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Tissue organoids, also known as "mini organs," possess vast potential as tools for various applications, such as disease modeling, drug screening, and tissue engineering. To effectively imitate the native tissue environment, it is essential to integrate a microvasculature with the parenchyma and stroma.

ASLS has developed a vascularized, human adipose organoid (vAO) to model adipose tissue biology in vitro using a simple and robust approach involving isolated, intact microvessel fragments (haMVs).

BioAssemblyBot® “’makes’ the biology” while artificial intelligence performs quality controls. The article is part of a larger feature on ARMI or the Advanced Regenerative Manufacturing Institute (which Advanced Solutions was a founding member).

Join Dr. Jay Hoying, Advanced Solutions Chief Scientist, at the virtual 10th Annual Laboratory Animal Sciences conference.

Advanced Solutions has been studying the use of Angiomics™ microvessels into Matrigel-based models and assays to improve the biology.

Advanced Solutions is pioneering the use of human-derived, isolated microvessel fragments in vasculatures in ex-vivo tissues and models.