Latest App Notes & Case Studies

This application note demonstrates how a mixed-mode resin can help to achieve aggregate reduction targets (<2%) with high monomer recovery and simultaneous removal of 95% HCPs at high loadings in flow-through mode, increasing productivity in manufact

This application note explores how an advanced 5 L single-use bioreactor enhances productivity, reduces costs and enables seamless scalability from bench to production.

This case study highlights how optimized cell culture media and feed systems simplify scale-up, reduce risk and deliver consistent results across production volumes.

This application note presents a live-cell, no-wash assay using a pH-sensitive Fab-based labeling dye to quantify internalization events as antibodies traffic to acidic compartments.

In response to the new CHIKV variants, Sino Biological quickly launched recombinant E1 and E2 proteins, as well as antibodies, to support researchers in the development of vaccines, antiviral drugs, and immunodiagnostic assays

This app note details the application of advanced flow-through chromatography techniques, with case studies and practical guidance demonstrating how researchers can overcome complex polishing challenges to achieve high product quality and process eff

This application note explores how researchers successfully combined AI with advanced multiplexed gene synthesis to design and validate novel single-domain antibodies with atomic-level precision.

This app note examines breakthrough approaches to first-void urine collection and preservation, highlighting their analytical performance, user accessibility and compatibility with today's molecular diagnostic platforms.

This application note highlights the successful 5-fold scale-up of a high-cell density E. coli process from an established 200 L stainless steel fermenter to a 1000 L single-use system.

Explore how this platform eliminate barriers to spatial biology research, empowering scientists to achieve publication-ready results in record time without compromising on experimental flexibility.