<--- Back to Details
First PageDocument Content
Biology / Induced stem cells / Developmental biology / Microcontact printing / Cellular differentiation / Laminin / Protein / Nerve guidance conduit
Date: 2011-04-29 14:26:07
Biology
Induced stem cells
Developmental biology
Microcontact printing
Cellular differentiation
Laminin
Protein
Nerve guidance conduit

Intelligent Substrates™ Information-rich microenvironments

Add to Reading List

Source URL: intelligentsubstrates.com

Download Document from Source Website

File Size: 252,80 KB

Share Document on Facebook

Similar Documents

Biology / Cell biology / Cellular processes / Induced stem cells / Cellular differentiation / Developmental biology / Fibronectin / Micropatterning / Protein / Nerve guidance conduit

Patterns of extracellular matrix proteins can control cellular migration, mitosis, apoptosis, cell growth, cell-cell communication, stem-cell differentiation, tissue growth and structure, and multi-cell dynamics and inte

DocID: 1nwt6 - View Document

Biology / Induced stem cells / Developmental biology / Microcontact printing / Cellular differentiation / Laminin / Protein / Nerve guidance conduit

Intelligent Substrates™ Information-rich microenvironments

DocID: 1nt87 - View Document

Anatomy / Biology / Fibronectin / Integrins / Matrix / Substrate / Nerve guidance conduit

Intelligent Substrates™ BioWrite™ micropatterned substrates LINES AND GRIDS BioWrite protein micropatterned

DocID: 1nbDT - View Document

Organic semiconductors / Neurobiology / Neurite / Neuroregeneration / Schwann cell / Conductive polymer / Poly / Nerve guidance conduit / Biology / Neuroscience / Molecular electronics

A biocompatible conducting polymer stimulates the changes needed for nerve regeneration

DocID: ZzJ0 - View Document

Stem cells / Biotechnology / Bioengineering / Nerve guidance conduit / Electrospinning / Neural stem cell / Neuroglia / Glial scar / Tissue engineering / Biology / Cell biology / Cloning

Bio-nanotechnology Approaches to Neural Tissue Engineering[removed]X

DocID: Rjl8 - View Document