Simplify Your 3D Cell Culture with a Novel Method for Tissue Modeling

Video

This video shows the technology behind the RAFT™ 3D Cell Culture System and how it creates high-density collagen scaffolds with cells embedded. The RAFT™ System has successfully been used in many research areas including toxicology, oncology, blood brain barrier models, corneal models and more. Coming along with easy-to-follow protocols, RAFT™ System allows you to set up robust 3D cultures in less than an hour. Learn more about RAFT™ System on www.lonza.com/raft-3d-culture.com.

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The Rise of Companion Diagnostics

Infographic

Learn more about companion diagnostics including: the growth in the market, the technologies used, the challenges and benefits, and the future.

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Flow Cytometry: Future Opportunities and Current Cell Biology Applications

Infographic

Learn more about flow cytometry including how it works, the market overview, applications in cell biology and health, and the future.

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Tomorrow’s Quantitation Today

Video

In the past, quantitation was done by searching for and quantifying a list of known molecules. As the world changes, the compounds and products being analyzed are changing as well. Tomorrow’s quantitation leverages both qualitative and quantitative analysis.

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Liver Fluke Granulin Structural Fold Provides Wound Healing Opportunity

Liver Fluke Granulin Structural Fold Provides Wound Healing Opportunity

News

Researchers can now mass produce wound-healing peptides isolated from the spit of the human parasitic liver fluke, a worm that causes liver cancer and kills 26,000 people in Thailand each year.

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Fine-tuning CRISPR to Create Popular Mouse Models
News

Easi-CRISPR has the potential to revolutionize the speed at which mutant mouse models can be created

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Biogen's MS Drug FAMPYRA Granted Standard Marketing Authorization in EU
News

Biogen's drug FAMPYRA improves walking for MS sufferers and has been granted standard marketing authorization.

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Precise Insight into the Depths of Cells
News

Researchers at Goethe University Frankfurt have successfully combined two very advanced fluorescence microscopy techniques.

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