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Innovative animal component-free surface for the cultivation of human embryonic stem cells
Background The promise of pluripotent stem cells lies in their ability to form any cell or tissue in the body. However, this promise requires a stable and reproducible method to grow the cells.Expand
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Procédés, plaques à surface modifiée et compositions permettant la fixation, la culture et le détachement de cellules
L'invention concerne le domaine de la culture de cellules mammaliennes et se rapporte a des procedes et des compositions qui permettent la fixation, la culture et le detachement des cellules sur uneExpand
Abstract 208: A novel cell culture surface supports effective formation of three dimensional cancer spheroids in suspension.
The study of cell biology via monolayer cell culture systems is not entirely adequate for the investigation of complex inter-cell and cell to extracellular matrix interactions in vitro. ThreeExpand
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Metodos, placas de superficie modificada y composiciones para la fijacion, el cultivo y el desprendimiento celular.
La presente invencion se refiere al campo del cultivo de celulas de mamiferos, y proporciona metodos y composiciones para la fijacion celular a cultivo en, y desprendimiento de una superficie deExpand
The Nunclon Sphera surface supports formation of three dimensional cancer spheroids in suspension
While monolayer cell culture has been used extensively to study many types of cancers in vitro, 3 dimensional (3D) cultures of cancer spheroids better simulate the in vivo environment and, thereforeExpand
The Thermo Scientific Nunclon Sphera surface supports formation of embryoid bodies from pluripotent stem cells
Keeping stem cells in an undifferentiated state is important for expansion and maintenance. However studying the process that stem cells follow to become body tissues requires them to differentiate.Expand