Recreating brain tumors in a dish with 3D organoid models :

Recreating brain tumors in a dish with 3D organoid models


Editorial Article: Organoid-based 3D model of human glioblastoma: Recreating brain tumors in a dish
Discover how a brain organoid core facility is applying its glioblastoma model towards developing patient mini-brains
08 Apr 2021
Glioblastoma, the deadliest of primary brain tumors in adults, has a median survival of only about 15 months, with less than 6% of patients surviving past the five-year mark. The urgent need to fully understand the cancer biology of glioblastoma is thwarted by the lack of a suitable disease model that mimics the cerebral microenvironment.
Dr. Richa Singhania, Director of the Starr Foundation Glionoid Translational Core at Weill Cornell Medicine
In recent times, cerebral organoids, the self-assembling three-dimensional cellular models derived from stem cells, have opened up the possibility of replicating the brain’s milieu to closely examine and study glioblastomas.

Related Keywords

Richa Singhania , Corning Life Sciences , Editorial Article , Starr Foundation Glionoid Translational Core , Weill Cornell , Weill Cornell Medicine , Qualified Matrix , Basement Membrane , ரிச்சா சிங்கானியா , கார்னிங் வாழ்க்கை அறிவியல் , தலையங்கம் கட்டுரை , வெயில் கார்னெல் , வெயில் கார்னெல் மருந்து , தகுதி அணி , அடித்தளம் சவ்வு ,

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