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Cell encapsulation is critical for many biotechnology applications including environmental remediation, bioreactors, and regenerative medicine. Here, the development of biohybrid microfibers comprised of encapsulated bacteria in hydrogel matrices produced on‐chip using microfluidics is reported. The fiber production process utilizes hydrodynamic shaping of a cell‐laden core fluid by a miscible sheath...
Hydrodynamic shaping is used as a versatile method for the in situ encapsulation of bacteria in microfibers. On page 698 André A. Adams and co‐workers report the production of biohybrid microfibers by hydrodynamic shaping of a cell‐containing pre‐gel and inert sheath fluid, subsequently polymerized via photoinitiation.
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