With extensive experience in this field, Creative Biolabs has developed and commercialized a wide range of innovative services based on our Ultraff™ yeast display platform which benefit from the eukaryotic expression, ease of genetic manipulation, high protein expression, and convenient isolation of binders through FACS.
Yeast display, or yeast surface display, is an advanced protein engineering technique that involves expressing recombinant proteins on the surface of yeast cells. By fusing a protein of interest to the C- or N-terminus of these anchors, up to 100,000 copies of the fusion protein can be displayed on Saccharomyces cerevisiae. This method is particularly powerful for isolating and engineering antibodies, offering a unique combination of eukaryotic expression and high-throughput screening capabilities. Since its introduction in 2000, yeast surface display has been extensively utilized to enhance protein properties, including affinity, specificity, expression, stability, and catalytic activity.
The applications of yeast display have expanded to the display of proteins and enzymes for various biotechnology and biomedical applications such as:
Fig. 1 Yeast display of protein of interest.
Creative Biolabs builds the Ultraff™ Yeast Display Platform to create highly diverse and efficient libraries, ideal for high-affinity antibody discovery and affinity maturation. Our unique yeast transformation protocol achieves up to 2×108 transformants per transformation.
Creative Biolabs offers a wide range of innovative integrated services based on Ultraff™ yeast display platform, including but not limited to:
Yeast display allows for the rapid screening of large libraries, enabling the identification of high-affinity binders or functional proteins from vast combinatorial libraries.
Yeast provides a eukaryotic environment that can perform proper folding and post-translational modifications, including glycosylation, disulfide bond formation, and appropriate protein folding.
The technology allows for quantitative binding measurements using flow cytometry that enables selective isolation of populations with varying affinity levels, facilitating precise quantitative analysis.
Yeast is a well-characterized and easily manipulated organism. Genetic modifications, such as introducing mutations or creating libraries, can be done relatively easily and efficiently.
Yeast display is highly amenable to directed evolution approaches, where iterative cycles of mutation and selection can be used to evolve proteins with enhanced properties, such as increased stability, binding affinity, or enzymatic activity.
Yeast display can be integrated with other technologies, such as phage display and next-generation sequencing.
To explore the full potential of yeast display technology with Creative Biolabs' comprehensive services and expert support, please send us a note or call us directly at +1-631-416-1478.
All listed services and products are For Research Use Only. Do Not use in any diagnostic or therapeutic applications.