App Notes
Cold Chain Integrity for Biologics
What impact does controlled end-to-end cold chain management have on preserving the quality, potency and safety of biologics?
Exploring Antibody Internalization: Case Studies Using the iQue® HTS Platform
Learn how pH-sensitive probe–based assays and multiplexed cytometry analysis can be applied to quantitatively evaluate antibody internalization across multiple cell types in a high-throughput workflow.
App Note: QuantStudio 7 pro qPCR systems
See how QuantStudio systems and consumables generate consistent results across instruments and operators to help ensure data concordance.
Elevate Your Cleaning Practices: The Ultimate Guide to Cubis® II Balance Maintenance
Access our comprehensive application note, "Best Cleaning Practices for Cubis® II Balances," to unlock expert insights and recommendations for preserving the cleanliness and precision of your Sartorius laboratory balance.
Discover the Peak Performance of Cubis® II Ultra-High Resolution Balances in Real-World Lab Conditions
Are you tired of struggling with imperfect laboratory conditions that affect the accuracy and precision of your analytical instruments? Look no further than the Cubis® II Ultra-High Resolution Balances from Sartorius.
Elevate Precision in Your Lab: Mastering Weighing in Charged Environments with the Cubis® II Ultra-High Resolution Balances and Advantage Ionizer
Uncover the secret to achieving unparalleled precision in your lab with the Cubis II Ultra-High Resolution Balances and its revolutionary Advantage Ionizer. Access our exclusive application note to unlock the strategies for mastering weighing in charged environments and transform your lab experience
Residual plasmid quantification in gene therapy manufacturing workflows using the QuantStudio Absolute Q Digital PCR System
Residual DNA testing is an established method that is routinely used for the assessment of product quality and safety in the development of gene therapies, vaccines, and similar biotherapeutics.
High-Throughput Characterization of Brain Organoids Using iQue® HTS Cytometry
Learn how single-cell dissociation and multiparametric marker analysis can be applied to objectively assess brain organoid differentiation in a high-throughput workflow.
Gentle automated organoid transfer and live-cell analysis to improve reproducibility across complex 3D models.
3D organoids and advanced cell models are powerful—but difficult to handle, monitor, and quantify. The CellCelector Flex enables automated organoid transfer, non-invasive live-cell imaging, and objective morphological analysis
Enhanced Drug Discovery: Utilizing a 3D Spheroid Model and Live-Cell Analysis for Compound Profiling
Assessing the activity profile of a compound is crucial in any drug discovery strategy, especially when profiling large numbers of compounds (ranging from 100 to 100,000) in early-stage programs.
