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'''Biomaterial Patterning<sup>[5]</sup>''' | '''Biomaterial Patterning<sup>[5]</sup>''' | ||
Cell-cell interactions may be studied using micropatterning techniques like printing. Bhatia et al. demonstrated microcontact printing allowed spatial control over liver cell populations, and thus allows a highly sophisticated method of investigation of cell growth, movement, shape, and death. In this study, collagen structures were immobilized under a patterned photoresist mask. The collagen then acted as an adhesive extracellular matrix for a patterning of hepatocytes and nonparenchymal cells. The heterotypic cell interactions in this microenvironment were then studied. | |||
'''Biosensors<sup>[11]</sup>''' | '''Biosensors<sup>[11]</sup>''' |
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