bt3technologies

A 3-D constitutive model for finite element analyses of agarose with a range of gel concentrations

Hydrogels have seen widespread utility throughout biomedical sciences and there’s appreciable curiosity in utilizing hydrogels, together with agarose, for creating in vitro three-dimensional environments to develop cells and examine mechanobiology and mechanotransduction. Current advances within the preparation of agarose gels allow profitable encapsulation of viable cells at gel concentrations as excessive as 5%. Agarose with…

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bt3technologies

In vitro maturation on ovarian granulosa cells encapsulated in agarose matrix improves developmental competence of porcine oocytes

In vivo, mammalian oocytes are surrounded by granulosa cells (GCs) that exist in a three-dimensional (3D) microenvironment with gentle stiffness. The GCs play an necessary function for the in vivo development and growth of oocytes, via bidirectional communication between oocytes and GCs. To imitate the mobile microenvironment of a 3D organized follicle, this examine designed…

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