Micropatterning News and Research

RSS

Micropatterning is the creation of specifically patterned and textured surfaces to study the effects of the cellular microenvironment on cell, tissue, or organ behavior.

Rice University lab receives $1.9 million grant to model human ectodermal development

Many birth defects and spontaneous abortions occur during the embryonic development stage known as neurulation, yet we have very little insight into how this critical developmental process unfolds in humans.

8 May 2023

Natural material derived from seaweed can help improve outcomes after heart bypass surgery

Researchers are using a natural material derived from seaweed to promote vascular cell growth, prevent blood clots and improve the performance of synthetic vascular grafts used in heart bypass surgery.

5 Dec 2022

Customizing the Cellular Microenvironment to Improve Physiological Relevance

An interview with Marie-Charlotte Manus, discussing a new technology called PRIMO that improves the physiological relevance of cells in culture.

From Alveole 18 Feb 2019

Researchers find way to switch tumor cells between 2D and 3D morphology

Paving the way for testing experimental drugs in more realistic environments, scientists at the National Institute of Standards and Technology have discovered how to make tiny colonies of cells grow in useful new ways inside petri dishes.

17 Nov 2017

New "micropatterning" method useful in gene expression studies

Like oil and water, two water-based liquids can mingle without mixing in a new University of Michigan technology developed for biological experiments.

19 Aug 2009

MIT researchers devised novel way to create tiny colonies of living human liver cells that model full-sized organs

Liver toxicity is one of the main reasons pharmaceutical companies pull drugs off the market. These dangerous drugs slip through approval processes due in part to the shortcomings of liver toxicity tests. Existing tests rely on liver cells from rats, which do not always respond to toxins the way human cells do. Or they rely on dying human cells that survive for only a few days in the lab.

19 Nov 2007

Funding for new biomaterials for spinal disc repair and regeneration

Orthonics, Inc., an Atlanta start-up company developing new biomaterials for spinal disc repair and regeneration, has received initial funding from Viscogliosi Brothers, LLC, a New York-based closely held venture capital/private equity and merchant banking firm focused on the musculoskeletal/orthopedics industry. Terms of the funding were not disclosed.

30 Apr 2004

Stem cell personal space determines their future

Johns Hopkins scientists report that restricting the shape and personal space of human stem cells from bone marrow is more important than any known molecular signal in determining the cell type they become.

16 Apr 2004