Flow Cytometry - OnDemand Webinar: Detection of Protein Aggregation During Biopharmaceutical Development - The Role of Orthogonal Techniques
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  The latest flow cytometry news from News Medical  
 

Star Staining: New Generation Tools for CAR Detection Star Staining: New Generation Tools for CAR Detection

Star Staining fluorescent-labeled products are developed by a new-generation site-specific labeling technology with "Star Standard" quality at ACROBiosystems. These products are uniquely designed for detecting and monitoring CAR-T cells in clinical trials.

  • Using new-generation site-specific labeling technology to maintain natural bioactivity
  • High specificity and sensitivity verified by flow cytometry
  • Non-specific binding to non-transduced PBMCs
  • High batch-to-batch consistency and uniformity
Find out what makes Star Staining
 
 
    OnDemand Webinar: Detection of Protein Aggregation During Biopharmaceutical Development - The Role of Orthogonal TechniquesOnDemand Webinar: Detection of Protein Aggregation During Biopharmaceutical Development - The Role of Orthogonal Techniques
 
In this webinar, Danny Chou, PhD discusses the opportunities and challenges in orthogonal particle analysis for formulation development and quality control. In addition, he also demonstrates how, by combining FIM and LO into a single instrument, labs can:
  • Minimize required sample volume by analyzing the same sample with FIM and LO
  • Simultaneously test for USP compliance and confirm results with digital images to enable further investigation
  • Reconcile data between two techniques on the same sample
Watch OnDemand now
 
 
   Flow Cytometry in Aquatic ResearchFlow Cytometry in Aquatic Research
 
Flow cytometry is a rapid, robust analytical technique that has been utilized in many different fields of biological research including aquatic research.
 
 Flow Cytometry and Drug Discovery
 
Flow Cytometry and Drug DiscoveryFlow cytometry has been utilized at each stage of the drug discovery process, from target identification to lead development.
 
 
 Research indicates that mRNA vaccine-induced T cells respond robustly to new SARS-CoV-2 variants
 
Research indicates that mRNA vaccine-induced T cells respond robustly to new SARS-CoV-2 variantsTo address the gaps in the knowledge, a team of researchers from the University of California and the Gladstone Institute of Virology conducted 39-parameter phenotyping by cytometry by time of flight (CyTOF) on 33 longitudinal specimens from 11 mRNA-vaccinated individuals, of which six had previously been infected and recovered from COVID-19.
 
 
 Scientists develop a cell-free assay to screen SARS-CoV-2 entry inhibitors
 
Scientists develop a cell-free assay to screen SARS-CoV-2 entry inhibitorsScientists have developed and validated a cell-free fluorescence assay for the rapid screening of protein inhibitors.
 
 
 Cell Staining Techniques
 
Cell Staining TechniquesFluorescence microscopy is a powerful tool used to investigate proteins of interest while preserving the integrity of the cell architecture.