Christophe Bignon
Papers
2
Total Citations
146
H-Index
2
About
Christophe Bignon’s research career is defined by his pioneering work at the intersection of structural biology and renewable energy. His key contributions span two transformative areas: developing high-throughput methods for protein crystallization and creating innovative assays for biomass degradation. In 2002, Bignon published a landmark study on a medium-throughput crystallization approach (80 citations) that demonstrated the power of combining robotic screening with manual optimization—a methodology that accelerated structural genomics programs worldwide. This work laid essential groundwork for modern protein structure determination. A decade later, Bignon addressed the urgent need for sustainable biofuels by developing an automated assay to measure enzymatic sugar release from micronized biomass (66 citations). This high-throughput tool enabled rapid screening of novel enzymes for breaking down lignocellulosic materials, directly supporting the economic viability of second-generation bioethanol. By bridging fundamental structural biology with applied bioenergy research, Bignon has left a lasting mark on both fields, enabling faster discovery of protein structures and more efficient biomass-degrading enzymes—critical contributions to the global shift toward renewable resources.
Research Focus
Key Achievements
Top Papers
- 1A medium-throughput crystallization approach80 citations · 2002
- 2