Personalized medicine enables targeted treatment for an individual at a molecular and pharmacogenomic level to maximize the effect of treatment. Organoids, derived from an individual’s stem cells, progenitor cells, or from induced pluripotent stem cells can be used for disease modeling, to test the efficiency and dosage of a drug, and for regenerative medicine—all at a personalized level.
Generate more predictive disease models to better understand disease behavior and develop more precise medical treatments
Generate more predictive disease models to better understand disease behavior and develop more precise medical treatments
Products for Personalized Medicine Research
Testimonials
Customer Success Stories
Using Organoids for Personalized Medicine
Using Organoids for Personalized Medicine
Watch an interview with Sylvia Boj from HUB as she discusses successful applications in disease modeling for personalized medicine.
Watch an interview with Sylvia Boj from HUB as she discusses successful applications in disease modeling for personalized medicine.
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Patient-derived Pancreatic Organoids to Deliver Personalized Treatments
Patient-derived Pancreatic Organoids to Deliver Personalized Treatments
Dr. Hervé Tiriac, associate project scientist at the University of California (UC), San Diego, discusses his role in creating a pancreatic organoid lab for testing.
Dr. Hervé Tiriac, associate project scientist at the University of California (UC), San Diego, discusses his role in creating a pancreatic organoid lab for testing.
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Human Tissue Chips
Human Tissue Chips
Disover Dr. Kacey Ronaldson-Bouchard’s point of view on adapting cell based assays to “patient-in-a-dish” systems.
Disover Dr. Kacey Ronaldson-Bouchard’s point of view on adapting cell based assays to “patient-in-a-dish” systems.
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Scaling Up With Spheroids
Scaling Up With Spheroids
See how researchers at Uppsala University in Sweden develop innovative quiescent spheroid cell models and a unique process of high throughput screening.
See how researchers at Uppsala University in Sweden develop innovative quiescent spheroid cell models and a unique process of high throughput screening.
Learn MoreFeatured Resources
CRISPR and Cytotoxicty Against Cancer Cells
Read more about an approach using CRISPR/Cas9 mediated immune technology that revolutionizes genomic editing by enabling RNA-guided, site-specific DNA cleavage with high efficiency, which holds a great potential for curing disease.
3D Models and Human Pancreatic Cancer
Discover how 3D models are being explored such as neoplastic pancreatic organoids that better mimic in vivo physiology and are thought to be better predictors for compound profiling.
Support
Scientific Support—Setting a New Industry Standard
Scientific Support—Setting a New Industry Standard
Scientific Support—Setting a New Industry Standard
Learn MoreOur commitment to enabling your cell culture success doesn’t end with the sale. Our expert scientists continually work to perfect our tools and empower your discovery. And we’re here for you every step of the research process. Need help selecting the right surface? Dealing with complex cells? Looking for custom capabilities? Depend on your partner, Corning, to help resolve your specific challenges. What you need, when you need it—we’re your trusted partner for ensuring you choose the right toools for discovery in your lab.
Our commitment to enabling your cell culture success doesn’t end with the sale. Our expert scientists continually work to perfect our tools and empower your discovery. And we’re here for you every step of the research process. Need help selecting the right surface? Dealing with complex cells? Looking for custom capabilities? Depend on your partner, Corning, to help resolve your specific challenges. What you need, when you need it—we’re your trusted partner for ensuring you choose the right toools for discovery in your lab.
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