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Creative Bioarray Tissue Engineering Equipment & Supplies
5 equipment items found
Manufactured by:Creative Bioarray based inShirley, NEW YORK (USA)
The ability to generate protein and cellular patterns on surfaces is important for biosensor technology, tissue engineering, and for basic research in cell biology. Certain bioassays, combinatorial screening, and biosensor fabrication all require the placement of biological ligands at well-defined locations on a substrate. Control over cellular localization is ...
Manufactured by:Creative Bioarray based inShirley, NEW YORK (USA)
Over the past decade, remotely controlling the acoustic manipulation of cells in space within carrier matrices has emerged as a particularly promising approach for a wide range of applications, including chemical reaction control, microrobots, drug delivery, and cell and tissue engineering. Accurate control of cell positioning is a much-needed feature in ...
Manufactured by:Creative Bioarray based inShirley, NEW YORK (USA)
The ability to place cells in desired locations has become an increasingly important tool for controlling the cellular microenvironment. Cell patterning can be used to manipulate cell-cell interactions, thereby altering the contact area between two cell types in co-culture. Cell patterning can also be used to direct cell-matrix interactions, controlling the contact area with the extracellular ...
Manufactured by:Creative Bioarray based inShirley, NEW YORK (USA)
The ability to pattern proteins and other biomolecules on a substrate is important for capturing the spatial complexity of the extracellular environment. Microcontact printing was initially achieved by using polydimethylsiloxane stamps to create patterns of functionalized chemicals on the surface of the material. An important part of the microcontact printing process is the topological master, ...
Manufactured by:Creative Bioarray based inShirley, NEW YORK (USA)
Cell patterning and cell manipulation are for better control and understanding, and their application in practical biomedicine. In this regard, nanobiotechnologists have developed and implemented new methods to immobilize cells on substrates in a controlled manner, so-called cell patterning. Cell patterning and cell manipulation currently represent fundamental steps for conducting drug testing ...