CelVivo blog
Immerse yourself in our CelVivo blog. Read news, articles, and blog posts about the newest 3D cell culture technology trends.
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Refining Biomedical Research Beyond Animal Models
What the Pivot to Human-Based Technologies Means for Science and How 3D Cellular Constructs like Organoids Are Part of the Solution
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BETWEEN THE FRYING PAN AND THE FIRE – A CRITICAL LOOK AT PATIENT-DERIVED ORGANOIDS AND IMMORTAL CELL LINES
Is it time to jump? Cell lines are inexpensive, easy to handle and reproducible. For that reason they have been widely used for understanding the molecular basis of cancer and for drug screening. But maybe, now is the time to transfer to Patient-derived organoids?
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Blastoids mimic IVF-derived blastocysts when grown in a 3D environment.
See this breakthrough publication, which holds great potential to advance animal agriculture by providing an accessible in vitro blastoid model for studying bovine embryogenesis.
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Omicron BA.5 infects human brain organoids.
COVID-19 has affected human brain organoids. See this publication about how some BA.5 infected patients are experiencing increased loss of the sense of smell (anosmia).
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Understanding disease and finding novel treatments for triple-negative breast cancer with 3D cell culture
In this blog post, we’ll dive into what triple breast cancer is, and how 3D cell culture can play a crucial role in finding novel treatments as illustrated in our newest application note.
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Exploring the success of Japan and South Korea in 3D Cell Culture Technology
Japan and South Korea are considered leaders in 3D cell culture technology and have made significant contributions to the field. In this blog post, we explore the two countries’ success in 3D Cell Culture Technology.
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CELVIVO CULTURE CHARACTERISTICS
The CelVivo system creates an environment that promotes the growth and maintenance of large 3D tissue mimetic structures, whether they are spheroids, organoids, or other aggregates.
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Cell Culture History
Cell culture basically consists of providing cells isolated from an organism with conditions to keep them alive and make them proliferate. Initially, this was done by growing the cells on flat surfaces (2D) but with the realization that their performance is limited, the focus has now shifted to growing them as clusters (organoids or spheroids) where they more closely mimic what occurs in vivo.
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