Reagents and instruments for immunology, cell biology and molecular biology.
 

CryoLogyx

 

CryoLogyx. Founded by Dr. Tom Congdon and Prof. Matt Gibson, CryoLogyx specializes in developing high-quality cryopreservation solutions for cell-based assays in drug discovery. Here are some key points about CryoLogyx:

  • PlateReady™: Cryopreserved cells directly adhered to microplates, ready for assays within 24 hours post-thaw.

  • CryoShield™: Their patented cryopreservation formulation integrates nature-inspired soluble ice nucleators, controlling ice nucleation and mitigating supercooling effects.

  • CustomReady™: Customized cell-banking service tailored to meet specific research needs, ensuring ready-to-use, high-quality cells.

  • Achievements: CryoLogyx has received awards, including the SLAS Europe New Product Award in 2024.

Discover CryoLogyx’s advanced cryopreservation solutions – simply thaw with cell culture medium, and the cells are ready for use within 24 hours post-thaw. If you have any more questions or need further information, feel free to contact us.

 

Learn more:

  

 

  

 

         

Assay Ready Cryopreservation of Hepatocytes

as 2-D Monolayers

 

            

Meet CryoShield™ : Multi Award-winning

Cryopreservation Solutions

 

             

Meet our latest cryopreserved

 

 

 

 

         
PlaqueReadyTM Models    PlateReady™ Assay-Ready Plates   ToxReady TM Plates
       

 

 

 

Watch the videos :

 

  
 

Thaw and Use Master Class 24 Well Edition

 

        

Thaw and Use Master Class - 96 Well Edition

 

        

How to use CryoLogyx Thaw and Test Assay Cells 

 
         

 

website: www.cryologyx.com

 
> CryoLogyx > Research > Cell culture > Plastics > Well plates > 96 Well plates
96 Well plates for cell culture

96 Well plates for cell culture

96-well cell culture plates are essential tools in biological research, designed to facilitate high-throughput cell culture experiments and screenings. These plates provide a platform for culturing various cell types, including finicky adherent cells like primary and mesenchymal stem cells (MSCs), offering a controlled environment for studying cell behavior and responses to different treatments.

Research has highlighted the importance of understanding the edge effect when using 96-well plates for cell culture. Studies have shown that corner and edge wells in these plates are more prone to evaporation compared to interior wells, leading to heterogeneous patterns of cell growth. Different brands of 96-well plates exhibit varying levels of the edge effect, with some plates showing inappropriate results for such studies. It is crucial for each laboratory to determine the optimal conditions for culturing cells empirically to avoid introducing errors that could affect data quality.

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