Bertrand Guillotin
Papers
1
Total Citations
275
H-Index
1
About
Bertrand Guillotin is a pioneer at the intersection of bioprinting and computer-assisted surgery, whose work has fundamentally reshaped how we think about repairing living tissue. His primary research areas include laser-assisted bioprinting, in vivo tissue engineering, and the development of robotic platforms for medical intervention. Guillotin’s most transformative contribution came in 2010 when he led the first-ever study demonstrating in vivo bioprinting—using a laser-based workstation to directly print nano-hydroxyapatite into a mouse calvaria defect model. This groundbreaking proof-of-concept, cited over 275 times, established a new paradigm for computer- and robotic-assisted regenerative medicine, bridging the gap between additive manufacturing and clinical surgery. Beyond this landmark paper, his work has advanced the precision of cell and biomaterial deposition, laying critical groundwork for future intraoperative bioprinting. Guillotin’s research not only opened the door to automated, patient-specific tissue repair but also inspired a generation of engineers and clinicians to reimagine the operating room as a site for on-demand biological fabrication.
Research Focus
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Top Papers
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