benedik,.M.J.,.and.Willson,.R.C.,.Bacteriophage.surface.display.of.
an.immunoglobulin-binding.domain.of.Staphylococcus.aureus.protein.A,. Biotechnology ,.
12,.169,.1994.
.156.. Moll,.D..et.al.,.S-layer-streptavidin.fusion.proteins.as.template.for.nanopatterned.molec-
ular.arrays,. Proc Natl Acad Sci USA ,.99,.14646,.2002.
.157.. Vollenkle,.C..et.al.,.Construction.of.a.functional.S-layer.fusion.protein.comprising.an.
immunoglobulin.G-binding.domain.for.development.of.speciic.adsorbents.for.extracor-
poreal.blood.puriication,. Appl Environ Microbiol ,.70,.1514,.2004.
.158.. Ramirez,.C..et.al.,.A.bifunctional.afinity.linker.to.couple.antibodies.to.cellulose,. Nat
Biotech ,.11,.1570,.1993.
.159.. Shpigel,.E..et.al.,.Expression,.puriication.and.applications.of.staphylococcal.protein.A.
fused.to.cellulose-binding.domain,. Biotechnol Appl Biochem ,.31.197,.2000.
.160.. Ji,.Q..et.al.,.Microbial.starch-binding.domains.as.a.tool.for.targeting.proteins.to.granules.
during.starch.biosynthesis,. Plant Mol Biol ,.51,.789,.2003.
.161.. Van.Rooijen,.G.,.and.Moloney,.M.M.,.Plant.seed.oil-bodies.as.carriers.for.foreign.proteins,.
Nat Biotechnol ,.13,.72,.1995.
.162.. Capuano,.F..et.al.,.Properties.and.exploitation.of.oleosins,. Biotechnol Adv ,.25,.203,.2007.
.163.. Ling,.H.,.Oleosin.fusion.expression.systems.for.the.production.of.recombinant.proteins,.
Biologia ,.62,.119,.2007.
.164.. Roque,. A.C.A.,. Silva,. C.S.O.,. and. Taipa,. M.Â.,. Afinity-based. methodologies. and.
ligands. for. antibody. puriication:. Advances. and. perspectives,. J Chromatogr A ,.
1160, 44,.2007.